Pathfinder™ Air-Cooled Chillers Catalog 600-6 · Pathfinder chillers are among the quietest...

Engineered for flexibility and performance™

Pathfinder™ Air-Cooled Chillers Catalog 600-6

Model AWS-B • Standard, High, & Premium Efficiencies • Includes VFD models

170 to 550 tons • 600 to 1930 kW • R-134a • 60Hz

Contents

Introduction . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3Features & Benefits. . . . . . . . . . . . . . . . . . . . . . . . . 4Installation and Application Information. . . . . . . . 7

Chilled Water Systems . . . . . . . . . . . . . . . . . 13Performance Data (non-VFD) . . . . . . . . . . . . . . . . 16Performance Data (VFD) . . . . . . . . . . . . . . . . . . . . 28Performance Data (VFD) . . . . . . . . . . . . . . . . . . . . 31Part Load Performance Data . . . . . . . . . . . . . . . . 34Pressure Drop Data. . . . . . . . . . . . . . . . . . . . . . . . 36Physical Data (non-VFD). . . . . . . . . . . . . . . . . . . . 43Physical Data (VFD) . . . . . . . . . . . . . . . . . . . . . . . 58Index of Dimension Drawings . . . . . . . . . . . . . . . 67Dimensions (non-VFD) . . . . . . . . . . . . . . . . . . . . . 68Dimensions (VFD) . . . . . . . . . . . . . . . . . . . . . . . . . 81Lifting & Mounting Weights (I-P Units) . . . . . . . . 93Lifting & Mounting Weights (SI Units) . . . . . . . . . 95Lifting & Mounting Locations - Index of Drawings . 97Lifting & Mounting Dimensions (non-VFD) . . . . . 98Lifting & Mounting Dimensions (VFD). . . . . . . . 105

Isolator Locations and Kit Numbers . . . . . . . . . 110Sound Data . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 119Sound Data (VFD) . . . . . . . . . . . . . . . . . . . . . . . . 125Electrical Data . . . . . . . . . . . . . . . . . . . . . . . . . . . 126Wiring Diagram . . . . . . . . . . . . . . . . . . . . . . . . . . 127Multipoint Electrical Data (non-VFD). . . . . . . . . 129Multipoint Field Wiring Data (non-VFD) . . . . . . 140Terminal Amps (non-VFD) (single/multi-point) 150Single-point Electrical Data (non-VFD) . . . . . . . 154Single-point Field Wiring Data (non-VFD) . . . . 159Multipoint Electrical Data (VFD) . . . . . . . . . . . . 163Multipoint Field Wiring Data (VFD) . . . . . . . . . . 166Terminal Amps (VFD) (single- and multi-point) 167Single-point Electrical Data (VFD). . . . . . . . . . . 168Single-point Field Wiring Data (VFD) . . . . . . . . 169Options and Accessories. . . . . . . . . . . . . . . . . . 170

Unit . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 170Controls . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 170Electrical . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 171

Engineering Guide Specification. . . . . . . . . . . . 172

Hazard Identification

*“Use of the AHRI Certified™ mark indicates a manufacturer’s participation in the certification program. For verification of certification for individual products, go to www.ahridirectory.org. AHRI Certification applies to all model sizes and configurations that fall within the scope of AHRI 550/590.

DANGER

Dangers indicate a hazardous situation which will result in death or serious injury if not avoided.

WARNING

Warnings indicate potentially hazardous situations, which can result in property damage, severe personal injury, or death if not avoided.

CAUTION

Cautions indicate potentially hazardous situations, which can result in personal injury or equipment damage if not avoided.

Document: CAT 600-6Issue Date: June 1, 2009Revision Date: 06/29/11Replaces: CAT 600-5 01/06/11Software Version: MST Pathfinder v2.51

Modbus

©2011 McQuay International. Illustrations and data cover the McQuay International product at the time of publication and we reserve the right to make changes in design and construction at anytime without notice. ™® The following are trademarks or registered trademarks of their respective companies: LEED is a registered trademark of the U.S. Green Building Council; BACnet from ASHRAE; LONMARK, LonTalk, LONWORKS, and the LONMARK logo are managed, granted and used by LONMARK International under a license granted by Echelon Corporation; ElectroFin from AST ElectroFin Inc.; Modbus from Schneider Electric; FanTrol, MicroTech III, Open Choices, and SpeedTrol from McQuay International

CAT 600-6 3

IntroductionIntroduction

Daikin McQuay™ Pathfinder™ Chillers

The Daikin McQuay Pathfinder™ air-cooled chillers continue McQuay's legacy of high quality, high efficiency, advanced technology and quiet operation. Pathfinder chillers utilize McQuay's single screw compressor design with a reputation for quiet operation and have a new ultra-quiet fan, making them “neighborhood friendly”. Superior control is provided by

the innovative McQuay MicroTech® III family of controllers. They can easily interface with your building's automation system using the optional McQuay Open Choice feature, which uses factory- (or field-) installed LONWORKS, BACnet or Modbus communication modules. These chillers are furnished with solid state starters as standard and have wye-delta starters available as a lower cost option. Pathfinder chillers continue Pathfinder chillers provide the best overall value in air-cooled screw chillers available today!

Customer Benefits

Superior Efficiency

• Standard, High and Premium efficiency models available

• Optional compressor VFD for optimized efficiency

• Electronic expansion valve control

• True counter flow evaporator design

• High efficiency lanced condenser fins

• Potential contribution to LEED® Points

Quiet Operation

• Single-rotor compressor design

• New patented ultra-quiet, low-speed fans

• Virtually vibration-free operation

Superior Controls Logic• Easy to read 4-line by 20-character LCD display• Supports standard open protocols: LONTALK, BACnet or

Modbus• Superior reliability under extreme operating conditions

Outstanding Reliability

• Multiple compressors with independent circuits

• Rugged compressor design using advanced composite compressor gaterotor material

• Proactive controls logic

• Full factory-run-testing to optimize trouble-free operation

• Factory authorized supervision of startup

Options

Efficiency options available with Pathfinder chillers:

• Standard Efficiency models are designed to meet ASHRAE 90.1 efficiency standard and provide the lowest dollar per ton price. Ratings begin on page 16.

• High and Premium Efficiency models utilize an economizer for improved efficiency. Ratings begin on page 16.

• Variable Frequency Drive (VFD) for each compressor to provide the most efficient compressor speed matched to cooling load and ambient air temperature.

• High Ambient Operation is a factory-installed option that allows operation in locations with operating temperatures 100°F - 125°F (38°C to 51°C).

Other Options:

• Single-point power connections

• Choice of Solid State or Wye-Delta starter

• Double evaporator insulation for ice-making systems

• Remote User Interface

• RapidRestore™ and Fast Loading for mission-critical applications

Pathfinder Chiller Nomenclature

S = Standard EfficiencyH = High Efficiency

A W S XXX B D S

Air-Cooled

World ProductScrew CompressorNominal Tons

D = Dual Compressor

Design VintageT = Triple Compressor

P = Premium Efficiency

4 CAT 600-6

Features & BenefitsFeatures & Benefits

SummaryThree major benefits separate the Pathfinder chiller from most air-cooled screw chillers:

• Low operating costs with our high and premium efficiency designs

• Very quiet operation allowing for flexible location

• Superior control with the MicroTech III family of controls

Low Operating Costs and High Efficiency Operation

Pathfinder chillers use the McQuay single rotor screw compressor design. Composite gate rotors intermesh with a single rotor and are inherently quieter and more efficient than the older design dual rotor compressors with multiple steel rotors. Large condenser coil surface areas are employed for maximum heat transfer and lower discharge pressures. Advanced technology condenser fans are used to move large volumes of air across the heat exchangers. A single-pass, pure counter-flow, low refrigerant pressure drop, direct-expansion evaporator provides superior performance. Standard Efficiency units all meet ASHRAE 90.1 Standards. High and Premium Efficiency units offer even lower energy costs.

Quiet Operation - Neighborhood Friendly

One of the features that set the Pathfinder chillers apart from other screw chillers is the low operating sound levels at any load point. The quiet operation is the result of single-screw compressor design. The latest McQuay compressor design continues to use a single main rotor with two adjacent rotating composite gaterotors making gas flow velocities and subsequent noise levels among the lowest available. This compressor design is unique and proven by years of excellent service.

Fans are the other sound generator on air-cooled chillers. McQuay utilizes a unique new fan that features a one-piece, molded design and low speed operation. The fan moves large volumes of air at exceptionally low sound levels and is immune to rust, broken rivets and other ills possible with conventional fans. The advanced composite material has been tested to withstand UV light, heat, and humidity corrosion in some of the most severe climates in the world.

Pathfinder chillers are among the quietest air-cooled screw chiller on the market today. Use McQuay's Acoustic Analyzer program to see how this attribute can benefit your project. The chiller sound data is published in this catalog beginning on page 119.

MicroTech III Controls

The MicroTech III unit controller provides an easy to use control environment. The control logic is designed to provide maximum efficiency, to continue operation in unusual operating conditions and to provide a history of unit operation.

Perhaps the greatest control benefit is McQuay's Open Choices™ feature that allows easy interfacing with your BAS of choice using LONWORKS, BACnet, or Modbus communications without costly gateways.

Environmentally Responsible Refrigerant

All Daikin McQuay Pathfinder chillers use R-134a, which has no ozone depletion potential and no phase-out date; a refrigerant for today and the future.

Contributing to LEED® Points

The Pathfinder chiller leads the industry in energy efficiency and responsible refrigerant management. For building owners who wish to pursue Leadership in Energy and Environmental Design (LEED) Green Building Certification, the performance of the Pathfinder chiller can contribute to the following LEED points:

• Energy and Atmosphere Credit 1, Opmtimize Energy Efficiency (1-19 possible points)

• Energy and Atmosphere Credit 4, Enhanced Refrigerant Management (2 points)

Proven Reliability

Full factory testing of every unit ensures trouble-free start-up, reliable operation, and minimizes expensive field repairs.

Excellent Serviceability

Field serviceability has not been sacrificed to meet design performance objectives. Compressors are equipped with combination discharge check and shutoff valves. Suction service valves are available as an option. Compressors and serviceable components such as filter-driers are located on the outside edges of the base allowing ready access.The “W” shaped coil provides excellent headroom under the unit for inspection and service.The MicroTech III controller gives detailed information on the causes of an alarm or fault.

CAT 600-6 5

Features & Benefits

Compressor

A zero clearance fit between the two gaterotors and main screw rotor virtually eliminates leakage between the high and low-pressure sides during compression. Special gaterotor material made from an advanced composite, temperature stable material makes a zero clearance design possible with no detrimental metal-to-metal contact.

The Pathfinder air cooled chiller is equipped with the most advanced means of refrigerant flow control available. An electronic expansion valve coupled with the MicroTech III controller's logic provides excellent operating efficiencies at both full and part load operation.

Modulated stepless unloading matches compressor capacity exactly to the cooling load. The rugged design of the single-screw compressor allows it to be tolerant of liquid slugging. The Pathfinder chiller will start and operate under conditions that would often damage other compressors.

Very low loading enhances the bearing and compressor reliability. Due to symmetrical compression taking place on both sides of the main screw rotor, balanced forces result in the elimination of the radial force loads inherent in twin-screw compressors.

Figure 1: Screw Compressor - balanced forces

Evaporator

Pathfinder units are equipped with a direct expansion evaporator with copper tubes rolled into steel tubesheets. The evaporators are single-pass on both the refrigerant and water sides for pure counter-flow heat exchange and low refrigerant pressure drop. Both attributes contribute to the heat exchanger effectiveness and total unit's outstanding efficiency.

Condenser

The McQuay designed “W”-shaped, 16 fin-per-inch, condenser coil provides the maximum condenser heat transfer per foot of unit length. This translates to a smaller footprint, fewer structural elements and smaller pad size. The fins are slotted to provide even air distribution across and through the coil. Various fin materials and coatings are available for extreme conditions.

115 Volt Convenience Outlet

A 10.0 amp, 115-volt convenience outlet mounted inside the control panel is standard on all 60-Hz units.

Solid State Starters (Standard)

Having solid-state starters as standard on the Pathfinder units takes a giant step forward in compressor protection and sets a standard for the rest of the industry. Our solid-state starters include self-diagnostics, metering and display and include ground fault and phase/voltage protection.

A primary benefit is that the compressors are started slowly, requiring from three to seven seconds to go from a stop to full-speed condition. The smooth, stepless acceleration and controlled slow deceleration, reduces mechanical and electrical stress for even greater compressor/motor life.If liquid refrigerant is present at the compressor, the liquid can usually be pumped out without damage to the compressor. The controlled deceleration reduces shut down stress. Solid state starters offer additional motor protection features and over twenty LED operating and fault messages.

Variable Frequency Drive (VFD) (Option)

The variable frequency drive option is a technology that has been used for decades to control motor speed on a wide variety of motor-drive applications. When applied to screw compressor motors, significant gains in compressor part load efficiency can be realized by reducing motor speed in conjunction with reduced cooling requirements.

The improvement in efficiency and reduction of annual energy costs are maximized when there are long periods of part-load operation and lower ambient temperature conditions. Based on AHRI Standard 550/590, chillers will typically run 99% of the time at part load conditions so energy savings will be seen in most applications.

Figure 2: Comparison of inrush amps during start-up

VFD's also provide benefits on the electrical characteristics of the unit. VFD's provide lower starting current compared to typical starters such that the inrush current does not exceed the full load operating current. This feature can help to reduce electrical installation costs, especially if the chiller is powered from emergency generators. Lower inrush current requirements typically allow the owner to downsize the capacity of the generator.

RLA

Y-Delta Starter

VFD

Solid State Starter

0%

10%

20%

30%

40%

50%

60%

70%

80%

90%

Time

Per

cen

t o

f L

RA

RLA

Y-Delta Starter

VFD

Solid State Starter

6 CAT 600-6

Features & Benefits

Pathfinder chillers with the VFD option provide a high power factor rating without the use of capacitors. The power factor for high and premium efficiency Pathfinder VFD models is 0.94-0.95 depending on the model size and voltage.

Power Factor Correction Capacitors (Option)

Many local utility companies require high power factor systems to improve power utilization. McQuay is the only major manufacturer to offer Power Factor Correction Capacitors as a standard option on air-cooled screw chillers. These capacitors, when applied to non-vfd units, will improve the power factor to a minimum of 95%. Pathfinder models with VFD naturally feature power factors in this range. The PFCC option provides a great benefit compared to field installed capacitors, and will carry ETL certification and be fully backed by manufacturer’s warranty.

RapidRestore™ & Fast Loading (Option)

Data center and other critical installations often require a fast return to 100% cooling load after a power interruption. McQuay's RapidRestore and Fast Loading option provides a 30-second restart capability. The power interruption must be longer than one second and the Start-to-Start timer timed out.

Wye-Delta Reduced-Voltage Starter (Option)

McQuay also offers the option of wye-delta reduced voltage instead of standard solid state starters. In the “Y” configuration, each set of phase windings is brought together at a common point reducing the current and torque to 33% of full in-rush. Three contactors and a timer are used to switch the six leads brought out of the motor from the Y-connection to the Delta configuration in a two-step starting process.

These starters are useful in reducing the motor's starting inrush and negative effect on the power supply, however they have some disadvantages. They still cause mechanical shock to the compressor between steps, have high contactor maintenance and do not control deceleration.

D-Net™ Performance Service Capable

All Pathfinder Chillers shipped within North America are D-Net Performance Service capable. D-Net, based upon Daikin customer support technology, provides McQuay a direct electronic connection to your Pathfinder chiller, giving McQuay Factory Service the ability to provide an enhanced level of support to keep your system running efficiently and reliably.

For more information about D-Net Performance Service, contact your McQuay Factory Service office.

CAT 600-6 7

Installation and Application InformationInstallation and Application Information

Note: For complete installation information, see IM 997 (60Hz) or IM 1002 (50Hz), available on www.mcquay.com.

Installation and Start-UpInstallation and maintenance are to be performed only by qualified personnel who are familiar with local codes and regulations, and experienced with this type of equipment.

Start-up by McQuay Factory Service is included on all Pathfinder units sold for installation within the U.S. and Canada and must be performed by them to initiate the standard Limited Product Warranty. Start-up by any party other than McQuay Factory Service or a McQuay Authorized Service Representative will void the Limited Product Warranty. Two-week prior notification of start-up is required. The contractor should obtain a copy of the Start-up Scheduled Request Form from the sales representative or from the nearest McQuay Factory Service office.

Handling

Avoid rough handling shock due to impact or dropping the unit. Do not push or pull the unit. Never allow any part of the unit to fall during unloading or moving, as this can result in serious damage.

To lift the unit, lifting tabs with 3" (76 mm) diameter holes are provided on the base of the unit. All lifting holes must be used when lifting the unit. Spreader bars and cables should be arranged to prevent damage to the condenser coils or unit cabinet (see Figure 3).

Figure 3: Required Lifting Method

NOTES:

1. Unit with 8 lifting points illustrated above; the number of condenser sections, fans, and lifting points can vary from this diagram. See lifting/mounting drawings beginning on page page 137 to identfy the number of lifting points for a specific unit.

2. All rigging points must be used. See weights at lifting points beginning on page 133 for each specific size unit.

3. Crosswise and lengthwise spreader bars must be used to avoid damage to unit.

Table 1: Operating Limits

Maximum standby ambient temperature 130°F (55°C)

Maximum operating ambient temperature 100°F (38°C)with optional high ambient package (see detailed information on page 171 ) Note: some units with optional compressor VFDs may not operate at full load up to the 125 F maximum ambient temperature limit. Contact the local McQuay sales office for detailed information.

125°F (52°C)

Minimum operating ambient temperature (standard control) 35°F (2°C)

Minimum operating ambient temperature (with optional low-ambient control) 0°F (-18°C)

Leaving chilled water temperature 40°F to 60°F (4.4°C to 15.6°C)

Leaving chilled fluid temperatures (with anti-freeze) - Unloading is not permitted with fluid leaving temperatures below 30°F (-1°C). 20°F to 60°F (-7°C to 16°C)

Operating chilled water delta-T range 6 to 18°F (-14 to -8°C)

Maximum evaporator operating inlet fluid temperature 76°F (24°C)

Maximum evaporator non-operating inlet fluid temperature 100°F (38°C)

WARNING

Sharp edges and coil surfaces are a potential injury hazard. Avoid contact with them.

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8 CAT 600-6

Installation and Application Information

Figure 4: Refrigerant Diagram - All Standard Efficiency Models (one circuit shown of two or three possible circuits)

Figure 5: Refrigerant Diagram-All High and PremiumEfficiency Models (one circuit shown of two - three possible circuits)

AWS PACKAGE CHILLER331994701 REV. 0D

CHARGINGVALVE

LIQUIDTUBING

BALLVALVE

CHARGINGVALVE

SOLENOIDVALVE

FILTERDRYER

SOLENOIDVALVE

(OPTIONAL)

SIGHTGLASS

EXPANSIONVALVE

WATER INWATER OUT

DX EVAPORATOR

SUCTIONTUBING

OIL PRESS.TRANSDUCER

WITH SCHRADERVALVE

DISCHARGETUBING

AIRFLOW

AIRFLOW

CONDENSERASSEMBLY

F3/F4COMPRESSOR

RELIEFVALVE

SUCTIONTEMP. SENSOR

SUCTIONTRANSDUCER

DISCHARGETEMP. SENSOR

(WOE)TEMP. SENSOR

(WIE)TEMP. SENSOR

OUTSIDE AIRTEMPERATURE

(WAA)

SCHRADERVALVE

SCHRADERVALVE

SHUT-OFFVALVE

BUTTERFLYVALVE

(OPTIONAL)

RELIEFVALVE

DISCHARGETRANSDUCER

SCHRADERVALVE STRAINERBALL

VALVE

LIQUIDINJECTION

TUBING

SCHRADERVALVE

(HEADER)

SCHRADERVALVE

CHARGINGVALVE

Note: Provide 20-mesh strainerat evaporator inlet

AWS PACKAGE CHILLERWITH ECONOMIZER331994701 REV. 0D

CHARGINGVALVE

LIQUIDTUBING

BALLVALVE

ECONOMIZER

ECONOMIZER FLASH GAS TO COMPRESSOR INTERSTAGE

LIQUIDINJECTION

TUBING

FILTERDRYER

SOLENOIDVALVE

(OPTIONAL)

SIGHTGLASS

EXPANSIONVALVE

WATER INWATER OUT

DX EVAPORATOR

SUCTIONTUBING

OIL PRESS.TRANSDUCER

WITH SCHRADERVALVE

DISCHARGETUBING

AIRFLOW

AIRFLOW

CONDENSERASSEMBLY

F3/F4COMPRESSOR

RELIEFVALVE

SUCTIONTEMP. SENSOR

SUCTIONTRANSDUCER

DISCHARGETEMP. SENSOR

(WOE)TEMP. SENSOR

(WIE)TEMP. SENSOR

OUTSIDE AIRTEMPERATURE

(WAA)

SCHRADERVALVE

SCHRADERVALVE

SCHRADERVALVE

CHARGINGVALVE

SOLENOIDVALVE

TGEEXPANSION

VALVE

SHUT-OFFVALVE

CHECKVALVE

CHECKVALVE

BUTTERFLYVALVE

(OPTIONAL)

RELIEFVALVE

DISCHARGETRANSDUCER

BALLVALVE

SCHRADERVALVE SOLENOID

VALVE

SCHRADERVALVE

STRAINER

SCHRADERVALVE

(HEADER)

SCHRADERVALVE

CHARGINGVALVE

Note: Provide 20-mesh strainerat evaporator inlet

CAT 600-6 9


Unit Placement

For roof-mounted applications, the unit must be installed on a steel channel or I-beam frame to support the unit above the roof. Vibration isolators are recommended for all roof-mounted installations or wherever vibration transmission is a consideration. Isolator loads and kit numbers can be found in the Pathfinder Installation Manual on www.mcquay.com.

For ground level applications, the unit must be installed on a substantial base that will not settle. McQuay recommends a one-piece concrete slab with footings extended below the frost line, and the installation engineer should determine its necessity. The foundation must be level within 13 mm (1/2 inch) over its length and width and strong enough to support the unit's operating weight as listed in the Physical Data tables. The addition of neoprene waffle pads (supplied by customer) under the frame allows water to drain from inside the frame, which can act as a dam.

On ground level applications, protection against vandalism is recommended; either by the optional factory-installed lower wire mesh guards or louvers, or by a field installed screening fence. Note that the fence must allow free flow of air to the condenser coil for proper unit operation. Upper wire mesh coil guards are standard.

Ice Mode

Optional double evaporator insulation is recommended for ice mode operation. The standard controller software will require “ice” setpoint changes and a digital signal into the controller is required to change to the ice mode and back to standard cooling. See the Field Wiring Diagram on page 127 for the connection location. In ice mode, the unit will operate at full load until the shutoff temperature setpoint is reached.

Clearances

Air-cooled units require free air flow to and from the condenser coils. Install units per noted installation clearances below and requirements outlined in IM 997 (IM 1002 for 50Hz models) available on www.mcquay.com. There must be no obstructions above the fan discharge that can cause air recirculation. Air restriction and recirculation can cause high-pressure trips and will reduce capacity, efficiency, and compressor life. Do not install ductwork on condenser fans.

Structures, other equipment, fencing, plants, and trees must be considered for air flow interference. Ventilators and any sources of contaminated or heated discharges gases and air will affect system performance. Pit type installation must meet McQuay requirements as outlined on page 12.

Service Access

Compressors, filter-driers, and manual liquid line shutoff valves are accessible on each side or end of the unit. The evaporator heater is located on the barrel.

The control panels are located on the end of the chiller. The left-hand control box contains the unit and circuit

microprocessors as well as transformers, fuses and terminal. The right-hand panel contains a circuit breaker. A minimum of four feet of clearance is required in front of the panels. The side clearance required for airflow provides sufficient service clearance.

On all Pathfinder units, the condenser fans and motors can be removed from the top of the unit. The complete fan/motor assembly can be removed for service. The fan blade must be removed for access to wiring terminals at the top of the motor.

Do not block access to the sides or ends of the unit with piping or conduit. These areas must be open for service access. Do not block access to the control panels with field-mounted disconnect switches.

Figure 6: Control Panel Component Location

Clearance Requirements

Notes:

1 To avoid a performance derate, minimum side clearance between two units is 12 feet (3.7 meters).

2 Unit must not be installed in a pit or enclosure that is deeper or taller than the height of the unit unless extra clearance is provided per note 4.

3 Minimum clearance on each side is 6 feet (1.8 meters) when installed in a pit no deeper than the unit height.

4 Minimum side clearance to a side wall or building taller than the unit height is 4 feet (1.2 meters), provided no

DANGER

Disconnect, lockout and tag all power to the unit before servicing condenser fan motors or compressors. Failure to do so can cause bodily injury or death.

NOTES:1. The Emergency Switch Relay de-energizes circuit #1 and #2 control power when activated,

causing an immediate compressor and fan shutdown. The red emergency button switch is located on the bottom front of the control panel door.

2. The control power transformer is located in the power panel adjacent to the control panel. 3. Additional extension (aka extension) modules are located elsewhere on the chiller.

Alarm & Limit ExtensionModule

MicroTech III MainController

Optional115VOutlet

Cir #1 & #2 Fan Control ExtensionModule

ControllerFuse

Emergency SwitchRelay

ControlCircuit

Breaker

Unit On/Off Switch

Circuit #1 Pumpdown

Switch

Circuit #2 Pumpdown

Switch


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http://www.mcquay.com/McQuay/Literature/Literature

10 CAT 600-6


solid wall above 6 feet (1.8 meters) is closer than 12 feet (3.7 meters) to the opposite side of the unit.

5 Do not mount electrical conduits where they can block service access to compressor controls, refrigerant driers or valves.

6 There must be no obstruction of the fan discharge.

7 Field installed switches must not interfere with service access or airflow.

Figure 7: Clearance Requirements

Restricted Air Flow

General

The clearances required for design operation of Pathfinder air-cooled chillers are described in the previous section. Occasionally, these clearances cannot be maintained due to site restrictions such as units being too close together or a fence or wall restricting airflow, or both. Pathfinder chillers have several features that may help mitigate the penalties attributable to restricted airflow.

"The condenser section is "W" shaped, allowing inlet air for these coils to come in from both sides and the bottom. All the coils in one "V" section serve one compressor. Each compressor has its own independent refrigerant circuit.

"The MicroTech III control is proactive in response to "off-design conditions". In the case of single or compounded influences restricting airflow to the unit, the microprocessor will act to keep the unit running (at reduced capacity), rather than allowing a shut-off on high discharge pressure.

Case 1: Building or Wall on One Side of One Unit

The existence of a screening wall or the wall of a building in close proximity to an air-cooled chiller is common in both rooftop and ground level applications. Hot air recirculation on the coils adjoining the wall will increase compressor discharge pressure, decreasing capacity and increasing power consumption.

When close to a wall, it is desirable to place chillers on the north or east side of them. It is also desirable to have prevailing winds blowing parallel to the unit's long axis. The worst case is to have wind blowing hot discharge air into the wall.

Figure 8: Unit Adjacent to Wall - Adjustment Factors5ft (1.5m) if open fence or 50% open wall

if solid wall (see note 3 for pit)

5ft (1.5m) if open fence or 50% open wallif solid wall (see note 3 for pit)

No obstructions.Recommended arearequired for unitoperation, air flow and maintenanceaccess.

3ft (1m) for service

See Note 5

Wall or Fence

Air FlowNo obstructions allowedabove unit at any height

See notes 2 & 4concerning wallheight at unit sides.

6ft (1.8m)

6ft (1.8m)

4ft (1.2m)For electricpanel access

Full Load Capacity Adjustment FactorD=4 ft (1.2m)

D=5 ft (1.5m)

D=6 ft (1.8m)

0.00

0.25

0.50

0.75

1.00

8(2.4)

16(4.8)

24(7.2)

H - Height of Wall or Building in ft. (m)

Ca

pa

cit

y R

ed

uc

tio

n (

%)

Full Load Power Adjustment Factor

D=4 ft (1.2m)

D=5 ft (1.5m)

D=6 ft (1.8m)

0.00

0.50

1.00

1.50

2.00

8(2.4)

16(4.8)

24(7.2)


Po

wer

Incr

ease

(%

)

HD

CAT 600-6 11


Case 2: Two Units Side By Side

Two or more units sited side by side are common. If spaced closer than 12 feet (3.7 meters) it is necessary to adjust the performance of each unit; circuits adjoining each other are affected. If one of the two units also has a wall adjoining it, see Case 1. Add the two adjustment factors together and apply to the unit located between the wall and the other unit.

Mounting units end to end will not necessitate adjusting performance. Do not use pit or solid wall surrounds where the ambient air temperature exceeds 100F (38C).

Figure 9: Two Units Side by Side - Adjustment Factors

Case 3: Three or More Units Side By Side

When three or more units are side by side, the outside chillers (1 and 3 in this case) are influenced by the middle unit only on their inside circuits. Their adjustment factors will be the same as Case 2. All inside units (only number 2 in this case) are influenced on both sides and must be adjusted by the factors shown below.

Figure 10: Three or More Units - Adjustment Factor

Full Load Capacity Adjustment Factor

0.00

0.50

1.00

1.50

6(1.8)

8(2.4)

10(3.0)

12(3.6)

Distance Between Units in ft. (m)

Ca

pa

cit

y R

ed

uc

tio

n (

%)


0.00

0.50

1.00

1.50

2.00

2.50

3.00

6(1.8)

8(2.4)

10(3.0)

12(3.6)


Po

wer

Incr

ease

(%

)


0.00

1.00

2.00

3.00

8(2.4)

12(3.6)

16(4.8)

20(6.1)


Ca

pa

cit

y R

ed

uc

tio

n (

%)


0.00

2.00

4.00

6.00

8(2.4)

12(3.6)

16(4.8)

20(6.1)


Po

wer

Incr

ease

(%

)

12 CAT 600-6


Case 4: Open Screening Walls

Decorative screening walls are often used to help conceal a unit either on grade or on a rooftop. Design these walls such that the combination of their open area and distance from the unit do not require performance adjustment. It is assumed that the wall height is equal to or less than the unit height when mounted on its base support. This is usually satisfactory for concealment. If the wall height is greater than the unit height, see Case 5, Pit Installation.

The distance from the sides of the unit to the side walls must be sufficient for service, such as opening control panel doors.

If each side wall is a different distance from the unit, the distances can be averaged providing either wall is not less than 8 feet (2.4 meters) from the unit. For example, do not average 4 feet and 20 feet to equal 12 feet (1 meter and 5 meters to equal 3 meters).Figure 11: Open Screening Walls - Adjustment Factors

Case 5: Pit/Solid Wall Installation

Pit installations can cause operating problems resulting from recirculation and restriction can both occur. A solid wall surrounding a unit is substantially the same as a pit and the data presented here should be used.

Steel grating is sometimes used to cover a pit to prevent accidental falls or trips into the pit. The grating material and installation design must be strong enough to prevent such accidents, yet provide abundant open area to avoid serious recirculation problems. Have any pit installation reviewed by the McQuay sales representative prior to installation to make sure it has sufficient air-flow characteristics, and approved by the installation design engineer avoid risk of accident.

Figure 12: Pit Installation - Adjustment Factors

Wall Free Area vs Distance

0.00

2 .00

4 .00

6 .00

8 .00

0 1 0 2 0 3 0 4 0 5 0

% Ope n Wall Ar e a

D -

Dis

tan

ce f

rom

Wal

l to

Un

it in

Ft.

(m

)

Fu ll Load Powe r Adjustme nt Factor

D=6 ft (1 .8m )

D=8 ft (2 .4m )

D=10 ft (3 .1m )

0 .00

2 .00

4 .00

6 .00

8 .00

8(2 .4 )

10(3 .1 )

1 2(3 .7 )

14(4 .3 )

H - He ight of W all or Building in ft. (m )

Po

wer

Incr

ease

(%

)


D=6 ft(1.8m)

D=8 ft(2.4m)

D=10 ft (3.1m)

0

1

2

3

4

5

6

8(2.4)

10(3.1)

12(3.7)

14(4.3)


Cap

acit

y R

edu

ctio

n (

%)

CAT 600-6 13


Chilled Water SystemsThe following sections offer supplemental information to that discussed in ASHRAE handbooks, which are a recommended source.

Water Flow

Chilled water systems are normally designed with leaving chilled water temperatures of 40°F to 50°F (4.4C to 10C), a 10F (5.6°C) water temperature difference and 0.0001

ft2•hr•°F/BTU (0.0176•m2•°C/kW) fouling factor. Catalog performance tables display data for the chillers at these conditions. Actual design can be different, and McQuay catalogs include adjustment factors or special rating tables to account for other conditions.

• Addition of secondary coolants such as ethylene glycol

• Variances from 10°F (5.6C) water temperature differ-ences

• Greater than standard water fouling

• Elevation and ambient air temperatures

Specifications and start-up procedures should confirm that the chilled water piping system had been properly flushed out before being connected to the chiller vessel.

Confirm that the piping contains:

• A cleanable 20-mesh strainer, installed at the evaporator inlet, to remove impurities before they reach the evapo-rator. The strainer shall be placed in the supply water line just prior to the inlet of the evaporator. Care should be exercised when welding pipe or flanges to the evaporator to prevent any slag from entering the evaporator.

• An expansion tank in the piping

• An air vent located at the system high point to purge trapped air in the piping system. An air vent is also located at the top of each water head of the evaporator. Each evaporator water head is also provided with a drain connection.

All water systems include air in solution with the water. The percentage of air that can be retained in solution is a function of the water temperature and water pressure. Since these two values change in both chilled and hot water systems, an expansion tank is vital to the successful operation of the system.

Many chiller installations today are replacements for older less efficient machines or chillers with obsolete refrigerants. Existing piping is drained down, opened to atmosphere, and reconnected to the new chiller vessel. Rust formed over the years can break loose during the replacement process, pass through a conventional strainer, and settle in the chiller vessel. Use a higher capacity filter and chemical treatment of the water for these installations.

Figure 13: Typical Chilled Water Piping

Note: The cross piping for the pressure gauge can be as small as ¼ inch. The purpose of this arrangement is to provide an easy method to use one gauge to accurately measure the evaporator pressure drop.

Optional Inlet Strainer

An inlet water strainer kit is available as a shipped-loose option, sized per Table • and with the pressure drop shown in Figure 14. The kit is field installed and consists of:

• Y-type 40% open area strainer with 304 stainless steel perforated basket, Victaulic pipe connections and strainer cap

• Extension pipe with two Schrader fittings that can be used for a pressure gauge and thermal dispersion flow switch. The pipe provides sufficient clearance from the evaporator for strainer basket removal.

• ½-inch blowdown valve

• Two Victaulic clamps

Figure 14: Strainer Pressure Drop

Table 2: Strainer Sizing Data

AWS ModelStrainer Size (in.)

Strainer Plus Pipe Length

(in.)

Strainer Weight

(lbs)170BDS-260BDS210BDH-250BDH

6 30.5 72

290BDS-375BDS280BDH-410BDH240BDP-265BDP

8 36.0 125

400BTS-550BTS450BTH-530BTH290BDP-400BDP

10 43.0 205

Vent

Drain

GateValve

WaterStrainer

Vibration Eliminator Valved

Pressure Gauge

In

OutProtect All Field Piping

Against Freezing

Flow

VibrationEliminator

Flow Switch Balancing

Valve Gate Valve

Flow

Liquid

Suction

14 CAT 600-6


Checking Water Flow

The simplest method of checking water flow in a clean system (the chiller vessel has not been fouled nor is air bound), is to read the entering and leaving pressures and compare the actual pressure drop to the value published in the product catalog.

Pressure drops at the job are read in psi or feet of water. Published values are displayed in feet of water. Use the following formula to convert from one to another.

Feet of water / 2.31= psi

System Water Volume

All chilled water systems need adequate time to recognize a load change, respond to that load change and stabilize, without undesirable short cycling of the compressors or loss of temperature control. In air conditioning systems, the potential for short cycling usually exists when the building load falls below the minimum chiller plant capacity or on close-coupled systems with very small water volumes.

Some things to consider when looking at water volume are the minimum cooling load, the minimum chiller plant capacity during the low load period and the desired cycle time for the compressors.

Assuming that there are no sudden load changes and that the chiller plant has reasonable turndown, a rule of thumb of “gallons of water volume equal to two to three times the chilled water gpm flow rate” is often used.

A properly designed storage tank should be added if the system components do not provide sufficient water volume.

Flow Switch

A flow switch must be included in the chilled water system to prove that there is adequate water flow to the evaporator before the unit can start or to shut down the unit if water flow is interrupted.

A solid state, thermal dispersion flow switch that is factory-mounted in the chiller leaving water nozzle and factory-wired is available as an option. A field-installed version is also available as an option.

Evaporator Freeze Protection

Evaporator freeze-up can be a concern in the application of air-cooled water chillers in areas experiencing below freezing temperatures. To protect against freeze-up, insulation and an electric immersion heater are furnished with the evaporator. This helps protect the evaporator down to -20°F (-29°C) ambient air temperature. Although the evaporator is equipped with freeze protection, it does not protect water piping external to the unit or the evaporator itself if there is a power failure or heater burnout, or if the chiller is unable to control the chilled water pumps. Use one of the following recommendations for additional protection:

• If the unit will not be operated during the winter, drain evaporator and chilled water piping and flush with glycol.

Drain and vent connections are provided on the evaporator for this purpose.

• Add a year-round glycol solution to the chilled water system to provide freeze protection. Freeze point should be approximately 10°F(5.6°C) below minimum design ambient temperature. The use of glycol anti-freeze is generally considered the safest protection against freeze-up, however, it will reduce the performance of the unit, depending the concentration. Take this into consideration during initial system design and selection. On glycol applications, a minimu

• The field addition of thermostatically controlled heat tracing and insulation to exposed piping. Factory insulation will have to be removed and replaced after installation of the tracing. (Dependent on power availability)

• Continuous circulation of water through the chilled water piping and evaporator. (Dependent on power availability).

• The evaporator immersion heateris factory wired to the 115-volt circuit in the control box. This power can be supplied from a separate source, or it can be supplied from the control circuit. Operation of the heater cable is automatic through the ambient sensing thermostat that energizes the evaporator heater cable for protection against freeze-up. Unless the evaporator is drained in the winter, the disconnect switch to the evaporator heater must be closed. Conversely, do not apply heat to the evaporator if it is drained.

Chilled Water Pump

It is important that the chilled water pumps be wired to, and controlled by, the chiller's microprocessor. When equipped with optional dual pump output, the chiller controller has the capability to selectively send the signal to a pump relay (by others) to start pump A or B or automatically alternate pump selection and also has standby operation capability. The controller will energize the pump whenever at least one circuit on the chiller is enabled to run, whether there is a call for cooling or not. This helps ensure proper unit start-up sequence. The pump will also be turned on when the water temperature reaches 1°F below the Freeze Setpoint to help prevent evaporator freeze-up. Connection points are shown in the Field Wiring Diagram on page 127.

Failure to allow pump control by the chiller may cause the following problems:

1 If any device other than the chiller attempts to start the chiller without first starting the pump, the chiller will lock out on the No Flow alarm and require manual reset.

2 If the evaporator water temperature drops below the “Freeze setpoint” the chiller will attempt to start the water pumps to avoid evaporator freeze. If the chiller

CAUTION

Adding glycol or draining the system is the recommended method of freeze protection. If the chiller does not have the ability to control the pumps and the water system is not drained in temperatures below freezing, catastrophic evaporator failure may occur.

CAT 600-6 15


does not have the ability to start the pumps, the chiller will alarm due to lack of water flow.

3 If the chiller does not have the ability to control the pumps and the water system is not to be drained in temperatures below freezing, the chiller may be subject to catastrophic evaporator failure due to freezing. The freeze rating of the evaporator is based on the immersion heater and pump operation. The immersion heater itself may not be able to properly protect the evaporator from freezing without circulation of water.

Variable Speed Pumping

McQuay chillers are designed for variable water flow duty provided that the rate of change is less than 10 percent of the change (design flow minus minimum flow) per minute and, the minimum and maximum flow rates for the evaporator, listed on page 36, are not exceeded

Figure 15: Power Panel Components (Left &Right)

Electrical Connections

All wiring must be done in accordance with applicable local

and national codes. Pathfinder units can be ordered with either standard multi-point power or optional single point power connections and with various disconnect and circuit breaker options. Wiring within the unit is sized in accordance with the

U.S.A. National Electrical Code. Field-supplied disconnect switches are required if not factory-supplied with the unit.

Notes: Disconnect switches are molded case construction with lockable through-the-door handles. They can be used to remove the unit/circuit from the power system.The individual compressor isolation circuit breakers for each circuit isolate the compressor and do not have through-the-door handles. They are operable only after the panel doors are opened.The high short circuit rated panel means that a short circuit current up to the ratings shown in Table 4, Interrupt Ratings (kAmps)will be contained in the panel. There is a short period of time when the circuit breaker will short circuit before opening a circuit that can damage downstream components. In other words, the enclosure is stronger than a standard enclosure. It has a high interrupt rated disconnect switch.The factory-mounted control power transformer is protected by fuses.Condenser fans are protected and isolated by circuit breakers.

Disconnecting means are addressed by Article 440 of the U.S.A. National Electrical Code (NEC), which requires “disconnecting means capable of disconnecting air conditioning and refrigerating equipment including motor-compressors, and controllers from the circuit feeder.” Select and locate the disconnect switch per the NEC guidelines. Maximum recommended fuse sizes are given in the electrical data tables of this catalog for help in sizing the disconnect.

Terminals are provided in a unit control panel for optional field hookup of the control circuit to a separate fused 115-volt power supply in lieu of the standard factory installed control transformer.

Single Point Disconnect Switch

Compressor #1 Circuit Breaker

Compressor #2 Circuit Breaker

Fan Contactors, 1 per Fan Circuit #1

Cir# 1, Fan Circuit Breaker

Fan Contactors 1 per Fan, Circuit #2

Phase/Voltage Monitor

120/24VTransformer

Line/120V Transformer

Table 3: Electric Power Connection Option

Multi-PointPower Connection

Single-Point Power Connection

Standard:Disconnect switch per circuit, no

compressor isolation circuit breakers

Optional: one power block, compressor

isolation circuit breakers

Optional: High short circuit current rated

panel with disconnect switch and no isolation circuit breakers

Optional:One disconnect switch replacing

the power block, compressor isolation circuit breakers

Optional:High short circuit current rated

panel with disconnect switch and compressor isolation circuit

breakers

Table 4: Interrupt Ratings (kAmps)

VOLTAGESTANDARD SHORT

CIRCUIT PANEL RATING

HIGH SHORT CIRCUIT RATED

PANEL

208-230 10kA 100kA

380 10kA 65kA

460 10kA 65kA

575 5kA 25kA

400 10kA 65kA

16 CAT 600-6

Performance Data (non-VFD)Performance Data (non-VFD)

Table 5: Performance Data 60 Hz Standard Efficiency non-VFD Models AWS175-300ADS(I-P Units)

Unit Power Unit Unit Power Unit Unit Power Unit Unit Power Unit Unit Power Unit

Tons kWi EER Tons kWi EER Tons kWi EER Tons kWi EER Tons kWi EER

40°F 188.7 178.6 12.7 178.9 196.7 10.9 167.8 217.7 9.3 155.6 241.5 7.7 142.0 267.8 6.4

42°F 195.5 182.2 12.9 185.3 200.4 11.1 173.9 221.4 9.4 161.3 245.1 7.9 147.5 271.4 6.5

44°F 202.4 185.9 13.1 191.9 204.1 11.3 180.1 225.1 9.6 167.2 248.8 8.1 153.0 275.0 6.7

46°F 209.5 189.7 13.3 198.5 208.0 11.5 186.4 229.0 9.8 173.2 252.7 8.2 158.7 278.9 6.8

48°F 216.6 193.6 13.4 205.3 212.0 11.6 192.9 233.0 9.9 179.3 256.7 8.4 164.5 282.8 7.0

50°F 223.8 197.7 13.6 212.2 216.1 11.8 199.4 237.1 10.1 185.5 260.8 8.5 170.4 286.9 7.1

40°F 209.5 192.9 13.0 199.1 210.7 11.3 187.4 230.7 9.8 174.5 252.8 8.3 160.4 276.9 7.0

42°F 217.1 196.8 13.2 206.3 214.7 11.5 194.3 234.9 9.9 181.0 257.1 8.5 166.6 281.4 7.1

44°F 224.9 200.8 13.4 213.7 218.9 11.7 201.3 239.2 10.1 187.7 261.5 8.6 172.9 285.9 7.3

46°F 232.8 204.9 13.6 221.2 223.2 11.9 208.5 243.6 10.3 194.5 266.1 8.8 179.4 290.6 7.4

48°F 240.8 209.1 13.8 228.9 227.6 12.1 215.8 248.1 10.4 201.5 270.8 8.9 186.0 295.4 7.6

50°F 249.0 213.4 14.0 236.7 232.1 12.2 223.2 252.8 10.6 208.6 275.6 9.1 192.8 300.3 7.7

40°F 226.1 215.0 12.6 214.4 234.0 11.0 201.4 254.3 9.5 187.2 276.0 8.1 171.8 299.1 6.9

42°F 234.3 219.6 12.8 222.1 238.9 11.2 208.8 259.5 9.7 194.2 281.5 8.3 178.5 304.8 7.0

44°F 242.7 224.3 13.0 230.1 243.9 11.3 216.3 264.9 9.8 201.4 287.2 8.4 185.3 310.8 7.2

46°F 251.1 229.1 13.2 238.1 249.1 11.5 224.0 270.3 9.9 208.7 292.9 8.6 192.2 316.8 7.3

48°F 259.7 234.1 13.3 246.3 254.3 11.6 231.8 275.9 10.1 216.1 298.8 8.7 199.3 323.0 7.4

50°F 268.5 239.2 13.5 254.7 259.7 11.8 239.8 281.6 10.2 223.7 304.8 8.8 206.6 329.3 7.5

40°F 245.4 229.8 12.8 233.1 250.1 11.2 219.5 272.1 9.7 204.4 295.6 8.3 188.1 320.6 7.0

42°F 254.4 234.5 13.0 241.6 255.2 11.4 227.5 277.5 9.8 212.1 301.3 8.5 195.4 326.6 7.2

44°F 263.5 239.3 13.2 250.3 260.3 11.5 235.8 283.0 10.0 220.0 307.1 8.6 202.8 332.7 7.3

46°F 272.8 244.2 13.4 259.2 265.6 11.7 244.2 288.6 10.2 228.0 313.1 8.7 210.5 339.0 7.5

48°F 282.2 249.3 13.6 268.2 271.0 11.9 252.8 294.3 10.3 236.2 319.1 8.9 218.3 345.4 7.6

50°F 291.8 254.5 13.8 277.3 276.6 12.0 261.6 300.2 10.5 244.6 325.3 9.0 226.3 351.9 7.7

40°F 261.9 251.4 12.5 248.4 273.7 10.9 233.4 297.7 9.4 217.0 323.3 8.1 199.1 350.5 6.8

42°F 271.3 256.7 12.7 257.3 279.4 11.1 241.9 303.7 9.6 225.0 329.7 8.2 206.8 357.3 7.0

44°F 280.9 262.1 12.9 266.4 285.2 11.2 250.5 309.9 9.7 233.2 336.2 8.3 214.6 364.1 7.1

46°F 290.6 267.7 13.0 275.7 291.2 11.4 259.3 316.2 9.8 241.6 342.9 8.5 222.6 371.1 7.2

48°F 300.5 273.4 13.2 285.1 297.3 11.5 268.3 322.7 10.0 250.2 349.7 8.6 230.7 378.3 7.3

50°F 310.5 279.3 13.3 294.7 303.5 11.7 277.5 329.3 10.1 258.9 356.7 8.7 239.0 385.6 7.4

40°F 295.4 281.4 12.6 280.1 306.2 11.0 263.3 332.7 9.5 245.0 360.7 8.2 225.2 390.3 6.9

42°F 306.1 287.4 12.8 290.3 312.6 11.1 273.0 339.5 9.7 254.2 367.9 8.3 234.0 397.8 7.1

44°F 317.1 293.5 13.0 300.8 319.2 11.3 282.9 346.4 9.8 263.6 375.2 8.4 242.9 405.6 7.2

46°F 328.2 299.8 13.1 311.4 325.8 11.5 293.0 353.5 10.0 273.2 382.7 8.6 252.0 413.5 7.3

48°F 339.6 306.2 13.3 322.2 332.7 11.6 303.3 360.8 10.1 283.0 390.4 8.7 261.4 421.5 7.4

50°F 351.1 312.7 13.5 333.1 339.7 11.8 313.8 368.2 10.2 293.1 398.3 8.8 266.0 419.1 7.6

40°F 315.2 304.9 12.4 298.3 331.8 10.8 279.9 360.2 9.3 260.0 390.1 8.0 238.7 421.4 6.8

42°F 326.4 311.5 12.6 309.0 338.9 10.9 290.1 367.8 9.5 269.7 398.1 8.1 247.8 429.8 6.9

44°F 337.9 318.3 12.7 319.9 346.2 11.1 300.4 375.5 9.6 279.5 406.3 8.3 257.1 438.4 7.0

46°F 349.6 325.3 12.9 331.0 353.6 11.2 310.9 383.4 9.7 289.5 414.6 8.4 266.6 447.2 7.2

48°F 361.4 332.4 13.0 342.3 361.2 11.4 321.7 391.5 9.9 299.7 423.1 8.5 276.3 456.2 7.3

50°F 373.4 339.8 13.2 353.7 369.0 11.5 332.6 399.7 10.0 310.1 431.8 8.6 276.3 444.3 7.5

LWT(°F)

AWS190BDS

AWS210BDS

AWS225BDS

60 Hz 10.4

60 Hz 12.5

60 Hz 12.5

AWS250BDS

AWS260BDS

AWS290BDS

AWS310BDS

Unit Size

HzFan

Power (kW)

Ambient Air Temperature

75°F 85°F 95°F 105°F 115°F

60 Hz 14.6

60 Hz 14.6

60 Hz 16.6

60 Hz 23.5

CAT 600-6 17

Performance Data (non-VFD)

Table 6: Performance Data 60 Hz Standard Efficiency non-VFD Models AWS320-470ADS (I-P Units)



40°F 354.8 335.3 12.7 336.7 365.2 11.1 316.9 396.9 9.6 295.4 430.4 8.2 272.1 465.6 7.0

42°F 367.8 342.1 12.9 349.1 372.5 11.2 328.6 404.8 9.7 306.5 438.8 8.4 282.7 474.5 7.2

44°F 381.0 349.2 13.1 361.7 380.1 11.4 340.6 412.9 9.9 317.9 447.3 8.5 293.5 483.5 7.3

46°F 394.4 356.4 13.3 374.5 387.8 11.6 352.8 421.1 10.1 329.5 456.1 8.7 304.6 492.8 7.4

48°F 408.1 363.7 13.5 387.5 395.7 11.8 365.3 429.5 10.2 341.4 465.0 8.8 315.9 502.2 7.6

50°F 421.9 371.3 13.6 400.7 403.8 11.9 377.9 438.1 10.4 353.4 474.1 9.0 327.4 511.8 7.7

40°F 378.1 366.6 12.4 358.3 399.2 10.8 336.6 433.8 9.3 313.1 470.2 8.0 287.8 508.5 6.8

42°F 391.7 374.4 12.6 371.2 407.5 10.9 348.9 442.7 9.5 324.8 479.7 8.1 298.8 518.5 6.9

44°F 405.6 382.3 12.7 384.4 416.1 11.1 361.4 451.8 9.6 336.6 489.3 8.3 310.1 528.7 7.0

46°F 419.7 390.5 12.9 397.8 424.8 11.2 374.2 461.1 9.7 348.8 499.1 8.4 321.6 539.0 7.2

48°F 433.9 398.9 13.1 411.4 433.8 11.4 387.2 470.6 9.9 361.1 509.2 8.5 333.4 549.6 7.3

50°F 448.5 407.4 13.2 425.3 442.9 11.5 400.4 480.3 10.0 373.7 519.4 8.6 345.4 560.4 7.4

40°F 416.8 385.0 13.0 394.8 418.4 11.3 370.7 454.3 9.8 344.5 492.5 8.4 316.2 533.0 7.1

42°F 431.9 393.2 13.2 409.2 427.2 11.5 384.4 463.6 10.0 357.5 502.4 8.5 328.5 543.4 7.3

44°F 447.3 401.7 13.4 423.9 436.3 11.7 398.3 473.2 10.1 370.7 512.5 8.7 341.1 554.0 7.4

46°F 463.0 410.4 13.5 438.8 445.6 11.8 412.6 483.1 10.3 384.3 522.8 8.8 354.0 564.8 7.5

48°F 478.9 419.4 13.7 454.0 455.1 12.0 427.0 493.1 10.4 398.1 533.4 9.0 367.1 575.9 7.7

50°F 495.1 428.5 13.9 469.4 464.8 12.1 441.8 503.4 10.5 412.2 544.2 9.1 371.7 569.2 7.8

40°F 439.8 421.3 12.5 415.9 457.8 10.9 389.9 496.7 9.4 361.8 537.8 8.1 331.7 581.1 6.9

42°F 455.6 430.6 12.7 430.9 467.8 11.1 404.2 507.2 9.6 375.3 548.9 8.2 344.4 592.7 7.0

44°F 471.7 440.2 12.9 446.2 477.9 11.2 418.7 518.0 9.7 389.1 560.2 8.3 357.5 604.6 7.1

46°F 488.0 450.0 13.0 461.8 488.4 11.4 433.5 529.0 9.8 403.2 571.8 8.5 370.9 616.7 7.2

48°F 504.6 460.0 13.2 477.6 499.0 11.5 448.6 540.3 10.0 417.6 583.7 8.6 379.6 618.5 7.4

50°F 521.5 470.3 13.3 493.7 510.0 11.6 463.9 551.8 10.1 432.2 595.8 8.7 379.3 601.8 7.6

40°F 462.6 439.6 12.6 437.9 478.0 11.0 411.0 518.7 9.5 381.9 561.6 8.2 350.6 606.7 6.9

42°F 479.3 449.1 12.8 453.8 488.1 11.2 426.1 529.5 9.7 396.2 573.0 8.3 364.1 618.7 7.1

44°F 496.3 458.8 13.0 469.9 498.5 11.3 441.4 540.5 9.8 410.8 584.7 8.4 378.0 631.0 7.2

46°F 513.6 468.8 13.1 486.4 509.2 11.5 457.1 551.8 9.9 425.6 596.6 8.6 392.1 643.5 7.3

48°F 531.1 479.1 13.3 503.1 520.1 11.6 473.0 563.3 10.1 440.8 608.7 8.7 396.8 635.2 7.5

50°F 548.9 489.6 13.5 520.1 531.2 11.8 489.2 575.1 10.2 456.3 621.2 8.8 411.2 647.7 7.6

40°F 482.7 466.7 12.4 456.4 507.5 10.8 427.9 550.4 9.3 397.2 595.5 8.0 364.3 642.7 6.8

42°F 500.0 477.0 12.6 472.8 518.4 10.9 443.4 562.1 9.5 411.9 607.9 8.1 378.1 655.7 6.9

44°F 517.5 487.5 12.7 489.4 529.7 11.1 459.2 574.0 9.6 426.8 620.4 8.3 392.4 668.9 7.0

46°F 535.3 498.3 12.9 506.4 541.2 11.2 475.3 586.2 9.7 442.1 633.3 8.4 406.9 682.4 7.2

48°F 553.4 509.4 13.0 523.6 552.9 11.4 491.7 598.6 9.9 457.7 646.4 8.5 407.0 664.8 7.4

50°F 571.7 520.7 13.2 541.1 565.0 11.5 508.4 611.4 10.0 473.6 659.8 8.6 405.9 646.3 7.5

40°F 512.7 496.1 12.4 485.0 539.6 10.8 455.0 585.6 9.3 422.6 633.9 8.0 387.8 684.6 6.8

42°F 531.0 506.9 12.6 502.4 551.2 10.9 471.5 597.9 9.5 438.2 646.9 8.1 402.6 698.2 6.9

44°F 549.7 517.9 12.7 520.2 563.0 11.1 488.3 610.4 9.6 454.2 660.1 8.3 417.7 712.1 7.0

46°F 568.6 529.2 12.9 538.2 575.0 11.2 505.4 623.2 9.7 470.4 673.7 8.4 433.2 726.4 7.2

48°F 587.8 540.8 13.0 556.5 587.4 11.4 522.9 636.3 9.9 487.0 687.5 8.5 439.1 719.8 7.3

50°F 607.3 552.7 13.2 575.1 600.0 11.5 540.6 649.7 10.0 503.9 701.6 8.6 444.3 712.8 7.5

Unit Size

HzFan

Power (kW)

