Soft Serve Freezer - VUA KEMvuakem.com/Images/upload/C723_manuals.pdf · Model C723 Soft Serve...

Model C723

Soft Serve Freezer

Original Operating Instructions

069127-M3/18/11 (Original Publication)

(Updated 2/16/12)

Complete this page for quick reference when service is required:

Taylor Distributor:

Address:

Phone:

Service:

Parts:

Date of Installation:

Information found on the data label:

Model Number:

Serial Number:

Electrical Specs: Voltage Cycle

Phase

Maximum Fuse Size: A

Minimum Wire Ampacity: A

E March, 2011 TaylorAll rights reserved.069127-M

The word Taylor and the Crown designare registered trademarks in the United Statesof America and certain other countries.

Taylor Company750 N. Blackhawk Blvd.Rockton, IL 61072

Table of Contents Model C723

Table of Contents

Section 1 To the Installer 1. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Installer Safety 1. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Site Preparation 1. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Air Cooled Units 1. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Water Connections (Water Cooled Units Only) 2. . . . . . . . . . . . . . . . . . . . . . . . . . .

Electrical Connections 2. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Beater Rotation 3. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Optional Carts 3. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Refrigerant 3. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Section 2 To the Operator 4. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Section 3 Safety 5. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Section 4 Operator Parts Identification 7. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Model C723 7. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Model C723 - Factory-Equipped With Agitator 9. . . . . . . . . . . . . . . . . . . . . . . . . . . .

Model C723 - Door and Beater Assembly 10. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Optional Carts 11. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Accessories 12. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Brushes 13. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Section 5 Important: To the Operator 14. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Symbol Definitions 15. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Operating Screen Descriptions 17. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Manager's Menu 18. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Section 6 Operating Procedures 24. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Assembly 24. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Sanitizing 29. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Model C723 Table of Contents

Table of Contents - Page 2

Priming 30. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Manual Brush Cleaning 31. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Draining Product From The Freezing Cylinder 31. . . . . . . . . . . . . . . . . . . . . . . . . . . .

Rinsing 32. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Hopper Cleaning 32. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Disassembly 33. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Brush Cleaning 33. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Section 7 Important: Operator Checklist 34. . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

During Cleaning and Sanitizing 34. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Troubleshooting Bacterial Count 34. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Regular Maintenance Checks 34. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Winter Storage 35. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Section 8 Troubleshooting Guide 36. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Section 9 Parts Replacement Schedule 39. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Section 10 Parts List 40. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Wiring Diagrams 52. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Note: Continuing research results in steady improvements; therefore, informationin this manual is subject to change without notice.

Note: Only instructions originating from the factory or its authorized translationrepresentative(s) are considered to be the original set of instructions.

E March, 2011 Taylor (Original Publication)Updated February, 2012All rights reserved.069127-M

The word Taylor and the Crown designare registered trademarks in the United Statesof America and certain other countries.

Taylor Company750 N. Blackhawk Blvd.Rockton, IL 61072

1Model C723 To the Installer

Section 1 To the Installer

The following are general installation instructions.For complete installation details, please see thecheckout card.

Installer Safety

In all areas of the world, equipment shouldbe installed in accordance with existing local codes.Please contact your local authorities if you have anyquestions.

Care should be taken to ensure that all basic safetypractices are followed during the installation andservicing activities related to the installation andservice of Taylor equipment.

S Only authorized Taylor service personnelshould perform installation and repairs onthe equipment.

S Authorized service personnel should consultOSHA Standard 29CFRI910.147 or theapplicable code of the local area for theindustry standards on lockout/tagoutprocedures before beginning any installationor repairs.

S Authorized service personnel must ensurethat the proper PPE is available and wornwhen required during installation andservice.

S Authorized service personnel must removeall metal jewelry, rings, and watches beforeworking on electrical equipment.

The main power supply(s) to the freezermust be disconnected prior to performing anyrepairs. Failure to follow this instruction may result inpersonal injury or death from electrical shock orhazardous moving parts as well as poorperformance or damage to the equipment.

Note: All repairs must be performed by anauthorized Taylor Service Technician.

This unit has many sharp edges that cancause severe injuries.

Site Preparation

Review the area where the unit will be installedbefore uncrating the unit. Make sure all possiblehazards to the user or equipment have beenaddressed.

Air Cooled Units

The Model C723 air cooled unit requires a minimumof 6” (152 mm) on the left and right sides and 0” onthe back. The Model C723 unit equipped with top airdischarge requires 6” (152 mm) on the left side, 0”on the right side, and 0” on the back.

This will allow for adequate air flow across thecondenser. Failure to allow adequate clearance canreduce the refrigeration capacity of the freezer andpossibly cause permanent damage to thecompressor.

For Indoor Use Only: This unit is designed tooperate indoors, under normal ambienttemperatures of 70_-75_F (21_-24_C). The freezerhas successfully performed in high ambienttemperatures of 104_(40_C) at reduced capacities.

This unit must NOT be installed in an areawhere a water jet or hose can be used. NEVER usea water jet or hose to rinse or clean the unit. Failureto follow this instruction may result in electrocution.

2 Model C723To the Installer

This unit must be installed on a level surfaceto avoid the hazard of tipping. Extreme care shouldbe taken in moving this equipment for any reason.Two or more people are required to safely move thisunit. Failure to comply may result in personal injuryor equipment damage.

Uncrate the unit and inspect it for damage. Reportany damage to your Taylor Distributor.

This piece of equipment is made in the USA and hasUSA sizes of hardware. All metric conversions areapproximate and vary in size.

Water Connections(Water Cooled Units Only)

An adequate cold water supply must be providedwith a hand shut-off valve. On the underside of thebase pan or on the right side, two 3/8” I.P.S. waterconnections for inlet and outlet are provided for easyhook-up. 1/2” inside diameter water lines should beconnected to the machine. (Flexible lines arerecommended, if local codes permit.) Depending onlocal water conditions, it may be advisable to installa water strainer to prevent foreign substances fromclogging the automatic water valve. There will beonly one water “in” and one water “out” connection.DO NOT install a hand shut-off valve on the water“out” line! Water should always flow in this order:first, through the automatic water valve; second,through the condenser; and third, through the outletfitting to an open trap drain.

A back flow prevention device isrequired on the incoming water connection side.Please refer to the applicable National, State, andlocal codes for determining the proper configuration.

Electrical ConnectionsIn the United States, this equipment is intended tobe installed in accordance with the NationalElectrical Code (NEC), ANSI/NFPA 70-1987. Thepurpose of the NEC code is the practicalsafeguarding of persons and property from hazardsarising from the use of electricity. This code containsprovisions considered necessary for safety. In allother areas of the world, equipment should be

installed in accordance with the existing local codes.Please contact your local authorities.

FOLLOW YOUR LOCAL ELECTRICAL CODES!

Each unit requires one power supply for each datalabel on the unit. Check the data label(s) on thefreezer for branch circuit overcurrent protection orfuse, circuit ampacity, and other electricalspecifications. Refer to the wiring diagram providedinside of the electrical box for proper powerconnections.

CAUTION: THIS EQUIPMENT MUST BEPROPERLY GROUNDED! FAILURE TO DO SOCAN RESULT IN SEVERE PERSONAL INJURYFROM ELECTRICAL SHOCK!

DO NOT operate this freezer with largerfuses than specified on the unit data label. Failure tofollow this instruction may result in electrocution ordamage to the machine.

This unit is provided with an equipotentialgrounding lug that is to be properly attached to therear of the frame by the authorized installer. Theinstallation location is marked by the equipotentialbonding symbol (5021 of IEC 60417-1) on both theremovable panel and the equipment's frame.

Stationary appliances which are notequipped with a power cord and a plug or anotherdevice to disconnect the appliance from the powersource must have an all-pole disconnecting devicewith a contact gap of at least 3 mm installed in theexternal installation.

Appliances that are permanently connectedto fixed wiring and for which leakage currents mayexceed 10 mA, particularly when disconnected ornot used for long periods, or during initial installation,shall have protective devices such as a GFI, toprotect against the leakage of current, installed bythe authorized personnel to the local codes.

3Model C723 To the Installer110614

Supply cords used with this unit shall beoil-resistant, sheathed flexible cable not lighter thanordinary polychloroprene or other equivalentsynthetic elastomer-sheathed cord (Codedesignation 60245 IEC 57) installed with the propercord anchorage to relieve conductors from strain,including twisting, at the terminals and protect theinsulation of the conductors from abrasion.

Beater Rotation

Beater rotation must be clockwise as viewedlooking into the freezing cylinder.

Note: The following procedures should be performedby a trained service technician.

To correct the rotation on a three-phase unit,interchange any two incoming power supply lines atfreezer main terminal block only.

To correct rotation on a single-phase unit, changethe leads inside the beater motor. (Follow thediagram printed on the motor.)

Electrical connections are made directly to theterminal block provided in the splice box.

Optional Carts

There are two optional carts available.

1. C20600-AFB: ADA compliant height cart,not equipped with a door.

2. C20600-000: Standard height cart withreversible front door panel and rear panel.Note: If the door is required on the rear of thecart instead of the front, the front door paneland the rear panel can be reversed. To reversethese panels, remove the five screws on eachpanel. Reverse and reinstall the panels, makingsure all screws are reinstalled.

IMPORTANT! For safety purposes, thefreezer must be properly bolted to the cart.Failure to comply could result in personnel injury andequipment damage.

Refrigerant

In consideration of our environment, Taylorproudly uses only earth friendly HFC refrigerants.The HFC refrigerant used in this unit is R404A. Thisrefrigerant is generally considered non-toxic andnon-flammable, with an Ozone Depleting Potential(ODP) of zero (0).

However, any gas under pressure is potentiallyhazardous and must be handled with caution.

NEVER fill any refrigerant cylinder completely withliquid. Filling the cylinder to approximately 80% willallow for normal expansion.

Refrigerant liquid sprayed onto the skin maycause serious damage to tissue. Keep eyes and skinprotected. If refrigerant burns should occur, flushimmediately with cold water. If burns are severe,apply ice packs and contact a physicianimmediately.

Taylor reminds technicians to be cautious ofgovernment laws regarding refrigerant recovery,recycling, and reclaiming systems. If you have anyquestions regarding these laws, please contact thefactory Service Department.

WARNING: R404A refrigerant used inconjunction with polyolester oils is extremelymoisture absorbent. When opening a refrigerationsystem, the maximum time the system is open mustnot exceed 15 minutes. Cap all open tubing toprevent humid air or water from being absorbed bythe oil.

4 Model C723To the Operator

Section 2 To the Operator

Your freezer has been carefully engineered andmanufactured to give you dependable operation.

This unit, when properly operated and cared for, willproduce a consistent quality product. Like allmechanical products, it will require cleaning andmaintenance. A minimum amount of care andattention is necessary if the operating proceduresoutlined in this manual are followed closely.

This Operator's Manual should be read beforeoperating or performing any maintenance on yourequipment.

Your Taylor freezer will NOT eventually compensatefor and correct any errors during the set-up or fillingoperations. Thus, the initial assembly and primingprocedures are of extreme importance. It is stronglyrecommended that personnel responsible for theequipment's operation, both assembly anddisassembly, go through these procedures togetherin order to be properly trained and to make sure thatno confusion exists.

In the event you should require technical assistance,please contact your local authorized TaylorDistributor.

Note: Warranty is valid only if the parts areauthorized Taylor parts, purchased from anauthorized Taylor Distributor, and the requiredservice work is provided by an authorized Taylorservice technician. Taylor reserves the right to denywarranty claims on equipment or parts ifnon-approved parts or refrigerant were installed inthe machine, system modifications were performedbeyond factory recommendations, or it is determinedthat the failure was caused by neglect or abuse.

Note: Constant research results in steadyimprovements; therefore, information in thismanual is subject to change without notice.

If the crossed out wheeled bin symbol isaffixed to this product, it signifies that this product iscompliant with the EU Directive as well as othersimilar legislation in effect after August 13, 2005.Therefore, it must be collected separately after itsuse is completed, and cannot be disposed asunsorted municipal waste.