LWT(°F)


75°F 85°F 95°F 105°F 115°F

AWS350BDS

60 Hz 20.8

AWS375BDS

60 Hz 20.8

AWS400BTS

60 Hz 22.9

AWS425BTS

60 Hz 22.9

AWS450BTS

60 Hz 25.0

AWS470BTS

60 Hz 25.0

AWS500BTS

60 Hz 27.0

18 CAT 600-6


Table 7: Performance Data 60 Hz Standard Efficiency non-VFD Models AWS500-530 (I-P Units)

Table 8: Performance Data 60 Hz High Efficiency non-VFD Models AWS210-280 (I-P Units)



40°F 543.0 525.8 12.4 514.0 572.1 10.8 482.4 621.1 9.3 448.3 672.7 8.0 411.6 726.8 6.8

42°F 562.4 537.1 12.6 532.4 584.2 10.9 499.9 634.0 9.5 464.8 686.3 8.1 427.3 741.2 6.9

44°F 582.2 548.7 12.7 551.2 596.6 11.1 517.7 647.1 9.6 481.8 700.2 8.3 443.4 755.8 7.0

46°F 602.3 560.5 12.9 570.3 609.2 11.2 535.9 660.6 9.7 499.0 714.4 8.4 459.8 770.8 7.2

48°F 622.6 572.6 13.1 589.7 622.2 11.4 554.4 674.3 9.9 516.7 728.9 8.5 471.6 775.4 7.3

50°F 643.3 585.1 13.2 609.5 635.4 11.5 573.2 688.4 10.0 534.6 743.8 8.6 483.2 780.0 7.4

40°F 573.5 555.7 12.4 543.1 604.8 10.8 509.9 656.9 9.3 474.1 711.7 8.0 435.6 769.3 6.8

42°F 594.0 567.5 12.6 562.6 617.5 10.9 528.4 670.3 9.5 491.6 726.0 8.1 452.2 784.4 6.9

44°F 614.9 579.6 12.7 582.5 630.4 11.1 547.3 684.1 9.6 509.6 740.6 8.3 469.2 799.8 7.0

46°F 636.2 592.0 12.9 602.7 643.7 11.2 566.6 698.2 9.7 527.8 755.5 8.4 486.6 815.5 7.2

48°F 657.7 604.7 13.1 623.2 657.2 11.4 586.1 712.6 9.9 546.5 770.7 8.5 504.3 831.5 7.3

50°F 679.6 617.7 13.2 644.1 671.1 11.5 606.1 727.3 10.0 565.5 786.2 8.6 522.4 847.8 7.4

Unit Size

HzFan

Power (kW)

LWT(°F)


75°F 85°F 95°F 105°F 115°F

AWS525BTS

60 Hz 29.1

AWS550BTS

60 Hz 31.2



40°F 205.7 184.7 13.4 199.5 206.3 11.6 191.0 231.6 9.9 180.2 260.5 8.3 167.2 292.8 6.9

42°F 213.6 188.4 13.6 207.1 210.2 11.8 198.3 235.6 10.1 187.2 264.5 8.5 173.9 296.7 7.0

44°F 221.6 192.3 13.8 214.8 214.2 12.0 205.7 239.7 10.3 194.3 268.6 8.7 180.7 300.9 7.2

46°F 229.7 196.3 14.1 222.7 218.3 12.2 213.3 243.9 10.5 201.6 272.9 8.9 187.6 305.3 7.4

48°F 238.0 200.3 14.3 230.7 222.5 12.4 221.0 248.3 10.7 209.0 277.4 9.0 194.8 309.8 7.6

50°F 246.4 204.6 14.5 238.9 226.9 12.6 228.9 252.8 10.9 216.6 282.0 9.2 202.0 314.4 7.7

40°F 224.0 197.9 13.6 217.7 219.3 11.9 209.0 243.5 10.3 197.9 270.3 8.8 184.6 299.8 7.4

42°F 232.6 201.8 13.8 226.0 223.5 12.1 217.0 248.0 10.5 205.6 275.1 9.0 192.0 304.7 7.6

44°F 241.3 205.9 14.1 234.5 227.9 12.4 225.2 252.6 10.7 213.5 279.9 9.2 199.6 309.8 7.7

46°F 250.3 210.1 14.3 243.2 232.4 12.6 233.6 257.3 10.9 221.6 284.9 9.3 207.4 315.0 7.9

48°F 259.3 214.4 14.5 252.0 237.0 12.8 242.2 262.2 11.1 229.9 290.0 9.5 215.3 320.4 8.1

50°F 268.6 218.8 14.7 261.0 241.7 13.0 250.9 267.2 11.3 238.3 295.3 9.7 223.5 325.9 8.2

40°F 240.9 218.7 13.2 233.3 241.7 11.6 223.4 266.5 10.1 211.1 293.0 8.7 196.5 321.2 7.3

42°F 250.0 223.3 13.4 242.2 246.8 11.8 231.9 272.0 10.2 219.3 298.9 8.8 204.4 327.5 7.5

44°F 259.3 228.0 13.7 251.2 251.9 12.0 240.6 277.6 10.4 227.7 305.0 9.0 212.4 334.0 7.6

46°F 268.8 232.8 13.9 260.4 257.3 12.2 249.5 283.4 10.6 236.2 311.2 9.1 220.7 340.7 7.8

48°F 278.5 237.8 14.1 269.8 262.7 12.3 258.6 289.3 10.7 245.0 317.6 9.3 229.1 347.5 7.9

50°F 288.4 242.9 14.3 279.4 268.3 12.5 267.9 295.4 10.9 253.9 324.2 9.4 237.7 354.5 8.1

40°F 271.4 240.5 13.6 263.2 265.6 11.9 252.1 292.6 10.3 238.4 321.6 8.9 222.2 352.3 7.6

42°F 281.9 245.5 13.8 273.3 271.2 12.1 261.9 298.7 10.5 247.9 328.1 9.1 231.2 359.3 7.7

44°F 292.6 250.7 14.0 283.7 276.9 12.3 271.9 304.9 10.7 257.5 334.8 9.2 240.5 366.5 7.9

46°F 303.5 256.0 14.2 294.2 282.7 12.5 282.1 311.3 10.9 267.4 341.7 9.4 250.0 373.8 8.0

48°F 314.6 261.5 14.4 305.0 288.8 12.7 292.6 317.9 11.1 277.4 348.8 9.6 259.7 381.4 8.2

50°F 325.8 267.1 14.6 316.0 294.9 12.9 303.3 324.6 11.2 287.7 356.0 9.7 269.6 389.1 8.3

60 Hz 14.6

AWS280BDH

60 Hz 16.6


75°F 85°F 95°F 105°F 115°FLWT(°F)

AWS210BDH

60 Hz 12.5

AWS230BDH

60 Hz 14.6

Unit Size

HzFan

Power (kW)

AWS250BDH

CAT 600-6 19





40°F 290.0 262.3 13.3 280.4 289.8 11.6 267.9 319.2 10.1 252.7 350.6 8.7 234.7 383.9 7.3

42°F 301.1 268.0 13.5 291.1 296.1 11.8 278.2 326.1 10.2 262.5 358.0 8.8 244.2 391.8 7.5

44°F 312.4 274.0 13.7 302.0 302.6 12.0 288.7 333.1 10.4 272.6 365.6 9.0 253.8 399.9 7.6

46°F 323.9 280.0 13.9 313.2 309.2 12.2 299.4 340.3 10.6 282.9 373.3 9.1 263.7 408.2 7.8

48°F 335.6 286.3 14.1 324.5 316.1 12.3 310.4 347.7 10.7 293.5 381.3 9.2 273.8 416.6 7.9

50°F 347.5 292.7 14.3 336.1 323.1 12.5 321.6 355.3 10.9 304.2 389.4 9.4 284.2 425.3 8.0

40°F 325.6 284.4 13.7 316.2 314.3 12.1 303.5 346.2 10.5 287.7 380.2 9.1 269.0 416.1 7.8

42°F 338.2 290.1 14.0 328.3 320.6 12.3 315.3 353.2 10.7 299.1 387.7 9.3 279.9 424.2 7.9

44°F 351.0 296.0 14.2 340.8 327.2 12.5 327.3 360.3 10.9 310.7 395.5 9.4 291.1 432.6 8.1

46°F 364.1 302.0 14.5 353.5 333.8 12.7 339.6 367.6 11.1 322.6 403.4 9.6 302.5 441.1 8.2

48°F 377.3 308.2 14.7 366.5 340.7 12.9 352.2 375.1 11.3 334.7 411.5 9.8 314.2 449.8 8.4

50°F 390.9 314.6 14.9 379.7 347.7 13.1 365.0 382.8 11.4 347.2 419.8 9.9 326.2 458.6 8.5

40°F 348.5 316.4 13.2 337.4 349.9 11.6 323.1 385.4 10.1 305.6 422.8 8.7 285.1 462.1 7.4

42°F 361.8 323.0 13.4 350.3 357.2 11.8 335.5 393.4 10.2 317.5 431.5 8.8 296.5 471.5 7.6

44°F 375.3 329.8 13.7 363.4 364.8 12.0 348.1 401.7 10.4 329.7 440.4 9.0 308.1 481.0 7.7

46°F 389.1 336.8 13.9 376.8 372.5 12.1 361.1 410.1 10.6 342.1 449.5 9.1 320.1 490.8 7.8

48°F 403.1 343.9 14.1 390.4 380.4 12.3 374.2 418.7 10.7 354.8 458.9 9.3 332.3 500.8 8.0

50°F 417.4 351.2 14.3 404.3 388.5 12.5 387.7 427.5 10.9 367.8 468.4 9.4 344.8 511.0 8.1

40°F 379.0 344.1 13.2 367.1 380.7 11.6 351.6 419.4 10.1 332.7 460.4 8.7 310.4 503.5 7.4

42°F 393.4 351.2 13.4 381.0 388.6 11.8 365.0 428.1 10.2 345.5 469.8 8.8 322.8 513.6 7.5

44°F 408.1 358.6 13.7 395.2 396.7 12.0 378.7 437.0 10.4 358.7 479.4 9.0 335.4 523.9 7.7

46°F 423.0 366.1 13.9 409.7 405.0 12.1 392.7 446.0 10.6 372.2 489.2 9.1 348.4 534.5 7.8

48°F 438.2 373.7 14.1 424.5 413.5 12.3 407.0 455.3 10.7 386.0 499.3 9.3 361.6 545.2 8.0

50°F 453.6 381.6 14.3 439.5 422.2 12.5 421.6 464.8 10.9 400.1 509.5 9.4 375.2 556.2 8.1

40°F 410.0 375.9 13.1 397.2 415.9 11.5 380.5 458.4 10.0 360.2 503.4 8.6 336.2 550.8 7.3

42°F 425.6 383.7 13.3 412.2 424.5 11.7 395.0 467.8 10.1 374.1 513.6 8.7 349.5 561.8 7.5

44°F 441.4 391.6 13.5 427.6 433.3 11.8 409.8 477.4 10.3 388.3 524.0 8.9 363.2 573.0 7.6

46°F 457.4 399.7 13.7 443.2 442.3 12.0 424.9 487.3 10.5 402.8 534.7 9.0 377.1 584.4 7.7

48°F 473.8 408.0 13.9 459.1 451.5 12.2 440.3 497.3 10.6 417.7 545.6 9.2 391.4 596.1 7.9

50°F 490.5 416.5 14.1 475.3 460.9 12.4 456.0 507.6 10.8 432.9 556.7 9.3 406.0 608.1 8.0

40°F 449.2 402.0 13.4 434.0 443.8 11.7 414.4 488.6 10.2 390.6 536.1 8.7 362.8 586.4 7.4

42°F 466.2 410.9 13.6 450.4 453.6 11.9 430.2 499.2 10.3 405.7 547.5 8.9 377.2 598.6 7.6

44°F 483.6 420.1 13.8 467.2 463.7 12.1 446.3 510.1 10.5 421.2 559.2 9.0 392.1 611.0 7.7

46°F 501.2 429.5 14.0 484.3 474.0 12.3 462.8 521.3 10.7 437.1 571.2 9.2 407.3 623.8 7.8

48°F 519.2 439.3 14.2 501.7 484.6 12.4 479.7 532.7 10.8 453.3 583.5 9.3 422.9 636.9 8.0

50°F 537.5 449.3 14.4 519.5 495.5 12.6 496.8 544.5 11.0 469.9 596.2 9.5 380.4 548.8 8.3

40°F 472.5 427.6 13.3 456.8 472.4 11.6 436.6 520.2 10.1 412.1 570.8 8.7 383.3 624.2 7.4

42°F 490.4 436.9 13.5 474.1 482.6 11.8 453.3 531.3 10.2 428.0 582.8 8.8 398.6 637.0 7.5

44°F 508.7 446.4 13.7 491.8 493.1 12.0 470.3 542.7 10.4 444.4 595.0 9.0 414.3 650.1 7.7

46°F 527.3 456.2 13.9 509.9 503.8 12.1 487.7 554.3 10.6 461.1 607.6 9.1 430.3 663.5 7.8

48°F 546.2 466.3 14.1 528.2 514.9 12.3 505.5 566.3 10.7 478.2 620.4 9.3 446.8 677.2 7.9

50°F 565.5 476.6 14.2 546.9 526.2 12.5 523.6 578.6 10.9 495.7 633.6 9.4 424.8 623.4 8.2

60 Hz 25.0

AWS450BTH

60 Hz 25.0

AWS390BDH

60 Hz 22.9

AWS475BTH

60 Hz 27.0

AWS410BDH

LWT(°F)


75°F 85°F 95°F 105°F 115°F

AWS350BDH

60 Hz 20.8

Unit Size

HzFan

Power (kW)

AWS300BDH

60 Hz 16.6

AWS330BDH

60 Hz 20.8

20 CAT 600-6



Table 11: Performance Data 60 Hz Premium Efficiency non-VFD Models AWS210-280ADP(I-P Units)



40°F 501.1 449.8 13.4 484.8 497.1 11.7 463.7 547.4 10.2 438.1 600.5 8.8 408.1 656.4 7.5

42°F 520.1 459.3 13.6 503.1 507.7 11.9 481.4 558.9 10.3 455.0 613.0 8.9 424.4 669.7 7.6

44°F 539.4 469.2 13.8 521.8 518.5 12.1 499.4 570.7 10.5 472.4 625.7 9.1 441.0 683.4 7.7

46°F 559.1 479.3 14.0 540.9 529.7 12.3 517.9 582.9 10.7 490.1 638.8 9.2 458.0 697.4 7.9

48°F 579.2 489.6 14.2 560.4 541.1 12.4 536.7 595.3 10.8 508.3 652.1 9.4 475.4 711.7 8.0

50°F 599.6 500.3 14.4 580.2 552.7 12.6 555.8 608.0 11.0 526.8 665.8 9.5 473.6 692.4 8.2

40°F 529.5 475.8 13.4 512.5 526.1 11.7 490.6 579.4 10.2 463.9 635.4 8.8 432.8 694.3 7.5

42°F 549.6 485.8 13.6 531.9 537.2 11.9 509.2 591.4 10.3 481.9 648.5 8.9 449.9 708.3 7.6

44°F 570.0 496.0 13.8 551.7 548.5 12.1 528.3 603.8 10.5 500.2 661.9 9.1 467.5 722.6 7.8

46°F 590.7 506.5 14.0 571.8 560.0 12.3 547.8 616.4 10.7 519.0 675.5 9.2 485.5 737.3 7.9

48°F 611.9 517.2 14.2 592.3 571.9 12.4 567.7 629.4 10.8 538.1 689.5 9.4 503.9 752.3 8.0

50°F 633.4 528.2 14.4 613.3 584.1 12.6 587.9 642.6 11.0 557.7 703.8 9.5 522.7 767.6 8.2

AWS530BTH

60 Hz 31.2

115°F

AWS500BTH

60 Hz 29.1

Unit Size

HzFan

Power (kW)

LWT(°F)


75°F 85°F 95°F 105°F



40°F 228.6 175.7 15.6 223.5 198.1 13.5 215.7 225.9 11.5 205.3 259.6 9.5 192.2 300.0 7.7

42°F 237.4 178.3 16.0 232.2 200.7 13.9 224.1 228.3 11.8 213.5 261.8 9.8 200.1 301.7 8.0

44°F 246.5 181.1 16.3 241.0 203.4 14.2 232.8 230.9 12.1 221.9 264.0 10.1 208.3 303.5 8.2

46°F 255.8 184.0 16.7 250.1 206.3 14.6 241.7 233.6 12.4 230.5 266.5 10.4 216.6 305.6 8.5

48°F 265.2 187.0 17.0 259.4 209.2 14.9 250.7 236.4 12.7 239.3 269.1 10.7 225.1 307.9 8.8

50°F 274.7 190.0 17.4 268.8 212.3 15.2 259.9 239.4 13.0 248.2 271.9 11.0 233.8 310.4 9.0

40°F 251.4 193.1 15.6 245.7 217.3 13.6 237.2 246.0 11.6 226.0 279.6 9.7 212.0 318.7 8.0

42°F 261.3 196.0 16.0 255.4 220.3 13.9 246.7 249.0 11.9 235.2 282.6 10.0 220.9 321.5 8.3

44°F 271.4 199.0 16.4 265.4 223.5 14.3 256.4 252.2 12.2 244.6 285.7 10.3 230.0 324.5 8.5

46°F 281.7 202.1 16.7 275.5 226.7 14.6 266.3 255.5 12.5 254.3 289.0 10.6 239.4 327.7 8.8

48°F 292.2 205.3 17.1 285.9 230.1 14.9 276.5 259.0 12.8 264.2 292.5 10.8 249.0 331.0 9.0

50°F 302.9 208.6 17.4 296.5 233.6 15.2 286.8 262.6 13.1 274.3 296.1 11.1 258.9 334.6 9.3

40°F 273.6 213.3 15.4 266.7 240.8 13.3 256.8 272.0 11.3 244.0 307.4 9.5 228.5 347.3 7.9

42°F 284.4 216.5 15.8 277.2 244.4 13.6 267.0 275.9 11.6 253.9 311.4 9.8 238.1 351.4 8.1

44°F 295.3 219.9 16.1 288.0 248.1 13.9 277.5 279.8 11.9 264.1 315.6 10.0 248.0 355.7 8.4

46°F 306.6 223.4 16.5 298.9 251.9 14.2 288.2 284.0 12.2 274.6 319.9 10.3 258.1 360.2 8.6

48°F 318.0 227.1 16.8 310.2 255.9 14.6 299.2 288.2 12.5 285.3 324.4 10.6 268.5 364.8 8.8

50°F 329.6 230.8 17.1 321.6 260.0 14.8 310.4 292.6 12.7 296.2 329.1 10.8 279.1 369.7 9.1

40°F 299.5 233.7 15.4 292.0 263.8 13.3 281.2 298.0 11.3 267.4 336.7 9.5 250.5 380.3 7.9

42°F 311.3 237.3 15.7 303.5 267.7 13.6 292.4 302.1 11.6 278.2 341.0 9.8 261.0 384.8 8.1

44°F 323.2 241.0 16.1 315.3 271.7 13.9 303.9 306.5 11.9 289.4 345.5 10.1 271.8 389.4 8.4

46°F 335.5 244.8 16.5 327.3 275.9 14.2 315.7 310.9 12.2 300.8 350.2 10.3 282.8 394.3 8.6

48°F 347.9 248.7 16.8 339.5 280.2 14.5 327.6 315.6 12.5 312.5 355.1 10.6 294.2 399.3 8.8

50°F 360.6 252.7 17.1 352.0 284.6 14.8 339.9 320.3 12.7 324.4 360.2 10.8 305.8 404.6 9.1

AWS290BDP

60 Hz 18.7

AWS310BDP

60 Hz 20.8

AWS265BDP

60 Hz 18.7

115°F

AWS240BDP

60 Hz 16.6

Unit Size

HzFan

Power (kW)

LWT(°F)


75°F 85°F 95°F 105°F

CAT 600-6 21


Table 12: Performance Data 60 Hz Premium Efficiency non-VFD Models AWS300-350 (I-P Units)



40°F 322.0 255.4 15.1 313.1 288.6 13.0 300.8 326.3 11.1 285.2 369.0 9.3 266.4 417.0 7.7

42°F 334.5 259.5 15.5 325.4 293.1 13.3 312.7 331.1 11.3 296.8 374.0 9.5 277.5 422.2 7.9

44°F 347.3 263.8 15.8 337.9 297.8 13.6 324.9 336.1 11.6 308.6 379.2 9.8 288.9 427.5 8.1

46°F 360.4 268.2 16.1 350.7 302.6 13.9 337.4 341.3 11.9 320.6 384.6 10.0 300.6 433.1 8.3

48°F 373.7 272.7 16.4 363.7 307.6 14.2 350.1 346.6 12.1 333.0 390.2 10.2 312.6 438.9 8.6

50°F 387.2 277.4 16.8 377.0 312.7 14.5 363.1 352.1 12.4 345.7 396.0 10.5 324.8 444.9 8.8

40°F 351.8 281.1 15.0 342.1 318.1 12.9 328.7 359.8 11.0 311.8 406.7 9.2 291.5 459.3 7.6

42°F 365.5 285.5 15.4 355.5 323.0 13.2 341.7 365.0 11.2 324.4 412.2 9.4 303.6 464.9 7.8

44°F 379.5 290.1 15.7 369.2 328.0 13.5 355.0 370.4 11.5 337.3 417.9 9.7 316.1 470.8 8.1

46°F 393.8 294.8 16.0 383.1 333.2 13.8 368.6 376.0 11.8 350.5 423.8 9.9 328.8 476.9 8.3

48°F 408.3 299.7 16.4 397.4 338.6 14.1 382.5 381.8 12.0 364.0 429.9 10.2 341.9 483.3 8.5

50°F 423.1 304.7 16.7 411.9 344.1 14.4 396.7 387.8 12.3 377.8 436.2 10.4 355.3 489.9 8.7

40°F 382.1 307.5 14.9 371.4 348.4 12.8 356.9 394.2 10.9 338.8 445.4 9.1 317.0 502.7 7.6

42°F 396.9 312.2 15.3 385.9 353.6 13.1 371.0 399.8 11.1 352.4 451.4 9.4 330.1 508.9 7.8

44°F 412.0 317.1 15.6 400.7 359.0 13.4 385.4 405.7 11.4 366.3 457.6 9.6 343.6 515.3 8.0

46°F 427.5 322.2 15.9 415.8 364.6 13.7 400.1 411.7 11.7 380.6 464.0 9.8 357.4 522.0 8.2

48°F 443.2 327.4 16.2 431.2 370.4 14.0 415.2 418.0 11.9 395.2 470.6 10.1 371.5 528.9 8.4

50°F 459.2 332.8 16.6 446.9 376.4 14.3 430.5 424.4 12.2 410.1 477.4 10.3 385.9 536.0 8.6

AWS330BDP

60 Hz 20.8

AWS365BDP

60 Hz 22.9

AWS400BDP

60 Hz 25.0

95°F 105°F 115°F


75°F 85°F Unit Size

HzFan

Power (kW)

LWT(°F)

22 CAT 600-6


Table 13: Performance Data 60 Hz Standard Efficiency non-VFD Models AWS175-300 (SI Units)


kW kWi COP kW kWi COP kW kWi COP kW kWi COP kW kWi COP

5°C 669 184.0 3.6 636 200.7 3.2 601 219.6 2.7 562 240.6 2.3 519 264.3 2.0

6°C 690 187.3 3.7 657 204.0 3.2 620 222.9 2.8 580 243.9 2.4 536 267.6 2.0

7°C 712 190.7 3.7 678 207.4 3.3 640 226.3 2.8 599 247.3 2.4 554 270.9 2.0

8°C 734 194.1 3.8 699 210.9 3.3 660 229.8 2.9 618 250.8 2.5 572 274.4 2.1

9°C 756 197.7 3.8 720 214.5 3.4 681 233.4 2.9 638 254.4 2.5 591 278.0 2.1

10°C 779 201.4 3.9 742 218.2 3.4 701 237.1 3.0 658 258.2 2.5 610 281.7 2.2

5°C 743 198.4 3.7 709 214.7 3.3 671 232.8 2.9 630 252.5 2.5 585 274.3 2.1

6°C 767 202.0 3.8 732 218.4 3.4 693 236.6 2.9 651 256.4 2.5 605 278.3 2.2

7°C 791 205.6 3.8 755 222.2 3.4 716 240.5 3.0 673 260.4 2.6 625 282.4 2.2

8°C 816 209.4 3.9 779 226.1 3.4 738 244.5 3.0 694 264.6 2.6 646 286.6 2.3

9°C 841 213.2 3.9 803 230.1 3.5 761 248.6 3.1 717 268.8 2.7 667 290.9 2.3

10°C 867 217.1 4.0 828 234.1 3.5 785 252.8 3.1 739 273.1 2.7 689 295.4 2.3

5°C 801 221.1 3.6 763 238.5 3.2 721 256.9 2.8 676 276.5 2.4 627 297.3 2.1

6°C 827 225.4 3.7 788 243.0 3.2 745 261.7 2.8 699 281.4 2.5 648 302.5 2.1

7°C 853 229.7 3.7 813 247.6 3.3 769 266.5 2.9 722 286.5 2.5 670 307.8 2.2

8°C 880 234.1 3.8 838 252.2 3.3 793 271.4 2.9 745 291.7 2.6 693 313.3 2.2

9°C 907 238.7 3.8 864 257.0 3.4 818 276.5 3.0 769 297.0 2.6 715 318.8 2.2

10°C 934 243.3 3.8 890 261.9 3.4 843 281.6 3.0 793 302.4 2.6 739 324.4 2.3

5°C 870 236.2 3.7 830 254.9 3.3 786 274.8 2.9 738 295.9 2.5 686 318.6 2.2

6°C 898 240.6 3.7 857 259.5 3.3 812 279.7 2.9 763 301.1 2.5 710 324.0 2.2

7°C 927 245.0 3.8 885 264.2 3.3 838 284.6 2.9 788 306.3 2.6 734 329.5 2.2

8°C 956 249.5 3.8 913 269.0 3.4 865 289.7 3.0 814 311.7 2.6 758 335.1 2.3

9°C 986 254.2 3.9 941 273.9 3.4 892 294.9 3.0 840 317.1 2.6 783 340.8 2.3

10°C 1016 258.9 3.9 970 278.9 3.5 920 300.2 3.1 867 322.7 2.7 809 346.6 2.3

5°C 928 258.5 3.6 884 278.9 3.2 836 300.7 2.8 784 323.8 2.4 726 348.4 2.1

6°C 958 263.4 3.6 912 284.1 3.2 863 306.2 2.8 809 329.5 2.5 751 354.5 2.1

7°C 988 268.4 3.7 941 289.5 3.3 890 311.8 2.9 836 335.4 2.5 776 360.6 2.2

8°C 1019 273.6 3.7 970 294.9 3.3 918 317.5 2.9 863 341.4 2.5 802 366.9 2.2

9°C 1050 278.8 3.8 1000 300.4 3.3 947 323.4 2.9 890 347.6 2.6 828 373.3 2.2

10°C 1081 284.1 3.8 1030 306.1 3.4 976 329.3 3.0 918 353.8 2.6 855 379.8 2.2

5°C 1047 289.4 3.6 997 312.1 3.2 943 336.1 2.8 885 361.3 2.4 822 388.1 2.1

6°C 1081 294.9 3.7 1030 317.9 3.2 974 342.2 2.8 914 367.8 2.5 850 394.9 2.2

7°C 1115 300.5 3.7 1063 323.9 3.3 1006 348.5 2.9 945 374.4 2.5 879 401.8 2.2

8°C 1150 306.3 3.8 1096 330.0 3.3 1038 355.0 2.9 975 381.2 2.6 908 408.9 2.2

9°C 1186 312.1 3.8 1130 336.2 3.4 1070 361.5 3.0 1007 388.2 2.6 936 415.3 2.3

10°C 1222 318.1 3.8 1165 342.5 3.4 1104 368.2 3.0 1040 396.2 2.6 954 414.9 2.3

5°C 1116 313.6 3.6 1061 338.2 3.1 1002 364.0 2.8 939 390.9 2.4 871 419.3 2.1

6°C 1152 319.8 3.6 1095 344.7 3.2 1035 370.9 2.8 970 398.2 2.4 900 426.9 2.1

7°C 1188 326.0 3.6 1130 351.4 3.2 1068 377.9 2.8 1001 405.5 2.5 930 434.6 2.1

8°C 1225 332.4 3.7 1165 358.1 3.3 1101 385.0 2.9 1033 413.0 2.5 961 442.5 2.2

9°C 1262 338.9 3.7 1200 365.0 3.3 1135 392.3 2.9 1066 420.9 2.5 989 448.8 2.2

10°C 1299 345.6 3.8 1237 372.1 3.3 1170 399.7 2.9 1102 430.6 2.6 995 441.8 2.3

Unit Size HzFan

Power (kW)

LWT(°F)


25°C 30°C 35°C 40°C 45°C

AWS190BDS

60 Hz 10.4

AWS210BDS

60 Hz 12.5

AWS225BDS

60 Hz 12.5

AWS250BDS

60 Hz 14.6

AWS260BDS

60 Hz 14.6

AWS290BDS

60 Hz 16.6

AWS310BDS

60 Hz 23.5

CAT 600-6 23





5°C 1258 344.7 3.6 1199 372.0 3.2 1135 400.8 2.8 1067 431.0 2.5 992 462.9 2.1

6°C 1299 351.1 3.7 1238 378.8 3.3 1173 408.0 2.9 1102 438.6 2.5 1026 470.9 2.2

7°C 1340 357.5 3.7 1278 385.7 3.3 1211 415.3 2.9 1139 446.3 2.6 1061 479.0 2.2

8°C 1383 364.1 3.8 1318 392.8 3.4 1250 422.8 3.0 1176 454.2 2.6 1097 487.3 2.3

9°C 1426 370.9 3.8 1360 399.9 3.4 1289 430.4 3.0 1214 462.2 2.6 1133 495.7 2.3

10°C 1469 377.8 3.9 1401 407.3 3.4 1329 438.1 3.0 1252 470.4 2.7 1170 504.3 2.3

5°C 1340 377.0 3.6 1275 406.8 3.1 1205 438.2 2.8 1131 471.1 2.4 1050 505.8 2.1

6°C 1383 384.2 3.6 1316 414.5 3.2 1245 446.3 2.8 1168 479.6 2.4 1085 514.7 2.1

7°C 1426 391.6 3.6 1358 422.3 3.2 1284 454.5 2.8 1206 488.3 2.5 1122 523.9 2.1

8°C 1470 399.1 3.7 1400 430.2 3.3 1325 463.0 2.9 1245 497.1 2.5 1159 533.1 2.2

9°C 1515 406.7 3.7 1443 438.4 3.3 1366 471.5 2.9 1284 506.2 2.5 1196 542.6 2.2

10°C 1561 414.5 3.8 1487 446.6 3.3 1408 480.3 2.9 1324 515.3 2.6 1235 552.2 2.2

5°C 1477 395.8 3.7 1405 426.4 3.3 1328 459.0 2.9 1244 493.4 2.5 1154 530.0 2.2

6°C 1524 403.5 3.8 1451 434.5 3.3 1371 467.5 2.9 1286 502.3 2.6 1194 539.4 2.2

7°C 1573 411.3 3.8 1497 442.8 3.4 1416 476.2 3.0 1329 511.4 2.6 1234 548.9 2.2

8°C 1622 419.3 3.9 1545 451.2 3.4 1461 485.1 3.0 1372 520.7 2.6 1276 558.6 2.3

9°C 1672 427.4 3.9 1593 459.8 3.5 1507 494.1 3.0 1416 530.4 2.7 1315 567.0 2.3

10°C 1723 435.8 4.0 1641 468.6 3.5 1554 503.4 3.1 1464 541.7 2.7 1336 564.2 2.4

5°C 1557 433.3 3.6 1480 466.7 3.2 1396 502.0 2.8 1307 539.0 2.4 1210 578.2 2.1

6°C 1607 441.9 3.6 1528 475.8 3.2 1442 511.5 2.8 1350 549.0 2.5 1252 588.7 2.1

7°C 1658 450.7 3.7 1576 485.1 3.2 1488 521.3 2.9 1395 559.3 2.5 1294 599.3 2.2

8°C 1709 459.7 3.7 1625 494.6 3.3 1535 531.2 2.9 1440 569.9 2.5 1334 608.5 2.2

9°C 1762 468.9 3.8 1675 504.3 3.3 1583 541.4 2.9 1488 581.7 2.6 1363 610.4 2.2

10°C 1814 478.3 3.8 1726 514.1 3.4 1632 551.8 3.0 1539 595.2 2.6 1371 600.6 2.3

5°C 1639 452.1 3.6 1558 487.2 3.2 1472 524.1 2.8 1379 562.8 2.5 1279 603.7 2.1

6°C 1691 460.9 3.7 1609 496.4 3.2 1520 533.9 2.8 1425 573.1 2.5 1323 614.4 2.2

7°C 1745 469.8 3.7 1660 505.9 3.3 1569 543.9 2.9 1472 583.6 2.5 1367 625.4 2.2

8°C 1799 479.0 3.8 1712 515.6 3.3 1619 554.1 2.9 1520 594.7 2.6 1407 633.3 2.2

9°C 1854 488.3 3.8 1765 525.5 3.4 1669 564.5 3.0 1571 607.3 2.6 1432 631.2 2.3

10°C 1910 497.9 3.8 1818 535.6 3.4 1721 575.1 3.0 1621 618.5 2.6 1478 642.4 2.3

5°C 1709 480.1 3.6 1624 517.3 3.1 1532 556.3 2.8 1434 597.0 2.4 1329 639.7 2.1

6°C 1764 489.5 3.6 1676 527.3 3.2 1582 566.9 2.8 1482 608.1 2.4 1374 651.4 2.1

7°C 1819 499.2 3.6 1729 537.6 3.2 1632 577.7 2.8 1530 619.4 2.5 1420 663.2 2.1

8°C 1875 509.1 3.7 1782 548.0 3.3 1683 588.7 2.9 1579 631.6 2.5 1458 670.3 2.2

9°C 1932 519.2 3.7 1836 558.7 3.3 1735 599.9 2.9 1634 646.2 2.5 1468 659.9 2.2

10°C 1989 529.5 3.8 1891 569.6 3.3 1788 611.4 2.9 1689 661.1 2.6 1475 649.0 2.3

5°C 1816 510.3 3.6 1726 550.0 3.1 1629 591.7 2.8 1526 635.3 2.4 1415 681.2 2.1

6°C 1873 520.2 3.6 1781 560.6 3.2 1682 602.9 2.8 1576 647.0 2.4 1463 693.5 2.1

7°C 1932 530.4 3.6 1837 571.3 3.2 1735 614.2 2.8 1627 659.0 2.5 1511 706.0 2.1

8°C 1992 540.7 3.7 1894 582.3 3.3 1790 625.8 2.9 1680 671.5 2.5 1555 715.3 2.2

9°C 2052 551.3 3.7 1952 593.5 3.3 1845 637.6 2.9 1736 685.8 2.5 1581 713.1 2.2

10°C 2113 562.2 3.8 2010 605.0 3.3 1901 649.7 2.9 1793 700.4 2.6 1605 710.5 2.3

Unit Size HzFan

Power (kW)

LWT(°F)


25°C 30°C 35°C 40°C 45°C

AWS350BDS

60 Hz 20.8

AWS375BDS

60 Hz 20.8

AWS400BTS

60 Hz 22.9

AWS425BTS

60 Hz 22.9

AWS450BTS

60 Hz 25.0

AWS470BTS

60 Hz 25.0

AWS500BTS

60 Hz 27.0

24 CAT 600-6



Table 16: Performance Data 60 Hz High Efficiency non-VFD Models AWS210-280ADH(SI Units)



5°C 1923 540.8 3.6 1829 583.1 3.1 1727 627.5 2.8 1619 674.1 2.4 1501 723.1 2.1

6°C 1984 551.2 3.6 1887 594.2 3.2 1783 639.2 2.8 1672 686.4 2.4 1552 736.0 2.1

7°C 2047 561.8 3.6 1947 605.5 3.2 1840 651.2 2.8 1726 698.9 2.5 1604 749.1 2.1

8°C 2110 572.7 3.7 2007 617.0 3.3 1898 663.3 2.9 1782 711.9 2.5 1654 760.8 2.2

9°C 2174 583.8 3.7 2069 628.7 3.3 1956 675.7 2.9 1839 725.9 2.5 1695 766.8 2.2

10°C 2239 595.2 3.8 2131 640.7 3.3 2016 688.4 2.9 1898 740.1 2.6 1736 772.7 2.2

5°C 2031 571.5 3.6 1932 616.4 3.1 1826 663.6 2.8 1712 713.1 2.4 1589 765.3 2.1

6°C 2096 582.4 3.6 1994 628.0 3.2 1885 675.9 2.8 1768 726.0 2.4 1642 778.8 2.1

7°C 2162 593.5 3.6 2057 639.8 3.2 1945 688.4 2.8 1826 739.1 2.5 1697 792.6 2.1

8°C 2229 604.9 3.7 2121 651.9 3.3 2006 701.1 2.9 1884 752.5 2.5 1753 806.6 2.2

9°C 2296 616.5 3.7 2186 664.2 3.3 2068 714.1 2.9 1943 766.2 2.5 1810 820.9 2.2

10°C 2365 628.4 3.8 2252 676.7 3.3 2131 727.3 2.9 2004 780.1 2.6 1868 835.5 2.2

Unit Size HzFan

Power (kW)

LWT(°F)


25°C 30°C 35°C 40°C 45°C

AWS525BTS

60 Hz 29.1

AWS550BTS

60 Hz 31.2



5°C 733 190.9 3.8 712 210.8 3.4 685 233.6 2.9 651 259.2 2.5 609 288.3 2.1

6°C 758 194.3 3.9 736 214.3 3.4 708 237.2 3.0 673 262.9 2.6 630 291.9 2.2

7°C 783 197.9 4.0 761 218.0 3.5 731 240.9 3.0 696 266.7 2.6 652 295.7 2.2

8°C 809 201.5 4.0 786 221.7 3.5 756 244.7 3.1 719 270.6 2.7 675 299.7 2.3

9°C 835 205.2 4.1 811 225.6 3.6 780 248.7 3.1 743 274.6 2.7 698 303.7 2.3

10°C 861 209.0 4.1 837 229.5 3.6 805 252.8 3.2 767 278.7 2.8 721 307.9 2.3

5°C 798 204.2 3.9 777 223.8 3.5 749 245.7 3.0 714 269.7 2.6 672 296.4 2.3

6°C 826 207.8 4.0 804 227.7 3.5 775 249.8 3.1 739 274.0 2.7 696 300.8 2.3

7°C 853 211.6 4.0 831 231.7 3.6 801 254.0 3.2 764 278.4 2.7 720 305.4 2.4

8°C 882 215.4 4.1 858 235.8 3.6 828 258.3 3.2 790 282.9 2.8 745 310.1 2.4

9°C 910 219.3 4.1 886 239.9 3.7 855 262.7 3.3 817 287.5 2.8 770 314.9 2.4

10°C 939 223.4 4.2 914 244.2 3.7 882 267.2 3.3 843 292.3 2.9 796 319.8 2.5

5°C 858 225.6 3.8 833 246.7 3.4 801 269.2 3.0 762 293.1 2.6 715 318.7 2.2

6°C 887 229.9 3.9 861 251.4 3.4 828 274.2 3.0 788 298.5 2.6 741 324.4 2.3

7°C 916 234.3 3.9 889 256.1 3.5 856 279.4 3.1 815 304.0 2.7 767 330.2 2.3

8°C 946 238.7 4.0 919 261.0 3.5 884 284.6 3.1 842 309.6 2.7 793 336.2 2.4

9°C 977 243.3 4.0 948 265.9 3.6 913 289.9 3.1 870 315.3 2.8 820 342.2 2.4

10°C 1008 248.0 4.1 979 271.0 3.6 942 295.4 3.2 899 321.1 2.8 847 348.4 2.4

5°C 967 248.1 3.9 939 271.1 3.5 904 295.7 3.1 861 321.7 2.7 809 349.6 2.3

6°C 1000 252.7 4.0 972 276.2 3.5 935 301.2 3.1 891 327.7 2.7 838 355.9 2.4

7°C 1034 257.5 4.0 1005 281.5 3.6 967 306.8 3.2 922 333.7 2.8 868 362.3 2.4

8°C 1069 262.5 4.1 1038 286.8 3.6 1000 312.6 3.2 953 339.9 2.8 898 368.9 2.4

9°C 1104 267.5 4.1 1072 292.3 3.7 1033 318.5 3.2 986 346.2 2.8 929 375.6 2.5

10°C 1139 272.7 4.2 1107 297.9 3.7 1067 324.6 3.3 1018 352.7 2.9 961 382.5 2.5

Unit Size HzFan

Power (kW)

LWT(°F)


25°C 30°C 35°C 40°C 45°C

AWS210BDH

60 Hz 12.5

AWS230BDH

60 Hz 14.6

AWS250BDH

60 Hz 14.6

AWS280BDH

60 Hz 16.6

CAT 600-6 25


Table 17: Performance Data 60 Hz High Efficiency non-VFD Models AWS300ADH-470 (SI Units)



5°C 1033 270.7 3.8 1001 295.9 3.4 960 322.7 3.0 912 351.0 2.6 855 381.2 2.2

6°C 1068 276.1 3.9 1035 301.7 3.4 993 328.9 3.0 944 357.6 2.6 885 388.2 2.3

7°C 1103 281.5 3.9 1069 307.6 3.5 1027 335.3 3.1 976 364.5 2.7 916 395.5 2.3

8°C 1140 287.1 4.0 1104 313.7 3.5 1061 341.8 3.1 1009 371.4 2.7 948 402.9 2.4

9°C 1177 292.9 4.0 1140 319.9 3.6 1096 348.5 3.1 1043 378.6 2.8 981 410.4 2.4

10°C 1214 298.8 4.1 1177 326.3 3.6 1131 355.3 3.2 1077 385.8 2.8 1014 418.1 2.4

5°C 1161 293.3 4.0 1129 320.7 3.5 1088 349.7 3.1 1038 380.3 2.7 978 412.9 2.4

6°C 1200 298.6 4.0 1168 326.5 3.6 1126 356.0 3.2 1075 387.2 2.8 1014 420.2 2.4

7°C 1241 304.1 4.1 1207 332.5 3.6 1164 362.5 3.2 1112 394.1 2.8 1050 427.7 2.5

8°C 1282 309.7 4.1 1248 338.6 3.7 1203 369.1 3.3 1150 401.2 2.9 1086 435.2 2.5

9°C 1324 315.4 4.2 1288 344.8 3.7 1243 375.9 3.3 1189 408.5 2.9 1124 443.0 2.5

10°C 1367 321.2 4.3 1330 351.2 3.8 1284 382.8 3.4 1228 415.9 3.0 1162 450.9 2.6

5°C 1241 326.5 3.8 1204 357.2 3.4 1158 389.4 3.0 1103 423.2 2.6 1037 458.8 2.3

6°C 1283 332.6 3.9 1245 363.9 3.4 1198 396.7 3.0 1141 431.1 2.6 1074 467.2 2.3

7°C 1326 338.9 3.9 1287 370.8 3.5 1238 404.2 3.1 1180 439.1 2.7 1112 475.8 2.3

8°C 1370 345.4 4.0 1329 377.8 3.5 1279 411.8 3.1 1220 447.3 2.7 1150 484.5 2.4

9°C 1414 351.9 4.0 1372 385.0 3.6 1321 419.6 3.1 1260 455.6 2.8 1189 493.4 2.4

10°C 1459 358.7 4.1 1416 392.4 3.6 1363 427.5 3.2 1302 464.1 2.8 1229 502.5 2.4

5°C 1350 355.1 3.8 1310 388.5 3.4 1260 423.8 3.0 1201 460.7 2.6 1129 499.8 2.3

6°C 1395 361.7 3.9 1354 395.8 3.4 1303 431.6 3.0 1242 469.2 2.6 1169 508.9 2.3

7°C 1442 368.5 3.9 1399 403.2 3.5 1347 439.7 3.1 1284 477.9 2.7 1210 518.1 2.3

8°C 1489 375.4 4.0 1445 410.8 3.5 1391 447.9 3.1 1327 486.7 2.7 1251 527.5 2.4

9°C 1537 382.5 4.0 1492 418.5 3.6 1437 456.3 3.1 1371 495.7 2.8 1294 537.1 2.4

10°C 1586 389.7 4.1 1539 426.4 3.6 1483 464.8 3.2 1416 504.8 2.8 1337 546.9 2.4

5°C 1460 387.9 3.8 1417 424.5 3.3 1364 463.1 2.9 1300 503.7 2.6 1223 546.7 2.2

6°C 1509 395.1 3.8 1465 432.4 3.4 1410 471.7 3.0 1344 512.9 2.6 1266 556.5 2.3

7°C 1559 402.4 3.9 1514 440.4 3.4 1457 480.4 3.0 1390 522.3 2.7 1310 566.6 2.3

8°C 1610 409.9 3.9 1563 448.6 3.5 1505 489.3 3.1 1436 531.9 2.7 1355 576.8 2.3

9°C 1662 417.6 4.0 1614 457.0 3.5 1554 498.4 3.1 1484 541.6 2.7 1400 587.2 2.4

10°C 1714 425.4 4.0 1665 465.6 3.6 1604 507.6 3.2 1532 551.6 2.8 1447 597.8 2.4

5°C 1599 414.9 3.9 1548 453.2 3.4 1485 493.9 3.0 1410 536.8 2.6 1321 582.4 2.3

6°C 1653 423.2 3.9 1600 462.2 3.5 1536 503.5 3.0 1459 547.1 2.7 1368 593.3 2.3

7°C 1708 431.7 4.0 1654 471.4 3.5 1587 513.4 3.1 1509 557.6 2.7 1416 604.4 2.3

8°C 1763 440.4 4.0 1708 480.9 3.6 1640 523.5 3.1 1559 568.4 2.7 1465 615.9 2.4

9°C 1820 449.3 4.1 1763 490.5 3.6 1693 533.9 3.2 1613 580.5 2.8 1498 619.4 2.4

10°C 1878 458.5 4.1 1819 500.4 3.6 1747 544.5 3.2 1684 600.9 2.8 1401 558.3 2.5

5°C 1682 441.3 3.8 1630 482.3 3.4 1565 525.7 3.0 1488 571.4 2.6 1395 619.8 2.3

6°C 1739 449.9 3.9 1685 491.7 3.4 1618 535.8 3.0 1539 582.2 2.6 1445 631.3 2.3

7°C 1797 458.7 3.9 1741 501.3 3.5 1672 546.2 3.1 1591 593.2 2.7 1495 643.0 2.3

8°C 1855 467.8 4.0 1798 511.1 3.5 1728 556.7 3.1 1645 604.5 2.7 1547 655.0 2.4

9°C 1915 477.0 4.0 1856 521.2 3.6 1784 567.5 3.1 1700 616.8 2.8 1588 661.8 2.4

10°C 1976 486.5 4.1 1915 531.4 3.6 1841 578.6 3.2 1768 634.6 2.8 1544 625.4 2.5

Unit Size HzFan

Power (kW)

LWT(°F)


25°C 30°C 35°C 40°C 45°C

AWS300BDH

60 Hz 16.6

AWS330BDH

60 Hz 20.8

AWS350BDH

60 Hz 20.8

AWS390BDH

60 Hz 22.9

AWS410BDH

60 Hz 25.0

AWS450BTH

60 Hz 25.0

AWS475BTH

60 Hz 27.0

26 CAT 600-6


Table 18: Performance Data 60 Hz High Efficiency non-VFD Models AWS500-530(SI Units)

Table 19: Performance Data 60 Hz Premium Efficiency non-VFD Models AWS210-280 (SI Units)



5°C 1784 464.1 3.8 1730 507.5 3.4 1662 553.2 3.0 1581 601.1 2.6 1485 651.8 2.3

6°C 1844 473.0 3.9 1788 517.2 3.5 1718 563.7 3.0 1636 612.4 2.7 1538 663.8 2.3

7°C 1905 482.1 4.0 1848 527.1 3.5 1776 574.4 3.1 1691 623.9 2.7 1591 676.0 2.4

8°C 1968 491.4 4.0 1908 537.3 3.6 1835 585.3 3.1 1748 635.6 2.8 1646 688.5 2.4

9°C 2031 501.0 4.1 1969 547.6 3.6 1894 596.5 3.2 1806 647.9 2.8 1696 698.5 2.4

10°C 2095 510.7 4.1 2032 558.3 3.6 1955 608.0 3.2 1871 663.2 2.8 1703 687.1 2.5

5°C 1885 491.0 3.8 1829 537.0 3.4 1758 585.4 3.0 1674 636.0 2.6 1574 689.4 2.3

6°C 1949 500.2 3.9 1890 547.1 3.5 1818 596.4 3.0 1732 647.8 2.7 1630 702.0 2.3

7°C 2013 509.7 4.0 1953 557.5 3.5 1879 607.6 3.1 1791 659.9 2.7 1686 714.8 2.4

8°C 2079 519.4 4.0 2017 568.1 3.6 1941 619.0 3.1 1850 672.1 2.8 1744 727.9 2.4

9°C 2146 529.3 4.1 2082 578.9 3.6 2004 630.7 3.2 1911 684.6 2.8 1803 741.2 2.4

10°C 2213 539.4 4.1 2148 589.9 3.6 2068 642.6 3.2 1974 697.4 2.8 1863 754.8 2.5

Unit Size HzFan

Power (kW)

LWT(°F)


25°C 30°C 35°C 40°C 45°C

AWS500BTH

60 Hz 29.1

AWS530BTH

60 Hz 31.2



5°C 816 181.5 4.5 798 202.2 3.9 773 227.1 3.4 741 256.7 2.9 699 292.8 2.4

6°C 844 183.9 4.6 826 204.5 4.0 800 229.3 3.5 767 258.7 3.0 725 294.5 2.5

7°C 873 186.4 4.7 854 207.0 4.1 828 231.7 3.6 794 260.8 3.0 751 296.3 2.5

8°C 902 189.0 4.8 883 209.6 4.2 856 234.2 3.7 822 263.1 3.1 778 298.3 2.6

9°C 932 191.7 4.9 912 212.2 4.3 885 236.7 3.7 850 265.5 3.2 805 300.4 2.7

10°C 962 194.5 4.9 942 215.0 4.4 914 239.4 3.8 878 268.1 3.3 833 302.7 2.8

5°C 897 199.4 4.5 878 221.7 4.0 851 247.5 3.4 816 277.2 2.9 771 312.3 2.5

6°C 929 202.1 4.6 909 224.4 4.1 881 250.3 3.5 845 279.9 3.0 800 314.9 2.5

7°C 961 204.8 4.7 941 227.3 4.1 912 253.2 3.6 876 282.8 3.1 829 317.7 2.6

8°C 994 207.7 4.8 973 230.3 4.2 944 256.2 3.7 906 285.8 3.2 859 320.6 2.7

9°C 1027 210.6 4.9 1006 233.3 4.3 976 259.4 3.8 938 289.0 3.2 890 323.7 2.7

10°C 1061 213.6 5.0 1039 236.5 4.4 1009 262.6 3.8 970 292.3 3.3 921 326.9 2.8

5°C 976 220.4 4.4 953 245.7 3.9 921 273.9 3.4 881 305.4 2.9 831 341.3 2.4

6°C 1010 223.5 4.5 986 249.0 4.0 954 277.4 3.4 913 309.0 3.0 862 345.1 2.5

7°C 1045 226.6 4.6 1021 252.4 4.0 987 281.1 3.5 946 312.8 3.0 894 349.0 2.6

8°C 1081 229.9 4.7 1055 255.9 4.1 1021 284.8 3.6 979 316.8 3.1 927 353.0 2.6

9°C 1117 233.2 4.8 1091 259.5 4.2 1056 288.7 3.7 1013 320.8 3.2 960 357.2 2.7

10°C 1154 236.6 4.9 1127 263.3 4.3 1092 292.6 3.7 1048 325.0 3.2 994 361.5 2.7

5°C 1069 241.6 4.4 1043 269.2 3.9 1009 300.1 3.4 965 334.5 2.9 911 373.8 2.4

6°C 1106 244.9 4.5 1080 272.8 4.0 1045 303.9 3.4 1000 338.4 3.0 945 377.9 2.5

7°C 1144 248.3 4.6 1117 276.5 4.0 1081 307.8 3.5 1036 342.6 3.0 980 382.1 2.6

8°C 1183 251.8 4.7 1155 280.3 4.1 1119 311.9 3.6 1072 346.8 3.1 1015 386.5 2.6

9°C 1222 255.4 4.8 1194 284.2 4.2 1157 316.0 3.7 1110 351.2 3.2 1052 391.0 2.7

10°C 1262 259.1 4.9 1234 288.2 4.3 1195 320.3 3.7 1148 355.7 3.2 1089 395.7 2.8

Unit Size HzFan

Power (kW)

LWT(°F)


25°C 30°C 35°C 40°C 45°C

AWS240BDP

60 Hz 16.6

AWS265BDP

60 Hz 18.7

AWS290BDP

60 Hz 18.7

AWS310BDP

60 Hz 20.8

CAT 600-6 27


Table 20: Performance Data 60 Hz Premium Efficiency non-VFD Models AWS300-350ADP(SI Units



5°C 1148 264.1 4.3 1118 294.7 3.8 1079 328.7 3.3 1030 366.7 2.8 970 410.0 2.4

6°C 1188 268.0 4.4 1157 298.8 3.9 1117 333.1 3.4 1067 371.2 2.9 1006 414.6 2.4

7°C 1229 271.9 4.5 1197 303.1 4.0 1156 337.6 3.4 1105 376.0 2.9 1042 419.5 2.5

8°C 1270 276.0 4.6 1238 307.5 4.0 1195 342.3 3.5 1143 380.9 3.0 1080 424.5 2.5

9°C 1312 280.1 4.7 1279 312.0 4.1 1236 347.1 3.6 1183 385.9 3.1 1118 429.8 2.6

10°C 1355 284.4 4.8 1321 316.6 4.2 1277 352.1 3.6 1223 391.1 3.1 1157 435.2 2.7

5°C 1255 290.7 4.3 1222 324.7 3.8 1179 362.4 3.3 1126 404.2 2.8 1061 451.6 2.3

6°C 1298 294.9 4.4 1265 329.2 3.8 1220 367.2 3.3 1166 409.2 2.9 1100 456.7 2.4

7°C 1342 299.1 4.5 1308 333.8 3.9 1263 372.1 3.4 1208 414.3 2.9 1140 462.1 2.5

8°C 1388 303.5 4.6 1352 338.6 4.0 1306 377.2 3.5 1250 419.7 3.0 1181 467.6 2.5

9°C 1434 308.0 4.7 1397 343.5 4.1 1350 382.4 3.5 1293 425.2 3.0 1223 473.3 2.6

10°C 1480 312.6 4.7 1443 348.5 4.1 1395 387.8 3.6 1337 430.9 3.1 1265 479.1 2.6

5°C 1362 318.1 4.3 1327 355.6 3.7 1280 397.0 3.2 1223 442.7 2.8 1153 494.3 2.3

6°C 1409 322.5 4.4 1373 360.4 3.8 1325 402.2 3.3 1267 448.1 2.8 1196 499.9 2.4

7°C 1457 327.1 4.5 1420 365.4 3.9 1371 407.5 3.4 1311 453.7 2.9 1239 505.7 2.4

8°C 1506 331.8 4.5 1468 370.5 4.0 1418 413.0 3.4 1357 459.5 3.0 1283 511.7 2.5

9°C 1556 336.6 4.6 1516 375.8 4.0 1465 418.6 3.5 1403 465.5 3.0 1328 517.9 2.6

10°C 1606 341.5 4.7 1566 381.2 4.1 1514 424.4 3.6 1451 471.6 3.1 1374 524.3 2.6

LWT(°F)

AWS330BDP

60 Hz 20.8

HzFan

Power (kW)

AWS365BDP

60 Hz 22.9

AWS400BDP

60 Hz 25.0

Unit Size45°C25°C 30°C 35°C 40°C


28 CAT 600-6

Performance Data (VFD)Performance Data (VFD)

Table 21: Performance Data 60 Hz Standard and High Efficiency VFD Models (I-P Units)



40°F 169.0 151.4 13.4 160.7 170.2 11.3 151.2 192.9 9.4 140.5 220.2 7.7 128.5 252.3 6.1

42°F 175.3 153.8 13.7 166.6 172.4 11.6 156.8 195.0 9.7 145.8 221.9 7.9 133.6 253.5 6.3

44°F 181.7 156.2 14.0 172.8 174.7 11.9 162.6 197.1 9.9 151.3 223.7 8.1 138.8 254.9 6.5

46°F 188.2 158.7 14.2 178.9 177.2 12.1 168.5 199.4 10.1 156.9 225.7 8.3 144.2 256.5 6.8

48°F 194.9 161.4 14.5 185.3 179.7 12.4 174.5 201.8 10.4 162.7 227.8 8.6 149.7 258.3 7.0

50°F 201.6 164.1 14.7 191.7 182.4 12.6 180.7 204.3 10.6 168.5 230.1 8.8 155.2 260.2 7.2

40°F 187.4 163.3 13.8 178.5 182.1 11.8 168.4 204.2 9.9 157.1 230.0 8.2 144.6 259.9 6.7

42°F 194.5 165.8 14.1 185.2 184.6 12.0 174.8 206.6 10.2 163.2 232.3 8.4 150.4 261.9 6.9

44°F 201.7 168.3 14.4 192.1 187.2 12.3 181.3 209.2 10.4 169.4 234.8 8.7 156.3 264.2 7.1

46°F 209.0 171.0 14.7 199.0 189.9 12.6 188.0 211.9 10.7 175.8 237.3 8.9 162.4 266.5 7.3

48°F 216.4 173.8 14.9 206.1 192.6 12.8 194.8 214.6 10.9 182.2 240.0 9.1 168.6 269.1 7.5

50°F 223.9 176.6 15.2 213.4 195.5 13.1 201.7 217.5 11.1 188.9 242.8 9.3 174.9 271.7 7.7

40°F 202.6 181.3 13.4 192.5 201.9 11.4 181.2 225.4 9.7 168.8 251.9 8.0 155.1 281.7 6.6

42°F 210.2 184.2 13.7 199.7 205.0 11.7 188.1 228.5 9.9 175.3 255.1 8.3 161.3 284.9 6.8

44°F 217.9 187.2 14.0 207.1 208.2 11.9 195.1 231.8 10.1 182.0 258.4 8.5 167.7 288.2 7.0

46°F 225.7 190.3 14.2 214.6 211.4 12.2 202.3 235.2 10.3 188.8 261.8 8.7 174.2 291.6 7.2

48°F 233.7 193.5 14.5 222.2 214.8 12.4 209.6 238.7 10.5 195.8 265.4 8.9 180.9 295.2 7.4

50°F 241.8 196.8 14.8 230.0 218.3 12.6 217.0 242.3 10.8 202.9 269.1 9.1 187.7 298.9 7.5

40°F 205.5 188.3 13.1 199.2 216.4 11.1 190.5 250.7 9.1 179.2 291.9 7.4 161.6 321.3 6.0

42°F 213.4 191.4 13.4 206.8 219.4 11.3 197.8 253.5 9.4 186.2 294.4 7.6 168.2 323.0 6.3

44°F 221.4 194.6 13.7 214.6 222.6 11.6 205.2 256.5 9.6 193.4 297.1 7.8 174.9 325.0 6.5

46°F 229.5 197.9 13.9 222.5 225.9 11.8 212.8 259.7 9.8 200.7 299.9 8.0 181.8 327.2 6.7

48°F 237.8 201.4 14.2 230.5 229.3 12.1 220.6 263.0 10.1 208.1 303.0 8.2 184.3 310.4 7.1

50°F 246.3 204.9 14.4 238.7 232.9 12.3 228.5 266.6 10.3 215.8 306.4 8.5 191.3 313.0 7.3

40°F 223.9 201.7 13.3 217.5 229.7 11.4 208.5 262.9 9.5 197.1 301.7 7.8 183.1 346.8 6.3

42°F 232.5 204.9 13.6 225.8 233.1 11.6 216.6 266.2 9.8 204.8 305.0 8.1 190.5 349.9 6.5

44°F 241.2 208.3 13.9 234.3 236.5 11.9 224.8 269.8 10.0 212.7 308.5 8.3 198.1 353.2 6.7

46°F 250.2 211.7 14.2 243.0 240.2 12.1 233.2 273.5 10.2 220.9 312.1 8.5 206.0 356.7 6.9

48°F 259.3 215.3 14.5 251.9 243.9 12.4 241.8 277.3 10.5 229.2 316.0 8.7 211.4 349.6 7.3

50°F 268.5 219.1 14.7 260.9 247.8 12.6 250.6 281.3 10.7 237.6 320.0 8.9 219.5 353.4 7.5

40°F 240.7 225.2 12.8 233.0 256.0 10.9 222.7 291.1 9.2 209.9 330.9 7.6 194.6 375.9 6.2

42°F 249.8 229.0 13.1 241.8 260.1 11.2 231.3 295.4 9.4 218.1 335.5 7.8 202.5 380.6 6.4

44°F 259.2 232.9 13.4 250.9 264.4 11.4 240.0 300.0 9.6 226.6 340.2 8.0 210.5 385.5 6.6

46°F 268.7 237.0 13.6 260.1 268.8 11.6 248.9 304.7 9.8 235.2 345.2 8.2 218.8 390.6 6.7

48°F 278.4 241.2 13.9 269.6 273.4 11.8 258.1 309.6 10.0 243.9 350.3 8.4 222.1 374.2 7.1

50°F 288.2 245.6 14.1 279.1 278.1 12.0 267.4 314.7 10.2 252.9 355.6 8.5 230.6 379.3 7.3

40°F 270.5 246.8 13.2 262.1 280.1 11.2 250.8 318.1 9.5 236.7 361.2 7.9 219.6 409.8 6.4

42°F 281.0 251.0 13.4 272.3 284.7 11.5 260.6 323.0 9.7 246.1 366.2 8.1 228.7 415.0 6.6

44°F 291.6 255.3 13.7 282.6 289.4 11.7 270.6 328.0 9.9 255.7 371.5 8.3 235.1 407.5 6.9

46°F 302.5 259.8 14.0 293.2 294.3 12.0 280.8 333.2 10.1 265.6 377.0 8.5 244.5 412.9 7.1

48°F 313.6 264.5 14.2 304.0 299.4 12.2 291.3 338.6 10.3 275.7 382.6 8.7 254.2 418.5 7.3

50°F 324.9 269.3 14.5 315.0 304.6 12.4 302.0 344.2 10.5 286.0 388.5 8.8 264.0 424.3 7.5

40°F 289.6 269.7 12.9 279.8 306.5 11.0 266.9 348.3 9.2 251.0 395.7 7.6 232.0 449.0 6.2

42°F 300.6 274.5 13.1 290.5 311.7 11.2 277.2 353.9 9.4 260.9 401.4 7.8 241.5 454.9 6.4

44°F 311.9 279.5 13.4 301.4 317.1 11.4 287.7 359.6 9.6 271.0 407.5 8.0 245.5 435.7 6.8

46°F 323.4 284.7 13.6 312.5 322.8 11.6 298.5 365.6 9.8 281.3 413.7 8.2 255.2 441.6 6.9

48°F 335.2 290.1 13.9 323.9 328.6 11.8 309.5 371.8 10.0 291.9 420.2 8.3 265.2 447.8 7.1

50°F 347.1 295.6 14.1 335.5 334.6 12.0 320.6 378.2 10.2 302.7 426.9 8.5 275.4 454.3 7.3

AWS200BDS VFD

60 Hz 12.5

AWS190BDS VFD

60 Hz 12.5

60 Hz 10.4AWS170BDS VFD

AWS300BDH VFD

60 Hz 16.6

AWS280BDH VFD

60 Hz 16.6

AWS250BDH VFD

60 Hz 14.6

AWS230BDH VFD

60 Hz 14.6

AWS210BDH VFD

60 Hz 12.5

75°F 85°F 95°F 105°F 115°F Unit Size

HzFan

Power (kW)

LWT(°F)


CAT 600-6 29

Performance Data (VFD)

Table 22: Performance Data 60 Hz High Efficiency VFD Models (I-P Units)



40°F 325.0 289.4 13.5 315.4 328.5 11.5 302.4 372.8 9.7 286.1 422.7 8.1 266.5 478.9 6.7

42°F 337.6 294.0 13.8 327.6 333.6 11.8 314.2 378.2 10.0 297.5 428.4 8.3 277.5 484.8 6.9

44°F 350.4 298.9 14.1 340.1 338.9 12.0 326.3 383.9 10.2 309.2 434.4 8.5 288.7 490.9 7.1

46°F 363.5 303.9 14.4 352.8 344.4 12.3 338.6 389.8 10.4 321.1 440.6 8.8 296.5 482.2 7.4

48°F 376.7 309.1 14.6 365.8 350.0 12.5 351.2 395.8 10.7 333.3 447.0 9.0 308.1 488.6 7.6

50°F 390.3 314.4 14.9 379.0 355.9 12.8 364.1 402.1 10.9 345.7 453.6 9.2 320.0 495.1 7.8

40°F 348.0 322.4 13.0 336.8 366.7 11.0 322.0 416.4 9.3 303.8 472.2 7.7 282.2 534.7 6.3

42°F 361.4 327.9 13.2 349.6 372.6 11.3 334.4 422.8 9.5 315.8 478.9 7.9 293.7 541.6 6.5

44°F 374.9 333.5 13.5 362.8 378.8 11.5 347.1 429.4 9.7 328.0 485.9 8.1 305.4 548.8 6.7

46°F 388.7 339.3 13.8 376.2 385.2 11.7 360.1 436.2 9.9 340.5 493.1 8.3 310.0 526.0 7.1

48°F 402.7 345.3 14.0 389.8 391.7 11.9 373.3 443.3 10.1 353.2 500.5 8.5 322.0 533.2 7.3

50°F 417.0 351.6 14.2 403.7 398.5 12.2 386.8 450.6 10.3 366.2 508.2 8.7 334.3 540.6 7.4

40°F 378.7 354.4 12.8 366.6 403.2 10.9 350.6 458.2 9.2 330.9 519.9 7.6 303.6 571.9 6.4

42°F 393.1 360.4 13.1 380.5 409.7 11.2 364.1 465.1 9.4 343.8 527.2 7.8 315.8 579.2 6.5

44°F 407.8 366.5 13.4 394.7 416.4 11.4 377.8 472.3 9.6 357.1 534.7 8.0 328.4 586.7 6.7

46°F 422.8 372.8 13.6 409.3 423.3 11.6 391.9 479.7 9.8 370.6 542.5 8.2 337.6 579.3 7.0

48°F 438.0 379.3 13.9 424.1 430.4 11.8 406.2 487.3 10.0 384.4 550.6 8.4 350.6 587.0 7.2

50°F 453.4 386.1 14.1 439.1 437.8 12.0 420.8 495.2 10.2 398.6 559.0 8.6 359.2 577.2 7.5

40°F 409.6 383.3 12.8 396.5 436.2 10.9 379.4 495.8 9.2 358.2 562.9 7.6 325.0 604.0 6.5

42°F 425.1 389.6 13.1 411.6 443.1 11.2 393.9 503.2 9.4 372.1 570.7 7.8 338.1 611.5 6.6

44°F 440.9 396.2 13.4 426.9 450.3 11.4 408.7 510.9 9.6 386.4 578.7 8.0 351.6 619.2 6.8

46°F 457.0 403.0 13.6 442.6 457.7 11.6 423.9 518.8 9.8 401.0 587.1 8.2 365.3 627.3 7.0

48°F 473.4 409.9 13.9 458.5 465.3 11.8 439.3 527.0 10.0 415.9 595.8 8.4 379.4 635.6 7.2

50°F 490.1 417.1 14.1 474.7 473.2 12.0 455.0 535.5 10.2 431.1 604.7 8.6 384.2 608.6 7.6

40°F 448.9 413.7 13.0 433.4 469.6 11.1 413.2 533.0 9.3 388.4 604.5 7.7 359.0 684.9 6.3

42°F 466.0 421.3 13.3 449.8 477.8 11.3 429.0 541.7 9.5 403.6 613.6 7.9 365.0 656.0 6.7

44°F 483.3 429.1 13.5 466.7 486.4 11.5 445.2 550.8 9.7 419.1 623.0 8.1 379.7 664.9 6.9

46°F 501.0 437.3 13.8 483.8 495.2 11.7 461.8 560.2 9.9 435.1 632.9 8.3 394.7 674.3 7.0

48°F 519.1 445.7 14.0 501.3 504.3 11.9 478.7 569.9 10.1 451.3 643.0 8.4 410.0 684.0 7.2

50°F 537.4 454.5 14.2 519.1 513.8 12.1 495.9 580.0 10.3 468.0 653.6 8.6 415.6 654.8 7.6

40°F 470.7 434.5 13.0 454.8 493.6 11.1 434.0 560.4 9.3 408.5 635.7 7.7 378.3 720.1 6.3

42°F 488.6 442.2 13.3 472.1 502.0 11.3 450.7 569.4 9.5 424.5 645.0 7.9 393.6 729.6 6.5

44°F 506.8 450.2 13.5 489.7 510.7 11.5 467.7 578.6 9.7 440.9 654.6 8.1 403.5 713.9 6.8

46°F 525.4 458.5 13.8 507.8 519.7 11.7 485.1 588.2 9.9 457.6 664.7 8.3 415.7 708.7 7.0

48°F 544.3 467.1 14.0 526.1 529.0 11.9 502.9 598.1 10.1 474.7 675.1 8.4 431.8 718.6 7.2

50°F 563.6 475.9 14.2 544.8 538.6 12.1 521.0 608.4 10.3 492.2 685.9 8.6 448.3 729.0 7.4

40°F 500.4 462.6 13.0 483.7 525.8 11.0 462.0 596.8 9.3 435.4 676.7 7.7 403.9 766.2 6.3

42°F 519.3 470.6 13.2 502.1 534.5 11.3 479.7 606.2 9.5 452.4 686.5 7.9 417.3 763.5 6.6

44°F 538.7 478.9 13.5 520.8 543.5 11.5 497.8 615.8 9.7 469.8 696.6 8.1 433.9 773.7 6.7

46°F 558.4 487.5 13.7 540.0 552.9 11.7 516.3 625.9 9.9 487.6 707.1 8.3 443.4 753.9 7.1

48°F 578.4 496.4 14.0 559.4 562.6 11.9 535.1 636.2 10.1 505.8 718.0 8.5 460.6 764.4 7.2

50°F 598.9 505.6 14.2 579.3 572.6 12.1 554.4 646.9 10.3 524.3 729.3 8.6 474.7 762.1 7.5

40°F 526.9 487.8 13.0 509.6 554.6 11.0 487.2 629.5 9.3 459.6 713.5 7.7 426.9 807.5 6.3

42°F 546.8 496.1 13.2 528.9 563.6 11.3 505.8 639.2 9.5 477.5 723.7 7.9 444.1 818.0 6.5

44°F 567.2 504.7 13.5 548.7 573.0 11.5 524.8 649.2 9.7 495.8 734.3 8.1 461.7 828.9 6.7

46°F 587.9 513.5 13.7 568.8 582.7 11.7 544.3 659.6 9.9 514.5 745.2 8.3 468.5 794.5 7.1

48°F 609.0 522.7 14.0 589.3 592.6 11.9 564.1 670.3 10.1 533.7 756.5 8.5 486.5 805.4 7.3

50°F 630.4 532.1 14.2 610.1 602.9 12.1 584.3 681.4 10.3 553.2 768.2 8.6 505.0 816.6 7.4

Unit Size

HzFan

Power (kW)

27.0

60 Hz 29.1

60 Hz 31.2

22.9

60 Hz 25.0

60 Hz 25.0

60 Hz

60 Hz

AWS500BTH VFD

AWS530BTH VFD

AWS390BDH VFD

AWS410BDH VFD

AWS450BTH VFD

AWS475BTH VFD

LWT(°F)


75°F 85°F 95°F 105°F 115°F

AWS330BDH VFD

60 Hz 20.8

AWS350BDH VFD

60 Hz 20.8

30 CAT 600-6


Table 23: Performance Data 60 Hz Premium Efficiency VFD (I-P Units)



40°F 228.5 181.3 15.1 223.4 204.6 13.1 215.6 233.5 11.1 205.2 268.5 9.2 192.1 310.5 7.4

42°F 237.4 184.1 15.5 232.1 207.3 13.4 224.0 236.0 11.4 213.4 270.7 9.5 200.0 312.2 7.7

44°F 246.4 187.0 15.8 241.0 210.2 13.8 232.7 238.7 11.7 221.8 273.1 9.7 208.1 314.1 8.0

46°F 255.7 190.0 16.2 250.0 213.1 14.1 241.5 241.5 12.0 230.3 275.7 10.0 216.4 316.3 8.2

48°F 265.1 193.1 16.5 259.3 216.2 14.4 250.6 244.4 12.3 239.1 278.4 10.3 225.0 318.6 8.5

50°F 274.6 196.2 16.8 268.7 219.4 14.7 259.8 247.5 12.6 248.1 281.3 10.6 233.7 321.2 8.7

40°F 251.3 199.3 15.1 245.6 224.4 13.1 237.1 254.2 11.2 225.8 289.1 9.4 211.8 329.7 7.7

42°F 261.2 202.3 15.5 255.3 227.5 13.5 246.6 257.3 11.5 235.1 292.2 9.7 220.8 332.6 8.0

44°F 271.3 205.4 15.9 265.3 230.8 13.8 256.3 260.6 11.8 244.5 295.4 9.9 229.9 335.7 8.2

46°F 281.6 208.7 16.2 275.4 234.2 14.1 266.2 264.1 12.1 254.2 298.9 10.2 239.3 339.0 8.5

48°F 292.1 212.0 16.5 285.8 237.7 14.4 276.4 267.7 12.4 264.0 302.5 10.5 248.9 342.5 8.7

50°F 302.8 215.4 16.9 296.4 241.3 14.7 286.7 271.4 12.7 274.2 306.2 10.7 258.7 346.2 9.0

40°F 273.8 220.5 14.9 266.8 249.1 12.9 256.8 281.5 11.0 244.1 318.3 9.2 228.5 359.8 7.6

42°F 284.5 223.9 15.3 277.3 252.8 13.2 267.1 285.5 11.2 254.0 322.5 9.5 238.1 364.1 7.9

44°F 295.5 227.4 15.6 288.1 256.7 13.5 277.6 289.7 11.5 264.2 326.8 9.7 248.0 368.5 8.1

46°F 306.7 231.1 15.9 299.1 260.7 13.8 288.3 294.0 11.8 274.7 331.3 10.0 258.1 373.2 8.3

48°F 318.1 234.8 16.3 310.3 264.8 14.1 299.3 298.4 12.0 285.3 336.0 10.2 268.5 378.0 8.5

50°F 329.7 238.7 16.6 321.8 269.1 14.4 310.6 303.0 12.3 296.3 340.8 10.4 279.1 383.0 8.7

40°F 299.5 241.5 14.9 291.9 272.7 12.8 281.1 308.2 11.0 267.3 348.4 9.2 250.3 393.7 7.6

42°F 311.2 245.2 15.2 303.4 276.8 13.2 292.3 312.5 11.2 278.1 352.9 9.5 260.8 398.4 7.9

44°F 323.2 249.0 15.6 315.2 281.0 13.5 303.8 317.0 11.5 289.3 357.6 9.7 271.6 403.2 8.1

46°F 335.4 252.9 15.9 327.2 285.3 13.8 315.5 321.7 11.8 300.7 362.5 10.0 282.7 408.3 8.3

48°F 347.8 257.0 16.2 339.4 289.8 14.1 327.5 326.5 12.0 312.4 367.6 10.2 294.0 413.5 8.5

50°F 360.5 261.2 16.6 351.9 294.4 14.4 339.8 331.4 12.3 324.3 372.8 10.4 305.6 418.9 8.8

40°F 321.8 264.0 14.6 312.9 298.6 12.6 300.6 337.8 10.7 285.0 382.0 9.0 266.2 432.0 7.4

42°F 334.3 268.3 15.0 325.2 303.3 12.9 312.5 342.7 10.9 296.5 387.2 9.2 277.3 437.3 7.6

44°F 347.2 272.7 15.3 337.7 308.1 13.2 324.7 347.9 11.2 308.3 392.7 9.4 288.7 442.9 7.8

46°F 360.2 277.3 15.6 350.5 313.1 13.4 337.2 353.2 11.5 320.4 398.3 9.7 300.4 448.7 8.0

48°F 373.5 282.0 15.9 363.5 318.2 13.7 349.9 358.8 11.7 332.8 404.1 9.9 312.3 454.7 8.2

50°F 387.1 286.9 16.2 376.8 323.6 14.0 362.9 364.5 12.0 345.4 410.2 10.1 324.6 461.0 8.5

40°F 351.7 290.7 14.5 341.9 329.2 12.5 328.5 372.5 10.6 311.6 421.2 8.9 291.3 475.9 7.3

42°F 365.4 295.3 14.9 355.3 334.2 12.8 341.5 378.0 10.8 324.2 427.0 9.1 303.4 481.8 7.6

44°F 379.4 300.1 15.2 369.0 339.5 13.0 354.8 383.6 11.1 337.1 432.9 9.3 315.8 487.9 7.8

46°F 393.6 305.0 15.5 382.9 344.9 13.3 368.4 389.4 11.4 350.2 439.0 9.6 328.6 494.3 8.0

48°F 408.2 310.1 15.8 397.2 350.5 13.6 382.3 395.4 11.6 363.7 445.4 9.8 341.6 500.9 8.2

50°F 422.9 315.3 16.1 411.7 356.2 13.9 396.5 401.6 11.9 377.5 451.9 10.0 355.0 507.7 8.4

40°F 382.1 318.3 14.4 371.5 360.8 12.4 356.9 408.5 10.5 338.7 461.8 8.8 316.9 521.4 7.3

42°F 397.0 323.2 14.7 385.9 366.3 12.6 371.0 414.4 10.7 352.4 468.0 9.0 330.0 527.8 7.5

44°F 412.1 328.3 15.1 400.7 371.9 12.9 385.4 420.4 11.0 366.3 474.4 9.3 343.5 534.5 7.7

46°F 427.5 333.6 15.4 415.9 377.8 13.2 400.1 426.7 11.3 380.6 481.1 9.5 357.3 541.4 7.9

48°F 443.2 339.0 15.7 431.3 383.8 13.5 415.2 433.2 11.5 395.1 488.0 9.7 371.4 548.6 8.1

50°F 459.2 344.6 16.0 446.9 389.9 13.8 430.5 439.9 11.7 410.0 495.1 9.9 385.8 556.0 8.3

LWT(°F)


75°F 85°F 95°F 105°F 115°F

25.0

Unit Size

HzFan

Power (kW)

20.8

60 Hz 20.8

60 Hz 22.9

16.6

60 Hz 18.7

60 Hz 18.7

AWS400BDP VFD

60 Hz

60 Hz

60 Hz

AWS290BDP VFD

AWS310BDP VFD

AWS330BDP VFD

AWS365BDP VFD

AWS240BDP VFD

AWS265BDP VFD

CAT 600-6 31

Performance Data (VFD)Performance Data (VFD)

Table 24: Performance Data 60 Hz Standard and High Efficiency VFD (SI Units)



5°C 600 156.3 3.8 572 173.5 3.3 542 193.9 2.8 508 217.8 2.3 469 246.5 1.9

6°C 619 158.4 3.9 591 175.6 3.4 560 195.8 2.9 525 219.4 2.4 486 247.8 2.0

7°C 640 160.7 4.0 610 177.7 3.4 578 197.8 2.9 543 221.2 2.5 503 249.2 2.0

8°C 660 162.9 4.1 630 179.9 3.5 597 199.8 3.0 560 223.0 2.5 520 250.7 2.1

9°C 681 165.3 4.1 650 182.2 3.6 616 202.0 3.0 579 225.0 2.6 537 252.4 2.1

10°C 702 167.7 4.2 670 184.5 3.6 635 204.3 3.1 597 227.1 2.6 555 254.2 2.2

5°C 665 168.3 4.0 636 185.5 3.4 603 205.4 2.9 568 228.2 2.5 528 255.0 2.1

6°C 687 170.5 4.0 657 187.8 3.5 624 207.7 3.0 587 230.3 2.5 546 256.9 2.1

7°C 710 172.9 4.1 679 190.2 3.6 645 210.0 3.1 607 232.6 2.6 565 259.0 2.2

8°C 733 175.3 4.2 701 192.6 3.6 666 212.4 3.1 627 234.9 2.7 585 261.2 2.2

9°C 756 177.8 4.3 723 195.1 3.7 687 214.9 3.2 648 237.4 2.7 605 263.5 2.3

10°C 780 180.4 4.3 746 197.7 3.8 709 217.5 3.3 669 239.9 2.8 625 265.9 2.4

5°C 719 186.9 3.8 686 205.8 3.3 649 227.0 2.9 610 250.5 2.4 566 277.3 2.0

6°C 743 189.6 3.9 709 208.6 3.4 671 229.8 2.9 631 253.4 2.5 586 280.2 2.1

7°C 767 192.3 4.0 732 211.5 3.5 694 232.8 3.0 652 256.4 2.5 607 283.2 2.1

8°C 792 195.2 4.1 756 214.5 3.5 716 235.9 3.0 674 259.6 2.6 628 286.4 2.2

9°C 817 198.1 4.1 780 217.5 3.6 740 239.0 3.1 696 262.8 2.7 649 289.6 2.2

10°C 842 201.1 4.2 804 220.7 3.6 763 242.3 3.2 719 266.1 2.7 671 292.9 2.3

5°C 732 195.5 3.7 711 221.3 3.2 683 252.1 2.7 649 290.3 2.2 592 316.3 1.9

6°C 757 198.3 3.8 735 224.1 3.3 706 254.7 2.8 671 292.6 2.3 614 318.1 1.9

7°C 782 201.2 3.9 760 226.9 3.3 730 257.5 2.8 694 295.2 2.4 635 320.1 2.0

8°C 808 204.2 4.0 785 229.9 3.4 754 260.3 2.9 718 298.2 2.4 655 319.2 2.1

9°C 834 207.3 4.0 810 233.0 3.5 779 263.4 3.0 743 302.6 2.5 667 309.2 2.2

10°C 861 210.5 4.1 836 236.3 3.5 804 266.6 3.0 767 305.7 2.5 690 311.6 2.2

5°C 798 208.9 3.8 776 234.7 3.3 748 264.5 2.8 712 298.8 2.4 667 339.4 2.0

6°C 825 211.9 3.9 803 237.8 3.4 773 267.6 2.9 737 301.9 2.4 691 342.2 2.0

7°C 853 215.0 4.0 830 241.0 3.4 800 270.9 3.0 762 305.1 2.5 715 345.3 2.1

8°C 881 218.2 4.0 857 244.2 3.5 826 274.2 3.0 788 308.6 2.6 739 346.8 2.1

9°C 910 221.4 4.1 885 247.7 3.6 853 277.7 3.1 815 313.0 2.6 759 343.3 2.2

10°C 939 224.8 4.2 914 251.2 3.6 881 281.3 3.1 842 316.7 2.7 785 346.7 2.3

5°C 857 233.2 3.7 831 261.5 3.2 798 293.2 2.7 758 328.7 2.3 709 369.2 1.9

6°C 886 236.8 3.7 860 265.3 3.2 826 297.3 2.8 785 332.9 2.4 735 373.5 2.0

7°C 916 240.5 3.8 888 269.3 3.3 853 301.4 2.8 812 337.2 2.4 761 377.9 2.0

8°C 946 244.2 3.9 918 273.3 3.4 882 305.7 2.9 839 342.1 2.5 784 379.1 2.1

9°C 976 248.1 3.9 947 277.5 3.4 911 310.1 2.9 869 348.5 2.5 800 369.9 2.2

10°C 1007 252.1 4.0 978 281.8 3.5 940 314.7 3.0 897 353.3 2.5 827 374.6 2.2

5°C 964 255.6 3.8 936 286.2 3.3 899 320.6 2.8 855 358.8 2.4 800 402.6 2.0

6°C 997 259.5 3.8 968 290.4 3.3 931 325.0 2.9 886 364.0 2.4 826 403.3 2.0

7°C 1031 263.5 3.9 1001 294.8 3.4 963 329.6 2.9 917 369.5 2.5 851 401.9 2.1

8°C 1065 267.7 4.0 1034 299.2 3.5 995 334.3 3.0 949 374.5 2.5 882 406.8 2.2

9°C 1100 271.9 4.0 1068 303.8 3.5 1028 339.2 3.0 981 379.6 2.6 913 411.9 2.2

10°C 1136 276.3 4.1 1103 308.6 3.6 1062 344.2 3.1 1014 384.9 2.6 944 417.1 2.3

5°C 1031 279.5 3.7 998 313.3 3.2 957 351.1 2.7 907 393.2 2.3 846 441.3 1.9

6°C 1066 284.0 3.8 1032 318.1 3.2 990 356.2 2.8 939 399.5 2.4 870 438.5 2.0

7°C 1102 288.6 3.8 1067 323.1 3.3 1023 361.4 2.8 973 406.5 2.4 892 431.8 2.1

8°C 1138 293.4 3.9 1102 328.2 3.4 1057 366.8 2.9 1006 412.2 2.4 923 437.3 2.1

9°C 1175 298.3 3.9 1138 333.5 3.4 1092 372.4 2.9 1040 418.1 2.5 955 442.9 2.2

10°C 1213 303.4 4.0 1175 338.9 3.5 1128 378.2 3.0 1074 424.2 2.5 988 448.8 2.2

60 Hz 12.5AWS200BDS *VFD*

10.4

AWS190BDS *VFD*

60 Hz 12.5

AWS170BDS *VFD*

60 Hz

16.6

AWS300BDH *VFD*

60 Hz 16.6

AWS280BDH *VFD*

60 HzAWS230BDH *VFD*

60 Hz

14.6

AWS250BDH *VFD*

60 Hz 14.6

40°C 45°C

AWS210BDH *VFD*

60 Hz 12.5

LWT(°C)


25°C 30°C 35°C Unit Size Hz

Fan Power (kW)

32 CAT 600-6


Table 25: Performance Data 60 Hz High Efficiency VFD (SI Units)



5°C 1158 299.6 3.9 1126 335.5 3.4 1084 375.5 2.9 1033 419.9 2.5 971 470.6 2.1

6°C 1198 303.9 3.9 1165 340.2 3.4 1122 380.5 2.9 1070 425.2 2.5 1006 476.0 2.1

7°C 1239 308.4 4.0 1205 345.1 3.5 1161 385.6 3.0 1108 431.0 2.6 1039 477.9 2.2

8°C 1280 313.0 4.1 1245 350.0 3.6 1200 391.0 3.1 1147 437.7 2.6 1068 475.1 2.2

9°C 1322 317.8 4.2 1286 355.2 3.6 1240 396.4 3.1 1185 443.5 2.7 1106 480.9 2.3

10°C 1365 322.7 4.2 1328 360.5 3.7 1280 402.1 3.2 1225 449.4 2.7 1144 486.8 2.3

5°C 1239 334.0 3.7 1202 374.6 3.2 1154 419.6 2.8 1097 469.3 2.3 1028 525.6 2.0

6°C 1282 339.1 3.8 1243 380.1 3.3 1194 425.4 2.8 1136 475.4 2.4 1065 531.9 2.0

7°C 1324 344.3 3.8 1285 385.8 3.3 1234 431.5 2.9 1175 482.6 2.4 1096 531.2 2.1

8°C 1368 349.7 3.9 1327 391.6 3.4 1276 437.7 2.9 1217 491.3 2.5 1120 520.9 2.2

9°C 1412 355.3 4.0 1370 397.6 3.4 1318 444.0 3.0 1258 498.0 2.5 1159 527.4 2.2

10°C 1457 360.9 4.0 1414 403.7 3.5 1360 450.6 3.0 1299 505.0 2.6 1198 534.1 2.2

5°C 1349 367.2 3.7 1308 412.0 3.2 1257 461.6 2.7 1196 518.3 2.3 1109 565.1 2.0

6°C 1394 372.7 3.7 1352 417.9 3.2 1300 467.9 2.8 1238 525.0 2.4 1148 571.8 2.0

7°C 1441 378.4 3.8 1398 424.1 3.3 1344 474.5 2.8 1281 532.3 2.4 1186 575.0 2.1

8°C 1488 384.2 3.9 1444 430.4 3.4 1388 481.2 2.9 1325 540.5 2.5 1220 573.5 2.1

9°C 1536 390.2 3.9 1490 436.9 3.4 1434 488.1 2.9 1369 548.0 2.5 1260 579.1 2.2

10°C 1585 396.4 4.0 1538 443.5 3.5 1480 495.2 3.0 1416 557.1 2.5 1291 573.6 2.3

5°C 1458 397.1 3.7 1415 445.6 3.2 1360 499.5 2.7 1296 562.7 2.3 1190 599.6 2.0

6°C 1508 403.0 3.7 1463 452.0 3.2 1406 506.3 2.8 1341 569.8 2.4 1232 606.4 2.0

7°C 1558 409.1 3.8 1512 458.6 3.3 1453 513.3 2.8 1387 577.2 2.4 1276 613.6 2.1

8°C 1609 415.3 3.9 1561 465.3 3.4 1502 520.5 2.9 1433 584.8 2.5 1320 620.9 2.1

9°C 1660 421.7 3.9 1612 472.3 3.4 1551 527.9 2.9 1481 593.0 2.5 1362 625.7 2.2

10°C 1713 428.3 4.0 1663 479.4 3.5 1600 535.5 3.0 1533 604.3 2.5 1384 607.8 2.3

5°C 1598 428.7 3.7 1546 480.1 3.2 1481 537.4 2.8 1405 602.9 2.3 1297 658.1 2.0

6°C 1652 435.8 3.8 1598 487.7 3.3 1532 545.3 2.8 1455 613.1 2.4 1332 651.1 2.0

7°C 1707 443.1 3.9 1652 495.5 3.3 1583 553.6 2.9 1505 621.8 2.4 1379 659.4 2.1

8°C 1763 450.6 3.9 1706 503.5 3.4 1636 562.1 2.9 1556 630.8 2.5 1427 668.0 2.1

9°C 1819 458.3 4.0 1761 511.8 3.4 1689 570.9 3.0 1608 640.4 2.5 1474 673.7 2.2

10°C 1877 466.3 4.0 1818 520.4 3.5 1744 580.0 3.0 1664 653.5 2.5 1498 654.5 2.3

5°C 1676 450.3 3.7 1622 504.5 3.2 1556 564.9 2.8 1476 631.9 2.3 1379 708.0 1.9

6°C 1732 457.4 3.8 1678 512.2 3.3 1609 573.1 2.8 1528 641.4 2.4 1422 708.4 2.0

7°C 1790 464.8 3.9 1734 520.2 3.3 1663 581.5 2.9 1582 652.2 2.4 1459 701.4 2.1

8°C 1849 472.5 3.9 1791 528.4 3.4 1719 590.2 2.9 1636 662.4 2.5 1503 701.9 2.1

9°C 1908 480.3 4.0 1849 536.9 3.4 1775 599.1 3.0 1691 671.8 2.5 1555 711.0 2.2

10°C 1969 488.4 4.0 1908 545.6 3.5 1832 608.4 3.0 1747 681.6 2.6 1608 720.4 2.2

5°C 1781 479.3 3.7 1726 537.3 3.2 1656 601.5 2.8 1573 673.3 2.3 1467 748.2 2.0

6°C 1841 486.8 3.8 1784 545.3 3.3 1713 610.0 2.8 1628 682.8 2.4 1516 752.2 2.0

7°C 1903 494.5 3.8 1844 553.6 3.3 1770 618.8 2.9 1685 693.0 2.4 1563 754.2 2.1

8°C 1965 502.4 3.9 1904 562.1 3.4 1829 627.9 2.9 1743 704.7 2.5 1603 746.7 2.1

9°C 2028 510.6 4.0 1966 570.9 3.4 1889 637.3 3.0 1801 714.7 2.5 1657 755.2 2.2

10°C 2092 519.0 4.0 2029 580.0 3.5 1950 646.9 3.0 1862 726.0 2.6 1704 755.6 2.3

5°C 1876 505.4 3.7 1818 566.6 3.2 1746 634.4 2.8 1659 709.2 2.3 1555 793.9 2.0

6°C 1939 513.1 3.8 1880 575.0 3.3 1806 643.2 2.8 1717 718.5 2.4 1610 803.5 2.0

7°C 2003 521.0 3.8 1942 583.5 3.3 1866 652.4 2.9 1777 729.4 2.4 1657 802.4 2.1

8°C 2069 529.2 3.9 2006 592.4 3.4 1928 661.8 2.9 1839 742.5 2.5 1693 786.8 2.2

9°C 2135 537.6 4.0 2071 601.4 3.4 1991 671.4 3.0 1900 752.8 2.5 1751 796.7 2.2

10°C 2203 546.3 4.0 2137 610.8 3.5 2055 681.4 3.0 1963 763.3 2.6 1810 806.9 2.2

60 Hz 20.8

AWS500BTH *VFD*

60 Hz 29.1

AWS530BTH *VFD*

60 Hz 31.2

AWS450BTH *VFD*

60 Hz 25.0

AWS475BTH *VFD*

60 Hz 27.0

AWS390BDH *VFD*

60 Hz 22.9

AWS410BDH *VFD*

60 Hz 25.0

Unit Size HzFan

Power (kW)

LWT(°C)


25°C 30°C 35°C 40°C 45°C

60 Hz 20.8

AWS330BDH *VFD*

AWS350BDH *VFD*

CAT 600-6 33


Table 26: Performance Data 60 Hz Premium Efficiency VFD (SI Units)



5°C 816 187.4 4.4 798 208.9 3.8 773 234.8 3.3 741 265.5 2.8 699 303.0 2.3

6°C 844 189.9 4.4 826 211.3 3.9 800 237.1 3.4 767 267.6 2.9 724 304.7 2.4

7°C 873 192.5 4.5 854 213.9 4.0 828 239.5 3.5 794 269.8 2.9 750 306.6 2.4

8°C 902 195.2 4.6 883 216.5 4.1 856 242.1 3.5 821 272.2 3.0 777 308.6 2.5

9°C 932 198.0 4.7 912 219.3 4.2 885 244.7 3.6 849 274.7 3.1 804 310.8 2.6

10°C 962 200.9 4.8 942 222.2 4.2 914 247.5 3.7 878 277.3 3.2 832 313.2 2.7

5°C 897 205.8 4.4 878 229.0 3.8 851 255.8 3.3 815 286.6 2.8 771 323.0 2.4

6°C 929 208.6 4.5 909 231.8 3.9 881 258.7 3.4 845 289.4 2.9 799 325.8 2.5

7°C 961 211.5 4.5 941 234.8 4.0 912 261.7 3.5 875 292.4 3.0 829 328.6 2.5

8°C 993 214.4 4.6 973 237.9 4.1 943 264.8 3.6 906 295.6 3.1 859 331.7 2.6

9°C 1027 217.5 4.7 1006 241.0 4.2 976 268.1 3.6 938 298.8 3.1 889 334.8 2.7

10°C 1060 220.6 4.8 1039 244.3 4.3 1008 271.4 3.7 970 302.2 3.2 921 338.2 2.7

5°C 977 228.0 4.3 953 254.2 3.7 921 283.5 3.2 881 316.2 2.8 832 353.6 2.4

6°C 1011 231.1 4.4 987 257.6 3.8 954 287.2 3.3 913 320.0 2.9 863 357.5 2.4

7°C 1046 234.4 4.5 1021 261.2 3.9 988 291.0 3.4 946 324.0 2.9 894 361.6 2.5

8°C 1081 237.8 4.5 1056 264.8 4.0 1022 294.8 3.5 979 328.1 3.0 927 365.8 2.5

9°C 1117 241.2 4.6 1092 268.6 4.1 1057 298.8 3.5 1013 332.3 3.0 960 370.1 2.6

10°C 1154 244.8 4.7 1128 272.4 4.1 1092 303.0 3.6 1048 336.6 3.1 994 374.6 2.7

5°C 1068 249.6 4.3 1043 278.3 3.7 1008 310.4 3.2 965 346.1 2.8 911 387.0 2.4

6°C 1106 253.1 4.4 1080 282.0 3.8 1044 314.3 3.3 1000 350.2 2.9 945 391.2 2.4

7°C 1144 256.6 4.5 1117 285.9 3.9 1081 318.4 3.4 1036 354.5 2.9 979 395.6 2.5

8°C 1182 260.2 4.5 1155 289.8 4.0 1118 322.6 3.5 1072 358.9 3.0 1015 400.1 2.5

9°C 1222 264.0 4.6 1194 293.9 4.1 1156 326.9 3.5 1109 363.5 3.1 1051 404.8 2.6

10°C 1262 267.8 4.7 1233 298.1 4.1 1195 331.4 3.6 1147 368.2 3.1 1088 409.7 2.7

5°C 1147 273.1 4.2 1118 304.8 3.7 1078 340.2 3.2 1029 379.6 2.7 969 424.6 2.3

6°C 1187 277.1 4.3 1157 309.1 3.7 1116 344.8 3.2 1066 384.4 2.8 1005 429.5 2.3

7°C 1228 281.2 4.4 1197 313.6 3.8 1155 349.5 3.3 1104 389.3 2.8 1042 434.6 2.4

8°C 1269 285.4 4.4 1237 318.1 3.9 1195 354.4 3.4 1143 394.4 2.9 1079 439.8 2.5

9°C 1311 289.8 4.5 1278 322.8 4.0 1235 359.4 3.4 1182 399.7 3.0 1117 445.2 2.5

10°C 1354 294.2 4.6 1320 327.7 4.0 1276 364.5 3.5 1222 405.1 3.0 1156 450.8 2.6

5°C 1254 300.7 4.2 1221 336.1 3.6 1178 375.2 3.1 1125 418.6 2.7 1060 467.9 2.3

6°C 1298 305.0 4.3 1264 340.7 3.7 1220 380.2 3.2 1166 423.8 2.8 1099 473.3 2.3

7°C 1342 309.5 4.3 1307 345.5 3.8 1262 385.3 3.3 1207 429.2 2.8 1139 478.8 2.4

8°C 1387 314.0 4.4 1352 350.5 3.9 1305 390.6 3.3 1249 434.8 2.9 1180 484.5 2.4

9°C 1433 318.7 4.5 1397 355.5 3.9 1350 396.0 3.4 1292 440.5 2.9 1222 490.5 2.5

10°C 1480 323.5 4.6 1443 360.8 4.0 1394 401.6 3.5 1336 446.4 3.0 1264 496.6 2.5

5°C 1362 329.3 4.1 1327 368.4 3.6 1280 411.4 3.1 1223 458.9 2.7 1153 512.6 2.2

6°C 1410 333.9 4.2 1373 373.4 3.7 1325 416.8 3.2 1267 464.6 2.7 1195 518.5 2.3

7°C 1458 338.7 4.3 1420 378.5 3.8 1371 422.3 3.2 1311 470.4 2.8 1239 524.5 2.4

8°C 1506 343.5 4.4 1468 383.9 3.8 1418 428.0 3.3 1357 476.4 2.8 1283 530.8 2.4

9°C 1556 348.6 4.5 1517 389.3 3.9 1465 433.9 3.4 1403 482.6 2.9 1328 537.2 2.5

10°C 1606 353.7 4.5 1566 394.9 4.0 1514 439.9 3.4 1451 489.0 3.0 1374 543.8 2.5

LWT(°C)


25°C 30°C 35°C 40°C 45°C

AWS365BDP *VFD*

60 Hz 22.9

AWS400BDP *VFD*

60 Hz 25.0

AWS310BDP *VFD*

60 Hz 20.8

AWS330BDP *VFD*

60 Hz 20.8

AWS265BDP *VFD*

60 Hz 18.7

AWS290BDP *VFD*

60 Hz 18.7

AWS240BDP *VFD*

Unit Size

60 Hz 16.6

HzFan

Power (kW)

34 CAT 600-6

Part Load Performance DataPart Load Performance Data

Table 27: Part-load Performance Data 60 Hz (non-VFD Models) (I-P Units)

100 180.1 225.1 9.6 100 547.3 684.1 9.675 135.1 129.8 12.5 75 410.4 402.5 12.250 90.1 78.9 13.7 50 273.6 230.1 14.325 45.0 38.5 14.0 25 136.8 99.9 16.4

100 201.3 239.2 10.1 100 205.7 239.7 10.375 151.0 142.9 12.7 75 154.2 140.1 13.250 100.6 86.1 14.0 50 102.8 84.9 14.525 50.3 39.3 15.4 25 51.4 39.8 15.5

100 216.3 264.9 9.8 100 225.2 252.6 10.775 162.2 156.3 12.4 75 168.9 153.3 13.250 108.1 92.2 14.1 50 112.6 94.9 14.225 54.1 43.6 14.9 25 56.3 41.7 16.2

100 235.8 283.0 10.0 100 240.6 277.6 10.475 176.9 169.0 12.6 75 180.5 166.9 13.050 117.9 99.8 14.2 50 120.3 97.8 14.825 59.0 44.4 15.9 25 60.2 45.1 16.0

100 250.5 309.9 9.7 100 271.9 304.9 10.775 187.8 182.5 12.3 75 203.9 184.8 13.250 125.2 107.0 14.0 50 136.0 108.5 15.025 62.6 49.6 15.1 25 68.0 47.7 17.1

100 282.9 346.4 9.8 100 288.7 333.1 10.475 212.2 204.0 12.5 75 216.5 199.3 13.050 141.5 118.8 14.3 50 144.3 116.0 14.925 70.7 52.4 16.2 25 72.2 52.2 16.6

100 300.4 375.5 9.6 100 327.3 360.3 10.975 225.3 222.8 12.1 75 245.5 220.9 13.350 150.2 127.7 14.1 50 163.7 131.3 15.025 75.1 58.5 15.4 25 81.8 57.8 17.0

100 340.6 412.9 9.9 100 348.1 401.7 10.475 255.4 245.4 12.5 75 261.1 240.3 13.050 170.3 145.4 14.1 50 174.1 141.4 14.825 85.1 63.3 16.1 25 87.0 62.1 16.8

100 361.4 451.8 9.6 100 378.7 437.0 10.475 271.1 267.5 12.2 75 284.0 263.6 12.950 180.7 153.3 14.1 50 189.4 155.6 14.625 90.4 72.3 15.0 25 94.7 66.0 17.2

100 398.3 473.2 10.1 100 409.8 477.4 10.375 298.7 280.9 12.8 75 307.3 287.0 12.850 199.1 164.7 14.5 50 204.9 167.3 14.725 99.6 70.1 17.0 25 102.4 75.4 16.3

100 418.7 518.0 9.7 100 446.3 510.1 10.575 314.0 300.9 12.5 75 334.7 303.8 13.250 209.4 174.6 14.4 50 223.1 176.2 15.225 104.7 72.9 17.2 25 111.6 73.7 18.2

100 441.4 540.5 9.8 100 470.3 542.7 10.475 331.1 318.3 12.5 75 352.8 322.0 13.150 220.7 183.8 14.4 50 235.2 185.3 15.225 110.4 81.8 16.2 25 117.6 76.7 18.4

100 459.2 574.0 9.6 100 499.4 570.7 10.575 344.4 337.1 12.3 75 374.5 342.1 13.150 229.6 192.9 14.3 50 249.7 202.2 14.825 114.8 85.0 16.2 25 124.8 85.5 17.5

100 488.3 610.4 9.6 100 528.3 603.8 10.575 366.2 358.8 12.2 75 396.2 362.3 13.150 244.1 206.0 14.2 50 264.2 212.7 14.925 122.1 84.3 17.4 25 132.1 86.8 18.3

100 517.7 647.1 9.675 388.3 380.7 12.250 258.9 217.0 14.325 129.4 95.2 16.3

60 Hz 14.4

14.560 Hz

M odelCapacity(Tons)

Pow er(kW)

M odelEER% Load

190 BDS

Pow er % Load EER

60 Hz 13.2

Pow er

550 BTS

Capacity(Tons)

Pow er(kW)

60 Hz

IPLV

60 Hz 13.6

60 Hz 13.4

210 BDS

225 BDS

14.160 Hz

60 Hz

14.513.4

IPLV

13.4

14.0

13.0

13.6

60 Hz 13.7

60 Hz

13.7

475 BTH 60 Hz

400 BTS

425 BTS 60 Hz 13.9

60 Hz 410 BDH 60 Hz

525 BTS 60 Hz

500 BTS 60 Hz

250 BDS

290 BDS

260 BDS

310 BDS 60 Hz

350 BDH

60 Hz

60 Hz

330 BDH

300 BDH 60 Hz

14.2

13.4

60 Hz

375 BDS 60 Hz 60 Hz 14.2390 BDH

350 BDS 60 Hz

14.1

14.7

500 BTH

60 Hz

530 BTH

13.6

60 Hz450 BTH

14.7

470 BTS 60 Hz 13.6

450 BTS 13.8

14.3

60 Hz 13.6

280 BDH

230 BDH

250 BDH

60 Hz 14.0

14.5

210 BDH 14.0

CAT 600-6 35

Part Load Performance Data

Table 28: Part-load Performance Data 60 Hz (non-VFD and VFD Models) (I-P Units)

100 232.8 230.9 12.1 100 326.3 383.9 10.275 174.6 139.5 15.0 75 244.7 179.6 16.350 116.4 85.7 16.3 50 163.1 99.7 19.625 58.2 39.6 17.6 25 81.6 43.7 22.4

100 256.4 252.2 12.2 100 347.1 429.4 9.775 192.3 153.6 15.0 75 260.4 194.4 16.150 128.2 92.8 16.6 50 173.6 106.5 19.625 64.1 43.4 17.7 25 86.8 47.6 21.9

100 277.5 279.8 11.9 100 377.8 472.3 9.675 208.2 167.6 14.9 75 283.4 213.1 16.050 138.8 99.1 16.8 50 188.9 114.6 19.825 69.4 45.0 18.5 25 94.5 50.2 22.6

100 303.9 306.5 11.9 100 408.7 510.9 9.675 227.9 182.8 15.0 75 306.5 231.9 15.950 151.9 107.7 16.9 50 204.3 125.9 19.525 76.0 49.4 18.5 25 102.2 55.6 22.1

100 324.9 336.1 11.6 100 445.2 550.8 9.775 243.7 197.8 14.8 75 333.9 244.3 16.450 162.5 115.8 16.8 50 222.6 132.4 20.225 81.2 52.3 18.6 25 111.3 57.0 23.4

100 355.0 370.4 11.5 100 467.7 578.6 9.775 266.2 217.4 14.7 75 350.8 258.5 16.350 177.5 127.0 16.8 50 233.9 138.7 20.225 88.7 56.2 18.9 25 116.9 61.2 22.9

100 385.4 405.7 11.4 100 497.8 615.8 9.775 289.1 237.0 14.6 75 373.4 275.4 16.350 192.7 139.4 16.6 50 248.9 151.9 19.725 96.4 62.7 18.5 25 124.5 65.5 22.8

100 162.6 197.1 9.9 100 524.8 649.2 9.775 122.0 91.3 16.0 75 393.6 290.7 16.250 81.3 53.9 18.1 50 262.4 159.1 19.825 40.7 25.0 19.6 25 131.2 69.7 22.6

100 181.3 209.2 10.4 100 232.7 238.7 11.775 135.9 101.0 16.1 75 174.5 120.5 17.450 90.6 59.2 18.4 50 116.4 71.2 19.625 45.3 26.4 20.6 25 58.2 32.4 21.6

100 195.1 231.8 10.1 100 256.3 260.6 11.875 146.3 109.7 16.0 75 192.2 132.7 17.450 97.5 62.8 18.6 50 128.2 77.1 19.925 48.8 28.2 20.7 25 64.1 35.2 21.9

100 205.2 256.5 9.6 100 277.6 289.7 11.575 153.9 113.6 16.3 75 208.2 144.1 17.350 102.6 64.4 19.1 50 138.8 82.0 20.325 51.3 29.6 20.8 25 69.4 36.5 22.8

100 224.8 269.8 10.0 100 303.8 317.0 11.575 168.6 124.8 16.2 75 227.9 157.3 17.450 112.4 70.1 19.3 50 151.9 89.3 20.425 56.2 31.8 21.2 25 76.0 39.4 23.2

100 240.0 300.0 9.6 100 324.7 347.9 11.275 180.0 134.9 16.0 75 243.5 168.9 17.350 120.0 73.7 19.5 50 162.3 95.2 20.525 60.0 33.2 21.7 25 81.2 42.7 22.8

100 270.6 328.0 9.9 100 354.8 383.6 11.175 203.0 149.7 16.3 75 266.1 185.7 17.250 135.3 82.2 19.8 50 177.4 104.5 20.425 67.7 36.4 22.3 25 88.7 46.9 22.7

100 287.7 359.6 9.6 100 385.4 420.4 11.075 215.8 160.9 16.1 75 289.1 202.4 17.150 143.8 87.3 19.8 50 192.7 114.2 20.225 71.9 39.1 22.0 25 96.4 50.1 23.1