The user is responsible for returning the product tothe appropriate collection facility, as specified by thelocal code.

For additional information regarding applicable locallaws, please contact the municipal facility and/orlocal distributor.

Compressor Warranty Disclaimer

The refrigeration compressors on this machine arewarranted for the term indicated on the warrantycard accompanying this machine. However, due tothe Montreal Protocol and the U.S. Clean Air ActAmendments of 1990, many new refrigerants arebeing tested and developed, thus seeking their wayinto the service industry. Some of these newrefrigerants are being advertised as drop-inreplacements for numerous applications. It shouldbe noted that, in the event of ordinary service to thismachine's refrigeration system, only the refrigerantspecified on the affixed data label should beused. The unauthorized use of alternate refrigerantswill void your compressor warranty. It will be theowner's responsibility to make this fact known to anytechnician he employs.

It should also be noted that Taylor does not warrantthe refrigerant used in its equipment. For example, ifthe refrigerant is lost during the course of ordinaryservice to this machine, Taylor has no obligation toeither supply or provide its replacement either atbillable or unbillable terms. Taylor does have theobligation to recommend a suitable replacement ifthe original refrigerant is banned, obsoleted, or nolonger available during the five year warranty of thecompressor.

Taylor will continue to monitor the industry and testnew alternates as they are being developed. Shoulda new alternate prove, through our testing, that itwould be accepted as a drop-in replacement, thenthe above disclaimer would become null and void.To find out the current status of an alternaterefrigerant as it relates to your compressor warranty,call the local Taylor Distributor or the Taylor Factory.Be prepared to provide the Model/Serial Number ofthe unit in question.

5Model C723 Safety

Section 3 Safety

We, at Taylor Company, are concerned about thesafety of the operator when he or she comes incontact with the freezer and its parts. Taylor hasgone to extreme efforts to design and manufacturebuilt-in safety features to protect both you and theservice technician. As an example, warning labelshave been attached to the freezer to further pointout safety precautions to the operator.

To Operate Safely:

IMPORTANT - Failure to adhere to thefollowing safety precautions may result insevere personal injury or death. Failure tocomply with these warnings may damage themachine and its components. Componentdamage will result in part replacement expenseand service repair expense.

DO NOT operate the freezer withoutreading this Operator Manual. Failure to follow thisinstruction may result in equipment damage, poorfreezer performance, health hazards, or personalinjury.

Per IEC 60335-1 and its part 2 standards, “Thisappliance is to be used only by trained personnel. Itis not intended for use by children or people withreduced physical, sensory, or mental capabilities, orlack of experience and knowledge, unless givensupervision or instruction concerning the use of theappliance by a person responsible for their safety.”

This unit is provided with an equipotentialgrounding lug that is to be properly attached to therear of the frame by the authorized installer. Theinstallation location is marked by the equipotentialbonding symbol (5021 of IEC 60417-1) on both theremovable panel and the equipment's frame.

DO NOT use a water jet to clean or rinsethe freezer. Failure to follow these instructions mayresult in serious electrical shock.

S DO NOT operate the freezer unless it isproperly grounded.

S DO NOT operate the freezer with largerfuses than specified on the freezer datalabel.

S All repairs must be performed by anauthorized Taylor service technician. Themain power supplies to the machine mustbe disconnected prior to performing anyrepairs.

S Cord Connected Units: Only Taylorauthorized service technicians may install aplug on this unit.

S Stationary appliances which are notequipped with a power cord and a plug oranother device to disconnect the appliancefrom the power source must have an all-poledisconnecting device with a contact gap ofat least 3 mm installed in the externalinstallation.

S Appliances that are permanently connectedto fixed wiring and for which leakagecurrents may exceed 10 mA, particularlywhen disconnected or not used for longperiods, or during initial installation, shallhave protective devices such as a GFI, toprotect against the leakage of current,installed by the authorized personnel to thelocal codes.

S Supply cords used with this unit shall beoil-resistant, sheathed flexible cable, notlighter than ordinary polychloroprene orother equivalent syntheticelastomer-sheathed cord (Code designation60245 IEC 57) installed with the proper cordanchorage to relieve conductors from strain,including twisting, at the terminals andprotect the insulation of the conductors fromabrasion.

Failure to follow these instructions may result inelectrocution. Contact your local authorized TaylorDistributor for service.

6 Model C723Safety

S DO NOT allow untrained personnel tooperate this machine.

S DO NOT operate the freezer unless allservice panels and access doors arerestrained with screws.

S DO NOT remove any internal operatingparts (examples: freezer door, beater,scraper blades, etc.) unless all controlswitches are in the OFF position.

Failure to follow these instructions may result insevere personal injury to fingers or hands fromhazardous moving parts.

This unit has many sharp edges that cancause severe injuries.

S DO NOT put objects or fingers in the doorspout. This may contaminate the productand cause severe personal injury from bladecontact.

S USE EXTREME CAUTION when removingthe beater asssembly. The scraper bladesare very sharp.

S CAUTION-SHARP EDGES: Two people arerequired to handle the cup/cone dispenser.Protective gloves must be worn and themounting holes must NOT be used to lift orhold the dispenser. Failure to follow thisinstruction can result in personal injury tofingers or equipment damage.

Cleaning and sanitizing schedules aregoverned by your state or local regulatory agenciesand must be followed accordingly. Please refer tothe cleaning section of this manual for the properprocedure to clean this unit.

DO NOT obstruct air intake and discharge openings:The Model C723 air cooled unit requires a minimumof 6” (152 mm) on the left and right sides and 0” onthe back. The Model C723 unit equipped with top airdischarge requires 6” (152 mm) on the left side, 0”on the right side, and 0” on the back.

This will allow for adequate air flow across thecondenser. Failure to allow adequate clearance canreduce the refrigeration capacity of the freezer andpossibly cause permanent damage to thecompressor.

For Indoor Use Only: This unit is designed tooperate indoors, under normal ambienttemperatures of 70_ - 75_F (21_ - 24_C). Thefreezer has successfully performed in high ambienttemperatures of 104_(40_C) at reduced capacities.