60 Hz

18.5

19.2

17.6

19.4

19.3

19.2

60 Hz

365BDP **VFD**

15.9

60 Hz

60 Hz 17.3

60 Hz

18.5

18.8

170BDS**VFD**

310BDP **VFD**

200BDS **VFD**

290BDP **VFD**

17.7 19.0

19.3

18.4400BDP **VFD**

250BDH **VFD**

60 Hz 18.2330BDP **VFD**

60 Hz

350BDH **VFD**

390BDH **VFD**

500BTH **VFD**

410BDH **VFD**

450BTH **VFD**

60 Hz 15.9

230BDH **VFD**

60 Hz 18.1

60 Hz 16.0

16.2

16.1

18.3

18.4

18.2

60 Hz

60 Hz

60 Hz

60 Hz

18.9

18.8

18.5

60 Hz

475BTH **VFD**

60 Hz

265BDP **VFD**

60 Hz

300BDH **VFD**

190BDS **VFD**

60 Hz

60 Hz

60 Hz

330BDH **VFD**

60 Hz

280BDH **VFD**

60 Hz

530BTH **VFD**

60 Hz

60 Hz

240BDP **VFD**

60 Hz

Pow er(kW)

EER IPLVModel Pow er % LoadCapacity(Tons)

60 Hz

IPLVPow er

(kW)Model EER

Capacity(Tons)

Pow er % Load

400BDP

365BDP

310BDP

330BDP

210BDH **VFD**

60 Hz 18.0

240BDP 18.5

60 Hz290BDP

60 Hz

16.2

60 Hz 16.1

265BDP

36 CAT 600-6

Pressure Drop DataPressure Drop Data

Figure 16: Evaporator Pressure Drop: AWS models 170/190 Standard Efficiency

Figure 17: Evaporator Pressure Drop: AWS models 210 Standard Efficiency and 210 High Efficiency

AWS- B E vapor at or P r essur e Dr op Cur ves

E vapor at or E V 40271010/ 9 N2

17 0 ST D

19 0 STD

0

10

20

30

0 100 200 300 400 500 600 700

F lo w R ate (gpm)

P D(f t )

gpm ft. l/s kpa gpm ft. l/s kpa gpm ft. l/s kpa

170 Standard 60 216.8 4.4 13.7 13.2 390.2 12.4 24.6 37.1 596.9 26.3 37.7 78.6

190 Standard 60 240.1 5.3 15.1 15.8 432.2 14.9 27.3 44.5 596.9 26.3 37.7 78.6

Minimum Nominal Maximum

Model Hz



2 10 ST D

2 10 High

0

10

20

30

0 100 200 300 400 500 600 700 800

F lo w R ate (gpm)

P D(ft )


210 Standard 60 268.4 4.1 16.9 12.3 483.1 11.7 30.5 35.0 748.0 25.3 47.2 75.6

210 High 60 274.3 4.3 17.3 12.9 493.6 12.1 31.1 36.2 748.0 25.3 47.2 75.6

Model Hz


CAT 600-6 37

Pressure Drop Data

Figure 18: Evaporator Pressure Drop: AWS models 200/225 Standard Efficiency and 230/250 High Efficiency




200 ST D225 ST D

230 Hi gh250 Hi gh

0

10

20

30

0 100 200 300 400 500 600 700 800

F lo w R ate (gpm)

P D(ft )


200 Standard 60 260.1 4.2 16.4 12.6 468.2 12.0 29.5 35.9 748.0 27.5 47.2 82.2

225 Standard 60 288.4 5.1 18.2 15.2 519.1 14.4 32.8 43.0 748.0 27.5 47.2 82.2

230 High 60 300.3 5.5 18.9 16.4 540.5 15.5 34.1 46.3 748.0 27.5 47.2 82.2

250 High 60 320.8 6.1 20.2 18.2 577.4 17.4 36.4 52.0 748.0 27.5 47.2 82.2

Maximum

Model Hz

Minimum Nominal



260 ST D

250 ST D

0

10

20

30

40

0 200 400 600 800 1000 1200

F lo w R ate (gpm)

P D(f t )


250 Standard 60 314.4 4.3 19.836 12.9 565.9 12.1 35.703 36.2 943.2 30 59.507 89.7

260 Standard 60 334 4.8 21.072 14.3 601.2 13.5 37.93 40.4 1002 33.4 63.216 99.8

Model Hz


38 CAT 600-6

Pressure Drop Data

Figure 20: Evaporator Pressure Drop: AWS models 280/300 High Efficiency




280 Hi gh

300 Hi gh

0

10

20

30

0 200 400 600 800 1000

F lo w R ate (gpm)

P D(f t )


280 High 60 362.5 5.9 22.9 17.6 652.6 16.6 41.2 49.6 876.4 28.0 55.3 83.7

300 High 60 384.9 6.5 24.3 19.4 692.9 18.5 43.7 55.3 876.4 28.0 55.3 83.7

Maximum

Model Hz

Minimum Nominal



290 ST D

310 ST D

0

10

20

30

0 200 400 600 800 1000 1200 1400

F lo w R ate (gpm)

P D(ft )


290 Standard 60 377.2 3.6 23.8 10.8 679.0 10.3 42.8 30.8 1131.6 25.5 71.4 76.2

310 Standard 60 400.5 4.0 25.3 12.0 721.0 11.5 45.5 34.4 1171.1 27.0 73.9 80.7

Model Hz


CAT 600-6 39

Pressure Drop Data

Figure 22: Evaporator Pressure Drop: AWS models 350/375 Standard Efficiency and 330/350/390/410 High Efficiency


E vapor at or E V 6633111111/ 5 N2

3 3 0 High3 5 0 STD

3 5 0 High3 7 5 STD

3 9 0 High4 10 High

0

10

20

30

40

0 200 400 600 800 1000 1200 1400

F lo w R ate (gpm)

P D(ft )


350 Standard 60 454.4 5.7 28.7 17.0 817.4 16.2 51.6 48.4 1171.1 30.5 73.9 91.2

375 Standard 60 481.9 6.3 30.4 18.8 867.4 18.0 54.7 53.8 1171.1 30.5 73.9 91.2

330 High 60 436.4 5.3 27.5 15.8 785.5 15.1 49.6 45.1 1171.1 30.5 73.9 91.2

350 High 60 464.1 5.9 29.3 17.6 835.4 16.8 52.7 50.2 1171.1 30.5 73.9 91.2

390 High 60 504.9 6.9 31.9 20.6 908.9 19.5 57.3 58.3 1171.1 30.5 73.9 91.2

410 High 60 546.4 7.9 34.5 23.6 983.5 22.4 62.0 67.0 1171.1 30.5 73.9 91.2

Maximum

Model Hz

Minimum Nominal

40 CAT 600-6

Pressure Drop Data

Figure 23: Evaporator Pressure Drop: AWS models 240/265 Premium Efficiency

Figure 24: Evap. Pressure Drop: AWS models 400/425/450 Standard Efficiency & 450 High Efficiency


E vapor at or E V 50391313/ 11 N2

2 4 0 Pr em

2 6 5 Pr em

0

10

20

30

40

50

60

0 200 400 600 800 1000 1200

F lo w R ate (gpm)

P D(ft )


240 Premium 60 310.4 6.7 19.6 20.0 558.7 18.9 35.2 56.5 931.2 46.8 58.7 139.9

265 Premium 60 341.9 7.9 21.6 23.6 615.4 22.5 38.8 67.3 1025.6 55.5 64.7 165.9

Model Hz



E vapor at or E V 6633101010/ 7 N2

4 0 0 ST D

4 2 5 ST D4 5 0 ST D

4 5 0 High

0

10

20

30

0 200 400 600 800 1000 1200 1400

F lo w R ate (gpm)

P D(ft )


400 Standard 60 478.0 4.6 30.2 13.7 955.9 15.8 60.3 47.2 1329.7 28.3 83.9 84.6

425 Standard 60 502.4 5.0 31.7 14.9 1004.9 17.2 63.4 51.4 1329.7 28.3 83.9 84.6

450 Standard 60 529.7 5.5 33.4 16.4 1059.4 18.9 66.8 56.5 1329.7 28.3 83.9 84.6

450 High 60 535.6 5.7 33.8 17.0 1071.1 19.3 67.6 57.7 1329.7 28.3 83.9 84.6

Model Hz


CAT 600-6 41

Pressure Drop Data

Figure 25: Evaporator Pressure Drop: AWS models 470/500/525/550 Standard Efficiency & 475/500/530 High Efficiency


E vapor at or E V 6633111111/ 5 N2

4 7 0 STD4 7 5 High

5 0 0 ST D5 0 0 High

5 2 5 STD5 3 0 High

5 5 0 STD

0

10

20

30

0 500 1000 1500 2000

F lo w R ate (gpm)

P D(f t )


470 Standard 60 551.0 3.0 34.8 9.0 1102.1 10.3 69.5 30.8 1775.5 23.9 112.0 71.4

500 Standard 60 586.0 3.4 37.0 10.2 1171.9 11.5 73.9 34.4 1775.5 23.9 112.0 71.4

525 Standard 60 621.2 3.7 39.2 11.1 1242.5 12.7 78.4 38.0 1775.5 23.9 112.0 71.4

550 Standard 60 656.8 4.1 41.4 12.3 1313.5 14.0 82.9 41.8 1775.5 23.9 112.0 71.4

475 High 60 564.4 3.1 35.6 9.3 1128.7 10.7 71.2 32.0 1775.5 23.9 112.0 71.4

500 High 60 599.3 3.5 37.8 10.5 1198.6 11.9 75.6 35.6 1775.5 23.9 112.0 71.4

530 High 60 634.0 3.9 40.0 11.7 1267.9 13.2 80.0 39.5 1775.5 23.9 112.0 71.4

Maximum

Model Hz

Minimum Nominal

42 CAT 600-6

Pressure Drop Data

Figure 26: Evaporator Pressure Drop: AWS models 290/310 Premium Efficiency

Figure 27: Evaporator Pressure Drop: AWS models 330/365/400 Premium Efficiency


E vapor at or E V 66391414/ 11 N2

3 10 Pr em

2 9 0 Pr em

0

10

20

30

40

0 200 400 600 800 1000 1200

F lo w R ate (gpm)

P D(ft )


290 Premium 60 370.0 6.0 23.3 17.9 666.1 16.9 42.0 50.5 1042.6 37.3 65.8 111.5

310 Premium 60 405.2 7.0 25.6 20.9 729.4 19.8 46.0 59.2 1042.6 37.3 65.8 111.5

Maximum

Model Hz

Minimum Nominal



3 3 0 Pr em

3 6 5 Pr em

4 0 0 Pr em

0

10

20

30

0 500 1000 1500 2000

F lo w R ate (gpm)

P D(f t )


330 Premium 60 433.2 2.9 27.3 8.7 779.8 8.2 49.2 24.5 1299.6 20.2 82.0 60.4

365 Premium 60 473.3 3.4 29.9 10.2 852.0 9.6 53.8 28.7 1420.0 23.6 89.6 70.5

400 Premium 60 513.9 3.9 32.4 11.7 925.0 11.1 58.4 33.2 1541.6 27.3 97.3 81.6

Model Hz


CAT 600-6 43

Physical Data (non-VFD)Physical Data (non-VFD)

Table 29: Physical Data (60 Hz, Standard Efficiency, non-VFD models)

CIRCUIT 1 CIRCUIT 2 CIRCUIT 1 CIRCUIT 2 CIRCUIT 1 CIRCUIT 2BASIC DATAUnit Cap. @ AHRI tons (kW)Unit Operating Charge lbs (kg) 145 (66) 145 (66) 165 (75) 165 (75) 165 (75) 165 (75)Unit DimensionsL x W x H, in. (mm)Unit Operating Weight, lbs. (kg)Unit Shipping Weight, lbs (kg)Weight-Add for Copper Fins, lbs (kg) Weight-Add for Louvered Panels, lbs (kg) Weight-Add for Sound Enclosures, lbs (kg

Weight-Add for PFCC option, lbs (kg)

COMPRESSORS, SCREW, SEMI-HERMETICNominal Capacity, tons (kW) 95 (334) 95 (334) 95 (334) 115 (404) 115 (404) 115 (404)Minimum Capacity (% of Full Load)

Oil charge per circuit , gallons (liters) 4.5 (17) 4.5 (17) 4.5 (17) 5.5 (21) 5.5 (21) 5.5 (21)

CONDENSERS, HIGH EFFICIENCY FIN AND TUBE TYPEPumpdown Capacity, lbs (kg) 208 (94) 208 (94) 250 (113) 250 (113) 250 (113) 250 (113)Coil Inlet Face Area, sq. ft. (sq. m.) 123.1 (11.4) 123.1 (11.4) 147.7 (13.7) 147.7 (13.7) 147.7 (13.7) 147.7 (13.7)

Rows Deep/Fins Per Inch 3 / 16 3 / 16 3 / 16 3 / 16 3 / 16 3 / 16

CONDENSER FANS, DIRECT DRIVE PROPELLER TYPENumber of Fans per Circuit Fan Diameter: 31.5 in. (800 mm)Fan Motor, hp (kW)

Fan & Motor RPM

Fan Tip Speed, fpm (m/s)

Airflow, cfm (l/s)EVAPORATOR, DIRECT EXPANSION SHELL AND TUBEShell Dia.-Tube Length, in.(mm) Water Volume, gallons (liters)Victaulic inlet/outlet conn. in. (mm)

Max. Water Pressure, psi (kPa)

Max. Refrigerant Press., psi (kPa)

180.1 (633) 201.3 (708) 216.3 (760)

DataAWS190BDS AWS210BDS AWS225BDS

245 x 88 x 100 245 x 88 x 100 245 x 88 x 100(6220 x 2225 x 2548) (6220 x 2225 x 2548) (6220 x 2225 x 2548)

676 (307) 788 (357)

12950 (5874) 13673 (6202)12407 (5628) 13130 (5956)

1786 (810)

110850 (52315)

5

15 15 15

5 6

850 850 850

6 6 6

1.4 (1.05)

477 (216) 477 (216) 477 (216)

1786 (810) 1786 (810)

14208 (6445)13665 (6198)

16 x 108 (406 x 2750) 16 x 108 (406 x 2750)

6984 (35) 6984 (35)

1.4 (1.05) 1.4 (1.05)

788 (357)

160 (73)

325 (2241) 325 (2241) 325 (2241)

6 (168) 6 (168) 6 (168)68 (258) 66 (251)

152 (1048) 152 (1048) 152 (1048)

16 x 406 (406 x 2750)66 (251)

133020 (62778) 133020 (62778)

6984 (35)

160 (73) 160 (73)

Note: A 20 mesh strainer must be placed in the supply water line just prior to the inlet of the evaporator. Care must be exercised when welding pipe or flanges to the evaporator to prevent any slag from entering the vessel.

44 CAT 600-6

Physical Data (non-VFD)


CIRCUIT 1 CIRCUIT 2 CIRCUIT 1 CIRCUIT 2 CIRCUIT 1 CIRCUIT 2BASIC DATAUnit Cap. @ AHRI tons (kW)Unit Operating Charge lbs (kg) 185 (84) 185 (84) 185 (84) 185 (84) 210 (95) 210 (95)Unit DimensionsL x W x H, in. (mm)Unit Operating Weight, lbs. (kg)Unit Shipping Weight, lbs (kg)Weight-Add for Copper Fins, lbs (kg) Weight-Add for Louvered Panels, lbs (kg) Weight-Add for Sound Enclosures, lbs (kg

Weight-Add for PFCC option, lbs (kg)

COMPRESSORS, SCREW, SEMI-HERMETICNominal Capacity, tons (kW) 115 (404) 135 (475) 135 (475) 135 (475) 135 (475) 155 (545)Minimum Capacity (% of Full Load)

Oil charge per circuit , gallons (liters) 5.5 (21) 5.5 (21) 5.5 (21) 5.5 (21) 5.5 (21) 6 (23)

CONDENSERS, HIGH EFFICIENCY FIN AND TUBE TYPEPumpdown Capacity, lbs (kg) 291 (132) 291 (132) 291 (132) 291 (132) 333 (151) 333 (151)Coil Inlet Face Area, sq. ft. (sq. m.) 172.3 (16.0) 172.3 (16.0) 172.3 (16.0) 172.3 (16.0) 196.9 (18.3) 196.9 (18.3)


CONDENSER FANS, DIRECT DRIVE PROPELLER TYPENumber of Fans per Circuit Fan Diameter: 31.5 in. (800 mm)Fan Motor, hp (kW)

Fan & Motor RPM


Airflow, cfm (l/s)EVAPORATOR, DIRECT EXPANSION SHELL AND TUBEShell Dia.-Tube Length, in.(mm) Water Volume, gallons (liters)Victaulic inlet/outlet conn. in. (mm)



AWS290BDS

235.8 (829)

AWS250BDS AWS260BDS

280 x 88 x 100(7121 x 2225 x 2548)

15381 (6977)

Data

14838 (6730)2084 (945)900 (408)477 (216)

850

6984 (35)

2084 (945)

177360 (83704)

15

325 (2241)

1.4 (1.05)

850

1.4 (1.05)

7 7

6984 (35) 6984 (35)

16145 (7323)2372 (1076)1012 (459)

15

7 7

1.4 (1.05)

15126 (6861)

850

477 (216)

15

8 8

160 (73)

282.9 (995)

316 x 88 x 100(8022 x 2225 x 2548)

17012 (7717)

107 (403)8 (219)

152 (1048)

16 x 108 / (406 x 2750)64 (243)6 (168)

152 (1048)

64 (243)6 (168)

20 x 108 / (508 x 2750)

155190 (73241)

16 x 108 / (406 x 2750)

152 (1048)

325 (2241)

155190 (73241)

325 (2241)

250.5 (881)

280 x 88 x 100(7121 x 2225 x 2548)

15669 (7107)

900 (408)477 (216)

160 (73) 160 (73)


CAT 600-6 45



CIRCUIT 1 CIRCUIT 2 CIRCUIT 1 CIRCUIT 2 CIRCUIT 1 CIRCUIT 2

BASIC DATAUnit Cap. @ AHRI tons (kW)

Unit Operating Charge lbs (kg) 215 (98) 215 (98) 265 (120) 265 (120) 265 (120) 265 (120)

Unit DimensionsL x W x H, in. (mm)Unit Operating Weight, lbs. (kg)Unit Shipping Weight, lbs (kg)Weight-Add for Copper Fins, lbs (kg) Weight-Add for Louvered Panels, lbs (kg) Weight-Add for Sound Enclosures, lbs (kgWeight-Add for PFCC option, lbs (kg)COMPRESSORS, SCREW, SEMI-HERMETICNominal Capacity, tons (kW) 155 (545) 155 (545) 155 (545) 185 (650) 185 (650) 185 (650)Minimum Capacity (% of Full Load)Oil charge per circuit , gallons (liters) 6 (23) 6 (23) 6 (23) 6 (23) 6 (23) 6 (23)CONDENSERS, HIGH EFFICIENCY FIN AND TUBE TYPEPumpdown Capacity, lbs (kg) 333 (151) 333 (151) 416 (189) 416 (189) 416 (189) 416 (189)Coil Inlet Face Area, sq. ft. (sq. m.) 196.9 (18.3) 196.9 (18.3) 246.1 (22.8) 246.1 (22.8) 246.1 (22.8) 246.1 (22.8)Rows Deep/Fins Per Inch 3 / 16 3 / 16 3 / 16 3 / 16 3 / 16 3 / 16CONDENSER FANS, DIRECT DRIVE PROPELLER TYPENumber of Fans per Circuit Fan Diameter: 31.5 in. (800 mm)Fan Motor, hp (kW)Fan & Motor RPMFan Tip Speed, fpm (m/s)Airflow, cfm (l/s)EVAPORATOR, DIRECT EXPANSION SHELL AND TUBEShell Dia.-Tube Length, in.(mm) Water Volume, gallons (liters)Victaulic inlet/outlet conn. in. (mm)Max. Water Pressure, psi (kPa)Max. Refrigerant Press., psi (kPa)

17724 (8040) 19656 (8916)(8026 x 2225 x 2548) (9823 x 2225 x 2548) (9823 x 2225 x 2548)

316 x 88 x 100 387 x 88 x 100 387 x 88 x 100

300.4 (1056) 340.6 (1197) 361.4 (1271)

DataAWS310BDS AWS350BDS AWS375BDS

16857 (7646) 18789 (8523) 18789 (8523)2372 (1076) 2968 (1346) 2968 (1346)1012 (459) 1236 (561) 1236 (561)477 (216) 477 (216) 477 (216)

15 15 15

160 (73)

20 x 108 / (508 x 2750)

8 8 10

20 x 108 / (508 x 2750)

1.4 (1.05) 1.4 (1.05)

10

8 (219) 8 (219) 8 (219)152 (1048) 152 (1048) 152 (1048)325 (2241) 325 (2241) 325 (2241)

20 x 108 / (508 x 2750)107 (403)

19656 (8916)

160 (73) 160 (73)

102 (386) 102 (386)

6984 (35) 6984 (35) 6984 (35)177360 (83704) 221700 (104630) 221700 (104630)

10 10

1.4 (1.05)850 850 850


46 CAT 600-6




BASIC DATAUnit Cap. @ AHRI tons (kW)


Unit DimensionsL x W x H, in. (mm)Unit Operating Weight, lbs. (kg)Unit Shipping Weight, lbs (kg)Weight-Add for Copper Fins, lbs (kg) Weight-Add for Louvered Panels, lbs (kg) Weight-Add for Sound Enclosures, lbs (kgWeight-Add for PFCC option, lbs (kg)COMPRESSORS, SCREW, SEMI-HERMETICNominal Capacity, tons (kW) 135 (475) 135 (475) 135 (475) 135 (475) 135 (475) 155 (545)Minimum Capacity (% of Full Load)Oil charge per circuit , gallons (liters) 5.5 (21) 5.5 (21) 5.5 (21) 5.5 (21) 5.5 (21) 6 (23)CONDENSERS, HIGH EFFICIENCY FIN AND TUBE TYPEPumpdown Capacity, lbs (kg) 291 (132) 291 (132) 333 (151) 291 (132) 291 (132) 333 (151)Coil Inlet Face Area, sq. ft. (sq. m.) 172.3 (16.0) 172.3 (16.0) 196.9 (18.3) 172.3 (16.0) 172.3 (16.0) 196.9 (18.3)Rows Deep/Fins Per Inch 3 / 16 3 / 16 3 / 16 3 / 16 3 / 16 3 / 16CONDENSER FANS, DIRECT DRIVE PROPELLER TYPENumber of Fans per Circuit Fan Diameter: 31.5 in. (800 mm)Fan Motor, hp (kW)Fan & Motor RPMFan Tip Speed, fpm (m/s)Airflow, cfm (l/s)EVAPORATOR, DIRECT EXPANSION SHELL AND TUBEShell Dia.-Tube Length, in.(mm) Water Volume, gallons (liters)Victaulic inlet/outlet conn. in. (mm)Max. Water Pressure, psi (kPa)Max. Refrigerant Press., psi (kPa)

AWS425BTSData

418.7 (1472)

438 x 88 x 100

AWS400BTS

398.3 (1400)

(11123 x 2225 x 2548)24570 (11145)23171 (10510)

3256 (1477)

8

120 (55) 120 (55)

7 7 8

1.4 (1.05)850

1.4 (1.05)850

6984 (35)266040 (125556) 243870 (115094)

26 x 130 / (660 x 3300)225 (850)

26 x 130 / (660 x 3300)225 (850)

10 (273)152 (1048)

10 (273)152 (1048)

325 (2241) 325 (2241)

23885 (10834)22486 (10200)

3256 (1477)

7 7

1348 (611)776 (352)

8

776 (352)

8

6984 (35)

438 x 88 x 100(11123 x 2225 x 2548)

1348 (611)


CAT 600-6 47



CIRCUIT 1 CIRCUIT 2 CIRCUIT 3 CIRCUIT 1 CIRCUIT 2 CIRCUIT 3BASIC DATAUnit Cap. @ AHRI tons (kW)Unit Operating Charge lbs (kg) 210 (95) 210 (95) 220 (100) 210 (95) 210 (95) 220 (100)Unit DimensionsL x W x H, in. (mm)Unit Operating Weight, lbs. (kg)Unit Shipping Weight, lbs (kg)Weight-Add for Copper Fins, lbs (kg) Weight-Add for Louvered Panels, lbs (kg) Weight-Add for Sound Enclosures, lbs (kgWeight-Add for PFCC option, lbs (kg)COMPRESSORS, SCREW, SEMI-HERMETICNominal Capacity, tons (kW) 135 (475) 155 (545) 155 (545) 155 (545) 155 (545) 155 (545)Minimum Capacity (% of Full Load)Oil charge per circuit , gallons (liters) 5.5 (21) 6 (23) 6 (23) 6 (23) 6 (23) 6 (23)CONDENSERS, HIGH EFFICIENCY FIN AND TUBE TYPEPumpdown Capacity, lbs (kg) 333 (151) 333 (151) 333 (151) 333 (151) 333 (151) 333 (151)Coil Inlet Face Area, sq. ft. (sq. m.) 196.9 (18.3) 196.9 (18.3) 196.9 (18.3) 196.9 (18.3) 196.9 (18.3) 196.9 (18.3)Rows Deep/Fins Per Inch 3 / 16 3 / 16 3 / 16 3 / 16 3 / 16 3 / 16CONDENSER FANS, DIRECT DRIVE PROPELLER TYPENumber of Fans per Circuit Fan Diameter: 31.5 in. (800 mm)Fan Motor, hp (kW)Fan & Motor RPMFan Tip Speed, fpm (m/s)Airflow, cfm (l/s)EVAPORATOR, DIRECT EXPANSION SHELL AND TUBEShell Dia.-Tube Length, in.(mm) Water Volume, gallons (liters)Victaulic inlet/outlet conn. in. (mm)Max. Water Pressure, psi (kPa)Max. Refrigerant Press., psi (kPa)

Data

88

776 (352)

25431 (11535)3553 (1612)

26107 (11842)3553 (1612)

8 8 8 8

225 (850)26 x 130 / (660 x 3300)

220 (831)

6984 (35)266040 (125556)

6984 (35)266040 (125556)

26 x 130 / (660 x 3300)

325 (2241) 325 (2241)

10 (273)152 (1048)

10 (273)152 (1048)

8

1.4 (1.05)850

1.4 (1.05)850

8

1460 (662)776 (352)

1460 (662)

26830 (12170)(12024 x 2225 x 2548)

27506 (12477)

441.4 (1552)

473 x 88 x 100

459.2 (1615)

473 x 88 x 100(12024 x 2225 x 2548)

AWS450BTS AWS470BTS

120 (55) 120 (55)


48 CAT 600-6



CIRCUIT 1 CIRCUIT 2 CIRCUIT 3 CIRCUIT 1 CIRCUIT 2 CIRCUIT 3BASIC DATAUnit Cap. @ AHRI tons (kW)Unit Operating Charge lbs (kg) 210 (95) 210 (95) 280 (127) 265 (120) 265 (120) 220 (100)Unit DimensionsL x W x H, in. (mm)Unit Operating Weight, lbs. (kg)Unit Shipping Weight, lbs (kg)Weight-Add for Copper Fins, lbs (kg) Weight-Add for Louvered Panels, lbs (kg) Weight-Add for Sound Enclosures, lbs (kgWeight-Add for PFCC option, lbs (kg)COMPRESSORS, SCREW, SEMI-HERMETICNominal Capacity, tons (kW) 155 (545) 155 (545) 185 (650) 185 (650) 185 (650) 155 (545)Minimum Capacity (% of Full Load)Oil charge per circuit , gallons (liters) 6 (23) 6 (23) 6 (23) 6 (23) 6 (23) 6 (23)CONDENSERS, HIGH EFFICIENCY FIN AND TUBE TYPEPumpdown Capacity, lbs (kg) 333 (151) 333 (151) 416 (189) 416 (189) 416 (189) 333 (151)Coil Inlet Face Area, sq. ft. (sq. m.) 196.9 (18.3) 196.9 (18.3) 246.1 (22.8) 246.1 (22.8) 246.1 (22.8) 196.9 (18.3)Rows Deep/Fins Per Inch 3 / 16 3 / 16 3 / 16 3 / 16 3 / 16 3 / 16CONDENSER FANS, DIRECT DRIVE PROPELLER TYPENumber of Fans per Circuit Fan Diameter: 31.5 in. (800 mm)Fan Motor, hp (kW)Fan & Motor RPMFan Tip Speed, fpm (m/s)Airflow, cfm (l/s)EVAPORATOR, DIRECT EXPANSION SHELL AND TUBEShell Dia.-Tube Length, in.(mm) Water Volume, gallons (liters)Victaulic inlet/outlet conn. in. (mm)Max. Water Pressure, psi (kPa)Max. Refrigerant Press., psi (kPa)

DataAWS500BTS AWS525BTS

488.3 (1717)

509 x 88 x 100

517.7 (1820)

544 x 88 x 100(12921 x 2225 x 2548)

28631 (12987)(13823 x 2225 x 2548)

29508 (13385)

8

120 (55)

27232 (12352)3870 (1755)

28109 (12750)4168 (1891)

1572 (713)776 (352)

1684 (764)776 (352)

6984 (35)288210 (136019) 310380 (146482)

1.4 (1.05)850

1.4 (1.05)850

6984 (35)

26 x 130 / (660 x 3300)220 (831)

26 x 130 / (660 x 3300)220 (831)

325 (2241) 325 (2241)

10 (273)152 (1048)

10 (273)152 (1048)

10 88 8 10 10

8

120 (55)


CAT 600-6 49



CIRCUIT 1 CIRCUIT 2 CIRCUIT 3BASIC DATAUnit Cap. @ AHRI tons (kW)Unit Operating Charge lbs (kg) 270 (122) 270 (122) 280 (127)Unit DimensionsL x W x H, in. (mm)Unit Operating Weight, lbs. (kg)Unit Shipping Weight, lbs (kg)Weight-Add for Copper Fins, lbs (kg) Weight-Add for Louvered Panels, lbs (kg) Weight-Add for Sound Enclosures, lbs (kgWeight-Add for PFCC option, lbs (kg)COMPRESSORS, SCREW, SEMI-HERMETICNominal Capacity, tons (kW) 185 (650) 185 (650) 185 (650)Minimum Capacity (% of Full Load)Oil charge per circuit , gallons (liters) 6 (23) 6 (23) 6 (23)CONDENSERS, HIGH EFFICIENCY FIN AND TUBE TYPEPumpdown Capacity, lbs (kg) 416 (189) 416 (189) 416 (189)Coil Inlet Face Area, sq. ft. (sq. m.) 246.1 (22.8) 246.1 (22.8) 246.1 (22.8)Rows Deep/Fins Per Inch 3 / 16 3 / 16 3 / 16CONDENSER FANS, DIRECT DRIVE PROPELLER TYPENumber of Fans per Circuit Fan Diameter: 31.5 in. (800 mm)Fan Motor, hp (kW)Fan & Motor RPMFan Tip Speed, fpm (m/s)Airflow, cfm (l/s)EVAPORATOR, DIRECT EXPANSION SHELL AND TUBEShell Dia.-Tube Length, in.(mm) Water Volume, gallons (liters)Victaulic inlet/outlet conn. in. (mm)Max. Water Pressure, psi (kPa)Max. Refrigerant Press., psi (kPa)

DataAWS550BTS

547.3 (1924)

580 x 88 x 100 (14722 x 2225 x 2548)

30348 (13766)

1796 (815)776 (352)

28949 (13131)4466 (2026)

10 10 10

8

1.4 (1.05)850

6984 (35)332550 (156945)

26 x 130 / (660 x 3300)220 (831)10 (273)

152 (1048)325 (2241)

120 (55)


50 CAT 600-6


Table 36: Physical Data (60 Hz, High Efficiency, non-VFD models)


Unit Cap. @ AHRI tons (kW)

Unit Operating Charge lbs (kg) 180 (82) 180 (82) 200 (90) 220 (100) 220 (100) 220 (100)Unit Dimensions

L x W x H, in. (mm)

Unit Operating Weight, lbs. (kg)

Unit Shipping Weight, lbs (kg)

Weight-Add for Copper Fins, lbs (kg) Weight-Add for Louvered Panels, lbs (kg) Weight-Add for Sound Enclosures, lbs (kgWeight-Add for PFCC option, lbs (kg)

Nominal Capacity, tons (kW) 105 (369) 105 (369) 105 (369) 125 (439) 125 (439) 125 (439)Minimum Capacity (% of Full Load)


Pumpdown Capacity, lbs (kg) 250 (113) 250 (113) 291 (132) 291 (132) 291 (132) 291 (132)Coil Inlet Face Area, sq. ft. (sq. m.) 147.7 (13.7) 147.7 (13.7) 172.3 (16.0) 172.3 (16.0) 172.3 (16.0) 172.3 (16.0)Rows Deep/Fins Per Inch 3 / 16 3 / 16 3 / 16 3 / 16 3 / 16 3 / 16

Number of Fans per Circuit Fan Diameter: 31.5 in. (800 mm)Fan Motor, hp (kW)Fan & Motor RPMFan Tip Speed, fpm (m/s)

Airflow , cfm (l/s)

Shell Dia.-Tube Length, in.(mm)

Water Volume, gallons (liters)Victaulic inlet/outlet conn. in. (mm)Max. Water Pressure, psi (kPa)Max. Refrigerant Press., psi (kPa)

BASIC DATA

COMPRESSORS, SCREW, SEMI-HERMETIC

CONDENSERS, HIGH EFFICIENCY FIN AND TUBE TYPE

Data AWS210BDH AWS230BDH AWS250BDH

205.7 (723) 225.2 (792) 240.6 (846)

245 x 88 x 100 280 x 88 x 100 280 x 88 x 100

(7121 x 2225 x 2548)13411 (6083) 15107 (6852) 15669 (7107)

477 (216) 477 (216)

(6220 x 2225 x 2548) (7121 x 2225 x 2548)

14564 (6606) 15126 (6861)1876 (851) 2084 (945) 2084 (945)

15 15 15

6 6 7 7 7 7

CONDENSER FANS, DIRECT DRIVE PROPELLER TYPE

1.4 (1.05) 1.4 (1.05) 1.4 (1.05)850 850 850

6984 (35) 6984 (35) 6984 (35)

133020 (62778) 155190 (73241) 155190 (73241)

16 x 108 / (406 x 2750) 16 x 108 / (406 x 2750) 16 x 108 / (406 x 2750)66 (251) 64 (243) 64 (243)6 (168) 6 (168) 6 (168)

152 (1048) 152 (1048) 152 (1048)325 (2241) 325 (2241) 325 (2241)

EVAPORATOR, DIRECT EXPANSION SHELL AND TUBE

160 (73) 160 (73) 160 (73)

788 (357) 900 (408) 900 (408)477 (216)

12868 (5837)


CAT 600-6 51






L x W x H, in. (mm)







Number of Fans per Circuit Fan Diameter: 31.5 in. (800 mm)Fan Motor, hp (kW)Fan & Motor RPMFan Tip Speed, fpm (m/s)

Airflow , cfm (l/s)


Water Volume, gallons (liters)Victaulic inlet/outlet conn. in. (mm)Max. Water Pressure, psi (kPa)Max. Refrigerant Press., psi (kPa)

BASIC DATA





Data AWS280BDH AWS300BDH AWS330BDH

271.9 (956) 288.7 (1015) 327.3 (1151)

316 x 88 x 100 316 x 88 x 100 387 x 88 x 100

(8022 x 2225 x 2548) (8022 x 2225 x 2548) (9823 x 2225 x 2548)17008 (7715) 17008 (7715) 19486 (8839)16141 (7322) 16141 (7322) 18619 (8446)2372 (1076) 2372 (1076) 2968 (1346)1012 (459) 1012 (459) 1236 (561)477 (216) 477 (216) 477 (216)

15 15 15

8 8 8 8 10 101.4 (1.05) 1.4 (1.05) 1.4 (1.05)

850 850 8506984 (35) 6984 (35) 6984 (35)

177360 (83704) 177360 (83704) 221700 (104630)

20 x 108 / (508 x 2750) 20 x 108 / (508 x 2750) 20 x 108 / (508 x 2750)107 (403) 107 (403) 102 (386)8 (219) 8 (219) 8 (219)

152 (1048) 152 (1048) 152 (1048)325 (2241) 325 (2241) 325 (2241)

160 (73) 160 (73) 160 (73)


52 CAT 600-6






L x W x H, in. (mm)





Oil charge per circuit , gallons (liters) 6 (23) 6 (23) 6 (23) 6 (23) 6 (23) 6 (23)

Pumpdown Capacity, lbs (kg) 416 (189) 416 (189) 416 (189) 500 (227) 500 (227) 500 (227)Coil Inlet Face Area, sq. ft. (sq. m.) 246.1 (22.8) 246.1 (22.8) 246.1 (22.8) 295.3 (27.4) 295.3 (27.4) 295.3 (27.4)Row s Deep/Fins Per Inch 3 / 16 3 / 16 3 / 16 3 / 16 3 / 16 3 / 16

Number of Fans per Circuit Fan Diameter: 31.5 in. (800 mm)Fan Motor, hp (kW)

Fan & Motor RPM


Airflow , cfm (l/s)


Water Volume, gallons (liters)

Victaulic inlet/outlet conn. in. (mm)



DataAWS350BDH AWS390BDH AWS410BDH

348.1 (1224) 378.7 (1332) 409.8 (1441)

387 x 88 x 100 438 x 88 x 100 473 x 88 x 101(9823 x 2225 x 2548) (11123 x 2225 x 2548) (12024 x 2225 x 2548)

19656 (8916) 21132 (9585) 21915 (9941)18789 (8523) 20265 (9192) 21048 (9547)2968 (1346) 3256 (1477) 3553 (1612)1236 (561) 1348 (611) 1460 (662)477 (216) 477 (216) 477 (216)

15 15 15

10 10 10 12 12 12


1.4 (1.05) 1.4 (1.05) 1.4 (1.05)

850 850 850

100 (377) 100 (377)

6984 (35) 6984 (35) 6984 (35)

221700 (104630) 243870 (115094) 266040 (125556)

20 x 108 / (508 x 2750)

8 (219) 8 (219) 8 (219)

152 (1048) 152 (1048) 152 (1048)

325 (2241) 325 (2241) 325 (2241)

20 x 108 / (508 x 2750) 20 x 108 / (508 x 2750)

102 (386)

BASIC DATA




160 (73) 160 (73) 160 (73)


CAT 600-6 53






L x W x H, in. (mm)






Pumpdow n Capacity, lbs (kg) 333 (151) 333 (151) 333 (151) 333 (151) 333 (151) 416 (189)Coil Inlet Face Area, sq. f t. (sq. m.) 196.9 (18.3) 196.9 (18.3) 196.9 (18.3) 196.9 (18.3) 196.9 (18.3) 246.1 (22.8)Row s Deep/Fins Per Inch 3 / 16 3 / 16 3 / 16 3 / 16 3 / 16 3 / 16


Fan & Motor RPM


Airf low , cfm (l/s)






850

6984 (35)



8 8 8 8 8 10

AWS450BTH

BASIC DATA



10 (273)

152 (1048)

325 (2241)

DataAWS475BTH

446.3 (1569)

473 x 88 x 100

470.3 (1654)

509 x 88 x 100(12024 x 2225 x 2548)

25590 (11608)(12921 x 2225 x 2548)

27125 (12304)

1572 (713)776 (352)

24191 (10973)3553 (1612)

25726 (11669)3870 (1755)

776 (352)

8

1.4 (1.05)

8

1.4 (1.05)

850

6984 (35)

266040 (125556)

10 (273)

152 (1048)

288210 (136019)

26 x 130 / (660 x 3300)

225 (850)

26 x 130 / (660 x 3300)

220 (831)

325 (2241)

120 (55)

1460 (662)

120 (55)


54 CAT 600-6



CIRCUIT 1 CIRCUIT 2 CIRCUIT 3 CIRCUIT 1 CIRCUIT 2 CIRCUIT 3BASIC DATA



L x W x H, in. (mm)



Weight-Add for Copper Fins, lbs (kg) Weight-Add for Louvered Panels, lbs (kg) Weight-Add for Sound Enclosures, lbs (kgWeight-Add for PFCC option, lbs (kg)COMPRESSORS, SCREW, SEMI-HERMETIC

Nominal Capacity, tons (kW) 175 (615) 175 (615) 150 (528) 175 (615) 175 (615) 175 (615)

Minimum Capacity (% of Full Load)

Oil charge per circuit , gallons (liters) 6 (23) 6 (23) 5.5 (21) 6 (23) 6 (23) 6 (23)


Pumpdow n Capacity, lbs (kg) 416 (189) 416 (189) 333 (151) 416 (189) 416 (189) 416 (189)

Coil Inlet Face Area, sq. ft. (sq. m.) 246.1 (22.8) 246.1 (22.8) 196.9 (18.3) 246.1 (22.8) 246.1 (22.8) 246.1 (22.8)

Row s Deep/Fins Per Inch 3 / 16 3 / 16 3 / 16 3 / 16 3 / 16 3 / 16



Fan & Motor RPM


Airflow , cfm (l/s)







528.3 (1857)

580 x 88 x 100 (14722 x 2225 x 2548)

8

30348 (13766)28949 (13131)

4466 (2026)1796 (815)776 (352)

DataAWS500BTH AWS530BTH

29098 (13199)

499.4 (1756)

544 x 88 x 100

4168 (1891)

(13823 x 2225 x 2548)

1684 (764)776 (352)

27699 (12564)

850 850

8

1.4 (1.05) 1.4 (1.05)

10 10 8 10 10 10

6984 (35)

10 (273)

152 (1048)

10 (273)

152 (1048)

26 x 130 / (660 x 3300)

220 (831)

26 x 130 / (660 x 3300)

220 (831)

6984 (35)

310380 (146482) 332550 (156945)

325 (2241)325 (2241)

120 (55) 120 (55)


CAT 600-6 55


Table 41: Physical Data (60 Hz, Premium Efficiency, non-VFD models)



Unit Operating Charge lbs (kg) 200 (91) 200 (91) 225 (102) 225 (102) (235) (107) (235) (107)Unit Dimensions

L x W x H, in. (mm)






Pumpdown Capacity, lbs (kg) 333 (151) 333 (151) 375 (170) 375 (170) 375 (170) 375 (170)Coil Inlet Face Area, sq. ft. (sq. m.) 196.9 (18.3) 196.9 (18.3) 221.5 (20.6) 221.5 (20.6) 221.5 (20.6) 221.5 (20.6)Row s Deep/Fins Per Inch 3 / 16 3 / 16 3 / 16 3 / 16 3 / 16 3 / 16


Fan & Motor RPM


Airflow , cfm (l/s)






BASIC DATA



152 (1048) 152 (1048) 152 (1048)

325 (2241) 325 (2241) 325 (2241)

158 (599) 158 (599) 276 (1043)

8 (2199 8 (219) 10 (273)

177360 (83704) 199530 (94167) 199530 (94167)

20 x 154 / (508 x 3900) 20 x 154 / (508 x 3900) 26 x 154 / (660 x 3900)

850 850 850

6984 (35) 6984 (35) 6984 (35)

1.4 (1.05) 1.4 (1.05) 1.4 (1.05)

8 8 9 9

15 15 15

9 9


1012 (459) 1124 (510) 1124 (510)477 (216) 477 (216) 477 (216)

15560 (7058) 17075 (7745) 18547 (8413)2372 (1076) 2679 (1215) 2679 (1215)

(8022 x 2225 x 2548) (8923 x 2225 x 2548) (8923 x 2225 x 2548)16812 (7626) 18327 (8313) 20200 (9163)

256.4 (901) 277.5 (976)

316 x 88 x 100 351 x 88 x 100 351 x 88 x 100

DataAWS240BDP AWS265BDP AWS290BDP


232.8 (818)

160 (73) 160 (73) 160 (73)


56 CAT 600-6






L x W x H, in. (mm)






Pumpdow n Capacity, lbs (kg) 416 (189) 416 (189) 416 (189) 416 (189) 416 (189) 500 (227)Coil Inlet Face Area, sq. ft. (sq. m.) 246.1 (22.8) 246.1 (22.8) 246.1 (22.8) 246.1 (22.8) 246.1 (22.8) 295.3 (27.4)Row s Deep/Fins Per Inch 3 / 16 3 / 16 3 / 16 3 / 16 3 / 16 3 / 16


Fan & Motor RPM


Airflow , cfm (l/s)






152 (1048) 152 (1048) 152 (1048)

325 (2241) 325 (2241) 325 (2241)

276 (1043) 259 (979) 259 (979)

10 (273) 10 (273) 10 (273)

221700 (104630) 221700 (104630) 243870 (115093)

26 x 154 / (660 x 3900) 26 x 154 / (660 x 3900) 26 x 154 / (660 x 3900)


850 850 850

6984 (35) 6984 (35) 6984 (35)

10 12

1.4 (1.05) 1.4 (1.05) 1.4 (1.05)

10 10 10 10

477 (216) 477 (216) 477 (216)

15 15 15


160 (73)160 (73)

2968 (1346) 2968 (1346) 3256 (1477)

1236 (561) 1236 (561) 1348 (611)

22485 (10199) 24441 (11086)

20832 (9449) 20832 (9449) 22788 (10337)


AWS310BDP AWS330BDP AWS365BDP

303.9 (1068) 324.9 (1142) 355 (1248)

BASIC DATA

387 x 88 x 100

22485 (10199)

Data


387 x 88 x 100 438 x 88 x 100

9823 x 2225 x 2545 9823 x 2225 x 2545 11123 x 2225 x 2548

160 (73)


CAT 600-6 57



CIRCUIT 1 CIRCUIT 2BASIC DATA


Unit Operating Charge lbs (kg) 310 (141) 310 (141)Unit Dimensions

L x W x H, in. (mm)



Weight-Add for Copper Fins, lbs (kg) Weight-Add for Louvered Panels, lbs (kg) Weight-Add for Sound Enclosures, lbs (kgWeight-Add for PFCC option, lbs (kg)COMPRESSORS, SCREW, SEMI-HERMETIC

Nominal Capacity, tons (kW) 175 (615) 175 (615)Minimum Capacity (% of Full Load)

Oil charge per circuit , gallons (liters) 6 (23) 6 (23)CONDENSERS, HIGH EFFICIENCY FIN AND TUBE TYPE

Pumpdow n Capacity, lbs (kg) 500 (227) 500 (227)Coil Inlet Face Area, sq. ft. (sq. m.) 295.3 (27.4) 295.3 (27.4)Row s Deep/Fins Per Inch 3 / 16 3 / 16CONDENSER FANS, DIRECT DRIVE PROPELLER TYPE


Fan & Motor RPM


Airflow , cfm (l/s)






Max. Refrigerant Press., psi (kPa) 325 (2241)

10 (273)152 (1048)

26 x 154 / (660 x 3900)259 (979)

6984 (35)266040 (125556)

1.4 (1.05)850

15

12 12

1460 (662)477 (216)

22487 (10200)3553 (1612)

(12024 x 2225 x 2548)24140 (10950)

385.4 (1355)

473 x 88 x 100

DataAWS400BDP

160 (73)


58 CAT 600-6

Physical Data (VFD)Physical Data (VFD)

Table 44: Physical Data (60 Hz, Standard Efficiency, VFD models)




L x W x H, in. (mm)



Weight-Add for Copper Fins

Weight-Add for Louvered Panels




Number of Fans per Circuit

Fan Diameter: 31.5 in. (800 mm)

Fan Motor, hp (kW)

Fan & Motor RPM


Airflow, cfm (l/s)






268 x 88 x 100 268 x 88 x 100 268 x 88 x 100

(6803 x 2225 x 2548) (6803 x 2225 x 2548) (6803 x 2225 x 2548)

14130 (6409) 15435 (7001) 15359 (6967)

14673 (6656) 15978 (7248) 15902 (7213)


20 20 20


5 5 6 6 6 6

68 (258) 68 (258) 66 (251)6 (168) 6 (168) 6 (168)

152 (1048) 152 (1048) 152 (1048)

325 (2241) 325 (2241) 325 (2241)

Data

BASIC DATA

162.6 (572) 181.3 (637) 195.1 (686)

AWS170BDS VFD AWS190BDS VFD AWS200BDS VFD

1776 (806) 1776 (806) 1776 (806)


676 (307) 788 (357) 788 (357)

1.4 (1.05) 1.4 (1.05) 1.4 (1.05)850 850 850

16 x 108 (406 x 2750) 16 x 108 (406 x 2750) 16 x 108 (406 x 2750)

6984 (35) 6984 (35) 6984 (35)


110850 (52315) 133020 (62778) 133020 (62778)

Care must be exercised when welding pipe or flanges to the evaporator to prevent any slag from entering the vessel.Note: A 20 mesh strainer must be placed in the supply water line just prior to the inlet of the evaporator.

CAT 600-6 59

Physical Data (VFD)

Table 45: Physical Data (60 Hz, High Efficiency, VFD models)




Unit Dimensions

L x W x H, in. (mm)








Pumpdown Capacity, lbs (kg) 250 (113) 250 (113) 291 (132) 291 (132) 291 (132) 291 (132)



Number of Fans per Circuit Fan Diameter: 31.5 in. (800 mm)

Fan Motor, hp (kW)

Fan & Motor RPM


Airflow, cfm (l/s)





Max. Refrigerant Press., psi (kPa) 325 (2241) 325 (2241) 325 (2241)

152 (1048) 152 (1048) 152 (1048)

6 (168) 6 (168) 6 (168)

155190 (73241)

66 (251) 64 (243) 64 (243)

16 x 108 / (406 x 2750) 16 x 108 / (406 x 2750) 16 x 108 / (406 x 2750)

6984 (35) 6984 (35) 6984 (35)133020 (62778) 155190 (73241)

1.4 (1.05) 1.4 (1.05) 1.4 (1.05)



1876 (851) 2084 (945)

788 (357) 900 (408) 900 (408)

2084 (945)

14603 (6624) 15935 (7228) 16478 (7474)

15146 (6870) 16478 (7474) 17021 (7721)

6803 x 2225 x 2548 7703 x 2225 x 2548 7703 x 2225 x 2548268 x 88 x 100 303 x 88 x 100 303 x 88 x 100

BASIC DATA

205.2 (721) 224.8 (790) 240.0 (844)

DataAWS210BDH VFD AWS230BDH VFD AWS250BDH VFD

20 20 20


6 6 7 7 7 7


850 850 850


60 CAT 600-6

Physical Data (VFD)





Unit Dimensions

L x W x H, in. (mm)












Fan Motor, hp (kW)

Fan & Motor RPM


Airflow , cfm (l/s)






152 (1048)

325 (2241)

152 (1048)

8 (219)

177360 (83704)

107 (403)

20 x 108 / (508 x 2750)

177360 (83704) 221700 (104630)6984 (35) 6984 (35) 6984 (35)

1.4 (1.05)


8 8 10 10

20 20

CONDENSERS, VFDICIENCY FIN AND TUBE TYPE

1012 (459) 1236 (561)1012 (459)

2372 (1076)

18606 (8440) 20903 (9482)

17739 (8046) 20036 (9088)

2372 (1076) 2968 (1346)

17739 (8046)

18606 (8440)

339 x 88 x 100 410 x 88 x 1008602 x 2225 x 2548 8602 x 2225 x 2548 10402 x 2225 x 2545

339 x 88 x 100

BASIC DATA

270.6 (951) 287.7 (1012) 326.3 (1147)

DataAWS280BDH VFD AWS300BDH VFD AWS330BDH VFD

20


8 8


1.4 (1.05) 1.4 (1.05)

850 850 850

20 x 108 / (508 x 2750) 20 x 108 / (508 x 2750)

107 (403) 102 (386)

8 (219) 8 (219)

325 (2241)

152 (1048)


CAT 600-6 61

Physical Data (VFD)



Unit Cap. @ AHRI tons (kW)Unit Operating Charge lbs (kg) 265 (120) 265 (120) 270 (122) 320 (145) 320 (145) 320 (145)Unit DimensionsL x W x H, in. (mm)Unit Operating Weight, lbs. (kg)Unit Shipping Weight, lbs (kg)Weight-Add for Copper FinsWeight-Add for Louvered Panels

Nominal Capacity, tons (kW) 175 (615) 175 (615) 175 (615) 205 (721) 205 (721) 205 (721)Minimum Capacity (% of Full Load)Oil charge per circuit , gallons (liters) 6 (23) 6 (23) 6 (23) 6 (23) 6 (23) 6 (23)


Number of Fans per Circuit Fan Diameter: 31.5 in. (800 mm)Fan Motor, hp (kW)Fan & Motor RPMFan Tip Speed, fpm (m/s)Airflow, cfm (l/s)

Shell Dia.-Tube Length, in.(mm) Water Volume, gallons (liters)Victaulic inlet/outlet conn. in. (mm)Max. Water Pressure, psi (kPa)Max. Refrigerant Press., psi (kPa) 325 (2241) 325 (2241) 325 (2241)

152 (1048) 152 (1048) 152 (1048)8 (219) 8 (219) 8 (219)

6984 (35)

20 x 108 / (508 x 2750) 20 x 108 / (508 x 2750) 20 x 108 / (508 x 2750)

EVAPORATOR, DIRECT EXPANSION SHELL AND TUBE221700 (104630) 243870 (115094) 266040 (125556)

6984 (35) 6984 (35)

1.4 (1.05)850

121.4 (1.05) 1.4 (1.05)

850 850


20 20 20

1236 (561) 1348 (611) 1460 (662)2968 (1346) 3256 (1477) 3553 (1612)20729 (9403) 22033 (9994) 22838 (10359)21596 (9796) 22900 (10387) 23705 (10753)

BASIC DATA

Data

10402 x 2225 x 2545 11701 x 2225 x 2548 12604 x 2225 x 2545

AWS350BDH VFD AWS390BDH VFD AWS410BDH VFD

347.1 (1220) 377.8 (1328) 408.7 (1437)

410 x 88 x 100 461 x 88 x 100 496 x 88 x 100

12 12


100 (377) 100 (377)


10 10 10

102 (386)


62 CAT 600-6

Physical Data (VFD)



Unit Cap. @ AHRI tons (kW)Unit Operating Charge lbs (kg) 210 (95) 210 (95) 220 (100) 210 (95) 210 (95) 280 (187)Unit DimensionsL x W x H, in. (mm)Unit Operating Weight, lbs. (kg)Unit Shipping Weight, lbs (kg)Weight-Add for Copper FinsWeight-Add for Louvered Panels

Nominal Capacity, tons (kW) 150 (528) 150 (528) 150 (528) 150 (528) 150 (528) 175 (615)Minimum Capacity (% of Full Load)Oil charge per circuit , gallons (liters) 5.5 (21) 5.5 (21) 5.5 (21) 5.5 (21) 5.5 (21) 6 (23)


Number of Fans per Circuit Fan Diameter: 31.5 in. (800 mm)Fan Motor, hp (kW)Fan & Motor RPMFan Tip Speed, fpm (m/s)Airflow , cfm (l/s)

Shell Dia.-Tube Length, in.(mm) Water Volume, gallons (liters)Victaulic inlet/outlet conn. in. (mm)Max. Water Pressure, psi (kPa)Max. Refrigerant Press., psi (kPa)

152 (1048)10 (273)

152 (1048)325 (2241) 325 (2241)

10 (273)

6984 (35)

26 x 130 / (660 x 3300)


1.4 (1.05)850

6984 (35)266040 (125556) 288210 (136019)

1.4 (1.05)850


1313

3870 (1755)1460 (662) 1572 (713)3553 (1612)

28300 (12837)25753 (11682) 26901 (12202)27152 (12316)

12605 x 2225 x 2548

BASIC DATA

13504 x 2225 x 2545

AWS450BTH VFD AWS475BTH VFDData

467.7 (1644)

532 x 88 x 100

445.2 (1565)

496 x 88 x 100

8 8 8 8 8 10

225 (850)



220 (831)26 x 130 / (660 x 3300)


CAT 600-6 63

Physical Data (VFD)


CIRCUIT 1 CIRCUIT 2 CIRCUIT 3 CIRCUIT 1 CIRCUIT 2 CIRCUIT 3BASIC DATA



L x W x H, in. (mm)








Oil charge per circuit , gallons (liters) 6 (23) 6 (23) 5.5 (21) 6 (23) 6 (23) 6 (23)







Fan & Motor RPM


Airflow , cfm (l/s)






Max. Refrigerant Press., psi (kPa) 325 (2241) 325 (2241)

152 (1048) 152 (1048)

26 x 130 / (660 x 3300) 26 x 130 / (660 x 3300)

220 (831) 220 (831)

310380 (146482) 332550 (156945)

13 13

1684 (764) 1796 (815)

14405 x 2225 x 2548

4168 (1891) 4466 (2026)

28718 (13026) 30047 (13629)

30117 (13661) 31446 (14264)

567 x 88 x 100 603 x 88 x 100

497.8 (1750) 524.8 (1845)

DataAWS500BTH VFD AWS530BTH VFD

15304 x 2225 x 2545

10 10 8 10 10 10

1.4 (1.05) 1.4 (1.05)

850 850

6984 (35) 6984 (35)

10 (273) 10 (273)


64 CAT 600-6

Physical Data (VFD)

Table 50: Physical Data (60 Hz, Premium Efficiency, VFD models)


Unit Cap. @ AHRI tons (kW)Unit Operating Charge lbs (kg) 200 (91) 200 (91) 225 (102) 225 (102) (235) (107) (235) (107)Unit DimensionsL x W x H, in. (mm)Unit Operating Weight, lbs. (kg)Unit Shipping Weight, lbs (kg)



Nominal Capacity, tons (kW) 105 (369) 105 (369) 105 (369) 125 (439) 125 (439) 125 (439)Minimum Capacity (% of Full Load)Oil charge per circuit , gallons (liters) 4.5 (17) 4.5 (17) 4.5 (17) 5.5 (21) 5.5 (21) 5.5 (21)



Fan Motor, hp (kW)

Fan & Motor RPM


Airflow , cfm (l/s)





Max. Refrigerant Press., psi (kPa) 325 (2241) 325 (2241)

152 (1048)

158 (599) 158 (599)

8 (2199 8 (219) 10 (273)

276 (1043)


20 x 154 / (508 x 3900) 20 x 154 / (508 x 3900) 26 x 154 / (660 x 3900)



20 20 20

1012 (459) 1124 (510) 1124 (510)

17183 (7794) 18389 (8341)

2372 (1076) 2679 (1215) 2679 (1215)

8602 x 2225 x 2548 9504 x 2225 x 2545 9504 x 2225 x 2545

232.7 (818) 256.3 (901) 277.6 (976)

AWS240BDP VFD AWS265BDP VFD AWS290BDP VFD

BASIC DATA

339 x 88 x 100 374 x 88 x 100 374 x 88 x 100

Data


18435 (8362) 19641 (8909) 21512 (9758)19859 (9008)

8 8 9 9 9 9

850 850 850

1.4 (1.05) 1.4 (1.05) 1.4 (1.05)

6984 (35) 6984 (35) 6984 (35) 177360 (83704) 199530 (94167) 199530 (94167)

152 (1048) 152 (1048)

325 (2241)


CAT 600-6 65

Physical Data (VFD)



Unit Cap. @ AHRI tons (kW)Unit Operating Charge lbs (kg) 250 (113) 250 (113) 260 (118) 260 (118) 260 (118) 300 (136)Unit DimensionsL x W x H, in. (mm)Unit Operating Weight, lbs. (kg)Unit Shipping Weight, lbs (kg)



Nominal Capacity, tons (kW) 125 (439) 150 (528) 150 (528) 150 (528) 150 (528) 175 (615)Minimum Capacity (% of Full Load)Oil charge per circuit , gallons (liters) 5.5 (21) 5.5 (21) 5.5 (21) 5.5 (21) 5.5 (21) 6 (23)



Fan Motor, hp (kW)

Fan & Motor RPM


Airflow , cfm (l/s)






152 (1048)

10 (273) 10 (273)10 (273)

276 (1043)


259 (979) 259 (979)

26 x 154 / (660 x 3900) 26 x 154 / (660 x 3900) 26 x 154 / (660 x 3900)

6984 (35) 6984 (35)221700 (104630) 243870 (115093)



20

1236 (561) 1348 (611)

20 20

1236 (561)

2968 (1346) 3256 (1477)2968 (1346)

20832 (9449)

10402 x 2225 x 2545 11701 x 2225 x 2548

20832 (9449) 22788 (10337)

10402 x 2225 x 2545

AWS310BDP VFD AWS330BDP VFD AWS365BDP VFD

303.8 (1068) 324.7 (1142) 354.8 (1247)

Data

BASIC DATA

410 x 88 x 100 410 x 88 x 100 461 x 88 x 100

22485 (10199) 24441 (11086)


22485 (10199)

10 1210 10

1.4 (1.05)

10 10

1.4 (1.05) 1.4 (1.05)

850 850 850

6984 (35)221700 (104630)

152 (1048) 152 (1048)

325 (2241) 325 (2241)


66 CAT 600-6

Physical Data (VFD)


CIRCUIT 1 CIRCUIT 2BASIC DATA


Unit Operating Charge lbs (kg) 310 (141) 310 (141)Unit Dimensions

L x W x H, in. (mm)






Nominal Capacity, tons (kW) 175 (615) 175 (615)Minimum Capacity (% of Full Load)

Oil charge per circuit , gallons (liters) 6 (23) 6 (23)CONDENSERS, HIGH EFFICIENCY FIN AND TUBE TYPE

Pumpdow n Capacity, lbs (kg) 500 (227) 500 (227)Coil Inlet Face Area, sq. ft. (sq. m.) 295.3 (27.4) 295.3 (27.4)Row s Deep/Fins Per Inch 3 / 16 3 / 16CONDENSER FANS, DIRECT DRIVE PROPELLER TYPE


Fan & Motor RPM


Airf low , cfm (l/s)







259 (979)10 (273)

26 x 154 / (660 x 3900)

12 12

20

1460 (662)3553 (1612)

496 x 88 x 100

DataAWS400BDP VFD

385.4 (1355)

24228 (10990)25881 (11740)

12604 x 2225 x 2545

1.4 (1.05)850

6984 (35)266040 (125556)

325 (2241)152 (1048)


CAT 600-6 67

Index of Dimension DrawingsIndex of Dimension Drawings

Table 53: Dimension Drawing Index (non-VFD models) Table 54: Dimension Drawing Index (VFD models) Model Efficiency Fans Page Number

AWS190BDS Standard 10 Page 68


AWS210BDH High 12 Page 69



AWS240BDP Premium 16 Page 71


















AWS400BTS Standard 22 Page 75





AWS450BTH High 24 Page 77








Model Efficiency Fans Page Number
























68 CAT 600-6

Dimensions (non-VFD)Dimensions (non-VFD)

Figure 28: AWS190BDS (non-VFD)

Note: All dimensions in decimal inches [mm]. Allow 1-inch manufacturing tolerance on all dimensions. The water connection shown is for the default (left-hand) configuration; your unit may be configured differently. Consult the Item Summary sheet for exact configuration.

CAT 600-6 69

Dimensions (non-VFD)

Figure 29: AWS210BDS/H, AWS225BDS (non-VFD)


70 CAT 600-6


Figure 30: AWS230BDH, AWS250BDS/H, AWS260BDS (non-VFD)


CAT 600-6 71


Figure 31: AWS240BDP, AWS280BDH, AWS290BDS, AWS300BDH, AWS310BDS (non-VFD)


72 CAT 600-6


Figure 32: AWS265BDP, AWS290BDP (non-VFD)


CAT 600-6 73


Figure 33: AWS310BDP, AWS330BDH/P, AWS350BDS/H, AWS375BDS (non-VFD)


74 CAT 600-6


Figure 34: AWS365BDP, AWS390BDH (non-VFD)


CAT 600-6 75


Figure 35: AWS400BTS, AWS425BTS (non-VFD)


76 CAT 600-6




CAT 600-6 77


Figure 37: AWS450BTS/H, AWS470BTS (non-VFD)


78 CAT 600-6


Figure 38: AWS475BTH, AWS500BTS (non-VFD)


CAT 600-6 79




80 CAT 600-6




CAT 600-6 81

Dimensions (VFD)Dimensions (VFD)

Figure 41: AWS170BDS (VFD)


82 CAT 600-6

Dimensions (VFD)

Figure 42: AWS190BDS, AWS200BDS, AWS210BDH (VFD)


CAT 600-6 83

Dimensions (VFD)

Figure 43: AWS230BDH, AWS250BDH (VFD)


84 CAT 600-6

Dimensions (VFD)

Figure 44: AWS240BDP, AWS280BDH, AWS300BDH (VFD)


CAT 600-6 85

Dimensions (VFD)

Figure 45: AWS265BDP, AWS290BDP (VFD)


86 CAT 600-6

Dimensions (VFD)

Figure 46: AWS310BDP, AWS330BDH/P, AWS350BDH (VFD)


CAT 600-6 87

Dimensions (VFD)

Figure 47: AWS365BDP, 390BDH (VFD)


88 CAT 600-6

Dimensions (VFD)

Figure 48: AWS400BDP, AWS410BDH (VFD)


CAT 600-6 89

Dimensions (VFD)

Figure 49: AWS450BTH (VFD)


90 CAT 600-6

Dimensions (VFD)



CAT 600-6 91

Dimensions (VFD)



92 CAT 600-6

Dimensions (VFD)



CAT 600-6 93

Lifting & Mounting Weights (I-P Units)Lifting & Mounting Weights (I-P Units)

Note: Lifting and Mounting Locations begin on Page 97. See Physical Data tables, beginning on Page 43 for Shipping and Operating weights, and weight adjustments for accessories and options.

Table 55: Lifting & Mounting Weights (IP units)

L1 L2 L3 L4 L5 L6 L7 L8 M1 M2 M3 M4 M5 M6 M7 M8 M9 M10 M11 M12UNIT SIZE

AWS290BDS

AWS375BDS

AWS470BTS

AWS250BDS

# OF FANS

AWS225BDS 12

16

LIFTING WEIGHT FOR EACH POINT (LBS)

AWS190BDS 10 3622 3503 2685 2597 - - - - 2527 2445 2269 2195 1786 1728 - - - -

AWS210BDS 12 3942 3644 2881 2663 - - - - 2750 2542 2454 2269 1901 1757 - - - -

3916 3839 2984 2926 - - - - 1960 - -2712 2659 2464 2416 1999

14 3903 -3782 3780 3662 - - - 3013 2920 2480 2403 1481 1435 984 953 - -

AWS260BDS 14 3903 3782 3780 3662 - - - - 3013 2920 2480 2403 1481 1435 984 953 - -

3140 2865 2506 2287 1723 1572 1073 979 3286 2998 2773 2530 1812 1653 1026 936 - -

AWS310BDS 16 3154 3003 2541 2420 1784 1699 1156 1101 3300 3143 2802 2669 1870 1781 1107 1054 - -

AWS350BDS 20 3379 3284 2875 2795 1950 1895 1324 1287 3269 3177 2941 2859 2327 2262 1431 1391 - -

20 3379 3284 2875 2795 1950 1895 1324 1287 3269 3177 2941 2859 2327 2262 1431 1391 - -

AWS400BTS 22 3615 3574 3256 3219 2510 2482 1926 1904 3568 3528 3347 3309 2770 2738 2326 2300 - -

AWS425BTS 22 3776 3642 3399 3279 2617 2524 2003 1932 3722 3590 3488 3365 2882 2780 2415 2330 - -

AWS450BTS 24 3896 3707 3612 3436 3019 2873 2505 2383 4001 3807 3615 3493 2611 2484 2071 1970 1451 1381

24 4054 3778 3752 3498 3126 2913 2581 2406 4156 3874 3752 3497 2702 2518 2137 1992 1490 1389

AWS500BTS 26 4100 3899 3837 3649 3289 3128 2732 2598 4091 3890 3734 3551 2807 2669 2308 2195 1736 1651

AWS525BTS 28 3971 3792 3811 3639 3477 3320 3120 2980 4190 4001 3861 3687 3006 2870 2348 2242 1690 1613

AWS550BTS 30 4036 3856 3900 3726 3619 3457 3250 3105 4290 4098 3985 3807 3193 3051 2443 2334 1609 1537

AWS530BTH 30 4036 3856 3900 3726 3619 3457 15373985 3807 3193 3051 2443 2334 16093250 3105 4290 4098

AWS210BDH 12 3494 3384 3043 2947 - - - - 2377 2302 2295 2223 2141 2074 - - - -

AWS230BDH 14 3725 3469 3817 3554 - - - - 2894 2695 2405 2240 1490 1388 1034 963 - -

AWS250BDH 14 3903 3782 3780 3662 - - - - 3013 2920 2480 2403 1481 1435 984 953 - -

AWS280BDH 16 2927 2765 2403 2269 1754 1657 1216 1149 3083 2912 2650 2503 1839 1737 1175 1109 - -

AWS300BDH 16 2927 2765 2403 2269 1754 1657 1216 1149 3083 2912 2650 2503 1839 1737 1175 1109 - -

AWS330BDH 20 3315 3138 2848 2696 1991 1885 1411 1336 3214 3043 2914 2758 2351 2226 1531 1449 - -

AWS350BDH 20 3379 3284 2875 2795 1950 1895 1324 1287 3269 3177 2941 2859 2327 2262 1431 1391 - -

AWS390BDH 22 3158 3080 2847 2777 2365 2307 1889 1843 3482 3396 3168 3089 2350 2292 1699 1657 - -

AWS410BDH 24 3229 3149 2961 2888 2546 2483 1920 1873 3478 3392 3089 3013 2092 2040 1523 1485 - -

AWS450BTH 24 3603 3419 3380 3207 2916 2767 2514 2385 3719 3529 3382 3209 2505 2377 2033 1929 1493 1416

AWS475BTH 26 3760 3556 3564 3371 3156 2985 2742 2593 3759 3556 3460 3272 2680 2535 2261 2139 1780 1684

AWS500BTH 28 3866 3772 3712 3622 3392 3309 3050 2976 4084 3984 3672 2933 16142861 2294 2238 16543764

MOUNTING LOADS FOR EACH POINT (LBS)

-

-

-

-

-

-- -

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

- -

- -

- -

- -

- -

- -

- -

- -

- -

- -

- -

- -

- -

- -

- -

- -

- -

- -

94 CAT 600-6

Lifting & Mounting Weights (I-P Units)

Table 56: Lifting & Mounting Weights (IP units) continued

L1 L2 L3 L4 L5 L6 L7 L8 M1 M2 M3 M4 M5 M6 M7 M8 M9 M10 M11 M12

AWS170BDS VFD 10 3197 3266 2321 2372 1471 1503 - - 1822 1861 1818 1858 1813 1853 1805 1844 - - - -

AWS190BDS VFD 12 3526 3458 2589 2539 1678 1646 - - 1998 1960 2008 1969 2020 1980 2042 2002 - - - -

AWS200BDS VFD 12 3513 3576 2529 2574 1570 1598 - - 2000 2036 1985 2021 1966 2001 1930 1964 - - - -

AWS210BDH VFD 12 3096 3047 2448 2409 1816 1787 - - 1727 1700 1818 1789 1935 1904 2154 2120 - - - -

AWS230BDH VFD 14 2993 3051 2627 2678 2271 2315 - - 2057 2097 1905 1942 1707 1740 1338 1363 1153 1175 - -

AWS250BDH VFD 14 3211 3171 2759 2726 2320 2291 - - 2191 2164 2020 1995 1797 1775 1381 1364 1174 1159 - -

AWS280BDH VFD 16 3477 3508 2595 2618 1736 1751 1023 1032 2213 2232 2091 2109 1932 1949 1635 1649 1392 1404 - -

AWS300BDH VFD 16 3477 3508 2595 2618 1736 1751 1023 1032 2213 2232 2091 2109 1932 1949 1635 1649 1392 1404 - -

AWS330BDH VFD 20 3815 3762 3063 3020 1974 1946 1237 1220 2329 2296 2260 2228 2171 2141 2005 1976 1761 1737 - -

AWS350BDH VFD 20 3916 3967 3136 3176 2006 2031 1241 1257 2388 2419 2314 2344 2217 2246 2037 2063 1773 1796 - -

AWS390BDH VFD 22 3589 3598 3084 3093 2469 2475 1860 1865 2418 2424 2380 2387 2331 2337 2204 2210 2102 2108 - -

AWS410BDH VFD 24 3619 3631 3197 3207 2682 2690 1903 1909 2509 2517 2385 2393 2225 2232 1813 1818 1577 1582 1325 1329

AWS450BTH VFD 24 4013 4022 3599 3607 2920 2927 2331 2336 2645 2651 2556 2562 2441 2447 2142 2147 1980 1985 1796 1800

AWS475BTH VFD 26 4148 4079 3767 3704 3142 3090 2507 2465 2658 2613 2593 2550 2510 2467 2292 2254 2176 2139 2042 2007

AWS500BTH VFD 28 4180 4197 3882 3898 3394 3408 2874 2885 2869 2880 2791 2802 2690 2701 2428 2438 2226 2235 2025 2033

AWS530BTH VFD 30 4380 4323 4096 4042 3629 3581 3018 2979 3084 3043 2995 2956 2880 2843 2582 2548 2300 2270 1986 1960

AWS240BDP VFD 16 3131 3090 2458 2425 1802 1778 1258 1241 2031 2004 1972 1946 1894 1870 1750 1727 1632 1610 - -

AWS265BDP VFD 18 3274 3192 2647 2580 2036 1985 1354 1320 2174 2119 2114 2061 2037 1986 1893 1845 1728 1685 - -

AWS290BDP VFD 18 3428 3435 2799 2806 2187 2192 1504 1507 2308 2313 2257 2262 2190 2195 2066 2070 1924 1928 - -

AWS310BDP VFD 20 3651 3698 3032 3071 2136 2164 1531 1550 2290 2320 2273 2302 2251 2280 2209 2237 2148 2176 - -

AWS330BDP VFD 20 3651 3698 3032 3071 2136 2164 1531 1550 2290 2320 2273 2302 2251 2280 2209 2237 2148 2176 - -

AWS365BDP VFD 22 3496 3422 3125 3058 2672 2615 2224 2177 2441 2389 2449 2397 2460 2408 2489 2436 2512 2459 - -

AWS400BDP VFD 24 3712 3723 3335 3344 2874 2881 2177 2183 2653 2660 2538 2545 2388 2395 2005 2011 1787 1792 1552 1557

1505 -

13951705

2043 1928 1639

2564 2502

2762 2611 2472 2336

2965 -

1927

UNIT SIZE # OF FANSLIFTING WEIGHT FOR EACH POINT (LBS)

2199 2079 1804 1476

3081 2801 2736

AWS240BDP 16 2519

2405 2270

2382

2799AWS290BDP 18 2869

2179 15952056AWS265BDP 254618 2698 1547

2188

2798 2691 2540

31241767 17242135 23083202 2911 17462840 2366 1703 - -

AWS310BDP 20 3154 3081 2801 2736 2152 2103 1714 1674 3190 3116 2968 2900 2553 2494 1946 1902 - -

AWS330BDP 20 3154 2152 2103 1714 1674 3190 3116 2968 2900 2553 2494 1946 1902

AWS365BDP 22 3070 2912 2886 2737 2600 2466 2318 2198 3562 3378 3316 3145 2677 2539 2168 2056 - -

AWS400BDP 24 3213 3144 3037 2971 2764 2704 2352 2301 3602 3523 3243 3173 2324 2273 1798 1759 - -

- -

MOUNTING LOADS FOR EACH POINT (LBS)

1401 - -1822 1482

- -

- -

- -

- -

- -

- -

CAT 600-6 95

Lifting & Mounting Weights (SI Units)Lifting & Mounting Weights (SI Units)

Table 57: Lifting & Mounting Weights (SI units)

L1 L2 L3 L4 L5 L6 L7 L8 M1 M2 M3 M4 M5 M6 M7 M8 M9 M10

1244

601 584885 860

1690AWS530BTH 60 30 1831

-889 - - -1206 1118 1096 907- - - 12301741 1354 1327 -

6971749 1769 180814081642 1568 1474

750

1946 1859

732

1727 1448 1384 1108 1059 730

1330 1298 1041 10151501 1807 1707 16661383 1350

764

AWS500BTH 60 28 1754 18521711 1684 1643 1539

1150 1026 970 8071176 1705 1613

6426771082 1687

1569 1484 1216AWS475BTH 60 26 1706 1613 1617 1529 1432 1354

1078 922 8751601 1534 1456 11361255 11401551 1533 1455 1323AWS450BTH 60 24 1634

691 674 - -1401 1367 949 925871 850 1578 1539

-

AWS410BDH 60 24 1465 1428 1343 1310 1155 1126

1040 771 752 -1540 1437 1401 10661046 857 836 15791397 1291 1260 1073AWS390BDH 60 22 1432

649 631 - -1334 1297 1056 10261483 1441

-

AWS350BDH 60 20 1533 1490 1304 1268

1010 694 657 -1380 1322 1251 1066855 640 606 14581423 1292 1223 903AWS330BDH 60 20 1504

533 503 - -1202 1135 834 788552 521 1398 1321

-

AWS300BDH 60 16 1328 1254 1090 1029 796 752

788 533 503 -1321 1202 1135 834752 552 521 13981254 1090 1029 796AWS280BDH 60 16 1328

446 432 - -1125 1090 672 651- - 1367 1325

-

AWS250BDH 60 14 1770 1716 1715 1661 - -

630 469 437 -1222 1091 1016 676- - - 13131574 1731 1612 -AWS230BDH 60 14 1690

-941 - - -1044 1041 1008 971- - - 10781535 1380 1337 -AWS210BDH 60 12 1585

1108 1059 730 6971808 1727 1448 13841474 1408 1946 1859

732

AWS550BTS 60 30 1831 1749 1769 1690 1642 1568

1302 1065 1017 7671815 1751 1672 13641506 1415 1352 19011720 1729 1651 1577AWS525BTS 60 28 1801

1047 996 787 7491694 1611 1273 12111239 1178 1856 1764

630

AWS500BTS 60 26 1860 1769 1740 1655 1492 1419

1142 969 904 6761757 1702 1586 12261321 1171 1091 18851714 1702 1587 1418AWS470BTS 60 24 1839

939 894 658 6261640 1584 1184 11271136 1081 1815 1727

-

AWS450BTS 60 24 1767 1681 1638 1559 1369 1303

1261 1095 1057 -1628 1582 1526 13071145 909 876 16881652 1542 1487 1187AWS425BTS 60 22 1713

1055 1043 - -1518 1501 1256 1242874 864 1618 1600

-

AWS400BTS 60 22 1640 1621 1477 1460 1139 1126

1026 649 631 -1441 1334 1297 1056860 601 584 14831490 1304 1268 885AWS375BDS 60 20 1533

649 631 - -1334 1297 1056 1026601 584 1483 1441

-

AWS350BDS 60 20 1533 1490 1304 1268 885 860

808 502 478 -1426 1271 1211 848771 524 499 14971362 1153 1098 809AWS310BDS 60 16 1431

465 425 - -1258 1148 822 750487 444 1491 1360

-

AWS290BDS 60 16 1424 1300 1137 1037 782 713

651 446 432 -1325 1125 1090 672- - - 13671716 1715 1661 -AWS260BDS 60 14 1770

-AWS250BDS 60 651 446 432 -1325 1125 1090- 672- - - 1367

-

AWS225BDS 60

14 1770

12 1776

1716 1715 1661

797 - - -1153 1113 1029 862- - - 12471653 1307 1208 -AWS210BDS 60 12 1788

- - - -1029 996 810 784- - 1146 1109

MOUNTING LOADS FOR EACH POINT (KG)

AWS190BDS 60 10 1643 1589 1218 1178 - -

Unit Size Hz# OF FANS

LIFTING WEIGHT FOR EACH POINT (KG)

96 CAT 600-6

Lifting & Mounting Weights (SI Units)

Table 58: Lifting & Mounting Weights - (SI units) continued

L1 L2 L3 L4 L5 L6 L7 L8 M1 M2 M3 M4 M5 M6 M7 M8 M9 M10 M11 M12

AWS170BDS VFD 60 10 1450 1481 1053 1076 667 682 - - 826 844 825 843 822 841 819 836 - - - -

AWS190BDS VFD 60 12 1599 1569 1174 1152 761 747 - - 906 889 911 893 916 898 926 908 - - - -

AWS200BDS VFD 60 12 1593 1622 1147 1168 712 725 - - 907 924 900 917 892 908 875 891 - - - -

AWS210BDH VFD 60 12 1404 1382 1110 1093 824 811 - - 784 771 825 811 878 864 977 961 - - - -

AWS230BDH VFD 60 14 1358 1384 1192 1215 1030 1050 - - 933 951 864 881 774 789 607 618 523 533 - -

AWS250BDH VFD 60 14 1456 1439 1252 1236 1052 1039 - - 994 982 916 905 815 805 627 619 532 526 - -

AWS280BDH VFD 60 16 1577 1591 1177 1187 787 794 464 468 1004 1013 948 957 876 884 742 748 631 637 - -

AWS300BDH VFD 60 16 1577 1591 1177 1187 787 794 464 468 1004 1013 948 957 876 884 742 748 631 637 - -

AWS330BDH VFD 60 20 1731 1706 1389 1370 895 883 561 553 1056 1041 1025 1011 985 971 909 896 799 788 - -

AWS350BDH VFD 60 20 1776 1799 1422 1441 910 921 563 570 1083 1097 1050 1063 1006 1019 924 936 804 815 - -

AWS390BDH VFD 60 22 1628 1632 1399 1403 1120 1123 844 846 1097 1100 1080 1083 1057 1060 1000 1002 953 956 - -

AWS410BDH VFD 60 24 1642 1647 1450 1455 1216 1220 863 866 1138 1142 1082 1085 1009 1012 822 825 715 718 601 603

AWS450BTH VFD 60 24 1820 1824 1632 1636 1325 1328 1057 1060 1200 1203 1160 1162 1107 1110 971 974 898 900 814 816

AWS475BTH VFD 60 26 1882 1850 1709 1680 1425 1401 1137 1118 1205 1185 1176 1156 1138 1119 1040 1022 987 970 926 911

AWS500BTH VFD 60 28 1896 1904 1761 1768 1540 1546 1303 1309 1301 1306 1266 1271 1220 1225 1101 1106 1010 1014 918 922

AWS530BTH VFD 60 30 1987 1961 1858 1833 1646 1624 1369 1351 1399 1380 1359 1341 1307 1289 1171 1156 1043 1029 901 889

AWS240BDP VFD 60 16 1420 1401 1115 1100 817 807 571 563 921 909 894 883 859 848 794 783 740 730 - -

AWS265BDP VFD 60 18 1485 1448 1201 1170 924 900 614 599 986 961 959 935 924 901 859 837 784 764 - -

AWS290BDP VFD 60 18 1555 1558 1270 1273 992 994 682 684 1047 1049 1024 1026 993 996 937 939 873 875 - -

AWS310BDP VFD 60 20 1656 1677 1375 1393 969 982 694 703 1039 1052 1031 1044 1021 1034 1002 1015 974 987 - -

AWS330BDP VFD 60 20 1656 1677 1375 1393 969 982 694 703 1039 1052 1031 1044 1021 1034 1002 1015 974 987 - -

AWS365BDP VFD 60 22 1586 1552 1417 1387 1212 1186 1009 987 1107 1084 1111 1087 1116 1092 1129 1105 1140 1115 - -

AWS400BDP VFD 60 24 1684 1689 1513 1517 1303 1307 987 990 1203 1207 1151 1154 1083 1086 910 912 810 813 - -

- -

MOUNTING LOADS FOR EACH POINT (KG)

- -

- -

- -

- -

- -

- -

Unit Size Hz# OF FANS

LIFTING WEIGHT FOR EACH POINT (KG)

773943 818 1060 874 -826 672 635 -1184 1121AWS240BDP 60 16 1143 670 633 12531080 997

-1031 816 798 -1598 1471 1439 10541227 1067 1044 16341426 1378 1348 1254AWS400BDP 60 24 1457

983 933 - -1504 1427 1214 11521051 997 1616 1532

-

AWS365BDP 60 22 1393 1321 1309 1241 1179 1119

1131 883 863 -1413 1346 1315 1158954 777 759 14471398 1271 1241 976AWS330BDP 60 20 1431

883 863 - -1346 1315 1158 1131777 759 1447 1413

-

AWS310BDP 60 20 1431 1398 1271 1241 976 954

1047 792 772 -1417 1320 1288 1073968 802 782 14521270 1163 1135 992AWS290BDP 60 18 1301

723 683 - -1221 1152 988 933743 702 1345 1269AWS265BDP 60 18 1224 1155 1091 1030 927 875

CAT 600-6 97

Lifting & Mounting Locations - Index of DrawingsLifting & Mounting Locations - Index of Drawings

Table 59: Dimension Drawing Index (non-VFD models) Table 60: Dimension Drawing Index (VFD models) Model Efficiency Fans Figure & Page





































Model Efficiency Fans Figure & Page
























98 CAT 600-6

Lifting & Mounting Dimensions (non-VFD)Lifting & Mounting Dimensions (non-VFD)

Figure 53: AWS190BDS (non-VFD)

Figure 54: AWS210BDS/H, AWS225BDS (non-VFD)

CAT 600-6 99

Lifting & Mounting Dimensions (non-VFD)

Figure 55: AWS230BDH, AWS250BDS/H, AWS260BDS (non-VFD)

Figure 56: AWS240BDP, AWS280BDH, AWS290BDS, AWS300BDH, AWS310BDS (non-VFD)

100 CAT 600-6


Figure 57: AWS265BDP, AWS290BDP (non-VFD)

Figure 58: AWS310BDP, AWS330BDH/P, AWS350BDS/H, AWS375BDS (non-VFD)

CAT 600-6 101



Figure 60: AWS400BTS, AWS425BTS (non-VFD)

102 CAT 600-6



Figure 62: AWS450BTS/H, AWS470BTS (non-VFD)

CAT 600-6 103




Note:

104 CAT 600-6



CAT 600-6 105

Lifting & Mounting Dimensions (VFD)Lifting & Mounting Dimensions (VFD)

Figure 66: AWS170BDS (VFD)

Figure 67: AWS190BDS, AWS200BDS, AWS210BDH (VFD)

106 CAT 600-6

Lifting & Mounting Dimensions (VFD)

Figure 68: AWS230BDH, AWS250BDH (VFD)

Figure 69: AWS240BDP, AWS280BDH, AWS300BDH (VFD)

CAT 600-6 107


Figure 70: AWS265BDP, AWS290BDP (VFD)

Figure 71: AWS310BDP, AWS330BDH/P, AWS350BDH (VFD)

Figure 72: AWS365BDP, 390BDH (VFD)

108 CAT 600-6


Figure 73: AWS400BDP, AWS410BDH (VFD)



CAT 600-6 109




110 CAT 600-6

Isolator Locations and Kit NumbersIsolator Locations and Kit Numbers

Transfer the unit as indicated in the Installation and Maintenance Manual, IM 997, available on www.mcquay.com. In all cases, set the unit in place and level with a spirit level. When spring-type isolators are required, install springs running under the main unit supports.

The unit should be set initially on shims or blocks at the listed spring free height. When all piping, wiring, flushing, charging, etc., is completed, the springs are adjusted upward to loosen the blocks or shims that are then removed.

A rubber anti-skid pad should be used under isolators if hold-down bolts are not used.

Installation of spring isolators requires flexible piping connections and at least three feet of flexible electrical conduit to avoid straining the piping and transmitting vibration and noise.

Mounting locations for each model can be found in the Lifting & Mounting Dimensions beginning on Page 98

Figure 78: Spring Isolators - CP-4

Figure 79: Neoprene-in-Shear Isolators - RP-4

NOTES:

MOUNT MATERIAL TO BE DURULENE RUBBER.1.

MOLDED STEEL AND ELASTOMER MOUNT FOR2.OUTDOOR SERVICE CONDITIONS.

3. RP-4 MOUNT VERSION WITH STUD IN PLACE.ALL DIMENSIONS ARE IN DECIMAL INCHES

DRAWING NUMBER 3314814

1.13 ± .25APPROX.

1.63

.38

DURULENEMATERIAL

RAISED GRIP RIBS

3.00

3.75

5.00

6.25

3.87.56 TYP.

4.63

R.28TYP.

R.250 TYP.

R.750 TYP.RECESSEDGRIP RIBS

ø .500-13NC-2B

R4

R4

VM

&C

VM

&C


CAT 600-6 111

Isolator Locations and Kit Numbers

Table 61: Spring Isolators (for 60Hz non-VFD Units with Aluminum Fin Condensers)

UN IT SIZ E# OF

F A N SKit P / N M 1 M 2 M 3 M 4 M 5 M 6 M 7 M 8 M 9 M 10

332620800 332620800 332620800 332620800 332620600 332620600Dk. Green Dk. Green Dk. Green Dk. Green Dk. Purple Dk. Purple

332620800 332620800 332620800 332620800 332620800 332620800Dk. Green Dk. Green Dk. Green Dk. Green Dk. Green Dk. Green


332620900 332620900 332620800 332620800 332620600 332620600 332620400 332620400Gray Gray Dk. Green Dk. Green Dk. Purple Dk. Purple Red Red


332620900 332620900 332620800 332620800 332620800 332620800 332620500 332620500Gray Gray Dk. Green Dk. Green Dk. Green Dk. Green Black Black


332620900 332620900 332620900 332620900 332620800 332620800 332620800 332620800Gray Gray Gray Gray Dk. Green Dk. Green Dk. Green Dk. Green


332620900 332620900 332620900 332620900 332620900 332620900 332620800 332620800Gray Gray Gray Gray Gray Gray Dk. Green Dk. Green


332621000 332621000 332620900 332620900 332620800 332620800 332620800 332620800 332620500 332620500White White Gray Gray Dk. Green Dk. Green Dk. Green Dk. Green Black Black


332621000 332621000 332620900 332620900 332620900 332620900 332620800 332620800 332620800 332620800White White Gray Gray Gray Gray Dk. Green Dk. Green Dk. Green Dk. Green

332621000 332621000 332620900 332620900 332620900 332620900 332620800 332620800 332620600 332620600White White Gray Gray Gray Gray Dk. Green Dk. Green Dk. Purple Dk. Purple












332621000 332621000 332620900 332620900 332620900 332620900 332620800 332620800 332620800 332620800White White Gray Gray Gray Gray Dk. Green Dk. Green Dk. Green Dk. Green




332620900 332620900 332620900 332620900 332620800 332620800 332620600 332620600Gray Gray Gray Gray Dk. Green Dk. Green Dk. Purple Dk. Purple






N/A N/A

N/A N/A

AWS400BDP 24 332320811

AWS365BDP 22

N/A

332320810 N/A N/A

332320805

N/A

AWS330BDP 22 332320810 N/A N/A

AWS310BDP 20 332320805

AWS265BDP 18

AWS290BDP 20

332320803 N/A

N/A N/A

N/A

N/A N/A

AWS240BDP 16 332320819

332320813

26

AWS530BTH 30

AWS500BTH 28

332320812

332320813

AWS475BTH

332320811

332320811AWS410BDH 24

AWS450BTH 24

AWS390BDH 22 332320810 N/A

AWS300BDH 16

332320805 N/A

332320805 N/AAWS330BDH 20

AWS350BDH 20

332320819

332320819

332320809 N/A

N/A

AWS250BDH 14

AWS280BDH 16

N/A N/A

N/A N/A

12 332320808 N/AN/A N/A

AWS230BDH 14 332320809

AWS525BTS 28

AWS550BTS 30 332320813

332320813

AWS210BDH

332320812

332320811

N/A

N/A N/A332320810

AWS470BTS 24

AWS500BTS 26

332320811

22 332320810AWS425BTS

20

AWS400BTS 22

AWS450BTS 24

AWS310BDS

N/A

AWS350BDS 20 332320805

N/A16 N/A

N/A

AWS375BDS 332320805 N/A

N/A

332320819

N/A

AWS260BDS 14

AWS290BDS 16 332320819

332320809 N/A N/A

N/A

332320808 N/A N/A

N/A N/A

N/A N/A

AWS190BDS 332320807 N/A

AWS225BDS 12

AWS250BDS 14 332320809

N/A N/AAWS210BDS 12 332320808

N/A10

N/A

N/A

N/A

N/A

N/A

N/A

N/A

112 CAT 600-6


Table 62: Spring Isolators (for 60Hz non-VFD Units with Copper Fin Condensers)

UN IT SIZ E# OF


332620900 332620900 332620800 332620800 332620800 332620800Gray Gray Dk. Green Dk. Green Dk. Green Dk. Green



332620900 332620900 332620800 332620800 332620600 332620600 332620500 332620500Gray Gray Dk. Green Dk. Green Dk. Purple Dk. Purple Black Black


332620900 332620900 332620900 332620900 332620800 332620800 332620500 332620500Gray Gray Gray Gray Dk. Green Dk. Green Black Black




332621000 332621000 332621000 332621000 332620900 332620900 332620900 332620900White White White White Gray Gray Gray Gray


332621000 332621000 332621000 332621000 332620900 332620900 332620800 332620800 332620600 332620600White White White White Gray Gray Dk. Green Dk. Green Dk. Purple Dk. Purple


332621000 332621000 332621000 332621000 332620900 332620900 332620800 332620800 332620800 332620800White White White White Gray Gray Dk. Green Dk. Green Dk. Green Dk. Green























AWS190BDS 10 332320814 N/A N/AN/A N/A

12 332320814

AWS250BDS

AWS260BDS 14 332320815

AWS210BDS

332320814

332320815

AWS225BDS 12

14

AWS375BDS 20

AWS500BTS

AWS525BTS 28

N/A

N/A N/A

N/A N/A

N/A

N/A N/A

N/A N/A

AWS290BDS

AWS310BDS 16 332320802

16 332320802 N/A N/A

332320805

AWS350BDS 20 332320805 N/A N/A

N/A N/A

N/A N/A

AWS400BTS

AWS425BTS 22 332320816

22 332320816 N/A N/A

332320817

AWS450BTS 24 332320817

AWS470BTS 24

332320818

26 332320818

N/A N/A N/A

AWS550BTS 30 332320818

AWS210BDH 12 332320814 N/A

N/A N/A

AWS230BDH

AWS250BDH 14 332320815

14 332320815 N/A N/A

AWS300BDH 16 332320802

AWS280BDH 16 332320802 N/A N/A

N/A N/A

N/A N/A

AWS330BDH

AWS350BDH 20 332320805

20 332320805 N/A N/A

N/A

AWS450BTH 24 332320817

AWS410BDH 24 332320817

AWS390BDH 22 332320816

AWS475BTH 26 332320818

N/A

AWS530BTH 30 332320818

AWS500BTH 28 332320818

N/A N/A

AWS240BDP

AWS265BDP 18 332320805

16 332320802 N/A N/A

AWS310BDP 20 332320805

AWS290BDP 20 332320805

N/A

N/A N/A

N/A N/A

N/A N/A

AWS330BDP

AWS365BDP 22 332320816

22 332320816 N/A

AWS400BDP 24 332320817

N/A N/A

N/A N/A

CAT 600-6 113


Table 63: RIS Isolators (for 60Hz non-VFD Units with Aluminum Fin Condensers)

UN IT SIZ E# OF


331481403 331481403 331481403 331481403 331481402 331481402Green Green Green Green Red Red



331481404 331481404 331481403 331481403 331481401 331481401 331481401 331481401Gray Gray Green Green Brown Brown Brown Brown


331481404 331481404 331481403 331481403 331481403 331481403 331481401 331481401Gray Gray Green Green Green Green Brown Brown


331481404 331481404 331481403 331481403 331481403 331481403 331481402 331481402Gray Gray Green Green Green Green Red Red


331481405 331481405 331481404 331481404 331481403 331481403 331481403 331481403Purple Purple Gray Gray Green Green Green Green


331481405 331481405 331481404 331481404 331481403 331481403 331481403 331481403 331481402 331481402Purple Purple Gray Gray Green Green Green Green Red Red



331481405 331481405 331481404 331481404 331481404 331481404 331481403 331481403 331481402 331481402Purple Purple Gray Gray Gray Gray Green Green Red Red






















N/A N/A

N/A

N/A

N/A

N/A

N/A N/A N/A N/A

332325806

10 332325806

20

33232580714

33232581024

AWS450BTS 24 332325810

30 332325811

AWS525BTS

AWS470BTS

AWS400BTS 22 332325809

20

332325809 N/A N/AAWS425BTS 22

AWS350BDS 20 332325808

AWS375BDS

AWS260BDS

N/A

AWS290BDS 16 332325801

14 332325807

AWS310BDS 16

N/A

N/A

AWS225BDS 12

AWS250BDS 14

332325806 N/A

N/A

N/A

332325809 N/A N/A

332325806

332325808

332325801 N/A

N/A

N/A

N/A

332325807

N/A

N/A N/A

N/AN/A

N/A

332325801

332325808

AWS250BDH

N/A

20 332325808 N/A N/A

16 332325801

AWS280BDH 16

AWS230BDH 14 332325807

AWS210BDH

18 332325808

28 332325811

AWS475BTH 26 332325810

24

12

16 332325801 N/A

AWS365BDP 22 332325809 N/A

332325808

20 332325808

AWS330BDH

AWS530BTH

AWS410BDH

AWS390BDH

AWS350BDH

30 332325811

26 332325810

332325810

24 332325810

28 332325811

22

AWS210BDS N/A12

AWS400BDP

AWS310BDP

AWS330BDP

AWS500BTS

AWS550BTS

AWS450BTH

AWS500BTH

AWS240BDP

AWS265BDP

AWS290BDP

N/A

N/A

N/A

N/A

N/A N/A

N/A

N/A

N/A

N/A

N/A

N/A

N/A

N/A

N/A

24 332325810

22 332325809

AWS190BDS

N/A

N/A N/A20

N/A

N/A

N/A

AWS300BDH

N/A

114 CAT 600-6


RIS Isolators (for 60Hz non-VFD Units with Copper Fin Condensers)

UN IT SIZ E# OF


331481404 331481404 331481403 331481403 331481403 331481403Gray Gray Green Green Green Green





331481404 331481404 331481404 331481404 331481402 331481402 331481402 331481402Gray Gray Gray Gray Red Red Red Red


331481404 331481404 331481404 331481404 331481403 331481403 331481403 331481403Gray Gray Gray Gray Green Green Green Green


331481405 331481405 331481405 331481405 331481404 331481404 331481403 331481403Purple Purple Purple Purple Gray Gray Green Green


331481405 331481405 331481405 331481405 331481404 331481404 331481403 331481403 331481402 331481402Purple Purple Purple Purple Gray Gray Green Green Red Red

























10 N/AN/A N/AN/A332325812AWS190BDS

N/A N/A

AWS210BDS

AWS225BDS 12 332325812

12 N/A N/A

AWS260BDS 14 332325801

332325812

AWS250BDS 14 332325801 N/A N/A

N/A N/A

N/A N/A

AWS290BDS

AWS310BDS 16 332325803

16 332325803 N/A N/A

AWS375BDS 20 332325802

AWS350BDS 20 332325802 N/A N/A

N/A N/A

N/A N/A

AWS400BTS

AWS425BTS 22 332325812

22 332325812 N/A N/A

332325815

AWS450BTS 24 332325815

AWS500BTS

AWS525BTS

AWS470BTS 24

28 332325815

26 332325815

N/A N/A N/A

AWS550BTS 30 332325815

AWS210BDH 12 332325812 N/A

N/A N/A

AWS230BDH

AWS250BDH 14 332325801

14 332325801 N/A N/A

AWS300BDH 16 332325803

AWS280BDH 16 332325803 N/A N/A

N/A N/A

N/A N/A

AWS330BDH

AWS350BDH 20 332325802

20 332325802 N/A N/A

N/A

AWS450BTH 24 332325815

AWS410BDH 24 332325815

AWS390BDH 22 332325812

AWS475BTH 26 332325815

N/A

AWS530BTH 30 332325815

AWS500BTH 28 332325815

N/A N/A

AWS240BDP

AWS265BDP 18 332325802

16 332325803 N/A N/A

AWS310BDP 20 332325802

AWS290BDP 20 332325802 N/A N/A

N/A N/A

N/A

AWS330BDP

AWS365BDP 22 332325812

22 332325812 N/A N/A

AWS400BDP 24 332325815

N/A

N/A N/A

N/A N/A

CAT 600-6 115


Table 64: Spring Isolators (for 60Hz Units with optional VFD and Aluminum Fin Condensers)

UNIT SIZE# OF

FANSKit P/N M1 M2 M3 M4 M5 M6 M7 M8 M9 M10

M11 M12

332620800 332620800 332620800 332620800 332620800 332620800 332620800 332620800

Dark Green Dark Green Dark Green Dark Green Dark Green Dark Green Dark Green Dark Green

332620800 332620800 332620800 332620800 332620800 332620800 332620800 332620800


332620800 332620800 332620800 332620800 332620800 332620800 332620800 332620800


332620800 332620800 332620800 332620800 332620800 332620800 332620800 332620800


332620800 332620800 332620800 332620800 332620800 332620800 332620500 332620500 332620500 332620500

Dark Green Dark Green Dark Green Dark Green Dark Green Dark Green Black Black Black Black

332620800 332620800 332620800 332620800 332620800 332620800 332620500 332620500 332620500 332620500


332620800 332620800 332620800 332620800 332620800 332620800 332620800 332620800 332620500 332620500

Dark Green Dark Green Dark Green Dark Green Dark Green Dark Green Dark Green Dark Green Black Black

332620800 332620800 332620800 332620800 332620800 332620800 332620800 332620800 332620500 332620500


332620800 332620800 332620800 332620800 332620800 332620800 332620800 332620800 332620800 332620800

Dark Green Dark Green Dark Green Dark Green Dark Green Dark Green Dark Green Dark Green Dark Green Dark Green

332620800 332620800 332620800 332620800 332620800 332620800 332620800 332620800 332620800 332620800


332620800 332620800 332620800 332620800 332620800 332620800 332620800 332620800 332620800 332620800


332620800 332620800 332620800 332620800 332620800 332620800 332620800 332620800 332620800 332620800 332620600 332620600

Dark Green Dark Green Dark Green Dark Green Dark Green Dark Green Dark Green Dark Green Dark Green Dark Green Dark Purple Dark Purple

332620800 332620800 332620800 332620800 332620800 332620800 332620800 332620800 332620800 332620800 332620600 332620600


332620800 332620800 332620800 332620800 332620800 332620800 332620800 332620800 332620800 332620800 332620800 332620800

Dark Green Dark Green Dark Green Dark Green Dark Green Dark Green Dark Green Dark Green Dark Green Dark Green Dark Green Dark Green

332620800 332620800 332620800 332620800 332620800 332620800 332620800 332620800 332620800 332620800 332620800 332620800


332620900 332620900 332620900 332620900 332620900 332620900 332620800 332620800 332620800 332620800 332620800 332620800

Gray Gray Gray Gray Gray Gray Dark Green Dark Green Dark Green Dark Green Dark Green Dark Green

332620800 332620800 332620800 332620800 332620800 332620800 332620800 332620800 332620500 332620500


332620800 332620800 332620800 332620800 332620800 332620800 332620800 332620800 332620800 332620800


332620800 332620800 332620800 332620800 332620800 332620800 332620800 332620800 332620800 332620800


332620800 332620800 332620800 332620800 332620800 332620800 332620800 332620800 332620800 332620800


332620800 332620800 332620800 332620800 332620800 332620800 332620800 332620800 332620800 332620800


332620800 332620800 332620800 332620800 332620800 332620800 332620800 332620800 332620800 332620800


332620800 332620800 332620800 332620800 332620800 332620800 332620800 332620800 332620800 332620800 332620600 332620600


AWS170BDS *VFD* 10 332320821

AWS230BDH *VFD* 14 332320822

AWS365BDP *VFD* 22

AWS400BDP *VFD* 24

AWS250BDH *VFD* 14 332320822

AWS280BDH *VFD* 16 332320823

AWS310BDP *VFD* 20

AWS330BDP *VFD* 20

AWS300BDH *VFD* 16 332320823

AWS330BDH *VFD*

AWS530BTH *VFD*

20

AWS350BDH *VFD* 20

AWS390BDH *VFD* 22

AWS410BDH *VFD* 24

AWS450BTH *VFD* 24

AWS240BDP *VFD* 16

AWS475BTH *VFD* 26

AWS500BTH *VFD* 28

18 332320824

332320825

30

AWS265BDP *VFD* 18

AWS290BDP *VFD*

AWS210BDH *VFD* 12 332320821

AWS190BDS *VFD* 12 332320821

AWS200BDS *VFD* 12 332320821

332320827

332320824

332320824

332320824

332320824

332320823

332320825

332320825

332320826

332320826

332320824 N/A N/A

332320824 N/A N/A

N/A

N/A N/A

332320824 N/A N/A

N/A

N/A N/A

N/A N/A

N/A N/A

N/A N/A

N/A

N/A N/A

N/A N/A

N/A N/A

N/A N/A

N/A

N/A N/A

N/A N/A

N/A N/A

N/A N/A

N/A N/A

N/A N/A

N/A N/A

116 CAT 600-6


Table 65: Spring Isolators (for 60Hz Units with optional VFD and Copper Fin Condensers)

UNIT SIZE# OF


M11 M12

332620800 332620800 332620800 332620800 332620800 332620800 332620800 332620800


332620800 332620800 332620800 332620800 332620800 332620800 332620800 332620800


332620800 332620800 332620800 332620800 332620800 332620800 332620800 332620800


332620800 332620800 332620800 332620800 332620800 332620800 332620800 332620800


332620800 332620800 332620800 332620800 332620800 332620800 332620500 332620500 332620500 332620500


332620800 332620800 332620800 332620800 332620800 332620800 332620500 332620500 332620500 332620500


332620800 332620800 332620800 332620800 332620800 332620800 332620800 332620800 332620800 332620800


332620800 332620800 332620800 332620800 332620800 332620800 332620800 332620800 332620800 332620800


332620800 332620800 332620800 332620800 332620800 332620800 332620800 332620800 332620800 332620800


332620800 332620800 332620800 332620800 332620800 332620800 332620800 332620800 332620800 332620800


332620800 332620800 332620800 332620800 332620800 332620800 332620800 332620800 332620800 332620800


332620800 332620800 332620800 332620800 332620800 332620800 332620800 332620800 332620800 332620800 332620600 332620600


332620800 332620800 332620800 332620800 332620800 332620800 332620800 332620800 332620800 332620800 332620600 332620600


332620800 332620800 332620800 332620800 332620800 332620800 332620800 332620800 332620800 332620800 332620800 332620800


332620900 332620900 332620900 332620900 332620900 332620900 332620800 332620800 332620800 332620800 332620800 332620800


332620900 332620900 332620900 332620900 332620900 332620900 332620800 332620800 332620800 332620800 332620800 332620800


332620800 332620800 332620800 332620800 332620800 332620800 332620800 332620800 332620800 332620800


332620800 332620800 332620800 332620800 332620800 332620800 332620800 332620800 332620800 332620800


332620800 332620800 332620800 332620800 332620800 332620800 332620800 332620800 332620800 332620800


332620800 332620800 332620800 332620800 332620800 332620800 332620800 332620800 332620800 332620800


332620800 332620800 332620800 332620800 332620800 332620800 332620800 332620800 332620800 332620800


332620800 332620800 332620800 332620800 332620800 332620800 332620800 332620800 332620800 332620800


332620800 332620800 332620800 332620800 332620800 332620800 332620800 332620800 332620800 332620800 332620600 332620600


AWS250BDH *VFD*

AWS280BDH *VFD*

332320822

16 332320824

AWS300BDH *VFD*

AWS330BDH *VFD*

AWS210BDH *VFD*

AWS230BDH *VFD*

16 332320824

20 332320824

AWS400BDP *VFD* 24 332320825

14

12 332320821

14

AWS365BDP *VFD* 22 332320824

332320822

20 332320824

22

332320824

AWS330BDP *VFD* 20 332320824

332320824

18

AWS310BDP *VFD* 20

AWS290BDP *VFD*

AWS265BDP *VFD*

AWS500BTH *VFD*

AWS240BDP *VFD* 16

AWS530BTH *VFD* 30

28

AWS475BTH *VFD*

12

10

12

24

AWS390BDH *VFD*

AWS410BDH *VFD*

AWS350BDH *VFD*

AWS170BDS *VFD* 332320821

AWS190BDS *VFD* 332320821

AWS200BDS *VFD* 332320821

AWS450BTH *VFD* 24 332320825

18 332320824

26 332320826

332320827

332320825

332320824

332320824

332320827

N/A

N/A

N/A N/A

N/A N/A

N/A N/A

N/A N/A

N/A N/A

N/A N/A

N/A N/A

N/A N/A

N/A N/A

N/A N/A

N/A N/A

N/A N/A

N/A N/A

N/A N/A

N/A N/A

N/A N/A

N/A

N/A N/A

N/A

N/A N/A

N/A N/A

CAT 600-6 117


Table 66: RIS Isolators (for 60Hz Units with optional VFD and Aluminum Fin Condensers)

UNIT SIZE# OF


M11 M12

331481402 331481402 331481402 331481402 331481402 331481402 331481402 331481402

Red Red Red Red Red Red Red Red

331481402 331481402 331481402 331481402 331481402 331481402 331481402 331481402


331481402 331481402 331481402 331481402 331481402 331481402 331481402 331481402


331481402 331481402 331481402 331481402 331481402 331481402 331481402 331481402


331481402 331481402 331481402 331481402 331481402 331481402 331481402 331481402 331481402 331481402

Red Red Red Red Red Red Red Red Red Red

331481402 331481402 331481402 331481402 331481402 331481402 331481402 331481402 331481402 331481402


331481402 331481402 331481402 331481402 331481402 331481402 331481402 331481402 331481402 331481402


331481402 331481402 331481402 331481402 331481402 331481402 331481402 331481402 331481402 331481402


331481403 331481403 331481403 331481403 331481403 331481403 331481403 331481403 331481403 331481403

Green Green Green Green Green Green Green Green Green Green

331481403 331481403 331481403 331481403 331481403 331481403 331481403 331481403 331481403 331481403


331481403 331481403 331481403 331481403 331481403 331481403 331481403 331481403 331481403 331481403


331481403 331481403 331481403 331481403 331481403 331481403 331481403 331481403 331481403 331481403 331481403 331481403

Green Green Green Green Green Green Green Green Green Green Green Green

331481403 331481403 331481403 331481403 331481403 331481403 331481403 331481403 331481403 331481403 331481403 331481403


331481403 331481403 331481403 331481403 331481403 331481403 331481403 331481403 331481403 331481403 331481403 331481403


331481403 331481403 331481403 331481403 331481403 331481403 331481403 331481403 331481403 331481403 331481403 331481403


331481404 331481404 331481404 331481404 331481403 331481403 331481403 331481403 331481403 331481403 331481403 331481403

Gray Gray Gray Gray Green Green Green Green Green Green Green Green

331481402 331481402 331481402 331481402 331481402 331481402 331481402 331481402 331481402 331481402


331481403 331481403 331481403 331481403 331481403 331481403 331481403 331481403 331481403 331481403


331481403 331481403 331481403 331481403 331481403 331481403 331481403 331481403 331481403 331481403


331481403 331481403 331481403 331481403 331481403 331481403 331481403 331481403 331481403 331481403


331481403 331481403 331481403 331481403 331481403 331481403 331481403 331481403 331481403 331481403


331481403 331481403 331481403 331481403 331481403 331481403 331481403 331481403 331481403 331481403


331481403 331481403 331481403 331481403 331481403 331481403 331481403 331481403 331481403 331481403 331481403 331481403


AWS530BTH *VFD* 30 332325825

AWS240BDP *VFD* 16 332325822

AWS475BTH *VFD* 26 332325824

AWS500BTH *VFD* 28 332325824

AWS410BDH *VFD* 24 332325824

AWS450BTH *VFD* 24 332325824

AWS390BDH *VFD* 22 332325823

AWS350BDH *VFD* 20 332325823

AWS330BDH *VFD* 20 332325823

AWS280BDH *VFD* 16 332325822

AWS300BDH *VFD* 16 332325822

AWS230BDH *VFD* 14 332325822

AWS250BDH *VFD* 14 332325822

AWS210BDH *VFD* 12 332325821

18

AWS170BDS *VFD*

AWS310BDP *VFD* 20 332325823

332325823

AWS290BDP *VFD* 18 332325823

AWS265BDP *VFD*

AWS330BDP *VFD* 20 332325823

AWS365BDP *VFD* 22 332325823

AWS400BDP *VFD* 24 332325824

10 332325821

AWS190BDS *VFD* 12

AWS200BDS *VFD* 12

332325821

332325821

N/A N/A

N/A N/A

N/A N/A

N/A N/A

N/A N/A

N/A N/A

N/A N/A

N/A N/A

N/A N/A

N/A N/A

N/A N/A

N/A N/A

N/A N/A

N/A N/A

N/A N/A

N/A N/A

N/A N/A

N/A N/A

N/A N/A

N/A N/A

N/A N/A

118 CAT 600-6


Table 67: RIS Isolators (for 60Hz Units with optional VFD and Copper Fin Condensers)

UNIT SIZE# OF


M11 M12

331481403 331481403 331481403 331481403 331481403 331481403 331481403 331481403

Green Green Green Green Green Green Green Green

331481403 331481403 331481403 331481403 331481403 331481403 331481403 331481403


331481403 331481403 331481403 331481403 331481403 331481403 331481403 331481403


331481403 331481403 331481403 331481403 331481403 331481403 331481403 331481403


331481403 331481403 331481403 331481403 331481403 331481403 331481403 331481403 331481403 331481403


331481403 331481403 331481403 331481403 331481403 331481403 331481403 331481403 331481403 331481403


331481403 331481403 331481403 331481403 331481403 331481403 331481403 331481403 331481403 331481403


331481403 331481403 331481403 331481403 331481403 331481403 331481403 331481403 331481403 331481403


331481403 331481403 331481403 331481403 331481403 331481403 331481403 331481403 331481403 331481403


331481403 331481403 331481403 331481403 331481403 331481403 331481403 331481403 331481403 331481403


331481403 331481403 331481403 331481403 331481403 331481403 331481403 331481403 331481403 331481403


331481403 331481403 331481403 331481403 331481403 331481403 331481403 331481403 331481403 331481403 331481403 331481403


331481403 331481403 331481403 331481403 331481403 331481403 331481403 331481403 331481403 331481403 331481403 331481403


331481403 331481403 331481403 331481403 331481403 331481403 331481403 331481403 331481403 331481403 331481403 331481403


331481404 331481404 331481404 331481404 331481404 331481404 331481403 331481403 331481403 331481403 331481403 331481403

Gray Gray Gray Gray Gray Gray Green Green Green Green Green Green

331481404 331481404 331481404 331481404 331481404 331481404 331481403 331481403 331481403 331481403 331481403 331481403

Gray Gray Gray Gray Gray Gray Green Green Green Green Green Green

331481403 331481403 331481403 331481403 331481403 331481403 331481403 331481403 331481403 331481403


331481403 331481403 331481403 331481403 331481403 331481403 331481403 331481403 331481403 331481403


331481403 331481403 331481403 331481403 331481403 331481403 331481403 331481403 331481403 331481403


331481403 331481403 331481403 331481403 331481403 331481403 331481403 331481403 331481403 331481403


331481403 331481403 331481403 331481403 331481403 331481403 331481403 331481403 331481403 331481403


331481403 331481403 331481403 331481403 331481403 331481403 331481403 331481403 331481403 331481403


331481403 331481403 331481403 331481403 331481403 331481403 331481403 331481403 331481403 331481403 331481403 331481403


AWS210BDH *VFD* 12 332325826

AWS170BDS *VFD* 10 332325826

AWS190BDS *VFD*

AWS230BDH *VFD* 14 332325823

AWS250BDH *VFD* 14 332325823

AWS280BDH *VFD* 16 332325823

AWS300BDH *VFD* 16 332325823

AWS330BDH *VFD* 20 332325823

AWS350BDH *VFD* 20 332325823

AWS390BDH *VFD* 22 332325823

AWS410BDH *VFD* 24 332325824

AWS450BTH *VFD* 24 332325824

AWS475BTH *VFD* 26 332325824

AWS500BTH *VFD* 28 332325827

332325827AWS530BTH *VFD* 30

AWS240BDP *VFD* 16 332325823

AWS310BDP *VFD* 20

AWS265BDP *VFD* 18 332325823

AWS290BDP *VFD* 18 332325823

332325823

AWS400BDP *VFD* 24 332325824

AWS330BDP *VFD* 20 332325823

AWS365BDP *VFD* 22 332325823

12 332325826

AWS200BDS *VFD* 12 332325826

N/A N/A

N/A N/A

N/A N/A

N/A N/A

N/A N/AN/A N/A

N/A N/A

N/A N/A

N/A N/A

N/A N/A

N/A N/A

N/A N/A

N/A N/A

N/A N/A

N/A N/A

N/A N/A

N/A N/A

N/A N/A

N/A N/A

N/A N/A

N/A N/A

CAT 600-6 119

Sound DataSound Data

Sound levels can be as important as unit cost and efficiency, and must be addressed before the start of any project design.