NOISE LEVEL: Airborne noise emission does notexceed 78 dB(A) when measured at a distance of1.0 meter from the surface of the machine and at aheight of 1.6 meters from the floor.

7Model C723 Operator Parts Identification

Section 4 Operator Parts IdentificationModel C723

Figure 1

8 Model C723Operator Parts Identification

Model C723 Exploded View Parts Identification

ITEM DESCRIPTION PART NO.

1 COVER-HOPPER 14 QT BLACK 041682-BLA2 ORIFICE 022465-1003 O-RING-3/8 OD X .070 W 0161374 TUBE A.-FEED-SS 5/32 HOLE X29429-25 O-RING-.643 OD X .077 W 0185726 PANEL-REAR 0688557 PANEL A.-SIDE-RIGHT X688548 PANEL A.-FRONT X687779 SCREW-1/4-20 X 3/8 RHM-SS 011694

10 PANEL A.-FRONT-LOWER X68858


11 SHELF-DRIP TRAY 06886312 TRAY-DRIP 06886413 SHIELD-SPLASH 04920314 PAN A.-DRIP 15-1/8 LONG X5160115 STUD-NOSE CONE 05598716 PANEL-SIDE-LEFT 06885117 FILTER-AIR-21.688 X 15.813 052779-918 COVER-ACCESS-FRONT R 06884419 SCREW-10X3/8 SLTD HEX 01558220 COVER-ACCESS-LEFT 068869


Model C723 - Factory-Equipped With Agitator

Figure 2


1 COVER-HOPPER 14 QT BLACK 041682-BLA2 ORIFICE 022465-1003 O-RING-3/8 OD X .070 W 0161374 TUBE A.-FEED-SS 5/32 HOLE X29429-25 O-RING-.643 OD X .077 W 0185726 PANEL-REAR 0688557 PANEL A.-SIDE-RIGHT X688548 PANEL A.-FRONT X687779 SCREW-1/4-20 X 3/8 RHM-SS 011694

10 PANEL A.-FRONT-LOWER X6885811 SHELF-DRIP TRAY 068863


12 TRAY-DRIP 06886413 SHIELD-SPLASH 04920314 PAN A.-DRIP 15-1/8 LONG X5160115 STUD-NOSE CONE 05598716 PANEL-SIDE-LEFT 06885117 FILTER-AIR-21.688 X 15.813 052779-918 COVER-ACCESS-FRONT R 06884419 SCREW-10X3/8 SLTD HEX 01558220 COVER-ACCESS-LEFT 06886921 BLADE A.-AGITATOR X56591-SP


120201

Model C723 - Door and Beater Assembly

Figure 3


1 PLUG-PRIME TWIN 0599362 O-RING-1/2OD X .070W 0242783 GASKET-DOOR HT 4"-DOUBLE 0489264 BEARING-FRONT 0502165 BEATER A.-2.8QT-HELICORE X354666 BLADE-SCRAPER-PLASTIC 0354807 SHAFT-BEATER 0541948 SEAL-DRIVE SHAFT 0325609 PIN-HANDLE-TWIN 059894

10 VALVE A.-DRAW X69615


11 O-RING-13/16 OD X .103 W 01933012 CAP-DESIGN 1.010"ID-6 POINT 01421813 SEAL-DRAW VALVE H-RING 03469814 VALVE A.-DRAW-CENTER X6221815 NUT-STUD-BLACK 2.563 LONG 05876416 SCREW-ADJUSTMENT-5/16-24 05633217 O-RING-1/4 OD X .070W 50 01587218 HANDLE A.-DRAW X56421-119 NUT-STUD-BLACK 3.250 LONG 05876520 DOOR A.-SH BAF W/PRG X68889-SER


Optional Carts

Cart A.-ADA (X69400) Cart A.-Std (X69425)

Figure 4


1 SCREW-10-32X1/2 SLTD TRUSS 0377342 PANEL-FRONT/REAR-ADA 0694023 CASTER-3" SWV 3/4-10 STM

W/B030307

4 PANEL-SIDE-CART 0694035 CASTER-3" SWV 3/4-10STM

X1"P021279

NOTE: ADA COMPLIANT HEIGHT CART, NOTEQUIPPED WITH A DOOR.


1 PANEL A.-STD CART-FRONT X694262 DOOR A.-STD CART X692953 SCREW-10-32X1/2 SLTD TRUSS 0377344 HANDLE-STNLS FLUSH PULL 0190435 CASTER-3" SWV 3/4-10 STM

W/B030307

6 PANEL-SIDE-STD CART 0694287 CASTER-3" SWV 3/4-10STM

X1"P021279

8 PANEL-REAR-STD CART 069429NOTE: STANDARD HEIGHT CART WITHREVERSIBLE FRONT DOOR PANEL AND REARPANEL.


120106

Accessories

Figure 5


1 LUBRICANT-TAYLOR 0475182 TOOL-O-RING REMOVAL 048260-WHT

*3 SANITIZER-STERA SHEEN SEE NOTE


4 PAIL-MIX 10 QT 013163** KIT A.-TUNE-UP X49463-80

*A sample container of sanitizer is sent with the unit. Forreorders, order Stera Sheen part no. 055492 (100 2 oz.packs) or Kay-5 part no. 041082 (200 packs).**Not Shown.


Brushes

Figure 6


1 BLACK BRISTLE BRUSH 0130712 DOUBLE END BRUSH 0130723 WHITE BRISTLE BRUSH

(1” x 2”)013073


4 WHITE BRISTLE BRUSH(3” x 7”)

023316

14 Model C723Important: To the Operator

110609

Section 5 Important: To the Operator

Model C723

Figure 7

ITEM DESCRIPTION

1 POWER SWITCH2 LIQUID CRYSTAL DISPLAY3 KEYPADS4 MIX OUT INDICATOR5 STANDBY KEY6 MIX LOW INDICATOR

ITEM DESCRIPTION

7 SELECT KEY8 SERVICE MENU KEY9 BRUSH CLEAN COUNTER

10 ARROW KEYS*11 DECAL-REAR MIX LIGHTS

*FACTORY INSTALLED OPTION

15Model C723 Important: To the Operator110614

Symbol Definitions

To better communicate in the International arena,symbols have replaced words on many of ouroperator switches, function, and fault indicators.Your Taylor equipment is designed with theseInternational symbols.