The Daikin McQuay Pathfinder chiller is engineered for quiet operation with aerodynamically designed fan blades, low speed motors and inherently quiet single screw compressors.

Standards

AHRI Has established standards to provide uniform methods for the determination of the sound levels of equipment. For large air-cooled chillers, it is AHRI Standard 370, Sound Ratings of Large Outdoor Refrigeration and Air-Conditioning Equipment. Data contained in this section are in accordance with this standard.

Background Information

Sound is a vibration in an elastic medium and is essentially a pressure and particle displacement phenomenon. A vibrating body produces compression waves and as the waves are emitted from the vibrating body, molecules are ultimately compressed. These values are transmitted through gases, liquids or solids-anything that is elastic or viscous.

The sound data provided in this section is presented with both sound pressure and sound power levels.

Sound Power Levels

Sound power is the total sound energy radiated by a source per unit of time integrated over the surface through which the sound is radiated. Sound power is a calculated quantity and cannot be measured directly like sound pressure. Sound power is not dependent on the surrounding environment or distance from the source. Sound measurements are taken over a prescribed area around the unit and the data is mathematically calculated to give the sound power in dB.

Sound Pressure Levels - Full Load

All sound pressure tables give the “A” weighted sound pressure levels (including individual octave bands), which are considered typical of what can be measured in a hemispherical field with a hand-held sound meter in the absence of any nearby reflective surfaces, other than the ground itself. The sound pressures is measured at 30 feet from the side of the unit, at 100% unit load, no reflecting walls (Q=2), and AHRI conditions; 95°F (35°C) ambient air temperature and 54/44°F (12.22/6.67°C) chilled water temperatures.

Sound pressure varies with the distance from the source and is dependent on its surroundings. For example, a brick wall located 10 feet from a unit (two reflecting surfaces, the roof and the wall) will affect the sound pressure measurements differently than a unit mounted on a roof with only one reflecting surface (the roof). Sound pressure is measured in decibels (dB), which is a dimensionless ratio (on a logarithmic scale) between measured sound pressure and a reference sound pressure level.

One-third Octave Band Sound Levels

The A-weighted sound rating method is good for evaluating the overall average sound levels, but does not adequately address the problem of “pure tones” in compressor sound levels. These dB spikes are much more objectionable to the listener than similar levels of broadband noise. AHRI standard 370 provides a method to evaluate these pure tones, and penalizes the sound ratings of compressors displaying these tonal spikes. The McQuay AWS chiller has been engineered for quiet operation, and the full one-third octave band spectrum is included in the following pages to allow for effective comparison with other units.

For more information on pure tones, see also:

• AHRI Standard 370 (2001)

• ASHRAE Fundamentals Handbook, chapter 7

• Addressing Noise Problems in Screw Chillers, ASHRAE Journal Article (June 1999)

Acoustic Analyzer Program

The McQuay Acoustic Analyzer program is a tool that has been developed to assist the designer in determining sound levels in specific installations using actual equipment sound ratings. It is available through your local McQuay sales office.

Sound Reduction Due to Distance from Unit

The distance between a source of sound and the location of the sound measurement plays an important role in minimizing sound problems. The equation below can be used to calculate the sound pressure level at any distance if the sound power is known. Results for typical distances are tabulated in Table 68. Another way of determining the effect of distance is to work from sound pressure only. “Q”, the directionality factor, is a dimensionless number that compensates for the type of sound reflection from the source. For example, a unit sitting on a flat roof or ground with no other reflective surfaces or attenuation due to grass, snow, etc., between source and receiver: Q=2.

Sound pressure can be calculated at any distance from the unit if the sound power is known.

Lp=Lw-(20 log r) + (10 log Q) -.5

Lp = sound pressure

r = distance from unit in feet

Lw = sound power

Q = directionality factor

Uniform Spherical RadiationQ=1 no reflecting sur face

Uniform Hemispherica l RadiationQ=2 single reflecting sur face

Uniform Radiation over ¼ of sphereQ=4 two reflecting surfaces

120 CAT 600-6

Sound Data

With Q=1, Unit suspended in space (theoretical condition), the equation simplifies to:

Lp = Lw – (20)(log r) –0.5

With Q=2, for a unit sitting on a flat roof or ground with no adjacent vertical wall as a reflective surface, the equation simplifies to:

Lp = Lw – (20)(log r) + 2.5

With Q=4 for a unit sitting on a flat roof or ground with one adjacent vertical wall as a reflective surface, the equation simplifies to:

Lp = Lw – (20)(log r) + 5.5

The equations are reduced to table form in Table 68 for various distances and the two most usual cases of “Q” type of location.

Sound Isolation

The low sound level for the Pathfinder chiller satisfies most customer requirements. However, there can be applications where even lower sound levels are necessary. The most effective isolation method is to locate the unit away from sound sensitive areas. Avoid locations beneath windows or between structures where normal-operating sounds can be objectionable. Isolating water lines, electrical conduit and the unit itself can reduce structurally transmitted sound. Wall sleeves and rubber isolated piping hangers can be used to reduce transmission of water or pump noise into occupied spaces, and flexible electrical connections can be used to isolate sound through electrical conduit. Spring isolators are effective in reducing the low amplitude sound generated by screw compressors and can be used for unit isolation in sound sensitive areas.

Sound Pressure Levels, Low Ambient Operation

Unit operation at a lower ambient temperature than 95°F (35C) will also result in lower sound pressure levels. The sound pressure level will decrease approximately 1 dBA for ambient air temperatures between 85F and 94F (29.4C and 34.4C), approximately 2 dBA for ambient air temperatures between 75F and 84F (23.9C and 28.9C), and

approximately 3 dBA for ambient air temperatures between 65F and 74F (18.3C and 23.3).

Sound Pressure Levels, Multiple Units

Multiple air-cooled unit installations will have a higher sound level than a single unit. Two units will have approximately 3 dB higher sound level of one unit, four units will be approximately 6 dB louder, and eight units approximately 9 dB louder than one unit.

Sound Control

Walls adjacent to a unit 20 feet (6 meters) or less will reflect the unit sound outwards, increasing the sound pressure on the side away from the wall. This sound increase could be as high as 3 dB for one wall and as high as 6 dB for a corner location. Unit orientation and/ or distance as noted above will decrease sound levels.

Sound levels can also be controlled by the installation of barrier walls. To be effective as sound blockers, walls must be solid with no open penetrations. Sound tends to leak out of openings. Block walls with filler material and slots on the side facing the unit are especially effective. The wall should be about 10 feet (3 meters) high or 2 feet (0.6 meters) higher than the unit and located at least 10 feet (3 meters) away so as not to affect unit performance. A three-sided enclosure will be the most effective solution and will reduce sound levels by about 10 dB. Remember that the wall will increase the sound level on the side opposite it by 3 to 6 dB (one or three-sided wall).

Note: The effect of adjacent walls on air recirculation and restriction must always be considered when using sound barrier walls.

Table 68: dB Conversion of Sound Power to Pressure for Distance

Distance from Sound Source

dB Reduction from Sound Power at the Source to Sound Pressure at Referenced

Distance

M (FT) Q=2 Q=4

9 (30) 26.3 23.8

15 (50) 30.7 27.7

23 (75) 34.3 31.2

30 (100) 36.7 33.7

46 (150) 40.3 37.3

61 (200) 42.8 39.8

91 (300) 46.3 43.3

CAT 600-6 121

Sound Data

Table 69: A-Weighted Sound Power without Sound Enclosures (non-VFD)

AWS190BDS 84 86 89 88 84 79 70 61 94 93 91 90

AWS210BDS 85 87 89 89 85 80 70 61 94 93 92 91

AWS225BDS 85 87 89 89 85 80 70 61 94 93 92 91

AWS250BDS 85 87 90 89 85 81 71 62 95 94 93 91

AWS260BDS 85 87 90 89 85 81 71 62 95 94 93 91

AWS290BDS 86 88 91 90 86 81 72 62 95 95 94 92

AWS310BDS 86 88 91 90 86 81 72 62 95 95 94 92

AWS350BDS 87 89 92 91 87 82 73 63 96 96 95 93

AWS375BDS 87 89 92 91 87 82 73 63 96 96 95 93

AWS400BDS 88 90 93 92 88 84 74 65 98 97 96 95

AWS425BDS 88 90 93 92 88 84 74 65 98 97 96 95

AWS450BDS 89 91 94 93 89 84 75 65 99 98 97 95

AWS470BDS 89 91 94 93 89 84 75 65 99 98 97 95

AWS500BDS 89 91 94 93 89 85 75 66 99 98 97 96

AWS525BDS 89 92 94 94 89 85 75 66 99 98 97 96

AWS550BDS 90 92 95 94 90 85 76 67 100 99 98 96

AWS210BDH 85 86 92 89 86 80 70 61 96 95 93 91

AWS230BDH 86 86 93 90 87 80 71 61 96 95 94 92

AWS250BDH 86 86 93 90 87 80 71 61 96 95 94 92

AWS280BDH 86 87 93 90 88 81 72 62 97 96 95 93

AWS300BDH 86 87 93 90 88 81 72 62 97 96 95 93

AWS330BDH 87 88 94 91 88 82 72 63 98 97 96 94

AWS350BDH 87 88 94 91 88 82 72 63 98 97 96 94

AWS390BDH 88 88 95 91 89 82 73 63 98 97 96 95

AWS410BDH 88 89 95 92 89 82 73 63 99 98 97 95

AWS450BTH 90 90 96 93 91 84 75 65 100 99 98 96

AWS475BTH 90 90 97 93 91 84 75 65 100 99 98 96

AWS500BTH 90 91 97 94 91 85 75 66 101 100 98 97

AWS530BTH 91 91 97 94 92 85 76 66 101 100 99 97

AWS240BDP 86 87 93 90 88 81 72 62 97 96 95 93

AWS265BDP 87 87 94 90 88 81 72 62 97 96 95 93

AWS290BDP 87 87 94 90 88 81 72 62 97 96 95 93

AWS310BDP 87 88 94 91 88 82 72 63 98 97 96 94

AWS330BDP 87 88 94 91 88 82 72 63 98 97 96 94

AWS365BDP 88 88 95 91 89 82 73 63 98 97 96 95

AWS400BDP 88 89 95 92 89 82 73 63 99 98 97 95

25% Load 8000 Hz 100% Load 75% Load 50% Load 500 Hz 1000 Hz 2000 Hz 4000 HzMODEL 63 Hz 125 Hz 250 Hz

122 CAT 600-6

Sound Data

Table 70: A-Weighted Sound Pressure without Sound Enclosures (non-VFD)

AWS190BDS 55 57 60 59 55 50 41 31 65 63 65 64 62 60

AWS210BDS 55 57 60 59 55 51 41 32 66 63 66 64 63 61

AWS225BDS 55 57 60 59 55 51 41 32 66 63 66 64 63 61

AWS250BDS 56 58 61 60 56 51 42 32 66 64 66 65 63 62

AWS260BDS 56 58 61 60 56 51 42 32 66 64 66 65 63 62

AWS290BDS 56 58 61 60 56 51 42 33 67 64 67 65 64 62

AWS310BDS 56 58 61 60 56 51 42 33 67 64 67 65 64 62

AWS350BDS 57 59 62 61 57 52 43 33 67 65 67 66 65 63

AWS375BDS 57 59 62 61 57 52 43 33 67 65 67 66 65 63

AWS400BDS 58 60 63 62 58 54 44 35 69 66 69 67 66 65

AWS425BDS 58 60 63 62 58 54 44 35 69 66 69 67 66 65

AWS450BDS 59 61 63 63 59 54 44 35 69 67 69 68 66 65

AWS470BDS 59 61 63 63 59 54 44 35 69 67 69 68 66 65

AWS500BDS 59 61 64 63 59 54 45 36 70 67 70 68 67 65

AWS525BDS 59 61 64 63 59 54 45 36 70 67 70 68 67 66

AWS550BDS 59 61 64 63 59 55 45 36 70 67 70 68 67 66

AWS210BDH 56 57 63 60 57 50 41 31 68 62 67 65 64 62

AWS230BDH 56 57 63 60 58 51 42 32 68 62 67 66 65 63

AWS250BDH 56 57 63 60 58 51 42 32 68 62 67 66 65 63

AWS280BDH 57 57 64 60 58 51 42 32 69 62 68 66 65 63

AWS300BDH 57 57 64 60 58 51 42 32 69 62 68 66 65 63

AWS330BDH 57 58 64 61 59 52 43 33 69 63 68 67 66 64

AWS350BDH 57 58 64 61 59 52 43 33 69 63 68 67 66 64

AWS390BDH 58 58 65 61 59 52 43 33 70 63 68 67 66 65

AWS410BDH 58 59 65 62 59 52 43 33 70 63 69 67 66 65

AWS450BTH 59 60 66 63 60 54 44 35 71 65 70 69 67 66

AWS475BTH 60 60 66 63 61 54 45 35 72 65 70 69 68 66

AWS500BTH 60 60 67 63 61 54 45 35 72 65 71 69 68 66

AWS530BTH 60 60 67 64 61 54 45 35 72 65 71 69 68 67

AWS240BDP 57 57 64 60 58 51 42 32 69 62 68 66 65 63

AWS265BDP 57 58 64 61 58 51 42 32 69 63 68 67 65 64

AWS290BDP 57 58 64 61 58 51 42 32 69 63 68 67 65 64

AWS310BDP 57 58 64 61 59 52 43 33 69 63 68 67 66 64

AWS330BDP 57 58 64 61 59 52 43 33 69 63 68 67 66 64

AWS365BDP 58 58 65 61 59 52 43 33 70 63 68 67 66 65

AWS400BDP 58 59 65 62 59 52 43 33 70 63 69 67 66 65

MODEL 63 Hz 125 Hz 250 Hz 500 Hz 1000 Hz 2000 Hz 4000 Hz 8000 Hz 100% (Side)

100% Oppo site

C o ntro l B o x

100% C o ntro l B o x

End 75% Lo ad 50% Lo ad 25% Lo ad

CAT 600-6 123

Sound Data

Table 71: A-weighted Sound Power with Sound Enclosures (non-VFD)

AWS190BDS 84 85 87 85 82 78 68 60 92 91 90 88

AWS210BDS 85 86 88 86 83 78 69 61 93 92 91 89

AWS225BDS 85 86 88 86 83 78 69 61 93 92 91 89

AWS250BDS 85 86 88 86 83 79 69 61 93 93 91 90

AWS260BDS 85 86 88 86 83 79 69 61 93 93 91 90

AWS290BDS 86 87 89 87 84 79 70 62 94 93 92 91

AWS310BDS 86 87 89 87 84 79 70 62 94 93 92 91

AWS350BDS 87 88 90 88 85 80 71 63 95 94 93 92

AWS375BDS 87 88 90 88 85 80 71 63 95 94 93 92

AWS400BDS 88 89 91 89 86 82 72 64 96 95 94 93

AWS425BDS 88 89 91 89 86 82 72 64 96 95 94 93

AWS450BDS 89 90 92 90 87 82 73 64 97 96 95 93

AWS470BDS 89 90 92 90 87 82 73 64 97 96 95 93

AWS500BDS 89 90 92 90 87 82 73 65 97 96 95 94

AWS525BDS 89 90 92 90 87 83 73 65 97 97 96 94

AWS550BDS 90 91 93 91 88 83 74 65 98 97 96 95

AWS210BDH 86 85 91 86 85 78 69 60 94 93 92 90

AWS230BDH 86 86 91 87 85 79 69 61 95 94 92 91

AWS250BDH 86 86 91 87 85 79 69 61 95 94 92 91

AWS280BDH 87 86 92 87 86 79 70 61 95 94 93 91

AWS300BDH 87 86 92 87 86 79 70 61 95 94 93 91

AWS330BDH 88 87 92 88 87 80 71 62 96 95 94 92

AWS350BDH 88 87 92 88 87 80 71 62 96 95 94 92

AWS390BDH 88 88 93 89 87 80 71 62 97 96 95 93

AWS410BDH 88 88 93 89 88 81 72 63 97 96 95 94

AWS450BTH 90 89 94 90 89 82 73 64 98 97 96 94

AWS475BTH 90 89 95 90 89 82 73 64 98 97 96 95

AWS500BTH 90 90 95 91 89 83 73 65 99 98 97 95

AWS530BTH 91 90 95 91 90 83 74 65 99 98 97 95

AWS240BDP 87 86 92 87 86 79 70 61 95 94 93 91

AWS265BDP 87 87 92 88 86 80 70 62 96 95 94 92

AWS290BDP 87 87 92 88 86 80 70 62 96 95 94 92

AWS310BDP 88 87 92 88 87 80 71 62 96 95 94 92

AWS330BDP 88 87 92 88 87 80 71 62 96 95 94 92

AWS365BDP 88 88 93 89 87 80 71 62 97 96 95 93

AWS400BDP 88 88 93 89 88 81 72 63 97 96 95 94

25% Load 8000 Hz 100% Load 75% Load 50% Load 500 Hz 1000 Hz 2000 Hz 4000 HzMODEL 63 Hz 125 Hz 250 Hz

124 CAT 600-6

Sound Data

Table 72: A-weighted Sound Pressure with Sound Enclosures (non-VFD)

AWS190BDS 55 56 57 56 53 48 38 30 63 61 63 62 60 58

AWS210BDS 55 56 58 56 53 48 39 31 64 61 64 62 61 59

AWS225BDS 55 56 58 56 53 48 39 31 64 61 64 62 61 59

AWS250BDS 55 57 58 57 53 49 39 31 64 62 64 63 61 60

AWS260BDS 55 57 58 57 53 49 39 31 64 62 64 63 61 60

AWS290BDS 56 57 59 57 54 49 40 32 65 62 65 63 62 60

AWS310BDS 56 57 59 57 54 49 40 32 65 62 65 63 62 60

AWS350BDS 57 58 59 58 55 50 40 32 65 63 65 64 63 61

AWS375BDS 57 58 59 58 55 50 40 32 65 63 65 64 63 61

AWS400BDS 58 60 61 60 56 52 42 34 67 65 67 66 64 63

AWS425BDS 58 60 61 60 56 52 42 34 67 65 67 66 64 63

AWS450BDS 59 60 62 60 57 52 43 34 68 65 68 66 65 63

AWS470BDS 59 60 62 60 57 52 43 34 68 65 68 66 65 63

AWS500BDS 59 60 62 60 57 52 43 35 68 65 68 66 65 64

AWS525BDS 59 60 62 60 57 53 43 35 68 65 68 66 65 64

AWS550BDS 59 60 62 60 57 53 43 35 68 66 68 67 66 64

AWS210BDH 56 55 61 56 55 48 39 30 66 59 65 63 62 60

AWS230BDH 56 56 61 57 55 49 39 30 66 60 65 64 62 61

AWS250BDH 56 56 61 57 55 49 39 30 66 60 65 64 62 61

AWS280BDH 57 56 61 57 56 49 40 31 67 60 65 64 63 61

AWS300BDH 57 56 61 57 56 49 40 31 67 60 65 64 63 61

AWS330BDH 57 57 62 58 56 49 40 31 67 61 66 65 64 62

AWS350BDH 57 57 62 58 56 49 40 31 67 61 66 65 64 62

AWS390BDH 57 57 62 58 57 50 41 32 68 61 66 65 64 62

AWS410BDH 58 57 63 58 57 50 41 32 68 61 67 65 64 63

AWS450BTH 59 59 64 60 58 52 42 34 70 63 68 67 66 64

AWS475BTH 60 59 64 60 59 52 43 34 70 63 69 67 66 64

AWS500BTH 60 59 65 60 59 52 43 34 70 63 69 67 66 65

AWS530BTH 60 60 65 61 59 52 43 34 70 63 69 68 66 65

AWS240BDP 57 56 61 57 56 49 40 31 67 60 65 64 63 61

AWS265BDP 57 56 62 57 56 49 40 31 67 60 66 64 63 62

AWS290BDP 57 56 62 57 56 49 40 31 67 60 66 64 63 62

AWS310BDP 57 57 62 58 56 49 40 31 67 61 66 65 64 62

AWS330BDP 57 57 62 58 56 49 40 31 67 61 66 65 64 62

AWS365BDP 57 57 62 58 57 50 41 32 68 61 66 65 64 62

AWS400BDP 58 57 63 58 57 50 41 32 68 61 67 65 64 63

50% Lo ad 25% Lo ad100%

(Side)

100% Oppo site

C o ntro l B o x

100% C o ntro l B o x

End 75% Lo ad MODEL 63 Hz 125 Hz 250 Hz 500 Hz 1000 Hz 2000 Hz 4000 Hz 8000 Hz

CAT 600-6 125

Sound Data (VFD)Sound Data (VFD)

Table 73: Sound Power without sound enclosures (VFD models)

Table 74: Sound Pressure without sound enclosures (VFD models)

63 Hz 125 Hz 250 Hz 500 Hz 1000 Hz 2000 Hz 4000 Hz 8000 Hz

AWS170BDS VFD 75 76 83 88 89 83 79 70 93 90 89 88

AWS190BDS VFD 76 77 84 88 90 84 80 70 94 91 90 89

AWS200BDS VFD 76 77 84 88 90 84 80 70 94 91 90 89

AWS210BDH VFD 79 80 87 91 93 87 83 74 96 93 91 90

AWS230BDH VFD 79 81 87 92 94 87 83 74 96 94 92 91

AWS250BDH VFD 79 81 87 92 94 87 83 74 96 94 92 91

AWS280BDH VFD 80 81 88 92 94 88 84 75 97 94 92 91

AWS300BDH VFD 80 81 88 92 94 88 84 75 97 94 92 91

AWS330BDH VFD 80 82 88 93 95 89 84 75 98 95 93 92

AWS350BDH VFD 80 82 88 93 95 89 84 75 98 95 93 92

AWS390BDH VFD 81 82 89 93 95 89 85 76 98 95 94 93

AWS410BTH VFD 81 82 89 94 95 89 85 76 99 96 94 93

AWS450BTH VFD 83 84 91 95 97 91 87 78 100 97 95 94

AWS475BTH VFD 83 84 91 96 97 91 87 78 100 98 96 95

AWS500BTH VFD 83 85 91 96 98 92 87 78 101 98 96 95

AWS530BTH VFD 84 85 92 96 98 92 88 78 101 98 96 95

AWS240BDP VFD 80 81 88 92 94 88 84 75 97 94 92 91

AWS265BDP VFD 80 81 88 93 94 88 84 75 97 95 93 92

AWS290BDP VFD 80 81 88 93 94 88 84 75 97 95 93 92

AWS310BDP VFD 80 82 88 93 95 89 84 75 98 95 93 92

AWS330BDP VFD 80 82 88 93 95 89 84 75 98 95 93 92

AWS365BDP VFD 81 82 89 93 95 89 85 76 98 95 94 93

AWS400BDP VFD 81 82 89 94 95 89 85 76 99 96 94 93

25% LoadModel 75% Load 50% LoadOctave Band & Center Frequency

100% Load

63 Hz 125 Hz 250 Hz 500 Hz 1000 Hz 2000 Hz 4000 Hz 8000 Hz

AWS170BDS VFD 46 47 54 58 60 54 50 41 62 61 60 59 64

AWS190BDS VFD 46 48 54 59 61 54 50 41 63 62 60 60 64

AWS200BDS VFD 46 48 54 59 61 54 50 41 63 62 60 60 64

AWS210BDH VFD 49 51 58 62 64 58 53 44 66 64 62 61 67

AWS230BDH VFD 50 51 58 62 64 58 54 45 66 64 62 61 68

AWS250BDH VFD 50 51 58 62 64 58 54 45 66 64 62 61 68

AWS280BDH VFD 50 51 58 63 64 58 54 45 66 65 63 62 68

AWS300BDH VFD 50 51 58 63 64 58 54 45 66 65 63 62 68

AWS330BDH VFD 51 52 59 63 65 59 55 45 67 65 63 62 68

AWS350BDH VFD 51 52 59 63 65 59 55 45 67 65 63 62 68

AWS390BDH VFD 51 52 59 63 65 59 55 46 67 65 64 63 69

AWS410BTH VFD 51 52 59 64 65 59 55 46 67 66 64 63 69

AWS450BTH VFD 53 54 61 65 67 61 57 47 69 67 65 64 70

AWS475BTH VFD 53 54 61 65 67 61 57 48 69 67 65 64 71

AWS500BTH VFD 53 54 61 66 67 61 57 48 69 67 66 65 71

AWS530BTH VFD 53 54 61 66 67 61 57 48 69 68 66 65 71

AWS240BDP VFD 50 51 58 63 64 58 54 45 66 65 63 62 68

AWS265BDP VFD 50 52 58 63 65 59 54 45 67 65 63 62 68

AWS290BDP VFD 50 52 58 63 65 59 54 45 67 65 63 62 68

AWS310BDP VFD 51 52 59 63 65 59 55 45 67 65 63 62 68

AWS330BDP VFD 51 52 59 63 65 59 55 45 67 65 63 62 68

AWS365BDP VFD 51 52 59 63 65 59 55 46 67 65 64 63 69

AWS400BDP VFD 51 52 59 64 65 59 55 46 67 66 64 63 69

25% Load75% LoadOpposite End

100% LoadModel

Octave Band & Center FrequencyControl Box

End 100% Load50% Load

126 CAT 600-6

Electrical DataElectrical Data

Field WiringWiring must comply with all applicable codes and ordinances. Warranty does not cover damage to the equipment caused by wiring not complying with specifications. Pathfinder chillers can be ordered with main power wiring for either multi-point power connection (standard) or single-point connection (optional). If the optional single-point power connection is ordered, a single power connection is made to a power block (or optional disconnect switch) in the unit power panel. A separate disconnect is required if the optional factory-mounted disconnect is not ordered. Factory-mounted isolation circuit breakers for each circuit are included as standard on all single-point connection options.

If the standard multiple-point power wiring is ordered, two power connections are required on Pathfinder chiller models AWS###BDS or three power connections on AWS###BTS. They are made to factory-mounted disconnect switches in the power panel. See the dimension drawings beginning on page 67 for entry locations.

An open indicates a short, ground, or overload. Before replacing a fuse or restarting a compressor or fan motor, the trouble must be found and corrected.Copper wire is required for all power lead terminations at the unit, and copper must be used for all other wiring to the unit.

It can be desirable to have the unit evaporator heaters on a separate disconnect switch from the main unit power supply so that the unit power can be shut down without defeating the freeze protection provided by the evaporator heaters. See the field wiring diagram on page 127 for connection details. The 120-volt control transformer is factory mounted and wired. .

Electrical Data Notes

1 Explanation of field wiring designation:

Note: NOTE: Wire size shown is for illustrative purposes only.2 Allowable voltage limits:• Unit nameplate 460V/60Hz/3Ph: 414V to 506V • Unit nameplate 575V/60Hz/3Ph: 517V to 633V

3 Unit wire size ampacity (MCA) is equal to 125% of the largest compressor-motor RLA plus 100% of RLA of all other loads in the circuit including control transformer. Wire size ampacity for separate 115V control circuit power is 15 amps.

4 Units marked with (*) - These units require the use of a 100% rated disconnect; therefore, wire will be sized per 75ºC NEC ratings, however 90ºC wire must be used.

5 Compressor RLA values are for wire sizing purposes only, but do reflect normal operating current draw at unit rated capacity.

6 Single-point power supply requires a single disconnect to supply electrical power to the unit. Power must be fused.

7 Multiple point power supply requires a independent power supply for each circuit.

8 All field wiring to unit power block or optional nonfused disconnect switch must be copper.

9 Field wire size values given in tables apply to 75°C rated wire per NEC.

10 External disconnect switch(s) or HACR breakers must be field supplied. On single-point power units, a non-fused disconnect switch in the panel is an available option.

11 All wiring must be done in accordance with applicable local and national codes.

12 Recommended time delay fuse size is equal to 170% of the largest compressor motor RLA plus 100% of remaining compressor RLAs and the sum of condenser fan FLAs.

13 Maximum time delay fuse size or HACR breakers is equal to 225% of the largest compressor-motor RLA plus 100% of remaining compressor RLAs and the sum of condenser fan FLAs.

14 Power Limitations:• Voltage within 10 percent of nameplate rating.• Voltage unbalance not to exceed 2% with a resultant cur-

rent unbalance of 6 to 10 times the voltage unbalance per NEMA MG-1, 1998 Standard.

15 Circuit Breakers (Non-Compressor VFD Units)• The circuit breaker used in the High Short Circuit panel

option may have a higher trip rating than the unit Maxi-mum Overload Protection (MOP) value shown on the unit nameplate. The circuit breaker is installed as a ser-vice disconnect switch and does not function as branch circuit protection, mainly that the protection device must be installed at the point of origin of the power wiring. The breaker (disconnect switch) is oversized to avoid nuisance trips at high ambient temperature conditions.

16 BAS Interface• The following installation manuals for optional BAS

interface modules are shipped with the chiller. They can also be found and downloaded on www.mcquay.com under Product Information > Air cooled Chillers> Screw Type > Control Integration:

• IM 966, BACnet® IP Communication Module• IM 967, BACnet® IP Communication Module MS/TP• IM 968, Modbus® Communication Module• IM 969, LONWORKS Communication Module

CAUTION

If a separate disconnect is used for the 120V supply to the unit, it must power the entire control circuit. It must be clearly marked so that it is not accidentally shut off during freezing temperatures, thereby de-energizing the evaporator heaters. Freeze damage to the evaporator could result. If the evaporator is drained for winter freeze protection, the heaters must be de-energized to prevent heater burnout.

CAUTION

Pathfinder unit compressors are single-direction rotation compressors and can be damaged if rotated in the wrong direction. For this reason, proper phasing of electrical power is important. Electrical phasing must be A, B, C for electrical phases 1, 2 and 3 (A=L1, B=L2, C=L3) for single or multiple point wiring arrangements. The solid-state starters contain phase reversal protection. DO NOT ALTER THE WIRING TO THE STARTERS.

Designation Total Wires Total Conduits

350 MCM 3 1

2-250 MCM 6 1

(2) 250 MCM 6 2

(2) 2-300 MCM 12 2

CAT 600-6 127

Wiring DiagramWiring Diagram

Figure 80: Field Wiring Diagram

CIR

CU

IT B

RE

AK

ER

(BY

OTH

ER

S)

3 PH

ASE

POW

ERSO

UR

CE

PO

WE

R B

LOC

K O

RD

ISC

ON

NE

CT

SW

ITC

H

F120

F120

Q12

120

VAC

EA

RTH

GN

D

EVAP

. WAT

ERPU

MP

REL

AY

No.

1(B

Y O

THER

S)

CH

WR

1(B

Y O

THE

RS

)E

VA

P. W

ATE

R P

UM

P R

ELA

Y12

0VA

C @

.25A

MP

MA

X.

M5

MQ

EVAP

. WAT

ERPU

MP

REL

AY N

o. 2

(BY

OTH

ERS)

M5

MQ

CIR

CU

ITAL

ARM

No.

1

M5

MQ

CIR

CU

ITAL

ARM

No.

2

M5

CIR

CU

ITAL

ARM

No.

3

M5

MQ

FIEL

D W

IRIN

G

(BY

OTH

ER

S)12

0 V

AC

NO

PE

N Q

12 IF

SU

PP

LY IS

SE

PA

RA

TE 1

20 V

AC

SO

UR

CE

DIS

CO

NN

EC

T B

Y O

THE

RS

15A

(WH

T)F1

1623M

5

(BLK

/BLU

)8M5

MA

ND

ATO

RY

IF F

AC

TOR

Y F

LOW

SW

ITC

H O

PTI

ON

IS N

OT

SE

LEC

TED

CU

RR

ENT

LIM

ITEN

ABL

E

EXTE

RN

ALAL

ARM

5 9M5

M5

CE1

IF C

UR

RE

NT

LIM

IT IS

US

ED

, RE

MO

VE

LEA

D 4

04 B

ETW

EE

N M

5 TE

RM

INA

LS 5

& 9

.

EA

1

IF E

XTE

RN

AL

ALA

RM

IS U

SE

D, R

EM

OV

E

LEA

D 4

02 B

ETW

EE

N M

5 TE

RM

INA

LS 5

& 1

5.

+ -

M5

M5 5 15 M5

M5

35 36

4-20

mA

SETP

OIN

T O

VER

RID

E(B

Y O

THE

RS)

Q12

AUTO

MAT

ICC

IRC

UIT

BR

EAK

ER

F116

FLO

W S

WIT

CH

Con

tinue

dC

ontin

ued

+ -M

5

M5

38 37

4-20

mA

DEM

AND

LIM

IT(B

Y O

THE

RS)

28 17 49 17 60 17 73 54 17

T1

+ -M

5

M5

39 40

4-20

mA

UN

IT C

UR

REN

T(B

Y O

THE

RS)

120

VA

C

N

120

VA

C

N N

120

VA

C

120

VA

C

120

VA

C

N

NO

TE:A

LL F

IELD

WIR

ING

TO

BE

INS

TALL

ED

A

S N

EC

CLA

SS

1 W

IRIN

G S

YS

TEM

WIT

H

CO

ND

UC

TOR

RAT

ED 6

00 V

OLT

S

UN

IT A

LAR

M

M5

MQ

ALA

RM

RE

LAY

(BY

OTH

ER

S)

120V

AC

@ .2

5AM

P M

AX

.

26 17

120

VA

C

N

CIR

CU

IT A

LAR

M 1

(BY

OTH

ER

S)

120V

AC

@ .2

5AM

P M

AX

.

CIR

CU

IT A

LAR

M 2

(BY

OTH

ER

S)

120V

AC

@ .2

5AM

P M

AX

.

CIR

CU

IT A

LAR

M 3

(BY

OTH

ER

S)

120V

AC

@ .2

5AM

P M

AX

.

(FA

CTO

RY

WIR

ING

)

(FA

CTO

RY

WIR

ING

)

(FA

CTO

RY

WIR

ING

)

CH

WR

2(B

Y O

THE

RS

)E

VA

P. W

ATE

R P

UM

P R

ELA

Y12

0VA

C @

.25A

MP

MA

X.

M5

58 M5

59

OFF

AU

TO

ON

MAN

UA

L

TIM

EC

LOC

K

ON

-OFF

REM

OTE

ST

OP

SWIT

CH

(BY

OTH

ERS)

IF O

N-O

FF R

EM

OTE

STO

P C

ON

TRO

L IS

U

SE

D, R

EM

OV

E M

EC

HA

NIC

AL

JUM

PE

R

BE

TWE

EN

M5

TER

MIN

ALS

58

& 5

9.

ALA

RM

BEL

L

M5

MQ48 17

120

VA

C

N

(FA

CTO

RY

WIR

ING

)

120

VA

C24

V

AC

CO

MN

O

ALA

RM

RE

LAY

1 2

BAC

KUP

CH

ILLE

R

61 62M5

M5

BC1

128 CAT 600-6

Wiring Diagram

Figure 81: Field Wiring Diagram (continued)

FIEL

D W

IRIN

G

Con

tinue

dC

ontin

ued

TO/ F

RO

M B

AS(C

UST

OM

ER

CO

NN

EC

TIO

N)

CLA

CLB

POL9

06.0

0/M

CQ

LON

TO/ F

RO

M B

AS(C

UST

OM

ER

CO

NN

EC

TIO

N)

(+)

(-)

POL9

04.0

0/M

CQ

BA

CN

ET

WIT

H

MST

P(R

EF)

TO/ F

RO

M B

AS(C

UST

OM

ER

CO

NN

EC

TIO

N)

POL9

08.0

0/M

CQ

BA

CN

ETW

ITH

IP

CO

NN

EC

T TO

GR

OU

ND

A

T O

NE

EN

D O

NLY

.

TO/ F

RO

M B

AS(C

UST

OM

ER

CO

NN

EC

TIO

N)

(+)

(-)

POL9

02.0

0/M

CQ

MO

DB

US

(RE

F)C

ON

NE

CT

TO G

RO

UN

D

AT

ON

E E

ND

ON

LY.

TO/ F

RO

M

UN

IT

CO

NTR

OLL

ER

POL8

95.5

0/M

CQ

REM

OTE

D

ISPL

AY

CE

+

CE

-

CE

+

CE

-

T13

PB

CAT 600-6 129

Multipoint Electrical Data (non-VFD)Multipoint Electrical Data (non-VFD)

Table 75: Multipoint Electrical Data (60Hz, standard efficiency, non-VFD models)

MCA Recommended Fuse Size Maximum Fuse Size # of Leads Wire Size # of Hubs Hub Size

208V 441 600 700 6 4/0 AWG 2 2.0

230V 399 600 600 6 3/0 AWG 2 2.0

380V 242 350 400 3 250 MCM 1 2.0

460V 200 300 300 3 3/0 AWG 1 2.0

575V 160 225 250 3 2/0 AWG 1 1.5

208V 449 600 700 6 4/0 AWG 2 2.0

230V 406 600 600 6 4/0 AWG 2 2.0

380V 246 350 400 3 250 MCM 1 2.0

460V 203 300 300 3 4/0 AWG 1 2.0

575V 163 250 250 3 2/0 AWG 1 1.5

208V 540 800 800 6 300 MCM 2 2.5

230V 488 700 800 6 250 MCM 2 2.0

380V 296 450 500 3 350 MCM 1 2.5

460V 244 350 400 3 250 MCM 1 2.0

575V 195 300 300 3 3/0 AWG 1 2.0

208V 548 800 800 6 300 MCM 2 2.5

230V 495 700 800 6 250 MCM 2 2.0

380V 300 450 500 3 350 MCM 1 2.5

460V 248 350 400 3 250 MCM 1 2.0

575V 198 300 300 3 3/0 AWG 1 2.0


208V 441 600 700 6 4/0 AWG 2 2.0

230V 399 600 600 6 3/0 AWG 2 2.0

380V 242 350 400 3 250 MCM 1 2.0

460V 200 300 300 3 3/0 AWG 1 2.0

575V 160 225 250 3 2/0 AWG 1 1.5

208V 540 800 800 6 300 MCM 2 2.5

230V 488 700 800 6 250 MCM 2 2.0

380V 296 450 500 3 350 MCM 1 2.5

460V 244 350 400 3 250 MCM 1 2.0

575V 195 300 300 3 3/0 AWG 1 2.0

208V 540 800 800 6 300 MCM 2 2.5

230V 488 700 800 6 250 MCM 2 2.0

380V 296 450 500 3 350 MCM 1 2.5

460V 244 350 400 3 250 MCM 1 2.0

575V 195 300 300 3 3/0 AWG 1 2.0

208V 644 1000 1000 6 400 MCM 2 2.5

230V 583 800 1000 6 350 MCM 2 2.5

380V 353 500 600 3 500 MCM 1 3.0

460V 291 450 500 3 350 MCM 1 2.5

575V 233 350 400 3 250 MCM 1 2.0

HZ

Circuit 2

Model

250BDS 60 7

Model

225BDS

190BDS 60

210BDS 60 6

Voltage

Circuit 1

(Wire 75°C for SP Pow er Block / Disconnect Sw . - 90°C for SP HSCCR)

5

# of Fans

210BDS 60 6

60 5190BDS


60 6

HZ Voltage # of Fans

60 6

250BDS 60 7

225BDS

130 CAT 600-6

Multipoint Electrical Data (non-VFD)

Table 76: Multipoint Electrical Data (60Hz, standard efficiency, non-VFD models), continued


208V 644 1000 1000 6 400 MCM 2 2.5

230V 583 800 1000 6 350 MCM 2 2.5

380V 353 500 600 3 500 MCM 1 3.0

460V 291 450 500 3 350 MCM 1 2.5

575V 233 350 400 3 250 MCM 1 2.0

208V -- -- -- -- -- -- --

230V -- -- -- -- -- -- --

380V 357 500 600 3 500 MCM 1 3.0

460V 295 450 500 3 350 MCM 1 2.5

575V 236 350 400 3 250 MCM 1 2.0

208V -- -- -- -- -- -- --

230V -- -- -- -- -- -- --

380V 433 600 700 6 4/0 AWG 2 2.0

460V 357 500 600 3 500 MCM 1 3.0

575V 286 400 450 3 350 MCM 1 2.5

208V -- -- -- -- -- -- --

230V -- -- -- -- -- -- --

380V 441 600 700 6 4/0 AWG 2 2.0

460V 364 500 600 3 500 MCM 1 3.0

575V 291 450 500 3 350 MCM 1 2.5


208V 644 1000 1000 6 400 MCM 2 2.5

230V 583 800 1000 6 350 MCM 2 2.5

380V 353 500 600 3 500 MCM 1 3.0

460V 291 450 500 3 350 MCM 1 2.5

575V 233 350 400 3 250 MCM 1 2.0

208V -- -- -- -- -- -- --

230V -- -- -- -- -- -- --

380V 433 600 700 6 4/0 AWG 2 2.0

460V 357 500 600 3 500 MCM 1 3.0

575V 286 400 450 3 350 MCM 1 2.5

208V -- -- -- -- -- -- --

230V -- -- -- -- -- -- --

380V 433 600 700 6 4/0 AWG 2 2.0

460V 357 500 600 3 500 MCM 1 3.0

575V 286 400 450 3 350 MCM 1 2.5

208V -- -- -- -- -- -- --

230V -- -- -- -- -- -- --

380V 489 700 800 6 250 MCM 2 2.0

460V 404 600 700 6 4/0 AWG 2 2.0

575V 323 500 500 3 400 MCM 1 2.5

Voltage # of Fans

8

Voltage # of Fans

7

8

HZModel

Model HZ

310BDS

290BDS 60

60


10

Circuit 1


260BDS 60 7

310BDS 60 8

290BDS 60

260BDS 60

60 8

350BDS

350BDS 60 10

Circuit 2

CAT 600-6 131




208V -- -- -- -- -- -- --

230V -- -- -- -- -- -- --

380V 441 600 700 6 4/0 AWG 2 2.0

460V 364 500 600 3 500 MCM 1 3.0

575V 291 450 500 3 350 MCM 1 2.5

208V -- -- -- -- -- -- --

230V -- -- -- -- -- -- --

380V 353 500 600 3 500 MCM 1 3.0

460V 291 450 500 3 350 MCM 1 2.5

575V 233 350 400 3 250 MCM 1 2.0

208V -- -- -- -- -- -- --

230V -- -- -- -- -- -- --

380V 353 500 600 3 500 MCM 1 3

460V 291 450 500 3 350 MCM 1 3

575V 233 350 400 3 250 MCM 1 2


208V -- -- -- -- -- -- --

230V -- -- -- -- -- -- --

380V 489 700 800 6 250 MCM 2 2.0

460V 404 600 700 6 4/0 AWG 2 2.0

575V 323 500 500 3 400 MCM 1 2.5

208V -- -- -- -- -- -- --

230V -- -- -- -- -- -- --

380V 353 500 600 3 500 MCM 1 3.0

460V 291 450 500 3 350 MCM 1 2.5

575V 233 350 400 3 250 MCM 1 2.0

208V -- -- -- -- -- -- --

230V -- -- -- -- -- -- --

380V 353 500 600 3 500 MCM 1 3.0

460V 291 450 500 3 350 MCM 1 2.5

575V 233 350 400 3 250 MCM 1 2.0


208V -- -- -- -- -- -- --

230V -- -- -- -- -- -- --

380V 357 500 600 3 500 MCM 1 3.0

460V 295 450 500 3 350 MCM 1 2.5

575V 236 350 400 3 250 MCM 1 2.0

208V -- -- -- -- -- -- --

230V -- -- -- -- -- -- --

380V 433 600 700 6 4/0 AWG 2 2.0

460V 357 500 600 3 500 MCM 1 3.0

575V 286 400 450 3 350 MCM 1 2.5


Circuit 3

Model HZ Voltage # of Fans

425BTS

400BTS 60 8

425BTS 60 8

10

Model HZ

400BTS 60

60

375BDS 60

Voltage

400BTS 60

375BDS 60

Model HZ # of Fans


7


Circuit 1

7

7

425BTS 60 7

Voltage

10

Circuit 2

# of Fans

132 CAT 600-6




208V -- -- -- -- -- -- --

230V -- -- -- -- -- -- --

380V 433 600 700 6 4/0 AWG 2 2.0

460V 357 500 600 3 500 MCM 1 3.0

575V 286 400 450 3 350 MCM 1 2.5

208V -- -- -- -- -- -- --

230V -- -- -- -- -- -- --

380V 433 600 700 6 4/0 AWG 2 2.0

460V 357 500 600 3 500 MCM 1 3.0

575V 286 400 450 3 350 MCM 1 2.5

208V -- -- -- -- -- -- --

230V -- -- -- -- -- -- --

380V 433 600 700 6 4/0 AWG 2 2.0

460V 357 500 600 3 500 MCM 1 3.0

575V 286 400 450 3 350 MCM 1 2.5


208V -- -- -- -- -- -- --

230V -- -- -- -- -- -- --

380V 433 600 700 6 4/0 AWG 2 2.0

460V 357 500 600 3 500 MCM 1 3.0

575V 286 400 450 3 350 MCM 1 2.5

208V -- -- -- -- -- -- --

230V -- -- -- -- -- -- --

380V 433 600 700 6 4/0 AWG 2 2.0

460V 357 500 600 3 500 MCM 1 3.0

575V 286 400 450 3 350 MCM 1 2.5

208V -- -- -- -- -- -- --

230V -- -- -- -- -- -- --

380V 433 600 700 6 4/0 AWG 2 2.0

460V 357 500 600 3 500 MCM 1 3.0

575V 286 400 450 3 350 MCM 1 2.5


208V -- -- -- -- -- -- --

230V -- -- -- -- -- -- --

380V 357 500 600 3 500 MCM 1 3.0

460V 295 450 500 3 350 MCM 1 2.5

575V 236 350 400 3 250 MCM 1 2.0

208V -- -- -- -- -- -- --

230V -- -- -- -- -- -- --

380V 433 600 700 6 4/0 AWG 2 2.0

460V 357 500 600 3 500 MCM 1 3.0

575V 286 400 450 3 350 MCM 1 2.5

208V -- -- -- -- -- -- --

230V -- -- -- -- -- -- --

380V 489 700 800 6 250 MCM 2 2.0

460V 404 600 700 6 4/0 AWG 2 2.0

575V 323 500 500 3 400 MCM 1 2.5

60

60

60

8

8

Circuit 2


500BTS

Model HZ

10


500BTS 60

8

8

# of Fans

450BTS

450BTS 60 8

860

470BTS

Voltage

# of Fans

60 8450BTS

60 8470BTS

500BTS

Circuit 3

Model HZ

470BTS

Voltage # of Fans

Circuit 1

(Wire 75°C for SP Pow er Block / Disconnect Sw . - 90°C for SP HSCCR)Model HZ Voltage

60

CAT 600-6 133




208V -- -- -- -- -- -- --

230V -- -- -- -- -- -- --

380V 489 700 800 6 250 MCM 2 2

460V 404 600 700 6 4/0 AWG 2 2

575V 323 500 500 3 400 MCM 1 3

208V -- -- -- -- -- -- --

230V -- -- -- -- -- -- --

380V 489 700 800 6 250 MCM 2 2

460V 404 600 700 6 4/0 AWG 2 2

575V 323 500 500 3 400 MCM 1 3


208V -- -- -- -- -- -- --

230V -- -- -- -- -- -- --

380V 489 700 800 6 250 MCM 2 2.0

460V 404 600 700 6 4/0 AWG 2 2.0

575V 323 500 500 3 400 MCM 1 2.5

208V -- -- -- -- -- -- --

230V -- -- -- -- -- -- --

380V 489 700 800 6 250 MCM 2 2.0

460V 404 600 700 6 4/0 AWG 2 2.0

575V 323 500 500 3 400 MCM 1 2.5


208V -- -- -- -- -- -- --

230V -- -- -- -- -- -- --

380V 433 600 700 6 4/0 AWG 2 2.0

460V 357 500 600 3 500 MCM 1 3.0

575V 286 400 450 3 350 MCM 1 2.5

208V -- -- -- -- -- -- --

230V -- -- -- -- -- -- --

380V 489 700 800 6 250 MCM 2 2.0

460V 404 600 700 6 4/0 AWG 2 2.0

575V 323 500 500 3 400 MCM 1 2.5

(Wire 75°C for SP Pow er Block / Disconnect Sw . - 90°C for SP HSCCR)HZ Voltage

550BTS 60

Model

10

525BTS

# of Fans

(Wire 75°C for SP Pow er Block / Disconnect Sw . - 90°C for SP HSCCR)Model HZ Voltage

Circuit 3

# of Fans

525BTS 60 8

10550BTS 60

10

Model

60 10

525BTS 60

Circuit 2

550BTS 60 10

Circuit 1

(Wire 75°C for SP Pow er Block / Disconnect Sw . - 90°C for SP HSCCR)HZ Voltage # of Fans

134 CAT 600-6


Table 80: Multipoint Electrical Data (60Hz, high efficiency, non-VFD models)