The following chart identifies the symbol definitions.

= SELECT

= ON

= OFF

= UP ARROW

= DOWN ARROW

= AUTO

= WASH

= MIX LOW

= MIX OUT

= MENU DISPLAY

= STANDBY

Power SwitchWhen placed in the ON position, the power switchallows control panel operation.

Fluorescent DisplayThe fluorescent display is located on the frontcontrol panel. During normal operation, the display isblank. The display is used to show menu optionsand notifies the operator if a fault is detected. OnInternational models, the display will indicate thetemperature of the mix in the hopper.

Indicator Lights

MIX LOW - When the MIX LOW symbol isilluminated, the mix hopper has a low supply of mixand should be refilled as soon as possible.

MIX OUT - When the MIX OUT symbol isilluminated, the mix hopper has been almostcompletely exhausted and has an insufficient supplyof mix to operate the freezer. At this time, the AUTOmode is locked out and the freezer will be placed inthe STANDBY mode. To initiate the refrigerationsystem, add mix to the mix hopper and touch theAUTO symbol . The freezer will automaticallybegin operation.

Optional feature: Some freezers are equipped withrear indicator lights.

Standby SymbolDuring long “No Sale” periods, the unit can beplaced into the Standby mode. This maintainsproduct temperatures below 40°F (4.4°C) in both thehopper and the freezing cylinder and helps preventoverbeating and product breakdown.

To activate STANDBY, select the STANDBY key orenter the access code for the Manager Menu (seepage 18.) Remove the air orifice. Lubricate theo-rings located on the end of the feed tube withoutthe hole. Place that end of the tube into the mix inlethole. When STANDBY is selected, the STANDBYsymbol illuminates, indicating the Standbyfeature has been activated.

To resume normal operation, press the AUTOsymbol . When the unit cycles off, the product inthe freezing cylinder will be at serving viscosity. Atthis time, turn the feed tube over. Place the end ofthe tube with the hole into the mix inlet hole. Installthe air orifice.


Wash Symbol

The WASH symbol will illuminate when it istouched. This indicates beater motor operation. TheSTANDBY or AUTO modes must be cancelled firstto activate the WASH mode.

Auto Symbol

The AUTO symbol will illuminate when it istouched. This indicates that the refrigeration systemhas been activated. In the AUTO mode, the WASHor STANDBY functions are automatically cancelled.

Note: An indicating light and an audible tone willsound whenever a mode of operation has beenselected. To cancel any function, touch the keyagain. The light and the mode of operation will shutoff.

Reset Mechanism

The reset buttons are located in the left side panel ofthe machine. They protect the beater motors froman overload condition. Should an overload occur, thereset mechanism will trip. To properly reset thefreezer, place the power switch in the OFF position.Press the reset button firmly. Turn the power switchto the ON position. Touch the WASH symbol andobserve the freezer's performance.

WARNING: Do not use metal objects topress the reset button. Failure to comply mayresult in severe personal injury or death.

If the beater motor is turning properly, touch theWASH symbol to cancel the cycle. Touch theAUTO symbol to resume normal operation. If thefreezer shuts down again, contact your authorizedservice technician.

Feed Tube

The feed tube serves two purposes. One end of thefeed tube has a hole in the side of the tube and theother end does not. (See Figure 8.)

Figure 8

1. Normal Operation

During normal operation, the end of the feedtube with the hole is placed into the mix inlethole. Every time the draw handle is raised, newmix and air from the hopper flow into thefreezing cylinder. This keeps the freezingcylinder properly loaded and maintains overrun.

2. Long “No Sale” Periods

During long “No Sale” periods, the unit can beplaced into the Standby mode. This maintainsproduct temperatures below 40°F (4.4°C) inboth the hopper and the freezing cylinder, andhelps prevent overbeating and productbreakdown. To activate STANDBY, select theSTANDBY key or enter the access code for theManager Menu (see page 18). Remove the airorifice. Lubricate the o-rings located on the endof the feed tube without the hole. Place thatend of the tube into the mix inlet hole.

Note: To resume normal operation, press theAUTO symbol . When the unit cycles off, theproduct in the freezing cylinder will be at servingviscosity. At this time, turn the feed tube over. Placethe end of the tube with the hole into the mix inlethole. Install the air orifice.

The air orifice is used to meter a certain amount ofair into the freezing cylinder. The air orificemaintains overrun and allows enough mix to enterthe freezing cylinder after a draw.

17Model C723 Important: To the Operator

Adjustable Draw Handle

This unit features an adjustable draw handle toprovide the best portion control, giving a better,consistent quality to your product and controllingcosts. The draw handle should be adjusted toprovide a flow rate of 5 to 7-1/2 oz. (142 to 213 g.)of product by weight per 10 seconds. To INCREASEthe flow rate, tighten the screw. To DECREASE theflow rate, loosen the screw. (See Figure 9.)

Figure 9

Operating Screen Descriptions

The fluorescent display located in the center of thecontrol panel is normally blank during the dailyoperation of the machine. The display is activatedwhen the SEL symbol or the Manager's Menu isselected. The display screen will also alert theoperator of specific faults detected by the control.

Power Up

When the machine is powered, the control systemwill initialize to perform a system check. The screenwill display “INITIALIZING”. There are four types ofdata the system will check: LANGUAGE, SYSTEMDATA, CONFIG DATA, and LOCKOUT DATA.

If the system detects corrupt data during“Initializing.....”, the detected faults will be displayedfor acknowledgement after the “SAFETY TIMEOUT”display, if the power switch is on. The faults may be“CORRUPTED LANGUAGE,” CONFIG CRC ERR,”“SYSTEM CRC ERR, “FAULT HISTORY,”LOCKOUT CRC ERR,” or “POWER FAILURE.”