208V 463 700 700 6 250 MCM 2 2.0

230V 418 600 700 6 4/0 AWG 2 2.0

380V 253 350 400 3 250 MCM 1 2.0

460V 209 300 350 3 4/0 AWG 1 2.0

575V 168 250 250 3 2/0 AWG 1 1.5

208V 470 700 800 6 250 MCM 2 2.0

230V 425 600 700 6 4/0 AWG 2 2.0

380V 258 350 400 3 300 MCM 1 2.5

460V 213 300 350 3 4/0 AWG 1 2.0

575V 170 250 250 3 2/0 AWG 1 1.5

208V 566 800 800 6 300 MCM 2 2.5

230V 513 700 800 6 300 MCM 2 2.5

380V 310 450 500 3 400 MCM 1 2.5

460V 256 350 400 3 300 MCM 1 2.5

575V 205 300 350 3 4/0 AWG 1 2.0

208V 574 800 800 6 350 MCM 2 2.5

230V 519 700 800 6 300 MCM 2 2.5

380V 314 450 500 3 400 MCM 1 2.5

460V 260 400 400 3 300 MCM 1 2.5

575V 208 300 350 3 4/0 AWG 1 2.0


208V 463 700 700 6 250 MCM 2 2.0

230V 418 600 700 6 4/0 AWG 2 2.0

380V 253 350 400 3 250 MCM 1 2.0

460V 209 300 350 3 4/0 AWG 1 2.0

575V 168 250 250 3 2/0 AWG 1 1.5

208V 566 800 800 6 300 MCM 2 2.5

230V 513 700 800 6 300 MCM 2 2.5

380V 310 450 500 3 400 MCM 1 2.5

460V 256 350 400 3 300 MCM 1 2.5

575V 205 300 350 3 4/0 AWG 1 2.0

208V 566 800 800 6 300 MCM 2 2.5

230V 513 700 800 6 300 MCM 2 2.5

380V 310 450 500 3 400 MCM 1 2.5

460V 256 350 400 3 300 MCM 1 2.5

575V 205 300 350 3 4/0 AWG 1 2.0

208V 669 1000 1000 6 400 MCM 2 2.5

230V 604 800 1000 6 350 MCM 2 2.5

380V 365 500 600 3 500 MCM 1 3.0

460V 302 450 500 3 350 MCM 1 2.5

575V 242 350 400 3 250 MCM 1 2.0

210BDH 60 6

Circuit 1


230BDH 60 7

280BDH 60 8

250BDH 60 7


Circuit 2

210BDH 60 6


230BDH 60 7

250BDH 60 7

280BDH 60 8


CAT 600-6 135


Table 81: Multipoint Electrical Data (60Hz, high efficiency, non-VFD models), continued


208V 669 1000 1000 6 400 MCM 2 2.5

230V 604 800 1000 6 350 MCM 2 2.5

380V 365 500 600 3 500 MCM 1 3.0

460V 302 450 500 3 350 MCM 1 2.5

575V 242 350 400 3 250 MCM 1 2.0

208V -- -- -- -- -- -- --

230V -- -- -- -- -- -- --

380V 374 500 600 3 500 MCM 1 3.0

460V 309 450 500 3 350 MCM 1 2.5

575V 247 350 400 3 250 MCM 1 2.0

208V -- -- -- -- -- -- --

230V -- -- -- -- -- -- --

380V 474 700 800 6 250 MCM 2 2.0

460V 392 600 600 6 3/0 AWG 2 2.0

575V 313 450 500 3 400 MCM 1 2.5

208V -- -- -- -- -- -- --

230V -- -- -- -- -- -- --

380V 474 700 800 6 250 MCM 2 2.0

460V 392 600 600 6 3/0 AWG 2 2.0

575V 313 450 500 3 400 MCM 1 2.5


208V 669 1000 1000 6 400 MCM 2 2.5

230V 604 800 1000 6 350 MCM 2 2.5

380V 365 500 600 3 500 MCM 1 3.0

460V 302 450 500 3 350 MCM 1 2.5

575V 242 350 400 3 250 MCM 1 2.0

208V -- -- -- -- -- -- --

230V -- -- -- -- -- -- --

380V 474 700 800 6 250 MCM 2 2.0

460V 392 600 600 6 3/0 AWG 2 2.0

575V 313 450 500 3 400 MCM 1 2.5

208V -- -- -- -- -- -- --

230V -- -- -- -- -- -- --

380V 474 700 800 6 250 MCM 2 2.0

460V 392 600 600 6 3/0 AWG 2 2.0

575V 313 450 500 3 400 MCM 1 2.5

208V -- -- -- -- -- -- --

230V -- -- -- -- -- -- --

380V 528 800 800 6 300 MCM 2 2.5

460V 436 600 700 6 4/0 AWG 2 2.0

575V 349 500 600 3 500 MCM 1 3.0

HZ Voltage # of Fans (Wire 75°C for SP Pow er Block / Disconnect Sw . - 90°C for SP HSCCR)

60 10

60 8

60 10

Model

Model

300BDH

330BDH

350BDH

300BDH

390BDH

# of Fans

390BDH 60 10

HZ Voltage

Circuit 2


8

12

10

Circuit 1

60

60

350BDH 60

330BDH 60 10

136 CAT 600-6




208V -- -- -- -- -- -- --

230V -- -- -- -- -- -- --

380V 528 800 800 6 300 MCM 2 2.5

460V 436 600 700 6 4/0 AWG 2 2.0

575V 349 500 600 3 500 MCM 1 3.0


208V -- -- -- -- -- -- --

230V -- -- -- -- -- -- --

380V 528 800 800 6 300 MCM 2 2.5

460V 436 600 700 6 4/0 AWG 2 2.0

575V 349 500 600 3 500 MCM 1 3.0


208V -- -- -- -- -- -- --

230V -- -- -- -- -- -- --

380V 365 500 600 3 500 MCM 1 3.0

460V 302 450 500 3 350 MCM 1 2.5

575V 242 350 400 3 250 MCM 1 2.0


208V -- -- -- -- -- -- --

230V -- -- -- -- -- -- --

380V 365 500 600 3 500 MCM 1 3.0

460V 302 450 500 3 350 MCM 1 2.5

575V 242 350 400 3 250 MCM 1 2.0


208V -- -- -- -- -- -- --

230V -- -- -- -- -- -- --

380V 365 500 600 3 500 MCM 1 3.0

460V 302 450 500 3 350 MCM 1 2.5

575V 242 350 400 3 250 MCM 1 2.0


Circuit 1

(Wire 75°C for SP Pow er Block / Disconnect Sw . - 90°C for SP HSCCR)Voltage # of Fans


12410BDH 60

HZModel

8

# of Fans

8

Circuit 2


Circuit 3


Model

Model

Voltage

Circuit 1

(Wire 75°C for SP Pow er Block / Disconnect Sw . - 90°C for SP HSCCR)Model HZ Voltage # of Fans

410BDH 60

Circuit 2

12

60

60 8

450BTH 60

HZ

450BTH


450BTH

CAT 600-6 137




208V -- -- -- -- -- -- --

230V -- -- -- -- -- -- --

380V 365 500 600 3 500 MCM 1 3.0

460V 302 450 500 3 350 MCM 1 2.5

575V 242 350 400 3 250 MCM 1 2.0

208V -- -- -- -- -- -- --

230V -- -- -- -- -- -- --

380V 474 700 800 6 250 MCM 2 2.0

460V 392 600 600 6 3/0 AWG 2 2.0

575V 313 450 500 3 400 MCM 1 2.5

208V -- -- -- -- -- -- --

230V -- -- -- -- -- -- --

380V 474 700 800 6 250 MCM 2 2.0

460V 392 600 600 6 3/0 AWG 2 2.0

575V 313 450 500 3 400 MCM 1 2.5


208V -- -- -- -- -- -- --

230V -- -- -- -- -- -- --

380V 365 500 600 3 500 MCM 1 3.0

460V 302 450 500 3 350 MCM 1 2.5

575V 242 350 400 3 250 MCM 1 2.0

208V -- -- -- -- -- -- --

230V -- -- -- -- -- -- --

380V 474 700 800 6 250 MCM 2 2.0

460V 392 600 600 6 3/0 AWG 2 2.0

575V 313 450 500 3 400 MCM 1 2.5

208V -- -- -- -- -- -- --

230V -- -- -- -- -- -- --

380V 474 700 800 6 250 MCM 2 2.0

460V 392 600 600 6 3/0 AWG 2 2.0

575V 313 450 500 3 400 MCM 1 2.5


208V -- -- -- -- -- -- --

230V -- -- -- -- -- -- --

380V 474 700 800 6 250 MCM 2 2.0

460V 392 600 600 6 3/0 AWG 2 2.0

575V 313 450 500 3 400 MCM 1 2.5

208V -- -- -- -- -- -- --

230V -- -- -- -- -- -- --

380V 365 500 600 3 500 MCM 1 3.0

460V 302 450 500 3 350 MCM 1 2.5

575V 242 350 400 3 250 MCM 1 2.0

208V -- -- -- -- -- -- --

230V -- -- -- -- -- -- --

380V 474 700 800 6 250 MCM 2 2.0

460V 392 600 600 6 3/0 AWG 2 2.0

575V 313 450 500 3 400 MCM 1 2.5

Model

60

Voltage # of Fans


10

HZ


# of FansVoltage

530BTH

500BTH 60

8

475BTH 60 8

60

475BTH

475BTH

500BTH

530BTH

Model

500BTH 60 10

Circuit 1


60 10

8

60

60

Circuit 2

10

10

Circuit 3


Model HZ

530BTH 60 10

138 CAT 600-6


Table 84: Multipoint Electrical Data (60Hz, premium efficiency, non-VFD models)


208V 478 700 800 6 250 MCM 2 2.0

230V 432 600 700 6 4/0 AWG 2 2.0

380V 262 350 400 3 300 MCM 1 2.5

460V 216 300 350 3 4/0 AWG 1 2.0

575V 173 250 250 3 2/0 AWG 1 1.5

208V 485 700 800 6 250 MCM 2 2.0

230V 439 600 700 6 4/0 AWG 2 2.0

380V 266 400 400 3 300 MCM 1 2.5

460V 219 300 350 3 4/0 AWG 1 2.0

575V 176 250 250 3 3/0 AWG 1 2.0

208V 581 800 800 6 350 MCM 2 2.5

230V 526 800 800 6 300 MCM 2 2.5

380V 318 450 500 3 400 MCM 1 2.5

460V 263 400 450 3 300 MCM 1 2.5

575V 211 300 350 3 4/0 AWG 1 2.0

208V 589 800 1000 6 350 MCM 2 2.5

230V 533 800 800 6 300 MCM 2 2.5

380V 322 450 500 3 400 MCM 1 2.5

460V 267 400 450 3 300 MCM 1 2.5

575V 213 300 350 3 4/0 AWG 1 2.0


208V 478 700 800 6 250 MCM 2 2.0

230V 432 600 700 6 4/0 AWG 2 2.0

380V 262 350 400 3 300 MCM 1 2.5

460V 216 300 350 3 4/0 AWG 1 2.0

575V 173 250 250 3 2/0 AWG 1 1.5

208V 581 800 800 6 350 MCM 2 2.5

230V 526 800 800 6 300 MCM 2 2.5

380V 318 450 500 3 400 MCM 1 2.5

460V 263 400 450 3 300 MCM 1 2.5

575V 211 300 350 3 4/0 AWG 1 2.0

208V 581 800 800 6 350 MCM 2 2.5

230V 526 800 800 6 300 MCM 2 2.5

380V 318 450 500 3 400 MCM 1 2.5

460V 263 400 450 3 300 MCM 1 2.5

575V 211 300 350 3 4/0 AWG 1 2.0

208V 684 1000 1000 6 500 MCM 2 3.0

230V 618 1000 1000 6 350 MCM 2 2.5

380V 374 500 600 3 500 MCM 1 3.0

460V 309 450 500 3 350 MCM 1 2.5

575V 247 350 400 3 250 MCM 1 2.0

60 9


265BDP

Circuit 1

240BDP 60 8



290BDP 60 9

310BDP 60 10

240BDP 60

310BDP 60 10

265BDP 60 9

Circuit 2

Model

8


290BDP 60 9

CAT 600-6 139


Table 85: Multipoint Electrical Data (60Hz, premium efficiency, non-VFD models), continued


208V 684 1000 1000 6 500 MCM 2 3.0

230V 618 1000 1000 6 350 MCM 2 2.5

380V 374 500 600 3 500 MCM 1 3.0

460V 309 450 500 3 350 MCM 1 2.5

575V 247 350 400 3 250 MCM 1 2.0

208V -- -- -- -- -- -- --

230V -- -- -- -- -- -- --

380V 374 500 600 3 500 MCM 1 3.0

460V 309 450 500 3 350 MCM 1 2.5

575V 247 350 400 3 250 MCM 1 2.0

208V -- -- -- -- -- -- --

230V -- -- -- -- -- -- --

380V 482 700 800 6 250 MCM 2 2.0

460V 398 600 600 6 3/0 AWG 2 2.0

575V 319 450 500 3 400 MCM 1 2.5


208V 684 1000 1000 6 500 MCM 2 3.0

230V 618 1000 1000 6 350 MCM 2 2.5

380V 374 500 600 3 500 MCM 1 3.0

460V 309 450 500 3 350 MCM 1 2.5

575V 247 350 400 3 250 MCM 1 2.0

208V -- -- -- -- -- -- --

230V -- -- -- -- -- -- --

380V 482 700 800 6 250 MCM 2 2.0

460V 398 600 600 6 3/0 AWG 2 2.0

575V 319 450 500 3 400 MCM 1 2.5

208V -- -- -- -- -- -- --

230V -- -- -- -- -- -- --

380V 482 700 800 6 250 MCM 2 2.0

460V 398 600 600 6 3/0 AWG 2 2.0

575V 319 450 500 3 400 MCM 1 2.5

10

Model

HZ Voltage

HZ Voltage

60

Circuit 2

330BDP

Model

400BDP

(Wire 75°C for SP Pow er Block / Disconnect Sw . - 90°C for SP HSCCR)# of Fans

Circuit 1

# of Fans (Wire 75°C for SP Pow er Block / Disconnect Sw . - 90°C for SP HSCCR)

60

365BDP

330BDP 10

60

60

10

12

400BDP 12

1260

365BDP 60

140 CAT 600-6

Multipoint Field Wiring Data (non-VFD)Multipoint Field Wiring Data (non-VFD)

Table 86: Multipoint Field Wiring Data (60Hz, Standard efficiency, non-VFD models)

Size Std Lug Size Size Std Lug Size

208V 600A (2/PH) 3/0 - 500 kcmil 600A (2/PH) 3/0 - 500 kcmil


380V 250A (1/PH) #6 - 350 kcmil 400A (2/PH) 3/0 - 500 kcmil


575V 250A (1/PH) #6 - 350 kcmil 250A (1/PH) #6 - 350 kcmil











208V 600A (2/PH) 3/0 - 500 kcmil 800A (4/PH) 250 - 500 kcmil





208V 800A (4/PH) 250 - 500 kcmil 800A (4/PH) 250 - 500 kcmil































Voltage

# o f Fans per

Circuit

Disconnect Sw itch

Circuit 2

190BDS 60 5

Model HZ

60 7

190BDS

High Short Circuit Current Rating Circuit Breaker (note 1)

Disconnect Sw itch

260BDS 60 7


60

Circuit 1

Model HZ Voltage

# o f Fans per

Circuit

5

210BDS 60 6

250BDS 60 7

225BDS 60 6

250BDS 60 7

260BDS

210BDS 60 6

225BDS 60 6

CAT 600-6 141

Multipoint Field Wiring Data (non-VFD)

Table 87: Multipoint Field Wiring Data (60Hz, Standard efficiency, non-VFD models), continued


208V -- -- -- --

230V -- -- -- --




208V -- -- -- --

230V -- -- -- --




208V -- -- -- --

230V -- -- -- --




208V -- -- -- --

230V -- -- -- --





208V -- -- -- --

230V -- -- -- --




208V -- -- -- --

230V -- -- -- --




208V -- -- -- --

230V -- -- -- --




208V -- -- -- --

230V -- -- -- --




Voltage

# o f Fans per

Circuit


Disconnect Sw itch

310BDS 60 8

350BDS 60 10

290BDS 60 8

Model HZ

Circuit 1


60 10

Voltage

# o f Fans per

Circuit

375BDS

Circuit 2

Disconnect Sw itch

290BDS 60

60 10

Model HZ

375BDS

8

60

310BDS 60 8

350BDS

142 CAT 600-6




208V -- -- -- --

230V -- -- -- --380V 400A (2/PH) 3/0 - 500 kcmil 400A (2/PH) 3/0 - 500 kcmil



208V -- -- -- --

230V -- -- -- --




208V -- -- -- --

230V -- -- -- --





208V -- -- -- --

230V -- -- -- --




208V -- -- -- --

230V -- -- -- --




208V -- -- -- --

230V -- -- -- --





208V -- -- -- --

230V -- -- -- --




208V -- -- -- --

230V -- -- -- --




208V -- -- -- --

230V -- -- -- --




8

Circuit 3

400BTS

425BTS

8

8

8

60

7

Voltage# o f Fans per

High Short Circuit Current Rating Disconnect Sw itch

Circuit 1

Model HZ

450BTS

Disconnect Sw itch High Short Circuit Current Rating HZ Voltage


Model

425BTS

450BTS

400BTS

60 7

# o f Fans per

Circuit

VoltageDisconnect Sw itch

60

# o f Fans per

60

Circuit 2

425BTS

400BTS 60 7

450BTS 60

60 7

8

Model HZ

60

60

CAT 600-6 143




208V -- -- -- --

230V -- -- -- --




208V -- -- -- --

230V -- -- -- --




208V -- -- -- --

230V -- -- -- --





208V -- -- -- --

230V -- -- -- --




208V -- -- -- --

230V -- -- -- --




208V -- -- -- --

230V -- -- -- --





208V -- -- -- --

230V -- -- -- --




208V -- -- -- --

230V -- -- -- --




208V -- -- -- --

230V -- -- -- --




8

8

10

# o f Fans per

Circuit

60

60 8

Model HZ

525BTS


High Short Circuit Current Rating Circuit Breaker (note 1)Voltage

# o f Fans per

Circuit

Disconnect Sw itch

Circuit 1

Model HZ Voltage

# o f Fans per

Circuit

Voltage

Disconnect Sw itch

500BTS

60

8

Model HZ

60

470BTS


Circuit 3

500BTS 60

Disconnect Sw itch

470BTS

Circuit 2

525BTS

60 10

8

60

60

470BTS

525BTS 60 8

500BTS 10

144 CAT 600-6


Table 90: Multipoint Field Wiring Data (60Hz, High efficiency, non-VFD models)

Table 91: Multipoint Field Wiring Data (60Hz, High efficiency, non-VFD models), continued


208V -- -- -- --

230V -- -- -- --




208V -- -- -- --

230V -- -- -- --




208V -- -- -- --

230V -- -- -- --380V 600A (2/PH) 3/0 - 500 kcmil 600A (2/PH) 3/0 - 500 kcmil



550BTS 60 10

550BTS 60 10

Circuit 3

550BTS 60 10

Circuit 1

Disconnect Sw itchHigh Short Circuit Current Rating

Circuit Breaker (note 1)Voltage

# o f Fans per

Circuit

Model HZ

Circuit 2








230V 400A (2/PH) 3/0 - 500 kcmil 600A (2/PH) 3/0 - 500 kcmil380V 250A (1/PH) #6 - 350 kcmil 400A (2/PH) 3/0 - 500 kcmil















230V 600A (2/PH) 3/0 - 500 kcmil 600A (2/PH) 3/0 - 500 kcmil380V 400A (2/PH) 3/0 - 500 kcmil 400A (2/PH) 3/0 - 500 kcmil








# o f Fans per

Circuit


Circuit 1

Model HZ Voltage

# o f Fans per

Circuit

Voltage

210BDH

7

250BDH 60 7

Disconnect Sw itch

HZ


7

230BDH

Model

6

230BDH 60

60 7

60

Circuit 2

210BDH 60 6

Disconnect Sw itch

250BDH 60

CAT 600-6 145














208V -- -- -- --

230V -- -- -- --




208V -- -- -- --

230V -- -- -- --




208V -- -- -- --

230V -- -- -- --















208V -- -- -- --

230V -- -- -- --




208V -- -- -- --

230V -- -- -- --




208V -- -- -- --

230V -- -- -- --




Model HZ Voltage

# o f Fans per

Circuit

8

390BDH

60 8

60

300BDH

330BDH

350BDH

1260


330BDH

280BDH

Model HZ

60

60

8300BDH

Disconnect Sw itch

280BDH 60

10

60 10350BDH

390BDH 60

Circuit 2

10


Circuit Breaker (note 1)

60 10

8

Voltage

60

# o f Fans per

Circuit

10

Circuit 1

146 CAT 600-6





208V -- -- -- --

230V -- -- -- --




HZ Voltage


208V -- -- -- --

230V -- -- -- --




Disconnect Sw itchModel

# o f Fans per

Circuit

60


12410BDH

HZ Voltage

Circuit 2



Circuit 1

Model

# o f Fans per

Circuit

410BDH 60 12


208V -- -- -- --

230V -- -- -- --





208V -- -- -- --

230V -- -- -- --





208V -- -- -- --

230V -- -- -- --




# o f Fans per

Circuit

60 8


450BTH 60

860450BTH

450BTH

Circuit 2


Circuit 3

ModelDisconnect Sw itch

8

Circuit 1

Model HZ

HZ Voltage

Disconnect Sw itch

Voltage

# o f Fans per

Circuit



Model HZ Voltage

# o f Fans per

Circuit

CAT 600-6 147




208V -- -- -- --

230V -- -- -- --




208V -- -- -- --

230V -- -- -- --




208V -- -- -- --

230V -- -- -- --





208V -- -- -- --

230V -- -- -- --




208V -- -- -- --

230V -- -- -- --




208V -- -- -- --

230V -- -- -- --





208V -- -- -- --

230V -- -- -- --




208V -- -- -- --

230V -- -- -- --




208V -- -- -- --

230V -- -- -- --




10

Model HZ Voltage

530BTH

530BTH 60

8

10

8

10

10

Circuit 2# o f Fans per

Circuit

Circuit 1

Model HZ Voltage

# o f Fans per

Circuit



500BTH 60

475BTH 60 8

500BTH 60

60

Circuit 3# o f Fans per

Circuit

Disconnect Sw itch

60

Model HZ Voltage

475BTH


475BTH

10

10



60

500BTH

60

530BTH 60

148 CAT 600-6


Table 96: Multipoint Field Wiring Data (60Hz, Premium efficiency, non-VFD models)









































HZ

310BDP 60 10

# o f Fans per

Circuit

265BDP 60

60

9

9290BDP

Size Std Lug SizeModel

Std Lug Size

240BDP 60 8

HZ VoltageSize

9

Circuit 2

60 10

290BDP 60

Voltage

# o f Fans per

Circuit

9

Model

265BDP 60

310BDP

240BDP 60 8

Circuit 1

High Short Circuit Current Rating

Disconnect Sw itch High Short Circuit Current Rating

Std Lug Size Size Std Lug SizeSize

Disconnect Sw itch

CAT 600-6 149


Table 97: Multipoint Field Wiring Data (60Hz, Premium efficiency, non-VFD models), continued






208V -- -- -- --

230V -- -- -- --




208V -- -- -- --

230V -- -- -- --









208V -- -- -- --

230V -- -- -- --




208V -- -- -- --

230V -- -- -- --




10

60 12365BDP

60 12

60

400BDP

Model

Circuit 1

365BDP 10

330BDP

HZ Voltage

60

Model

330BDP

60

60

High Short Circuit Current Rating

Size

Circuit 2

400BDP 12

# o f Fans per

CircuitSize Std Lug Size

Disconnect Sw itch

Std Lug Size

10

Size

# o f Fans per

Circuit

VoltageHigh Short Circuit Current Rating

Size Std Lug Size Std Lug Size

Disconnect Sw itchHZ

150 CAT 600-6

Terminal Amps (non-VFD) (single/multi-point)Terminal Amps (non-VFD) (single/multi-point)

Table 98: Terminal Amps Electrical Data (60Hz)

208V 323 323 -- 7.5 23 2368 2368 - 1373 1373 - 789 789 -230V 292 292 -- 6.8 23 2119 2119 - 1229 1229 - 706 706 -380V 177 177 -- 4.1 16 1194 1194 - 693 693 - 398 398 -460V 146 146 -- 3.4 14 976 976 - 566 566 - 326 326 -575V 117 117 -- 2.7 11 846 846 - 491 491 - 282 282 -

208V 323 396 -- 7.5 23 2368 2788 - 1373 1617 - 789 929 -230V 292 358 -- 6.8 23 2119 2339 - 1229 1357 - 706 780 -380V 177 217 -- 4.1 16 1194 1410 - 693 818 - 398 470 -460V 146 179 -- 3.4 14 976 1157 - 566 671 - 326 386 -575V 117 143 -- 2.7 11 846 885 - 491 513 - 282 295 -

208V 396 396 -- 7.5 23 2788 2788 - 1617 1617 - 929 929 -230V 358 358 -- 6.8 23 2339 2339 - 1357 1357 - 780 780 -380V 217 217 -- 4.1 16 1410 1410 - 818 818 - 470 470 -460V 179 179 -- 3.4 14 1157 1157 - 671 671 - 386 386 -575V 143 143 -- 2.7 11 885 885 - 513 513 - 295 295 -

208V 396 473 -- 7.5 23 2788 2788 - 1617 1617 - 929 929 -230V 358 428 -- 6.8 23 2339 2339 - 1357 1357 - 780 780 -380V 217 259 -- 4.1 16 1410 1410 - 818 818 - 470 470 -460V 179 214 -- 3.4 14 1157 1157 - 671 671 - 386 386 -575V 143 171 -- 2.7 11 885 885 - 513 513 - 295 295 -

208V 473 473 -- 7.5 23 2788 2788 - 1617 1617 - 929 929 -230V 428 428 -- 6.8 23 2339 2339 - 1357 1357 - 780 780 -380V 259 259 -- 4.1 16 1410 1410 - 818 818 - 470 470 -460V 214 214 -- 3.4 14 1157 1157 - 671 671 - 386 386 -575V 171 171 -- 2.7 11 885 885 - 513 513 - 295 295 -

208V -- -- -- -- -- -- -- -- -- -- -- -- -- --230V -- -- -- -- -- -- -- -- -- -- -- -- -- --380V 259 320 -- 4.1 16 1410 2524 - 818 1464 - 470 841 -460V 214 264 -- 3.4 14 1157 1947 - 671 1129 - 386 649 -575V 171 211 -- 2.7 11 885 1663 - 513 965 - 295 554 -

208V -- -- -- -- -- -- -- -- -- -- -- -- -- --230V -- -- -- -- -- -- -- -- -- -- -- -- -- --380V 320 320 -- 4.1 16 2524 2524 - 1464 1464 - 841 841 -460V 264 264 -- 3.4 14 1947 1947 - 1129 1129 - 649 649 -575V 211 211 -- 2.7 11 1663 1663 - 965 965 - 554 554 -

208V -- -- -- -- -- -- -- -- -- -- -- -- -- --230V -- -- -- -- -- -- -- -- -- -- -- -- -- --380V 320 358 -- 4.1 16 2524 2524 - 1464 1464 - 841 841 -460V 264 296 -- 3.4 14 1947 1947 - 1129 1129 - 649 649 -575V 211 237 -- 2.7 11 1663 1663 - 965 965 - 554 554 -

208V -- -- -- -- -- -- -- -- -- -- -- -- -- --230V -- -- -- -- -- -- -- -- -- -- -- -- -- --380V 358 358 -- 4.1 16 2524 2524 - 1464 1464 - 841 841 -460V 296 296 -- 3.4 14 1947 1947 - 1129 1129 - 649 649 -575V 237 237 -- 2.7 11 1663 1663 - 965 965 - 554 554 -

208V -- -- -- -- -- -- -- -- -- -- -- -- -- --230V -- -- -- -- -- -- -- -- -- -- -- -- -- --380V 259 259 259 4.1 16 1410 1410 1410 818 818 818 470 470 470460V 214 214 214 3.4 14 1157 1157 1157 671 671 671 386 386 386575V 171 171 171 2.7 11 885 885 885 513 513 513 295 295 295

208V -- -- -- -- -- -- -- -- -- -- -- -- -- --230V -- -- -- -- -- -- -- -- -- -- -- -- -- --380V 259 259 320 4.1 16 1410 1410 2524 818 818 1464 470 470 841460V 214 214 264 3.4 14 1157 1157 1947 671 671 1129 386 386 649575V 171 171 211 2.7 11 885 885 1663 513 513 965 295 295 554

425BTS 60 22

400BTS 60 22

310BDS 16

375BDS 60 20

FanMotorLRA

Inrush Amps LRA (SS)

350BDS 60 20

Inrush Amps LRA (ATL)

CIR 3

190BDS

Rated Load Amps

210BDS

290BDS 16

Model HZ Voltage

Compressor

# of FansFan

MotorFLACIR 2

60

60

60

60

CIR 1

250BDS 14

260BDS 14

60

60

12

225BDS 12

Inrush Amps LRA (YD)

60

CIR 2 CIR 3 CIR 1CIR 1 CIR 2 CIR 3 CIR 1 CIR 3CIR 2

10

CAT 600-6 151

Terminal Amps (non-VFD) (single/multi-point)

Table 99: Terminal Amps Electrical Data (60Hz), continued

208V -- -- -- -- -- -- -- -- -- -- -- -- -- --230V -- -- -- -- -- -- -- -- -- -- -- -- -- --380V 320 320 259 4.1 16 2524 2524 1410 1464 1464 818 841 841 470460V 264 264 214 3.4 14 1947 1947 1157 1129 1129 671 649 649 386575V 211 211 171 2.7 11 1663 1663 885 965 965 513 554 554 295

208V -- -- -- -- -- -- -- -- -- -- -- -- -- --230V -- -- -- -- -- -- -- -- -- -- -- -- -- --380V 320 320 320 4.1 16 2524 2524 2524 1464 1464 1464 841 841 841460V 264 264 264 3.4 14 1947 1947 1947 1129 1129 1129 649 649 649575V 211 211 211 2.7 11 1663 1663 1663 965 965 965 554 554 554

208V -- -- -- -- -- -- -- -- -- -- -- -- -- --230V -- -- -- -- -- -- -- -- -- -- -- -- -- --380V 320 320 358 4.1 16 2524 2524 2524 1464 1464 1464 841 841 841460V 264 264 296 3.4 14 1947 1947 1947 1129 1129 1129 649 649 649575V 211 211 237 2.7 11 1663 1663 1663 965 965 965 554 554 554

208V -- -- -- -- -- -- -- -- -- -- -- -- -- --230V -- -- -- -- -- -- -- -- -- -- -- -- -- --380V 358 358 320 4.1 16 2524 2524 2524 1464 1464 1464 841 841 841460V 296 296 264 3.4 14 1947 1947 1947 1129 1129 1129 649 649 649575V 237 237 211 2.7 11 1663 1663 1663 965 965 965 554 554 554

208V -- -- -- -- -- -- -- -- -- -- -- -- -- --230V -- -- -- -- -- -- -- -- -- -- -- -- -- --380V 358 358 358 4.1 16 2524 2524 2524 1464 1464 1464 841 841 841460V 296 296 296 3.4 14 1947 1947 1947 1129 1129 1129 649 649 649575V 237 237 237 2.7 11 1663 1663 1663 965 965 965 554 554 554

208V 334 334 -- 7.5 23 2368 2368 - 1373 1373 - 789 789 -230V 302 302 -- 6.8 23 2119 2119 - 1229 1229 - 706 706 -380V 183 183 -- 4.1 16 1194 1194 - 693 693 - 398 398 -460V 151 151 -- 3.4 14 976 976 - 566 566 - 326 326 -575V 121 121 -- 2.7 11 846 846 - 491 491 - 282 282 -

208V 334 411 -- 7.5 23 2368 2788 - 1373 1617 - 789 929 -230V 302 372 -- 6.8 23 2119 2339 - 1229 1357 - 706 780 -380V 183 225 -- 4.1 16 1194 1410 - 693 818 - 398 470 -460V 151 186 -- 3.4 14 976 1157 - 566 671 - 326 386 -575V 121 149 -- 2.7 11 846 885 - 491 513 - 282 295 -

208V 411 411 -- 7.5 23 2788 2788 - 1617 1617 - 929 929 -230V 372 372 -- 6.8 23 2339 2339 - 1357 1357 - 780 780 -380V 225 225 -- 4.1 16 1410 1410 - 818 818 - 470 470 -460V 186 186 -- 3.4 14 1157 1157 - 671 671 - 386 386 -575V 149 149 -- 2.7 11 885 885 - 513 513 - 295 295 -

208V 411 487 -- 7.5 23 2788 2788 - 1617 1617 - 929 929 -230V 372 440 -- 6.8 23 2339 2339 - 1357 1357 - 780 780 -380V 225 266 -- 4.1 16 1410 1410 - 818 818 - 470 470 -460V 186 220 -- 3.4 14 1157 1157 - 671 671 - 386 386 -575V 149 176 -- 2.7 11 885 885 - 513 513 - 295 295 -

208V 487 487 -- 7.5 23 2788 2788 - 1617 1617 - 929 929 -230V 440 440 -- 6.8 23 2339 2339 - 1357 1357 - 780 780 -380V 266 266 -- 4.1 16 1410 1410 - 818 818 - 470 470 -460V 220 220 -- 3.4 14 1157 1157 - 671 671 - 386 386 -575V 176 176 -- 2.7 11 885 885 - 513 513 - 295 295 -

208V -- -- -- -- -- -- -- -- -- -- -- -- -- --230V -- -- -- -- -- -- -- -- -- -- -- -- -- --380V 266 346 -- 4.1 16 1410 2524 - 818 1464 - 470 841 -460V 220 286 -- 3.4 14 1157 1947 - 671 1129 - 386 649 -575V 176 229 -- 2.7 11 885 1663 - 513 965 - 295 554 -

525BTS 60 28

550BTS 60 30

470BTS 60 24

500BTS 60 26

450BTS 60 24

CIR 2 CIR 3 CIR 2 CIR 3 CIR 1CIR 2 CIR 1CIR 3Model HZ Voltage

Compressor

CIR 1


Inrush AmpsRated Load Amps LRA (ATL) LRA (YD)

# of FansFan

MotorFLA

FanMotorLRA

Inrush Amps

CIR 1

300BDH 60 16

330BDH 60 20

230BDH 60 14

250BDH 60 14

280BDH 60 16

210BDH 60 12

CIR 2 CIR 3

152 CAT 600-6



208V -- -- -- -- -- -- -- -- -- -- -- -- -- --230V -- -- -- -- -- -- -- -- -- -- -- -- -- --380V 346 346 -- 4.1 16 2524 2524 - 1464 1464 - 841 841 -460V 286 286 -- 3.4 14 1947 1947 - 1129 1129 - 649 649 -575V 229 229 -- 2.7 11 1663 1663 - 965 965 - 554 554 -

208V -- -- -- -- -- -- -- -- -- -- -- -- -- --230V -- -- -- -- -- -- -- -- -- -- -- -- -- --380V 346 383 -- 4.1 16 2524 2524 - 1464 1464 - 841 841 -460V 286 316 -- 3.4 14 1947 1947 - 1129 1129 - 649 649 -575V 229 253 -- 2.7 11 1663 1663 - 965 965 - 554 554 -

208V -- -- -- -- -- -- -- -- -- -- -- -- -- --230V -- -- -- -- -- -- -- -- -- -- -- -- -- --380V 383 383 -- 4.1 16 2524 2524 - 1464 1464 - 841 841 -460V 316 316 -- 3.4 14 1947 1947 - 1129 1129 - 649 649 -575V 253 253 -- 2.7 11 1663 1663 - 965 965 - 554 554 -

208V -- -- -- -- -- -- -- -- -- -- -- -- -- --230V -- -- -- -- -- -- -- -- -- -- -- -- -- --380V 266 266 266 4.1 16 1410 1410 1410 818 818 818 470 470 470460V 220 220 220 3.4 14 1157 1157 1157 671 671 671 386 386 386575V 176 176 176 2.7 11 885 885 885 513 513 513 295 295 295

208V -- -- -- -- -- -- -- -- -- -- -- -- -- --230V -- -- -- -- -- -- -- -- -- -- -- -- -- --380V 266 266 346 4.1 16 1410 1410 2524 818 818 1464 470 470 841460V 220 220 286 3.4 14 1157 1157 1947 671 671 1129 386 386 649575V 176 176 229 2.7 11 885 885 1663 513 513 965 295 295 554

208V -- -- -- -- -- -- -- -- -- -- -- -- -- --230V -- -- -- -- -- -- -- -- -- -- -- -- -- --380V -- -- -- -- -- -- -- -- -- -- -- -- -- --460V 286 286 220 3.4 14 1947 1947 1157 1129 1129 671 649 649 386575V 229 229 176 2.7 11 1663 1663 885 965 965 513 554 554 295

208V -- -- -- -- -- -- -- -- -- -- -- -- -- --230V -- -- -- -- -- -- -- -- -- -- -- -- -- --380V -- -- -- -- -- -- -- -- -- -- -- -- -- --460V 286 286 286 3.4 14 1947 1947 1947 1129 1129 1129 649 649 649575V 229 229 229 2.7 11 1663 1663 1663 965 965 965 554 554 554

208V 334 334 -- 7.5 23 2368 2368 -- 1373 1373 -- 789 789 --230V 302 302 -- 6.8 23 2119 2119 -- 1229 1229 -- 706 706 --380V 183 183 -- 4.1 16 1194 1194 -- 693 693 -- 398 398 --460V 151 151 -- 3.4 14 976 976 -- 566 566 -- 326 326 --575V 121 121 -- 2.7 11 846 846 -- 491 491 -- 282 282 --

208V 334 411 -- 7.5 23 2368 2788 -- 1373 1617 -- 789 929 --230V 302 372 -- 6.8 23 2119 2339 -- 1229 1357 -- 706 780 --380V 183 225 -- 4.1 16 1194 1410 -- 693 818 -- 398 470 --460V 151 186 -- 3.4 14 976 1157 -- 566 671 -- 326 386 --575V 121 149 -- 2.7 11 846 885 -- 491 513 -- 282 295 --

208V 411 411 -- 7.5 23 2788 2788 -- 1617 1617 -- 929 929 --230V 372 372 -- 6.8 23 2339 2339 -- 1357 1357 -- 780 780 --380V 225 225 -- 4.1 16 1410 1410 -- 818 818 -- 470 470 --460V 186 186 -- 3.4 14 1157 1157 -- 671 671 -- 386 386 --575V 149 149 -- 2.7 11 885 885 -- 513 513 -- 295 295 --

208V 411 487 -- 7.5 23 2788 2788 -- 1617 1617 -- 929 929 --230V 372 440 -- 6.8 23 2339 2339 -- 1357 1357 -- 780 780 --380V 225 266 -- 4.1 16 1410 1410 -- 818 818 -- 470 470 --460V 186 220 -- 3.4 14 1157 1157 -- 671 671 -- 386 386 --575V 149 176 -- 2.7 11 885 885 -- 513 513 -- 295 295 --

60 16

2060

60 18

30

475BTH 60

18

26

500BTH 60 28

240BDP

450BTH 60

530BTH 60

265BDP 60

310BDP

290BDP

24

410BDH 60 24

350BDH 60 20

390BDH 60 22

CIR 1 CIR 3CIR 1 CIR 2 CIR 3 CIR 1CIR 3 CIR 2


Inrush AmpsRated Load Amps LRA (ATL) LRA (YD)

# of FansFan

MotorFLA

FanMotorLRA

Inrush Amps

CIR 2CIR 3Model HZ Voltage

Compressor

CIR 1 CIR 2

CAT 600-6 153



208V 487 487 -- 7.5 23 2788 2788 -- 1617 1617 -- 929 929 --230V 440 440 -- 6.8 23 2339 2339 -- 1357 1357 -- 780 780 --380V 266 266 -- 4.1 16 1410 1410 -- 818 818 -- 470 470 --460V 220 220 -- 3.4 14 1157 1157 -- 671 671 -- 386 386 --575V 176 176 -- 2.7 11 885 885 -- 513 513 -- 295 295 --

208V -- -- -- -- -- -- -- -- -- -- -- -- -- --230V -- -- -- -- -- -- -- -- -- -- -- -- -- --380V 266 346 -- 4.1 16 1410 2524 -- 818 1464 -- 470 841 --460V 220 286 -- 3.4 14 1157 1947 -- 671 1129 -- 386 649 --575V 176 229 -- 2.7 11 885 1663 -- 513 965 -- 295 554 --

208V -- -- -- -- -- -- -- -- -- -- -- -- -- --230V -- -- -- -- -- -- -- -- -- -- -- -- -- --380V 346 346 -- 4.1 16 2524 2524 -- 1464 1464 -- 841 841 --460V 286 286 -- 3.4 14 1947 1947 -- 1129 1129 -- 649 649 --575V 229 229 -- 2.72 11 1663 1663 -- 965 965 -- 554 554 --

CIR 1 CIR 2CIR 1


CIR 2 CIR 3 CIR 2 CIR 3CIR 3 CIR 1

Inrush Amps

Rated Load Amps LRA (ATL) LRA (YD)# of FansFan

MotorFLA

FanMotorLRA

Inrush Amps

CIR 2 CIR 3

24400BDP 60

365BDP 60 22

60 20330BDP

Model HZ Voltage

Compressor

CIR 1

154 CAT 600-6

Single-point Electrical Data (non-VFD)Single-point Electrical Data (non-VFD)

Table 102: Single-point Electrical Data (60 Hz, Standard efficiency, non-VFD models)


208V 802 1000 1000 12 250 MCM 2 3.0

230V 725 1000 1000 6 500 MCM 2 3.0

380V 439 600 600 6 4/0 AWG 2 2.0

460V 363 450 500 3 500 MCM 1 3.0

575V 290 350 400 3 350 MCM 1 2.5

208V 908 1200 1200 12 300 MCM 2 3.5

230V 821 1000 1000 12 300 MCM 2 3.5

380V 498 600 700 6 250 MCM 2 2.0

460V 411 500 500 6 4/0 AWG 2 2.0

575V 328 400 450 3 400 MCM 1 2.5

208V 981 1200 1200 12 350 MCM 2 3.5

230V 887 1200 1200 12 300 MCM 2 3.5

380V 538 700 700 6 300 MCM 2 2.5

460V 444 600 600 6 4/0 AWG 2 2.0

575V 354 450 450 3 500 MCM 1 3.0

208V 1092 1200 1200 12 500 MCM 2 4.0

230V 988 1200 1200 12 350 MCM 2 3.5

380V 598 800 800 6 350 MCM 2 2.5

460V 494 600 700 6 250 MCM 2 2.0

575V 395 500 500 6 3/0 AWG 2 2.0

208V 1169 1600 1600 12 500 MCM 2 4.0

230V 1058 1200 1200 12 400 MCM 2 3.5

380V 640 800 800 6 400 MCM 2 2.5

460V 529 700 700 6 300 MCM 2 2.5

575V 423 500 500 6 4/0 AWG 2 2.0

208V -- -- -- -- -- -- --

230V -- -- -- -- -- -- --

380V 725 1000 1000 6 500 MCM 2 3.0

460V 598 800 800 6 350 MCM 2 2.5

575V 478 600 600 6 250 MCM 2 2.0

208V -- -- -- -- -- -- --

230V -- -- -- -- -- -- --

380V 786 1000 1000 12 250 MCM 2 3.0

460V 648 800 800 6 400 MCM 2 2.5

575V 518 700 700 6 300 MCM 2 2.5

208V -- -- -- -- -- -- --

230V -- -- -- -- -- -- --

380V 850 1200 1200 12 300 MCM 2 3.5

460V 702 800 800 6 500 MCM 2 3.0

575V 562 700 700 6 300 MCM 2 2.5

208V -- -- -- -- -- -- --

230V -- -- -- -- -- -- --

380V 888 1200 1200 12 300 MCM 2 3.5

460V 734 1000 1000 6 500 MCM 2 3.0

575V 588 700 800 6 350 MCM 2 2.5

(Wire 75°C for SP Pow er Block / Disconnect Sw . - 90°C for SP HSCCR)Model HZ Voltage# of Fans

250BDS 60 14

225BDS 60 12

350BDS 60 20

375BDS 60 20

310BDS 60 16

60 14

290BDS 60 16

260BDS

1060190BDS

1260210BDS

CAT 600-6 155

Single-point Electrical Data (non-VFD)

Table 103: Single-point Electrical Data (60 Hz, Standard efficiency, non-VFD models) continued


208V -- -- -- -- -- -- --

230V -- -- -- -- -- -- --

380V 932 1000 1000 12 350 MCM 2 3.5

460V 783 1000 1000 12 250 MCM 2 3.0

575V 616 700 700 6 350 MCM 2 2.5

208V -- -- -- -- -- -- --

230V -- -- -- -- -- -- --

380V 1009 1200 1200 12 400 MCM 2 3.5460V 833 1000 1000 12 300 MCM 2 3.5575V 666 800 800 6 400 MCM 2 2.5

208V -- -- -- -- -- -- --

230V -- -- -- -- -- -- --

380V 1078 1200 1200 12 500 MCM 2 4.0460V 890 1000 1000 12 300 MCM 2 3.5575V 711 800 800 6 500 MCM 2 3.0

208V -- -- -- -- -- -- --

230V -- -- -- -- -- -- --

380V -- -- -- -- -- -- --

460V 940 1200 1200 12 350 MCM 2 3.5575V 751 800 800 6 500 MCM 2 3.0

208V -- -- -- -- -- -- --

230V -- -- -- -- -- -- --

380V -- -- -- -- -- -- --

460V 980 1200 1200 12 350 MCM 2 3.5575V 784 1000 1000 12 250 MCM 2 3.0

208V -- -- -- -- -- -- --

230V -- -- -- -- -- -- --

380V -- -- -- -- -- -- --

460V 1025 1200 1200 12 400 MCM 2 3.5575V 820 1000 1000 12 300 MCM 2 3.5

208V -- -- -- -- -- -- --

230V -- -- -- -- -- -- --

380V -- -- -- -- -- -- --

460V 1064 1200 1200 12 400 MCM 2 3.5575V 852 1000 1000 12 300 MCM 2 3.5

# of Fans

Model HZ Voltage

22

28

400BTS 60


60

60

450BTS 60

425BTS

470BTS 60

525BTS

22

30

24

500BTS 60 26

24

550BTS 60

156 CAT 600-6


Table 104: Single-point Electrical Data (60 Hz, High efficiency, non-VFD models)


208V 842 1000 1000 12 300 MCM 2 3.5230V 761 1000 1000 12 250 MCM 2 3.0380V 461 600 600 6 250 MCM 2 2.0460V 381 450 500 6 3/0 AWG 2 2.0575V 305 400 400 3 350 MCM 1 2.5


208V 1030 1200 1200 12 400 MCM 2 3.5230V 932 1200 1200 12 350 MCM 2 3.5380V 564 700 700 6 300 MCM 2 2.5460V 466 600 600 6 250 MCM 2 2.0575V 373 450 500 3 500 MCM 1 3.0

208V 1140 1600 1600 12 500 MCM 2 4.0230V 1031 1200 1200 12 400 MCM 2 3.5380V 623 800 800 6 400 MCM 2 2.5460V 515 700 700 6 300 MCM 2 2.5575V 413 500 500 6 4/0 AWG 2 2.0


208V -- -- -- -- -- -- --

230V -- -- -- -- -- -- --

380V 781 1000 1000 12 250 MCM 2 3.0460V 646 800 800 6 400 MCM 2 2.5575V 517 700 700 6 300 MCM 2 2.5

208V -- -- -- -- -- -- --

230V -- -- -- -- -- -- --

380V 861 1200 1200 12 300 MCM 2 3.5460V 712 800 800 6 500 MCM 2 3.0575V 570 700 700 6 300 MCM 2 2.5

208V -- -- -- -- -- -- --

230V -- -- -- -- -- -- --

380V 915 1200 1200 12 350 MCM 2 3.5460V 756 1000 1000 6 500 MCM 2 3.0575V 605 800 800 6 350 MCM 2 2.5

208V -- -- -- -- -- -- --

230V -- -- -- -- -- -- --

380V 961 1200 1200 12 350 MCM 2 3.5460V 793 1000 1000 12 250 MCM 2 3.0575V 635 700 800 6 400 MCM 2 2.5

230BDH

250BDH

280BDH

300BDH

210BDH 60

Model HZ Voltage# of Fans

(Wire 75°C for SP Power Block / Disconnect Sw. - 90°C for SP HSCCR)

60

60

60

60

60

60

330BDH

350BDH

390BDH

410BDH 60

60

24

12

14

14

16

16

20

20

22

CAT 600-6 157


Table 105: Single-point Electrical Data (60 Hz, High efficiency, non-VFD models) continued


208V -- -- -- -- -- -- --

230V -- -- -- -- -- -- --

380V 963 1200 1200 12 350 MCM 2 3.5460V 797 1000 1000 12 250 MCM 2 3.0575V 637 800 800 6 400 MCM 2 2.5

208V -- -- -- -- -- -- --

230V -- -- -- -- -- -- --

380V 1072 1200 1200 12 400 MCM 2 3.5460V 886 1000 1000 12 300 MCM 2 3.5575V 709 800 800 6 500 MCM 2 3.0

208V -- -- -- -- -- -- --

230V -- -- -- -- -- -- --

380V -- -- -- -- -- -- --

460V 959 1200 1200 12 350 MCM 2 3.5575V 767 800 800 12 250 MCM 2 3.0

208V -- -- -- -- -- -- --

230V -- -- -- -- -- -- --

380V -- -- -- -- -- -- --

460V 1032 1200 1200 12 400 MCM 2 3.5575V 826 1000 1000 12 300 MCM 2 3.5

Model HZ Voltage

450BTH

# of Fans


475BTH 60 26

60 24

500BTH 60 28

530BTH 60 30

158 CAT 600-6


Table 106: Single-point Electrical Data (60 Hz, Premium efficiency, non-VFD models)






208V -- -- -- -- -- -- --

230V 1126 1200 1200 12 500 MCM 2 4.0380V 681 800 800 6 500 MCM 2 3.0460V 563 700 700 6 300 MCM 2 2.5575V 450 600 600 6 4/0 AWG 2 2.0

208V -- -- -- -- -- -- --

230V -- -- -- -- -- -- --

380V 789 1000 1000 12 250 MCM 2 3.0460V 652 800 800 6 400 MCM 2 2.5575V 522 700 700 6 300 MCM 2 2.5

208V -- -- -- -- -- -- --

230V -- -- -- -- -- -- --

380V 877 1200 1200 12 300 MCM 2 3.5460V 725 1000 1000 6 500 MCM 2 3.0575V 581 700 800 6 350 MCM 2 2.5



240BDP 60 16

265BDP 60 18

330BDP 60 20

290BDP 60 18

365BDP 60 22

310BDP 60 20

400BDP 60 24

CAT 600-6 159

Single-point Field Wiring Data (non-VFD)Single-point Field Wiring Data (non-VFD)

Table 107: Single-point Field Wiring Data (60 Hz, Standard efficiency, non-VFD models)

Size Std Lug Size Size Std Lug Size Size Std Lug Size

208V 1400A (4/PH) 1/0 - 750 mcm 1200A (4/PH) 250 - 500 kcmil 1200A (4/PH) 250 mcm - 500 kcmil230V 760A (2/PH) #2 - 500 kcmil 800A (4/PH) 250 - 500 kcmil 1200A (4/PH) 250 mcm - 500 kcmil380V 760A (2/PH) #2 - 500 kcmil 600A (2/PH) 3/0 - 500 kcmil 600A (2/PH) 3/0 - 500 kcmil460V 380A (1/PH) #4 - 500 400A (2/PH) 3/0 - 500 kcmil 600A (2/PH) 3/0 - 500 kcmil575V 380A (1/PH) #4 - 500 400A (2/PH) 3/0 - 500 kcmil 400A (2/PH) 3/0 - 500 kcmil

208V 1400A (4/PH) 1/0 - 750 mcm 1200A (4/PH) 250 - 500 kcmil 1200A (4/PH) 250 mcm - 500 kcmil230V 1400A (4/PH) 1/0 - 750 mcm 1200A (4/PH) 250 - 500 kcmil 1200A (4/PH) 250 mcm - 500 kcmil380V 760A (2/PH) #2 - 500 kcmil 600A (2/PH) 3/0 - 500 kcmil 800A (4/PH) 250 mcm - 500 kcmil460V 760A (2/PH) #2 - 500 kcmil 600A (2/PH) 3/0 - 500 kcmil 600A (2/PH) 3/0 - 500 kcmil575V 380A (1/PH) #4 - 500 400A (2/PH) 3/0 - 500 kcmil 400A (2/PH) 3/0 - 500 kcmil


208V 1400A (4/PH) 1/0 - 750 mcm 1200A (4/PH) 250 - 500 kcmil 1600A (5/PH) 300-600 kcmil 230V 1400A (4/PH) 1/0 - 750 mcm 1200A (4/PH) 250 - 500 kcmil 1200A (4/PH) 250 mcm - 500 kcmil380V 760A (2/PH) #2 - 500 kcmil 800A (4/PH) 250 - 500 kcmil 800A (4/PH) 250 mcm - 500 kcmil460V 760A (2/PH) #2 - 500 kcmil 600A (2/PH) 3/0 - 500 kcmil 600A (2/PH) 3/0 - 500 kcmil575V 760A (2/PH) #2 - 500 kcmil 600A (2/PH) 3/0 - 500 kcmil 600A (2/PH) 3/0 - 500 kcmil

208V 1400A (4/PH) 1/0 - 750 mcm 1600A (5/PH) 300-600 kcmil 1600A (5/PH) 300-600 kcmil 230V 1400A (4/PH) 1/0 - 750 mcm 1200A (4/PH) 250 - 500 kcmil 1600A (5/PH) 300-600 kcmil 380V 760A (2/PH) #2 - 500 kcmil 800A (4/PH) 250 - 500 kcmil 800A (4/PH) 250 mcm - 500 kcmil460V 760A (2/PH) #2 - 500 kcmil 600A (2/PH) 3/0 - 500 kcmil 800A (4/PH) 250 mcm - 500 kcmil575V 760A (2/PH) #2 - 500 kcmil 600A (2/PH) 3/0 - 500 kcmil 600A (2/PH) 3/0 - 500 kcmil

208V -- -- -- -- -- --230V -- -- -- -- -- --380V 760A (2/PH) #2 - 500 kcmil 800A (4/PH) 250 - 500 kcmil 1200A (4/PH) 250 mcm - 500 kcmil460V 760A (2/PH) #2 - 500 kcmil 800A (4/PH) 250 - 500 kcmil 800A (4/PH) 250 mcm - 500 kcmil575V 760A (2/PH) #2 - 500 kcmil 600A (2/PH) 3/0 - 500 kcmil 600A (2/PH) 3/0 - 500 kcmil

208V -- -- -- -- -- --230V -- -- -- -- -- --380V 1400A (4/PH) 1/0 - 750 mcm 1200A (4/PH) 250 - 500 kcmil 1200A (4/PH) 250 mcm - 500 kcmil460V 760A (2/PH) #2 - 500 kcmil 800A (4/PH) 250 - 500 kcmil 800A (4/PH) 250 mcm - 500 kcmil575V 760A (2/PH) #2 - 500 kcmil 600A (2/PH) 3/0 - 500 kcmil 800A (4/PH) 250 mcm - 500 kcmil


208V -- -- -- -- -- --230V -- -- -- -- -- --380V 1400A (4/PH) 1/0 - 750 mcm 1200A (4/PH) 250 - 500 kcmil 1200A (4/PH) 250 mcm - 500 kcmil460V 760A (2/PH) #2 - 500 kcmil 800A (4/PH) 250 - 500 kcmil 1200A (4/PH) 250 mcm - 500 kcmil575V 760A (2/PH) #2 - 500 kcmil 800A (4/PH) 250 - 500 kcmil 800A (4/PH) 250 mcm - 500 kcmil

208V -- -- -- -- -- --230V -- -- -- -- -- --380V 1400A (4/PH) 1/0 - 750 mcm 1200A (4/PH) 250 - 500 kcmil 1200A (4/PH) 250 mcm - 500 kcmil460V 1400A (4/PH) 1/0 - 750 mcm 1200A (4/PH) 250 - 500 kcmil 1200A (4/PH) 250 mcm - 500 kcmil575V 760A (2/PH) #2 - 500 kcmil 800A (4/PH) 250 - 500 kcmil 800A (4/PH) 250 mcm - 500 kcmil

Pow erBlock Disconnect Sw itchHigh Short Circuit Current Rating

Circuit Breaker (note 1)Model HZ Voltage# of Fans

190BDS 60 10

12

225BDS 60 12

210BDS 60

260BDS 60 14

250BDS 60 14

290BDS 60 16

310BDS 60 16

350BDS 60 20

375BDS 60 20

400BTS 60 22

160 CAT 600-6

Single-point Field Wiring Data (non-VFD)

Table 108: Single-point Field Wiring Data (60 Hz, Standard efficiency, non-VFD models) continued

Table 109: Single-point Field Wiring Data (60 Hz, High efficiency, non-VFD models)


208V -- -- -- -- -- --230V -- -- -- -- -- --380V 1400A (4/PH) 1/0 - 750 mcm 1200A (4/PH) 250 - 500 kcmil -- --460V 1400A (4/PH) 1/0 - 750 mcm 1200A (4/PH) 250 - 500 kcmil 1200A (4/PH) 250 mcm - 500 kcmil575V 760A (2/PH) #2 - 500 kcmil 800A (4/PH) 250 - 500 kcmil 1200A (4/PH) 250 mcm - 500 kcmil


208V -- -- -- -- -- --230V -- -- -- -- -- --380V -- -- -- -- -- --460V 1400A (4/PH) 1/0 - 750 mcm 1200A (4/PH) 250 - 500 kcmil 1200A (4/PH) 250 mcm - 500 kcmil575V 760A (2/PH) #2 - 500 kcmil 1200A (4/PH) 250 - 500 kcmil 1200A (4/PH) 250 mcm - 500 kcmil

208V -- -- -- -- -- --230V -- -- -- -- -- --380V -- -- -- -- -- --460V 1400A (4/PH) 1/0 - 750 mcm 1200A (4/PH) 250 - 500 kcmil 1600A (5/PH) 300-600 kcmil 575V 1400A (4/PH) 1/0 - 750 mcm 1200A (4/PH) 250 - 500 kcmil 1200A (4/PH) 250 mcm - 500 kcmil



450BTS 60 24

425BTS 60 22

Pow er Block Disconnect Sw itchHigh Short Circuit Current Rating


470BTS 60 24


500BTS 60 26

525BTS 60 28

550BTS 60 30


208V 1400A (4/PH) 1/0 - 750 mcm 1200A (4/PH) 250 - 500 kcmil 1200A (4/PH) 250 mcm - 500 kcmil230V 1400A (4/PH) 1/0 - 750 mcm 800A (4/PH) 250 - 500 kcmil 1200A (4/PH) 250 mcm - 500 kcmil380V 760A (2/PH) #2 - 500 kcmil 600A (2/PH) 3/0 - 500 kcmil 600A (2/PH) 3/0 - 500 kcmil460V 760A (2/PH) #2 - 500 kcmil 400A (2/PH) 3/0 - 500 kcmil 600A (2/PH) 3/0 - 500 kcmil575V 380A (1/PH) #4 - 500 400A (2/PH) 3/0 - 500 kcmil 400A (2/PH) 3/0 - 500 kcmil


208V 1400A (4/PH) 1/0 - 750 mcm 1200A (4/PH) 250 - 500 kcmil 1600A (5/PH) 300-600 kcmil 230V 1400A (4/PH) 1/0 - 750 mcm 1200A (4/PH) 250 - 500 kcmil 1200A (4/PH) 250 mcm - 500 kcmil380V 760A (2/PH) #2 - 500 kcmil 600A (2/PH) 3/0 - 500 kcmil 800A (4/PH) 250 mcm - 500 kcmil460V 760A (2/PH) #2 - 500 kcmil 600A (2/PH) 3/0 - 500 kcmil 600A (2/PH) 3/0 - 500 kcmil575V 380A (1/PH) #4 - 500 400A (2/PH) 3/0 - 500 kcmil 600A (2/PH) 3/0 - 500 kcmil

208V 1400A (4/PH) 1/0 - 750 mcm 1200A (4/PH) 250 - 500 kcmil 1600A (5/PH) 300-600 kcmil 230V 1400A (4/PH) 1/0 - 750 mcm 1200A (4/PH) 250 - 500 kcmil 1600A (5/PH) 300-600 kcmil 380V 760A (2/PH) #2 - 500 kcmil 800A (4/PH) 250 - 500 kcmil 800A (4/PH) 250 mcm - 500 kcmil460V 760A (2/PH) #2 - 500 kcmil 600A (2/PH) 3/0 - 500 kcmil 800A (4/PH) 250 mcm - 500 kcmil575V 760A (2/PH) #2 - 500 kcmil 600A (2/PH) 3/0 - 500 kcmil 600A (2/PH) 3/0 - 500 kcmil


Circuit Breaker (note 1)Model HZ Voltage# of Fans

250BDH 60 14

210BDH 60 12

230BDH 60 14

280BDH 60 16

CAT 600-6 161


Table 110: Single-point Field Wiring Data (60 Hz, High efficiency, non-VFD models) continued






208V -- -- -- -- -- --230V -- -- -- -- -- --380V 1400A (4/PH) 1/0 - 750 mcm 1200A (4/PH) 250 - 500 kcmil 1200A (4/PH) 250 mcm - 500 kcmil460V 1400A (4/PH) 1/0 - 750 mcm 1200A (4/PH) 250 - 500 kcmil 1200A (4/PH) 250 mcm - 500 kcmil575V 760A (2/PH) #2 - 500 kcmil 800A (4/PH) 250 - 500 kcmil 800A (4/PH) 250 mcm - 500 kcmil

208V -- -- -- -- -- --230V -- -- -- -- -- --380V 1400A (4/PH) 1/0 - 750 mcm 1200A (4/PH) 250 - 500 kcmil 1600A (5/PH) 300-600 kcmil 460V 1400A (4/PH) 1/0 - 750 mcm 1200A (4/PH) 250 - 500 kcmil 1200A (4/PH) 250 mcm - 500 kcmil575V 760A (2/PH) #2 - 500 kcmil 800A (4/PH) 250 - 500 kcmil 1200A (4/PH) 250 mcm - 500 kcmil




300BDH 60 16

330BDH 60 20

350BDH 60 20

410BDH 60 24

390BDH 60 22



450BTH 60 24


530BTH 60 30

475BTH 60 26

500BTH 60 28

162 CAT 600-6


Table 111: Single-point Field Wiring Data (60 Hz, Premium efficiency, non-VFD models)

208V 1400A (4/PH) 1/0 - 750 mcm 1200A (4/PH) 250 - 500 kcmil 1200A (4/PH) 250 mcm - 500 kcmil230V 1400A (4/PH) 1/0 - 750 mcm 1200A (4/PH) 250 - 500 kcmil 1200A (4/PH) 250 mcm - 500 kcmil380V 760A (2/PH) #2 - 500 kcmil 600A (2/PH) 3/0 - 500 kcmil 600A (2/PH) 3/0 - 500 kcmil460V 760A (2/PH) #2 - 500 kcmil 600A (2/PH) 3/0 - 500 kcmil 600A (2/PH) 3/0 - 500 kcmil575V 380A (1/PH) #4 - 500 400A (2/PH) 3/0 - 500 kcmil 400A (2/PH) 3/0 - 500 kcmil


208V 1400A (4/PH) 1/0 - 750 mcm 1200A (4/PH) 250 - 500 kcmil 1600A (5/PH) 300-600 kcmil 230V 1400A (4/PH) 1/0 - 750 mcm 1200A (4/PH) 250 - 500 kcmil 1200A (4/PH) 250 mcm - 500 kcmil380V 760A (2/PH) #2 - 500 kcmil 800A (4/PH) 250 - 500 kcmil 800A (4/PH) 250 mcm - 500 kcmil460V 760A (2/PH) #2 - 500 kcmil 600A (2/PH) 3/0 - 500 kcmil 600A (2/PH) 3/0 - 500 kcmil575V 760A (2/PH) #2 - 500 kcmil 400A (2/PH) 3/0 - 500 kcmil 600A (2/PH) 3/0 - 500 kcmil


208V -- -- -- -- -- --230V 1400A (4/PH) 1/0 - 750 mcm 1200A (4/PH) 250 - 500 kcmil 1600A (5/PH) 300-600 kcmil 380V 760A (2/PH) #2 - 500 kcmil 800A (4/PH) 250 - 500 kcmil 1200A (4/PH) 250 mcm - 500 kcmil460V 760A (2/PH) #2 - 500 kcmil 600A (2/PH) 3/0 - 500 kcmil 800A (4/PH) 250 mcm - 500 kcmil575V 760A (2/PH) #2 - 500 kcmil 600A (2/PH) 3/0 - 500 kcmil 600A (2/PH) 3/0 - 500 kcmil



Pow er Block Disconnect Sw itch High Short Circuit Current Rating

Size Std Lug Size Size Std Lug Size Size Std Lug SizeModel HZ Voltage

# of Fans

240BDP 60 16

265BDP 60 18

290BDP 60 18

310BDP 60 20

400BDP 60 24

330BDP 60 20

365BDP 60 22

CAT 600-6 163

Multipoint Electrical Data (VFD)Multipoint Electrical Data (VFD)

Table 112: Multipoint Electrical Data (60Hz, standard and high efficiency, VFD models)


380V 5 218 300 350 3 4/0 AWG 1 2.0460V 5 180 250 300 3 3/0 AWG 1 2.0380V 6 222 300 350 3 4/0 AWG 1 2.0460V 6 183 250 300 3 3/0 AWG 1 2.0380V 6 266 400 450 3 300 MCM 1 2.5460V 6 219 300 350 3 4/0 AWG 1 2.0380V 6 277 400 450 3 300 MCM 1 2.5460V 6 229 350 350 3 4/0 AWG 1 2.0380V 7 281 400 450 3 300 MCM 1 2.5460V 7 233 350 400 3 250 MCM 1 2.0380V 7 336 500 500 3 500 MCM 1 3.0460V 7 278 400 450 3 300 MCM 1 2.5380V 8 340 500 500 3 500 MCM 1 3.0460V 8 281 400 450 3 300 MCM 1 2.5380V 8 393 600 600 6 3/0 AWG 2 2.0460V 8 325 500 500 3 400 MCM 1 2.5380V 10 401 600 600 6 4/0 AWG 2 2.0460V 10 332 500 500 3 400 MCM 1 2.5380V 10 474 700 800 6 250 MCM 2 2.0460V 10 392 600 600 6 3/0 AWG 2 2.0380V 10 -- -- -- -- -- -- --

460V 12 392 600 600 6 3/0 AWG 2 2.0380V 12 -- -- -- -- -- -- --

460V 12 460 700 700 6 4/0 AWG 2 2.0


380V 5 218 300 350 3 4/0 AWG 1 2.0460V 5 180 250 300 3 3/0 AWG 1 2.0380V 6 266 400 450 3 300 MCM 1 2.5460V 6 219 300 350 3 4/0 AWG 1 2.0380V 6 266 400 450 3 300 MCM 1 2.5460V 6 219 300 350 3 4/0 AWG 1 2.0380V 6 277 400 450 3 300 MCM 1 2.5460V 6 229 350 350 3 4/0 AWG 1 2.0380V 7 336 500 500 3 500 MCM 1 3.0460V 7 278 400 450 3 300 MCM 1 2.5380V 7 336 500 500 3 500 MCM 1 3.0460V 7 278 400 450 3 300 MCM 1 2.5380V 8 393 600 600 6 3/0 AWG 2 2.0460V 8 325 500 500 3 400 MCM 1 2.5380V 8 393 600 600 6 3/0 AWG 2 2.0460V 8 325 500 500 3 400 MCM 1 2.5380V 10 474 700 800 6 250 MCM 2 2.0460V 10 392 600 600 6 3/0 AWG 2 2.0380V 10 474 700 800 6 250 MCM 2 2.0460V 10 392 600 600 6 3/0 AWG 2 2.0380V 10 -- -- -- -- -- -- --

460V 12 460 700 700 6 4/0 AWG 2 2.0380V 12 -- -- -- -- -- -- --

460V 12 460 700 700 6 4/0 AWG 2 2.0

190BDS 60

200BDS 60

200BDS 60

170BDS 60

390BDH

300BDH

330BDH

350BDH

60

60

170BDS

190BDS

60

60

280BDH 60

300BDH 60

60

350BDH

210BDH 60

60

390BDH 60

410BDH 60

330BDH

280BDH

210BDH

230BDH

250BDH

410BDH

60

60

60

60

60


Circuit 1

60

60

Circuit 2

Model HZ Voltage # of Fans (Wire 75°C for SP Pow er Block / Disconnect Sw . - 90°C for SP HSCCR)

230BDH 60

250BDH 60

164 CAT 600-6

Multipoint Electrical Data (VFD)

Table 113: Multipoint Electrical Data (60Hz, standard efficiency, VFD models), continued


380V 393 600 600 6 3/0 AWG 2 2.0460V 325 500 500 3 400 MCM 1 2.5380V -- -- -- -- -- -- --

460V 325 500 500 3 400 MCM 1 2.5380V -- -- -- -- -- -- --

460V 392 600 600 6 3/0 AWG 2 2.0380V -- -- -- -- -- -- --

460V 392 600 600 6 3/0 AWG 2 2.0


380V 393 600 600 6 3/0 AWG 2 2.0460V 325 500 500 3 400 MCM 1 2.5380V -- -- -- -- -- -- --

460V 325 500 500 3 400 MCM 1 2.5380V -- -- -- -- -- -- --

460V 392 600 600 6 3/0 AWG 2 2.0380V -- -- -- -- -- -- --

460V 392 600 600 6 3/0 AWG 2 2.0


380V 393 600 600 6 3/0 AWG 2 2.0460V 325 500 500 3 400 MCM 1 2.5380V -- -- -- -- -- -- --

460V 392 600 600 6 3/0 AWG 2 2.0380V -- -- -- -- -- -- --

460V 325 500 500 3 400 MCM 1 2.5380V -- -- -- -- -- -- --

460V 392 600 600 6 3/0 AWG 2 2.0

500BTH 60 8

530BTH 60 10

450BTH 60 8

475BTH 60 10

Circuit 3

Model HZ Voltage# of Fans per Circuit


530BTH 60 10

475BTH 60 8

500BTH 60 10

450BTH 60 8

10

Circuit 2

Model

60

HZ Voltage# of Fans per Circuit


530BTH

60

60

60

HZ Voltage

8

8

10

# of Fans per Circuit


450BTH

475BTH

500BTH

Model

Circuit 1

CAT 600-6 165

Multipoint Electrical Data (VFD)

Table 114: Multipoint Electrical Data (60Hz, premium efficiency, VFD models), continued


380V 285 400 450 3 350 MCM 1 2.5460V 236 350 400 3 250 MCM 1 2.0380V 290 400 450 3 350 MCM 1 2.5460V 239 350 400 3 250 MCM 1 2.0380V 345 500 500 3 500 MCM 1 3.0460V 284 400 450 3 300 MCM 1 2.5380V 349 500 500 3 500 MCM 1 3.0460V 288 400 450 3 350 MCM 1 2.5380V 401 600 600 6 4/0 AWG 2 2.0460V 332 500 500 3 400 MCM 1 2.5380V 401 600 600 6 4/0 AWG 2 2.0460V 332 500 500 3 400 MCM 1 2.5380V 482 700 800 6 250 MCM 2 2.0460V 398 600 600 6 3/0 AWG 2 2.0


380V 285 400 450 3 350 MCM 1 2.5460V 236 350 400 3 250 MCM 1 2.0380V 345 500 500 3 500 MCM 1 3.0460V 284 400 450 3 300 MCM 1 2.5380V 345 500 500 3 500 MCM 1 3.0460V 284 400 450 3 300 MCM 1 2.5380V 401 600 600 6 4/0 AWG 2 2.0460V 332 500 500 3 400 MCM 1 2.5380V 401 600 600 6 4/0 AWG 2 2.0460V 332 500 500 3 400 MCM 1 2.5380V 482 700 800 6 250 MCM 2 2.0460V 398 600 600 6 3/0 AWG 2 2.0380V 482 700 800 6 250 MCM 2 2.0460V 398 600 600 6 3/0 AWG 2 2.0

10

330BDP

10

12

9

9

8

310BDP

400BDP 12

365BDP

290BDP

265BDP

12

10

240BDP

400BDP

Circuit 2

365BDP

310BDP

10


330BDP

265BDP

10

290BDP 9

9

240BDP 8


Circuit 1

166 CAT 600-6

Multipoint Field Wiring Data (VFD)Multipoint Field Wiring Data (VFD)

Table 115: Multipoint Field Wiring Data (VFD models)


380V 250A (1/PH) # 3/0 - 350 MCM 250A (1/PH) # 3/0 - 350 MCM -- --

460V 250A (1/PH) # 3/0 - 350 MCM 250A (1/PH) # 3/0 - 350 MCM -- --

380V 250A (1/PH) # 3/0 - 350 MCM 400A (2/PH) 2/0 - 500 MCM -- --

460V 250A (1/PH) # 3/0 - 350 MCM 250A (1/PH) # 3/0 - 350 MCM -- --

380V 400A (2/PH) 2/0 - 500 MCM 400A (2/PH) 2/0 - 500 MCM -- --

460V 250A (1/PH) # 3/0 - 350 MCM 250A (1/PH) # 3/0 - 350 MCM -- --

380V 400A (2/PH) 2/0 - 500 MCM 400A (2/PH) 2/0 - 500 MCM -- --

460V 250A (1/PH) # 3/0 - 350 MCM 250A (1/PH) # 3/0 - 350 MCM -- --

380V 400A (2/PH) 2/0 - 500 MCM 400A (2/PH) 2/0 - 500 MCM -- --

460V 250A (1/PH) # 3/0 - 350 MCM 400A (2/PH) 2/0 - 500 MCM -- --

380V 400A (2/PH) 2/0 - 500 MCM 400A (2/PH) 2/0 - 500 MCM -- --

460V 400A (2/PH) 2/0 - 500 MCM 400A (2/PH) 2/0 - 500 MCM -- --

380V 400A (2/PH) 2/0 - 500 MCM 400A (2/PH) 2/0 - 500 MCM -- --

460V 400A (2/PH) 2/0 - 500 MCM 400A (2/PH) 2/0 - 500 MCM -- --

380V 400A (2/PH) 2/0 - 500 MCM 400A (2/PH) 2/0 - 500 MCM -- --

460V 400A (2/PH) 2/0 - 500 MCM 400A (2/PH) 2/0 - 500 MCM -- --

380V 400A (2/PH) 2/0 - 500 MCM 600A (2/PH) 2/0 - 500 MCM -- --

460V 400A (2/PH) 2/0 - 500 MCM 400A (2/PH) 2/0 - 500 MCM -- --

380V 600A (2/PH) 2/0 - 500 MCM 600A (2/PH) 2/0 - 500 MCM -- --

460V 400A (2/PH) 2/0 - 500 MCM 400A (2/PH) 2/0 - 500 MCM -- --

380V 600A (2/PH) 2/0 - 500 MCM 600A (2/PH) 2/0 - 500 MCM -- --

460V 400A (2/PH) 2/0 - 500 MCM 600A (2/PH) 2/0 - 500 MCM -- --

380V 600A (2/PH) 2/0 - 500 MCM 600A (2/PH) 2/0 - 500 MCM -- --

460V 600A (2/PH) 2/0 - 500 MCM 600A (2/PH) 2/0 - 500 MCM -- --

380V 400A (2/PH) 2/0 - 500 MCM 400A (2/PH) 2/0 - 500 MCM 400A (2/PH) 2/0 - 500 MCM


380V -- -- -- -- -- --


380V -- -- -- -- -- --


380V -- -- -- -- -- --


380V 400A (2/PH) 2/0 - 500 MCM 400A (2/PH) 2/0 - 500 MCM -- --

460V 250A (1/PH) # 3/0 - 350 MCM 250A (1/PH) # 3/0 - 350 MCM -- --

380V 400A (2/PH) 2/0 - 500 MCM 400A (2/PH) 2/0 - 500 MCM -- --

460V 250A (1/PH) # 3/0 - 350 MCM 400A (2/PH) 2/0 - 500 MCM -- --

380V 400A (2/PH) 2/0 - 500 MCM 400A (2/PH) 2/0 - 500 MCM -- --

460V 400A (2/PH) 2/0 - 500 MCM 400A (2/PH) 2/0 - 500 MCM -- --

380V 400A (2/PH) 2/0 - 500 MCM 400A (2/PH) 2/0 - 500 MCM -- --

460V 400A (2/PH) 2/0 - 500 MCM 400A (2/PH) 2/0 - 500 MCM -- --

380V 400A (2/PH) 2/0 - 500 MCM 400A (2/PH) 2/0 - 500 MCM -- --

460V 400A (2/PH) 2/0 - 500 MCM 400A (2/PH) 2/0 - 500 MCM -- --

380V 400A (2/PH) 2/0 - 500 MCM 600A (2/PH) 2/0 - 500 MCM -- --

460V 400A (2/PH) 2/0 - 500 MCM 400A (2/PH) 2/0 - 500 MCM -- --

380V 600A (2/PH) 2/0 - 500 MCM 600A (2/PH) 2/0 - 500 MCM -- --

460V 400A (2/PH) 2/0 - 500 MCM 400A (2/PH) 2/0 - 500 MCM -- --

12

Circuit 3

Disconnect Sw itch

60 7

8

Disconnect Sw itch

5

500BTH VFD 60 10

450BTH VFD 60 8

475BTH VFD 60

60

8

Circuit 1

Model HZ Voltage

# of Fans per

Circuit

330BDH VFD

60

10

60 10

265BDP VFD 60 9

290BDP VFD 60 9

310BDP VFD

400BDP VFD 60 12

240BDP VFD 60 8

10

330BDP VFD

365BDP VFD 60

280BDH VFD 60 8

300BDH VFD 60

390BDH VFD 60 10

60 10

350BDH VFD 60

60 7

Disconnect Sw itch

Circuit 2

170BDS VFD 60

190BDS VFD 60 6

200BDS VFD 60 6

530BTH VFD 60 10

210BDH VFD 60 6

230BDH VFD

410BDH VFD

10

250BDH VFD

CAT 600-6 167

Terminal Amps (VFD) (single- and multi-point)Terminal Amps (VFD) (single- and multi-point)

Table 116: Terminal Amps Electrical Data (60Hz)

380V 158 158 -- 5 4.1 16 158 158 --460V 130 130 -- 5 3.4 14 130 130 --

380V 158 193 -- 6 4.1 16 158 193 --460V 130 159 -- 6 3.4 14 130 159 --

380V 193 193 -- 6 4.1 16 193 193 --460V 159 159 -- 6 3.4 14 159 159 --

380V 202 202 -- 6 4.1 16 202 202 --460V 167 167 -- 6 3.4 14 167 167 --

380V 202 246 -- 7 4.1 16 202 246 --460V 167 203 -- 7 3.4 14 167 203 --

380V 246 246 -- 7 4.1 16 246 246 --460V 203 203 -- 7 3.4 14 203 203 --

380V 246 288 -- 8 4.1 16 246 288 --460V 203 238 -- 8 3.4 14 203 238 --

380V 288 288 -- 8 4.1 16 288 288 --460V 238 238 -- 8 3.4 14 238 238 --

380V 288 346 -- 10 4.1 16 288 346 --460V 238 286 -- 10 3.4 14 238 286 --

380V 346 346 -- 10 4.1 16 346 346 --

460V 286 286 -- 10 3.4 14 286 286 --

380V 346 406 -- 10 4.1 16 -- -- --

460V 286 335 -- 12 3.4 14 286 335 --

380V -- -- -- 12 -- -- -- -- --

460V 335 335 -- 12 3.4 14 335 335 --

380V 288 288 288 4.1 16 288 288 288

460V 238 238 238 3.4 14 238 238 238

380V -- -- -- -- -- -- -- --

460V 238 238 286 3.4 14 238 238 286

380V -- -- -- -- -- -- -- --

460V 286 286 238 3.4 14 286 286 238

380V -- -- -- -- -- -- -- --460V 286 286 286 3.4 14 286 286 286

380V 202 202 -- 4.1 16 202 202 --460V 167 167 -- 3.4 14 167 167 --

380V 202 246 -- 4.1 16 202 246 --460V 167 203 -- 3.4 14 167 203 --

380V 246 246 -- 9 4.1 16 246 246 --

460V 203 203 -- 9 3.4 14 203 203 --

380V 246 288 -- 10 4.1 16 246 288 --

460V 203 238 -- 10 3.4 14 203 238 --

380V 288 288 -- 10 4.1 16 288 288 --460V 238 238 -- 10 3.4 14 238 238 --

380V 288 346 -- 10 4.1 16 288 346 --460V 238 286 -- 12 3.4 14 238 286 --

380V 346 346 -- 12 4.1 16 346 346 --460V 286 286 -- 12 3.4 14 286 286 --

1/9/1900

1/8/1900

8/8/10

10/10/8

10/10/10

8/8/8

CIR 1 CIR 2 CIR 3

210BDH VFD

# of Fans per Circuit

FanMotorFLA

FanMotorLRA

Inrush Amps LRA VFD

Model HZ Voltage

CompressorRated Load Amps

CIR 1 CIR 2 CIR 3

60

230BDH VFD 60

250BDH VFD 60

280BDH VFD 60

300BDH VFD 60

330BDH VFD 60

350BDH VFD 60

390BDH VFD 60

410BDH VFD 60

240BDP VFD 60

450BTH VFD 60

475BTH VFD 60

500BTH VFD 60

400BDP VFD 60

310BDP VFD 60

330BDP VFD 60

530BTH VFD 60

365BDP VFD 60

265BDP VFD 60

290BDP VFD 60

200BDS VFD 60

170BDS VFD 60

190BDS VFD 60

168 CAT 600-6

Single-point Electrical Data (VFD)Single-point Electrical Data (VFD)

Table 117: Single-point Electrical Data (60 Hz, High and Premium efficiency, VFD models)


380V 397 500 500 6 3/0 AWG 2 2.0

460V 327 400 450 3 400 MCM 1 2.5

380V 449 500 600 6 4/0 AWG 2 2.0

460V 370 450 500 3 500 MCM 1 3.0

380V 484 600 600 6 250 MCM 2 2.0

460V 399 500 500 6 3/0 AWG 2 2.0

380V 504 600 700 6 250 MCM 2 2.0

460V 417 500 500 6 4/0 AWG 2 2.0

380V 567 700 800 6 300 MCM 2 2.5

460V 468 600 600 6 250 MCM 2 2.0

380V 611 700 800 6 350 MCM 2 2.5

460V 504 600 700 6 250 MCM 2 2.0

380V 672 800 800 6 500 MCM 2 3.0

460V 555 700 700 6 300 MCM 2 2.5

380V 714 800 1000 6 500 MCM 2 3.0

460V 590 700 800 6 350 MCM 2 2.5

380V 803 1000 1000 12 250 MCM 2 3.0

460V 664 800 800 6 400 MCM 2 2.5

380V 861 1000 1200 12 300 MCM 2 3.5

460V 712 800 800 6 500 MCM 2 3.0

380V 944 1200 1200 12 350 MCM 2 3.5

460V 780 1000 1000 12 250 MCM 2 3.0

380V 1012 1200 1200 12 400 MCM 2 3.5

460V 835 1000 1000 12 300 MCM 2 3.5

380V 1035 1200 1200 12 400 MCM 2 3.5

460V 855 1000 1000 12 300 MCM 2 3.5

380V -- -- -- -- -- -- --

460V 922 1200 1200 12 350 MCM 2 3.5

380V -- -- -- -- -- -- --

460V 977 1200 1200 12 350 MCM 2 3.5

380V -- -- -- -- -- -- --

460V 1032 1200 1200 12 400 MCM 2 3.5

380V 520 600 700 6 300 MCM 2 2.5

460V 430 500 500 6 4/0 AWG 2 2.0

380V 584 700 800 6 350 MCM 2 2.5

460V 482 600 600 6 250 MCM 2 2.0

380V 628 800 800 6 400 MCM 2 2.5

460V 518 600 700 6 300 MCM 2 2.5

380V 688 800 800 6 500 MCM 2 3.0

460V 569 700 800 6 300 MCM 2 2.5

380V 730 800 1000 6 500 MCM 2 3.0

460V 604 700 800 6 350 MCM 2 2.5

380V 811 1000 1000 12 250 MCM 2 3.0

460V 670 800 800 6 500 MCM 2 3.0

380V 877 1000 1200 12 300 MCM 2 3.5

460V 725 800 1000 6 500 MCM 2 3.0

200BDSVFD 60 12

170BDSVFD 60 10

190BDSVFD 60 12

450BTHVFD 60

475BTHVFD 60

365BDPVFD 60

400BDPVFD 60

350BDHVFD 60

390BDHVFD 60

300BDHVFD 60

330BDHVFD 60

60210BDHVFD

230BDHVFD 60

310BDPVFD 60

500BTHVFD 60

530BTHVFD 60

265BDPVFD 60

290BDPVFD 60

20

20

26

28

30

22

24

24

410BDHVFD 60

240BDPVFD 60

18

330BDPVFD 60

22

24

16

18

250BDHVFD 60

280BDHVFD 60

20


12

14

14

16

16

20


CAT 600-6 169

Single-point Field Wiring Data (VFD)Single-point Field Wiring Data (VFD)

Table 118: Single-point Field Wiring Data (VFD models)


380V 620A (2/PH) # 6 - 350 MCM 600A (2/PH) 2/0 - 500 MCM460V 380A (1/PH) #4 - 500 400A (2/PH) 2/0 - 500 MCM

380V 620A (2/PH) # 6 - 350 MCM 600A (2/PH) 2/0 - 500 MCM460V 380A (1/PH) #4 - 500 400A (2/PH) 2/0 - 500 MCM

380V 620A (2/PH) # 6 - 350 MCM 600A (2/PH) 2/0 - 500 MCM460V 620A (2/PH) # 6 - 350 MCM 600A (2/PH) 2/0 - 500 MCM



380V 620A (2/PH) # 6 - 350 MCM 800A (4/PH) #3/0 - 500 MCM460V 620A (2/PH) # 6 - 350 MCM 600A (2/PH) 2/0 - 500 MCM

380V 760A (2/PH) #4 - 500 MCM 800A (4/PH) #3/0 - 500 MCM460V 620A (2/PH) # 6 - 350 MCM 600A (2/PH) 2/0 - 500 MCM

380V 760A (2/PH) #4 - 500 MCM 800A (4/PH) #3/0 - 500 MCM460V 620A (2/PH) # 6 - 350 MCM 800A (4/PH) #3/0 - 500 MCM

380V 1400A (4/PH) #2 - 600 MCM 1200A (4/PH) #3/0 - 500 MCM460V 760A (2/PH) #4 - 500 MCM 800A (4/PH) #3/0 - 500 MCM





380V -- -- -- --460V 1400A (4/PH) #2 - 600 MCM 1200A (4/PH) #3/0 - 500 MCM

380V -- -- -- --460V 1400A (4/PH) #2 - 600 MCM 1200A (4/PH) #3/0 - 500 MCM

380V -- -- -- --460V 1400A (4/PH) #2 - 600 MCM 1200A (4/PH) #3/0 - 500 MCM


380V 620A (2/PH) # 6 - 350 MCM 800A (4/PH) #3/0 - 500 MCM460V 620A (2/PH) # 6 - 350 MCM 600A (2/PH) 2/0 - 500 MCM



380V 760A (2/PH) #4 - 500 MCM 800A (4/PH) #3/0 - 500 MCM460V 620A (2/PH) # 6 - 350 MCM 800A (4/PH) #3/0 - 500 MCM



190BDSVFD 60 12

200BDSVFD 60 12

530BTHVFD 60 30

450BTHVFD 60 24

475BTHVFD 60 26

400BDPVFD 60 24

500BTHVFD 60 28

330BDPVFD 60 20

365BDPVFD 60 22

290BDPVFD 60 18

310BDPVFD 60 20

240BDPVFD 60 16

265BDPVFD 60 18

390BDHVFD 60 22

410BDHVFD 60 24

330BDHVFD 60 20

350BDHVFD 60 20

280BDHVFD 60 16

300BDHVFD 60 16

250BDHVFD 60 14

Pow erBlockModel

210BDHVFD

230BDHVFD 60 14

170BDSVFD

Disconnect Sw itch

60 12

HZ Voltage# of Fans

60 10

170 CAT 600-6

Options and AccessoriesOptions and Accessories

Unit

Right-hand Evaporator Water Connections

Right-hand evaporator water connections (as viewed from the control panel) are an available option.

Black Fin Coil

Aluminum fin stock is pre-coated with a phenolic-epoxy coating with 1000-hour salt spray resistance (ASTM B117-90).

Copper Fin Condenser Coils

Copper fin condenser coils are available as an option on all models for corrosion protection.

Baked Epoxy Condenser Fin Coating

ElectroFin™ flexible dip and baked epoxy protective coating with 5000+ hour salt spray resistance (ASTM B117-90) is available on the condenser coils and coil frames. Provides protection against adverse environments such as salt air as found on seacoast applications and many chemical environments. The coating can be applied to copper or aluminum coils. Consult the local McQuay sales office for complete specification and chemical resistance chart.

Protective Base Guards

Optional factory installed wire mesh lower base guards provide protection for ground level installations. Wire mesh coil guards are standard.

Louvers (Wind and Hail Protection)

Coil-Only Louvers

The presence of wind will have an adverse affect on any air-cooled chiller. Wind across a condenser coil will not allow a chiller to operate as efficiently, or possibly not even start, at low ambient temperatures. Wind raises the minimum ambient temperature in which the chiller can operate. The Pathfinder air-cooled chillers are available with factory-installed (or as a field-installed kit) coil louvers, which allow the chiller to operate effectively down to the ambient temperature for which it was designed.

Hail can have a damaging effect on the performance of an air-cooled condenser. As the outer finned area is flattened against the coil, restricting airflow, the efficiency of the coil is reduced.

Coil and Base Louvers

The coil louvers can also be supplied with base louvers, which when combined, enclose the entire side and end of the unit. The base louvers are primarily for appearance and provide some protection against vandalism. This option is available as factory-mounted or as a field-installed kit.

Vibration Isolators

Spring or rubber-in-shear vibration isolators are available for field installation under the unit base frame on sound sensitive applications. Consult the local McQuay sales office for seismic isolation.

Double Evaporator Insulation

Double evaporator thermal insulation is available and recommended for low fluid temperature applications.

Sound Enclosures

Removable compressor sound reduction enclosures reduce unit overall sound level. Not available on models with VFD.

Suction Shutoff Valves

Factory-mounted suction shutoff valves that, when used in conjunction with the compressor discharge valve, isolate the compressor for service.

Liquid line Solenoid Valve

Factory-mounted liquid line solenoid valve acts in conjunction with the electronic expansion valve for liquid shutoff to the evaporator.

Evaporator Inlet Strainer

Evaporator inlet water strainer kit consisting of Y-type strainer with 304 stainless steel perforated basket, blowdown valve, matching pipe extension with two Schrader fittings and two Victaulic couplings; all for field installation. See page 13 for details.

Controls

Water Flow Switch (Field-Installed, Paddle Type)

(Part Number 01750330) A 150 psig water flow switch is available for field installation in the chilled water piping to protect against evaporator freeze-up under low, or no flow conditions. Terminals are provided in the unit control center for field connection of the water flow detection switch. A flow detection device of some type is required.

Water Flow Switch (Factory-Installed, Solid State)

A solid-state thermal dispersion flow switch located in the evaporator outlet nozzle is factory installed and wired. In addition to the electronic output signal, the switch has an LED display to visually indicate the presence of flow.

The 24 Vac powered flow sensor is a solid-state alternative to mechanical switches for sensing the acceptable flow rate of water. These compact units are constructed of corrosion-resistant materials and 316 stainless steel parts and installed directly through a ¼ inch NPT into the flow.

The flow sensors operate on the calorimetric principle. The sensors use the cooling effect of a flowing fluid to provide

CAT 600-6 171

Options and Accessories

reliable flow rate detection of liquids over a very wide flow range. The amount of thermal energy that is removed from the tip determines the local flow rate and when it exceeds a setpoint it changes the output-state.

BAS Modules

A factory-installed communication module allows as BACnet w/ MSTP, BACnet w/ Ethernet, LonMark or Modbus. communications with BAS standard protocols. See for details. The module can also be retrofitted after shipment.

Remote User Interface

A remote control panel that mimics operation of the controller located on the unit. Up to eight Pathfinder units can be connected to it and selected on the screen. It provides HMI (Human Machine Interface) within a building, the building engineer's office for example, without going outdoors to the unit. It can be ordered and shipped loose as a field installed option. The remote panel is powered from the unit and no additional power supply is required.

High Ambient Operation

This option is required for operation at ambient temperatures above 100°F (38°C), up to 125°F (51°C) or when the unit is equipped with the VFD low ambient fan control option. The kit includes a thermostat controlled, panel ventilation fan and inlet grille with filter. The option can be ordered with any unit. Compressor loading and unloading is adaptively determined by system load, ambient air temperature and other inputs to the MicroTech III control algorithms.

Low Ambient Operation

Factory mounting of a variable frequency drive (VFD) motor on the lead condenser fan motor for each circuit provides for chiller operation between 35°F (2°C) and 0°F (-18 C). Line reactors for the VFDs are included. This option requires the addition of the High Ambient Operation option to remove excess VFD heat.

Electrical

Power Factor Correction Capacitors

Factory-installed PFCC option improves the compressor power factor to at least .95 at full load. Available on most non-vfd models (models with VFD achieve .94-.95 correction without capacitors). See Physical Data beginning on page 43 for weight-add for PFCC option.

RapidRestore™ and Fast Loading

Data center and other critical installations often require a fast return to 100% cooling load after a power interruption. McQuay's RapidRestore provides a 30-second restart capability. The power interruption must be longer than one second and the Start-to-Start timer timed out.

Power Connections

The standard power connection is multi-point to disconnect switches (two or three) with through-the-door handles and no individual branch circuit breakers.

Note: See page 126 for ratings of standard and optional electrical panels.

Single-Point Connection to Disconnect Switch

Single power supply to a factory-mounted, molded case, disconnect switch. Each circuit is factory-wired from the disconnect switch to an isolating circuit breaker for each compressor circuit.

Single-Point Connection with High Short-Circuit Current Rated Panel

High short-circuit current rated panel. Includes high interrupting capacity unit disconnect switch and factory-wiring to standard isolating circuit breakers for each circuit. Interrupt ratings are shown in Table 4, page 15. The high short circuit rated panel means that a short circuit current up to the ratings shown in Table 4 will not destroy the enclosure, even though the internal components may be destroyed.

Multi-Point Connection with High Short Circuit Current Rated Panel

High short-circuit current rated panel. Includes two or three high interrupting capacity disconnect switches. Interrupt ratings are shown Table 4, page 15. Isolating circuit breakers for each compressor are not included. The high short circuit rated panel means that a short circuit current up to the ratings shown in Table 4 will not destroy the enclosure, even though the internal components may be destroyed.

Single-Point Connection to Power Block

Single -point connection to a power block with isolating circuit breakers for each circuit.

Wye-Delta Compressor Starters

Wye-delta starters in lieu of the standard solid-state starters.

Phase/Voltage Monitor

Phase/voltage monitor for wye-delta starters provides under/over voltage and phase sequence protection with LED indicating light. It comes as standard on solid-state starters.

Ground Fault Protection

Provides ground fault protection for the entire unit on wye-delta starters. It comes as standard on solid-state starters.

172 CAT 600-6

Engineering Guide SpecificationEngineering Guide Specification

Note: The specification is available in MSWord from the local McQuay sales office.

SECTION 15XXX: AIR-COOLED ROTARY SCREW CHILLERS

PART 1 - GENERAL

1.01 Summary

A Section includes design, performance criteria, refrigerants, controls, and installation requirements for air-cooled rotary screw packaged chillers.

1.02 References

A Comply with applicable Standards/Codes of AHRI 550/590, ANSI/ASHRAE 15, ASHRAE 90.1 current version requirements, and ASME Section VIII.

1.03 Submittals

A Submit shop drawings and product data in accordance with specification requirements.

B Submittals shall include the following:

1 Dimensioned plan and elevation view drawings, required clearances, and location of all field connections.

2 Single line schematic drawing of the field power hookup requirements, indicating all items that are furnished.

3 Schematic diagram of control system indicating points for field connection and fully delineate field and factory wiring.

4 Installation manuals.

1.04 Quality Assurance

A Qualifications; Equipment manufacturer must specialize in the manufacture of the products specified and have five years experience with the equipment and refrigerant offered.

B Regulatory Requirements: Comply with the codes and standards specified.

C Factory Tested: Chiller shall be pressure-tested, evacuated, and fully charged with refrigerant and oil, and be operationally run-tested at the factory with water flowing through the vessel.

D Chiller must be manufactured in an ISO certified facility.

E Factory trained and authorized service personnel shall perform pre-startup checks and startup procedures.

1.05 Delivery and Handling

A Chillers shall be delivered to the job site completely assembled and charged with refrigerant and oil by the manufacturer (except for field-installed piping on remote evaporator installations).

B Comply with the manufacturer's instructions for rigging and handling.

C If unit is to be stored, comply with Manufacturer instructions for storage.

1.06 Warranty

The refrigeration equipment manufacturer's warranty shall be for a period of one year from date of equipment start up, but not more than 18 months from shipment. It shall cover replacement parts (and the labor to replace them) having proven defective within the above period.

Part 2: PRODUCTS

2.01 Acceptable Manufacturers

A Basis of Design - McQuay Model AWS, including the standard product features and all special features required per the plans and specifications.

B Equal Products - Equipment manufactured by [ENTER MANUFACTURER NAME HERE] may be acceptable as an equal. Naming these products as equal does not imply that their standard construction or configuration is acceptable or meets the specifications. Equipment proposed “as equal”, must meet the specifications including all architectural, mechanical, electrical, and structural details, all scheduled performance and the job design, plans and specifications.

2.02 Unit Description

A Provide and install as shown on the plans, factory assembled, factory charged with R-134a, and factory run-tested, air-cooled, rotary screw compressor packaged chillers in the quantity and size specified. Each chiller shall consist of multiple semi-hermetic screw compressors, direct expansion evaporator, air-cooled condenser section, control system and all components necessary for protected and controlled unit operation.

2.03 Design Requirements

A General: Provide a complete rotary screw packaged chiller as specified herein and as shown on the drawings. The unit shall be in accordance with the standards referenced in section 1.02.

B Performance: Refer to the schedule of performance on the drawings. The chiller shall be capable of stable operation to a minimum of [varies - consult physical data tables] percent of full load without hot gas bypass. The unit shall be capable of operating to 35°F (4.4°C) ambient temperature.[OPTION]: The unit shall have factory mounted, low ambi-ent head pressure control providing operation to 0°F (-18°C).[OPTION]: The unit shall provide ventilation in the con-troller to provide operation above 100°F (38°C)up to 125°F(51°C) ambient air temperatures.

C Acoustics: Manufacturer must provide both sound power and sound pressure data in decibels. Sound pressure data per ARI 370 must be provided in 8 octave band format at full load. In addition, A-weighted sound pressure at 30 feet should be provided at 100%, 75%, 50% and 25% load

CAT 600-6 173

Engineering Guide Specification

points to identify the full operational noise envelope. Sound power must be provided in 1/3 octave band format to highlight any tonal quality issues.

If manufacturer cannot meet the noise levels (per the attached chart), sound attenuation devices and / or barrier walls must be installed to meet this performance level.

2.04 Chiller Components

A Compressors: The compressors shall be field serviceable, semi-hermetic, single-rotor screw type with one central helical rotor meshing with two opposing gaterotors. The gaterotor contact element shall be constructed of engineered composite material, dimensionally stable up to 1500°F and wear resistant for extended life. Compressors shall be vibration isolated from the frame by neoprene compression mounts. If a twin-screw design is used, the manufacturer shall provide an extended 5-year parts and labor warranty covering all additional moving parts.[OPTION]: Each compressor shall be equipped with a suction service shutoff valve.[OPTION]: Each compressor shall have a factory-installed sound enclosure. Attenuated sound pressure for the unit shall not exceed the following tabulated levels. Sound measurements are to be taken in accordance with AHRI Standard 370 Octave Band.

B Electric motors: Motors shall be high torque, two pole, semi-hermetic, squirrel cage induction type with inherent thermal protection on all three phases and cooled by suction gas.

C Solid-State Compressor Motor Starters: Each starter shall be designed using the current generation of reliable solid-state technology. Each starter shall provide controlled motor acceleration and deceleration, and shall provide protection for the following conditions: ground faults, phase rotation, electronic thermal overload, over/under current, stalled motor, single phase, high load current and current unbalance. Acceptable solid-state starter manufacturers are GE, Cutler-Hammer, Benshaw or Reliance. The solid state starters shall be capable of self-diagnostics, metering, and have an LED display to include the following operating and fault messages:

1 Operating Messages:

a Line voltage not present

b Voltage present, starter ready

c Motor accelerating

d Motor at full speed

e Motor at full speed, ramp time expired

f Stop command received, motor decelerating

g Thermal overload has reached 90% to 99%

h Thermal overload at 100%, motor stopped

i Thermal overload reduced to 60%, motor can restart

j Passcode enabled

k Passcode disabled

l Thermal overload content in percentage

2 Fault Messages:

a System power not three phase

b Phase sequence incorrect

c Line frequency less than 25 Hz

d Line frequency more than 72 Hz

e Excessive current unbalance

f Operating parameters lost

g No current after “Run” command

h Undercurrent trip occurred

i Overcurrent trip occurred

j Control power too low

k Motor stalled during acceleration

l External fault[OPTION]: Wye-Delta Compressor Motor Starter: Each compressor shall be equipped with an open transition, wye-delta starter.[OPTION]: Variable Frequency Drive (VFD): Each com-pressor shall be equipped with a VFD providing compres-sor speed control as a function of the cooling load. Each

Sound Pressure (at 30 feet)

63 Hz

125Hz

250Hz

500Hz

1000 Hz

2000 Hz

4000 Hz

8000 Hz

OveralldBA

75% Load dBA

50% Load dBA

25% Load dBA

Sound Power

63Hz

125 Hz

250Hz

500Hz

1000 Hz

2000 Hz

4000 Hz

8000 Hz

OveralldBA

75% Load dBA

50% Load dBA

25% Load dBA

One-third Octave Band Sound Power

50Hz

63Hz

80Hz

100HZ

125Hz

160Hz

200Hz

250Hz

315Hz

400Hz

500Hz

630Hz

800Hz

1000Hz

1250Hz

1600Hz

2000Hz

2500Hz

3150Hz

4000Hz

5000Hz

6300Hz

8000Hz

10kHz

174 CAT 600-6


VFD shall provide controlled motor acceleration and decel-eration, and shall provide protection for the following con-ditions: electronic thermal overload, over/under current, stalled motor, input and output phase loss, high load cur-rent, and current unbalance. The VFD shall provide a min-imum [94% (High/Premium efficiency VFD models)] OR [91% (Standard efficiency VFD models)] unit power factor at all load points. The drive shall be equipped with DC reactors. Compressors used in VFD controlled units must have electrically insulated, coated bearings to mitigate bearing and/or lubricant damage from stray electric current passage. Units without this protection must have an extended 5-year compressor warranty.The unit controller shall display the following data:

a Output Frequency

b Output Current

c Output Voltage

d Output Power

e Fault CodeThe unit controller shall display the following alarms and faults:

a Over Current-Hold

b Over Current-Unload

c Over Current-Alarm

d Overheat-Hold

e Overheat-Unload

f Overheat-Alarm

g Communication Fault[OPTION]: The unit shall be equipped with factory-installed Power Factor Correction Capacitors that shall pro-vide 95% compressor power factor at full load. [OPTION]: The unit shall be equipped with factory-installed EMI filters.[OPTION]: The unit shall be equipped with ground fault protection.

D Evaporator: The evaporator shall be of the direct expansion type with single pass on the refrigerant and water side for high efficiency counterflow heat transfer and low pressure drops, carbon steel shell, and high efficiency finned copper tubes rolled into steel tubesheets. The evaporator shall be designed, inspected, and stamped in accordance with ASME Section VIII requirements. It shall be heated with a thermostatically controlled electric heater to help freeze protection to -20°F (-29°C). The evaporator shall be insulated with ¾-inch (19 mm) closed cell polyurethane insulation[OPTION]: Double evaporator insulation for low chilled fluid applications[OPTION]: Right-hand evaporator connections on two-compressor units, when looking at the unit control panel. Left-hand connections are standard. [OPTION]: Chilled water thermal dispersion switch to be factory mounted in the chilled water outlet nozzle and fac-

tory wired to terminals in the control panel to prevent unit operation with no flow.[OPTION]: Chilled water flow switch to be field mounted in the chilled water line and field wired to terminals in the control panel.

E Condenser: The condenser coils shall have seamless copper tubes mechanically bonded into aluminum plate type fins.[OPTION]: Copper tubes mechanically bonded into cop-per, plate type fins. [OPTION]: Copper tubes mechanically bonded into Black Fin® precoated plate type fins.[OPTION]: Copper tubes mechanically bonded into alumi-num plate type fins with Electrofin® baked epoxy coating after coil assembly.The fins shall have full drawn collars to completely cover the tubes. A subcooling coil shall be an integral part of the main condenser coil. Condenser fans must be constructed of a single piece, molded composite material to provide low noise levels and protection against corrosion. Each fan shall be housed in its own compartment to eliminate condenser air cross flow during fan cycling and shall be equipped with a heavy-gauge close-meshed PVC coated fan guard. Fan motors shall be weather protected, three-phase, direct-drive, (850rpm for 60Hz) (950rpm for 50Hz), TEAO, totally enclosed air-over motors with class F insulation or better. ODP motors are not acceptable.

F Refrigerant Circuit: The unit must have refrigerant circuits completely independent of each other with one compressor per circuit. Each circuit shall include an electronic expansion valve, liquid line shutoff valves, liquid line solenoid valve, replaceable core filter-driers, sight glass with moisture indicator and combination discharge check and shutoff valve

G Unit casing and all structural members and rails shall be fabricated of steel and painted to meet ASTM B117 500-hour salt spray test. The control enclosure and unit panels shall be corrosion resistant painted before assembly.Unit shall have condenser coils grilles. [OPTION]: Condenser coil grilles and base frame grilles[OPTION]: Condenser coil louvers and base frame grilles[OPTION]: Condenser coil louvers only[OPTION]: Condenser coil louvers and base frame louvers

H Advanced microprocessor based control system:

1 Control Panel: A NEMA Type 3R weatherproof control panel shall contain the unit control system, control interlock terminals and field-power connection points. Hinged control panel access doors shall be tool-lockable. Barrier panels shall be provided to protect against accidental contact with line voltage when accessing the control system. Factory-supplied power components shall include: individual contactors and circuit breakers for fan motors, circuit breakers and factory mounted transformers for each control-circuit, unit power terminal blocks for

CAT 600-6 175


connection to remote disconnect switch, and terminals for power supply to the evaporator heater circuit. Fan motors shall have inherent overload protection and compressor motors shall have three-phase motor overload protection. A 10.0 amp, 115-volt convenience outlet shall be mounted inside the control panel on all 60-Hz units.Power supply shall be multi-point to factory-mounted disconnect switches with through-the-door handles, for each compressor circuit[OPTION]: Power supply shall be single-point connection to a disconnect switch with isolating circuit breakers for each compressor. [OPTION]: Power supply shall be a single-point connection to power block with isolating circuit breakers for each compressor [OPTION]: Power supply shall be single point to a high short-circuit current rated panel including a single-point high interrupting capacity unit disconnect switch and isolating circuit breakers for each circuit. [OPTION]: Power supply shall be multi-point connection to high short-circuit current rated panel. Includes two or three high interrupting capacity disconnect switches. Isolating circuit breakers for each compressor are not included.

2 Control system starting components shall include solid-state start timer.

3 The control logic shall be designed to maximize operating efficiency and equipment life with protections for operation under unusual conditions and to provide a history of operating conditions. The system shall intelligently stage the unit to sustain leaving water temperature precision and stability while minimizing compressor cycling.

4 Equipment protection functions controlled by the microprocessor shall include high discharge pressure, loss of refrigerant, loss of water flow, freeze protection, and low refrigerant pressure.

5 User controls shall include auto/stop switch, chilled water set-point adjustment, anti-recycle timer, and digital display with water temperature setpoint, operating temperatures and pressures, and diagnostic messages.

6 The following features and functions shall be included:

• Durable liquid crystal display (LCD) screen type, having minimum four 20-character lines with 6 key input pad conveniently mounted on the unit controller. Default lan-guage and units of measure shall be English and I-P respectively. Messages shall be in plain English. Coded messages, LED indicators and LED displays are not acceptable.

• Separate control section and password protection for critical parameters.

• Remote reset of chilled water temperature using a 4-20mA signal.

• Soft-load operation, protecting the compressor by pre-venting full-load operation during the initial chilled fluid pull-down period.

• [OPTION]: BAS communication flexibility through modular plug-in LONTALK , Modbus and BACnet .

• Non-volatile program memory allowing auto-restart after a power failure.

• Recording of safety shutdowns, including date-and-time stamp, system temperatures and pressures. A minimum of six previous occurrences shall be maintained in a revolving memory.

• Start-to-start and stop-to-start cycle timers, providing minimum compressor off time while maximizing motor protection.

• Lead-lag compressor staging for part-load operation by manual selection or automatically by circuit run hours.

• Discharge pressure control through intelligent cycling of condenser fans to maximize efficiency.

• Pro-active compressor unloading when selected operat-ing parameters exceed design settings, such as high dis-charge pressure or low evaporator pressure.

• Diagnostic monitoring of unit operation, providing a pre-alarm signal in advance of a potential shutdown, allow-ing time for corrective action.

• [OPTION]: RapidRestore™ - resarts unit within 30 sec-onds of power interruption and Fast Loading to mini-mize the time restore full load operation.

• [OPTION]: Factory-installed amp and volt meter.

• [OPTION]: Ground fault protection.

• [OPTION]: Remote User Display allowing full unit con-trol and user input. Remote User Display shall be capa-ble of providing remote control for eight (8) chillers.

PART 3 - EXECUTION

3.01 Installation

A Install in strict accordance with manufacturer's requirements, shop drawings, and contract documents.

B A 20 mesh strainer shall be placed in the supply water line just prior to the inlet of the evaporator. Care shall be exercised when welding pipe or flanges to the evaporator to prevent any slag from entering the vessel.

C Adjust and level chiller in alignment on supports.

D Coordinate electrical installation with electrical contractor.

E Coordinate controls with control contractor.

F Provide all appurtenances required to insure a fully operational and functional chiller.

3.02 Startup

A Provide Factory Authorized starting of chillers, and instruction to the owner on proper operation and maintenance.

END OF SECTION

© 2011 McQuay International • www.mcquay.com • 800-432-1342 06/11

McQuay Training and Development

Now that you have made an investment in modern, efficient McQuay equipment, its care should be a high priority. For training information on all McQuay HVAC products, please visit us at www.mcquay.com and click on training, or call 540-248-9646 and ask for the Training Department.

Warranty

All McQuay equipment is sold pursuant to its standard terms and conditions of sale, including Limited Product Warranty. Consult your local McQuay Representative for warranty details. Refer to Form 933-43285Y. To find your local McQuay Representative, go to www.mcquay.com.

This document contains the most current product information as of this printing. For the most up-to-date product information, please go to www.mcquay.com.

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