Once the system has initialized, the number of daysremaining before the next required brush cleaning isindicated on the control panel and the SAFETYTIMEOUT screen is displayed with the alarm turnedon. (See Figure 10.)

SAFETY TIMEOUTANY KEY ABORTS

Figure 10

The SAFETY TIMEOUT screen will be displayedwith the alarm on for 60 seconds, or until any controlsymbol is selected.

After the safety timeout has been completed and thepower switch is OFF, the following screen isdisplayed. (See Figure 11.)

POWER SWITCH OFF- = - = - = - = - = -UNIT CLEANED

Figure 11

Power Switch ON

When the power switch is placed in the ON position,the control panel touch keys become operative. Thefluorescent display will be either blank or will indicatethat the unit has been cleaned. (See Figure 12.)

UNIT CLEANED

Figure 12


Brush Clean CounterThe Brush Clean Counter (item 9 on page 14) willdisplay the number of hours since the freezer waslast brush cleaned. After hour 99, it will change to aletter and a number (example: A0, A1, ... B0, B1,etc.).

Manager's Menu

The Manager's Menu is used to enter the operatorfunction displays. To access the Menu, touch thecenter of the CONE symbol on the control panelon the right side of the machine. The arrow symbols,the SEL symbol, and the CONE symbol will be litwhen the ACCESS CODE screen is displayed.(See Figure 13.)

Figure 13

In the Menu program, the arrow symbols and theSEL symbol will function as menu keys.

UP ARROW - increases the value above the cursorand is used to scroll upward in text displays.

DOWN ARROW - decreases the value above thecursor and is used to scroll downward in textdisplays.

SEL - advances the cursor position to the right andis used to select menu options.

Note: The machine will continue operation in themode it was in when the menu was selected.However, the control keys will not be lit and arenon-functional when the Manager's Menu isdisplayed.

Entering Access Code

With the ACCESS CODE screen on the display, usethe SEL symbol to set the first code number in thecursor position. When the correct number isselected, touch the SEL symbol to move the cursorto the next number position. (See Figure 14.)

ENTER ACCESS CODE

8 3 0 9__

Figure 14

Continue to enter the proper access code numbers(8309) until all four numbers are displayed, and thentouch the SEL symbol. The Manager's menu list willdisplay on the screen, provided the correct accesscode is entered.

If an incorrect number is entered for the accesscode, the display will exit the Menu program whenthe SEL symbol is selected. (See Figure 15.)

Figure 15


Menu Options

Touch the ARROW symbols to move up or downthrough the Menu. Select a Menu option by touchingthe SEL symbol. Exit the Menu program by selectingEXIT FROM MENU or touch the CONE symbol .

The following menu options are listed in theManager's Menu.

EXIT FROM MENUSERVINGS COUNTERSET CLOCKAUTO START TIMESTANDBY MODEMIX LEVEL AUDIBLEFAULT DESCRIPTIONFAULT HISTORYLOCKOUT HISTORYSYSTEM INFORMATIONCURRENT CONDITIONSNET SERVICE PIN

Selecting “EXIT FROM MENU” will exit theManager's Menu and then return the control panelsymbols to normal operation.

The SERVINGS COUNTER screen is used to resetthe servings counter to zero. (Note: The SERVINGSCOUNTER automatically resets to zero when themachine is brush cleaned.) (See Figure 16.)

SERVINGS COUNTER

0 0 0> Next

Figure 16

Reset the SERVINGS COUNTER by selecting theSEL symbol to advance to the next screen. Selectthe UP arrow symbol to move the arrow (>) to YESand touch the SEL symbol. The servings counter willreset to zero and exit back to the Manager's Menu.(See Figure 17.)

Reset CountersARE YOU SURE?Yes

> No

Figure 17

The SET CLOCK option allows the Manager toadjust the control clock date and time. The date andtime may only be changed after the freezer hasbeen manually cleaned, but before it has beenplaced in the AUTO or STANDBY mode. Thefollowing message will be displayed if the SETCLOCK option is selected when the machine is notin a brush clean state. (See Figure 18.)

SET CLOCK12:01 2/10/2011NO CHANGES ALLOWEDPress Any Key

Figure 18

To change the date or time, select the SET CLOCKoption in the menu. Touch the UP arrow symbol toadvance the arrow from “Exit” to “Change”, and thentouch the SEL symbol to select the Change option.(See Figure 19.)

SET CLOCK12:01 2/10/2011Change

> Exit

Figure 19

Change the time by touching the UP arrow with thecursor under the hour position. Move the cursor tothe minutes position by touching the SEL symbol.Once the correct minutes are entered, touch theSEL symbol to advance the cursor to the month.(See Figure 20.)

SET CLOCK12:01 2/10/2011

> Exit

Figure 20


Enter the correct month, day, and year. After theyhave been entered, touch the SEL symbol toadvance to the DAYLIGHT SAVING TIME (DST)screen. (See Figure 21.)

DAYLIGHT SAVING TIMEENABLED

> EnableDisable

Figure 21

Pressing the UP or DOWN arrow symbols will movethe arrow to “Enable” or “Disable”. Pressing the SELsymbol next to “Disable” selects that option andreturns to the Manager Menu. Pressing the SELsymbol next to “Enable” selects that option anddisplays the second screen. (See Figure 22.)

MAR Second SundayNOV First SundayChange

> Exit

Figure 22

If the correct Sunday for the time change is notdisplayed, then “Change” should be selected.Pressing the SEL symbol with the arrow next to“Change” displays the third screen. Press the UP orDOWN symbol to move the arrow to the appropriatemonth for the start of DST. (See Figure 23.)

DST START MONTH> MAR

APRMAY

Figure 23

Pressing the SEL symbol with the arrow next to theappropriate month will display the following screen.(See Figure 24.)

DST START WEEK> Second Sunday

Third SundayFourth Sunday

Figure 24

Pressing the UP or DOWN symbol will move thearrow to the appropriate week for the start of DST.Pressing the SEL symbol next to the appropriateweek will display the following screen. Press the UPor DOWN symbol to move the arrow to theappropriate month for the end of DST.(See Figure 25.)

DST END MONTH

> NOVDEC

Figure 25

Pressing the SEL symbol next to the appropriatemonth will display the following screen. Press theUP or DOWN symbol to move the arrow to theappropriate week for the end of DST.(See Figure 26.)

DST END WEEK> First Sunday

Second SundayThird Sunday

Figure 26

Pressing the SEL symbol with the arrow by theappropriate week will select that setting and return tothe Manager's Menu.

The AUTO START TIME option allows the Managerto set the time of day at which the machineautomatically enters the AUTO mode from theSTANDBY mode. The machine must be in theSTANDBY mode in order to AUTO start at theprogrammable time. The AUTO START TIME canalso be disabled and require starting the AUTOmode manually. (See Figure 27.)

AUTO START TIMEDISABLED

Enable> Disable

Figure 27


Enable the AUTO START TIME by selecting the UParrow symbol to move the arrow to “Enable.” Touchthe SEL symbol to advance to the next screen.(See Figure 28.)

AUTO START TIME00:00

Change> Exit

Figure 28

Program the AUTO START TIME by selecting theUP arrow symbol to move the arrow to “Change.”Touch the SEL symbol to advance to the nextscreen. (See Figure 29.)

AUTO START TIME00:00

Figure 29

Use the arrow symbols to program the AUTOSTART TIME by increasing or decreasing the hoursetting above the cursor. Touch the SEL symbol toadvance the cursor and program the minutessetting. Select the SEL symbol to return to theprevious screen with the new time setting displayed.Select the SEL symbol to exit the screen and returnto the Manager's Menu.

The STANDBY option is used to manually placeeither side of the machine in the Standby modeduring long, no draw periods. Select the STANDBYscreen from the Menu. Touch the SEL symbol toactivate Standby.

Discontinue Standby operation by exiting theManager's Menu and selecting the AUTO mode.(See Figure 30.)

STANDBY MODELEFTRIGHT

> Exit

Figure 30

The MIX LEVEL AUDIBLE option, when enabled,will alert the operator with an audible tone whenthere is a mix low or mix out condition. The followingscreen is displayed upon selecting this option.(See Figure 31.)

MIX LEVEL AUDIBLEENABLED

> EnableDisable

Figure 31

Disable the audible tone feature by selecting the UParrow symbol to move the arrow to “Disable.” Selectthe SEL symbol to save the new setting and returnto the Manager's Menu. The control panel icons forMix Low and Mix Out will light as the mix level dropsin the hopper but the audible tone will be disabled.

The FAULT DESCRIPTION screen lists any faultsdetected by the control and allows the Manager toclear them from the system. Faults are displayed onthe second and/or third line. (See Figure 32.)

FAULT DESCRIPTIONL: Beater OverloadR: Beater Overload

Figure 32

Pressing the SEL symbol displays the next fault orreturns to the Manager's Menu if no other faultsexist. Pressing the SEL symbol any time faults aredisplayed will clear corrected faults upon returning tothe Manager's Menu. Press the Menu symbol toreturn to the Manager's Menu.


The FAULT HISTORY screen displays a history ofthe last 100 faults. Page numbers are displayed inthe upper right-hand corner. Page 1 contains themost recent fault. Use the arrow symbols to cyclethrough the history pages. The date and time of theevent are displayed on the second line. The thirdline displays the reason for the fault.(See Figure 33.)

FAULT HISTORY 102/27/11 12:58HPCO COMPRESSOR

> Exit

Figure 33

The LOCKOUT HISTORY screen displays a historyof the last 100 hardlocks, brush clean dates, etc.(See Figure 34.)

LOCKOUT HISTORY02/27/11 12:58< HPR THERM FAIL> Exit

Figure 34

Use the arrow symbols to advance forward orbackward to view each screen. The following listindicates the variable messages that may appear.Press the SEL key to return to the Manager's Menu.

Faults Occurring While in AUTO orStandby Mode

L - R HPR Therm Fail - The hopper thermistorfailed. Call for service.

L - R BRL Therm Fail - The freezing cylinderthermistor failed. Call for service.

L - R HPR>59F (15C) - The mix temperature in thehopper exceeded 59_F (15_C).

L - R BRL>59F (15C) - The mix temperature in thefreezing cylinder exceeded 59_F (15_C).

L - R HPR>45F (7C) AFTER 1 HR - The mixtemperature in the hopper was above 45_F (7_C)more than one hour.

L - R BRL>45F (7C) AFTER 1 HR - The mixtemperature in the freezing cylinder was above 45_F(7_C) more than one hour.

L - R HPR>41F (5C) AFTER 4 HR - The mixtemperature in the hopper was above 41_F (5_C)more than four hours.

L - R BRL>41F (5C) AFTER 4 HR - The mixtemperature in the freezing cylinder was above 41_F(5_C) more than four hours.

L - R HPR>41F (5C) AFTER PF - The mixtemperature in the hopper was above 41_F (5_C)more than four hours, following a power failure.

L - R BRL>41F (5C) AFTER PF - The mixtemperature in the freezing cylinder was above 41_F(5_C) more than four hours, following a powerfailure.

Note: Refer to your local health codes regardingtemperature recommendations for procedures tofollow if these fault screens appear.


The SYSTEM INFORMATION is displayed on threeseparate screens. The first screen contains thecontrol and software version installed in themachine. (See Figure 35.)

SOFTWARE VERSIONC723 CONTROL UVC4VERSION V00.00.000

> Next

Figure 35

Touch the SEL symbol to advance to the nextsystem information screen containing the softwarelanguage version. (See Figure 36.)

LanguageV3.00 English

> Next

Figure 36

Touch the SEL symbol to advance to the thirdsystem information screen containing the model billof material and machine serial number. Touching theSEL symbol again will return to the Manager'sMenu. (See Figure 37.)

B.O.M. C700000000S/N K0000000

> Next

Figure 37

The CURRENT CONDITIONS screen displays thecurrent viscosity, and the hopper and barreltemperatures. Press the SEL or MENU symbols toreturn to the Manager's Menu. (See Figure 38.)

VISC 0.0 0.0HOPPER 41.0 41.0BARREL 41.0 41.0

Figure 38

The NET SERVICE PIN screens allows theManager to initialize a network connection fornetworking kitchens. (See Figure 39.)

NET SERVICE PINARE YOU SURE?Yes

> No

Figure 39

Use the arrow symbols to move the arrow up ordown. Pressing the SEL symbol with the arrow nextto “No” will return to the Manager's Menu. Pressingthe SEL symbol with the arrow next to “Yes” willconnect to the network if a gateway card isconnected.

Note: If “Yes” is selected, it may take a fewmoments for the memory to clear and the defaults toload. The display may show the message“COMMUNICATIONS FAILURE” during this time.

24 Model C723Operating Procedures

Section 6 Operating Procedures

The Model C723 is a medium capacity soft servemachine. Mix is stored in the hoppers. The mix flowsby gravity through a feed tube into the freezingcylinders. The unit is equipped with a three spoutdoor and two 2.8 quart (2.7 liter) capacity freezingcylinders.

Note: Some units are equipped with afactory-installed agitator option. For these units,please note the agitator instructions.

We begin our instructions at the point where weenter the store in the morning and find the partsdisassembled and laid out to air dry from theprevious night's cleaning.

These opening procedures will show you how toassemble the parts into the freezer, sanitize them,and prime the freezer with fresh mix in preparationto serve your first portion.

If you are disassembling the machine for the firsttime or need information to get to this starting pointin our instructions, turn to page 33, “Disassembly”,and start there.

Assembly

Note: When lubricating parts, use an approved foodgrade lubricant (example: Taylor Lube).

MAKE SURE THE POWER SWITCH IS INTHE “OFF” POSITION! Failure to follow thisinstruction may result in severe personal injury fromhazardous moving parts.

Step 1Lubricate the groove on the beater drive shaft.

Step 2Slide the beater drive shaft boot seal over the smallend of the beater drive shaft and engage into thegroove on the shaft.

Step 3Heavily lubricate the inside portion of the boot seal.Also lubricate the flat end of the boot seal thatcomes in contact with the rear shell bearing.

Step 4Apply an even coat of lubricant to the shaft.DO NOT lubricate the hex end.

Figure 40

Note: To ensure that mix does not leak out of theback of the freezing cylinder, the middle section ofthe boot seal should be convex or extend out fromthe seal. If the middle section of the boot seal isconcave or extending into the middle of the seal,turn the seal inside out.

Figure 41

25Model C723 Operating Procedures

Step 5Insert the beater drive shaft through the rear shellbearing in the freezing cylinder and engage the hexend firmly into the drive coupling.

Figure 42

USE EXTREME CAUTION when handlingthe beater assembly. The scraper blades are verysharp and may cause injury.

Step 6Before installing the beater assembly, check thescraper blades. If they are in good condition, takeone of the scraper blades and slip it under the hookat the front of the beater. Wrap the blade around thebeater, following the helix and pushing the bladedown onto the helix as you wrap. At the back end ofthe beater, slip the blade under the hook.

Figure 43

Repeat this step for the second scraper blade.

Step 7Holding the beater securely, slide the beater into thefreezing cylinder about one-third of the way in.Looking into the freezing cylinder, align the hole atthe rear of the beater with the flats on the end of thedrive shaft.

Figure 44

Step 8Slide the beater the remainder of the way into thefreezing cylinder and over the end of the drive shaft.The beater should fit snugly, but not so tightly thatthe beater cannot be turned slightly to engage thedrive shaft.

Step 9Make sure the beater assembly is in position overthe drive shaft. Turn the beater slightly to be certainthat the beater is properly seated. When in position,the beater will not protrude beyond the front of thefreezing cylinder.

Step 10Repeat these steps for the other side of themachine.

Step 11To assemble the freezer door, place the doorgaskets into the grooves on the back of the freezerdoor. Slide the front bearings over the baffle rods.The flanged edges should be against the door. DONOT lubricate the gaskets or bearings.


Step 12Slide the two o-rings into the grooves on each primeplug. Apply an even coat of Taylor Lube to theo-rings and shafts.

Figure 45

Step 13Insert the prime plugs into the holes in the top of thefreezer door and push down.

Figure 46

Step 14To install the freezer door, insert the baffle rodsthrough the beaters in the freezing cylinders.

Figure 47

Step 15With the door seated on the freezer studs, install thehandscrews. Use the long handscrews on the topand the short handscrews on the bottom. Tightenthem equally in a criss-cross pattern to insure thedoor is snug.

Figure 48


Step 16Slide the three o-rings into the grooves of eachstandard draw valve. Slide the H-ring and o-ring intothe grooves of the center draw valve. Lubricate theH-ring and o-rings.

Figure 49

Step 17Lubricate the inside of the freezer door spouts, topand bottom.

Figure 50

Step 18Insert the draw valves from the bottom until the slotin the draw valves come into view.

Figure 51

Step 19Slide the fork of the draw handles in the slot of thedraw valves, starting from the right.

Figure 52


Step 20Slide the pivot pin through each draw handle as theyare inserted into the draw valves.

Figure 53

Note: This freezer features three adjustable drawhandles to provide portion control, giving a betterconsistent quality to your product and controllingcosts. The draw handle should be adjusted toprovide a flow rate of 5 to 7-1/2 oz. (142 g. to213 g.) of product by weight per 10 seconds.

To INCREASE the flow rate, turn the adjustmentscrew CLOCKWISE. Turn the adjustment screwCOUNTER-CLOCKWISE to DECREASE the flowrate.

Step 21Snap the design caps over the bottom of the doorspouts.

Figure 54

Step 22Slide the drip pan into the hole in the front panel.

Figure 55

Step 23Install the front drip tray and splash shield under thedoor spouts.

Figure 56

Step 24Slide two o-rings on one end of the feed tube. Slidetwo o-rings on the other end of the feed tube.

Figure 57


Step 25Slide the small o-ring into the groove of the airorifice. Do not lubricate the o-ring.

Figure 58

Note: Make sure the hole in the air orifice is cleanand is not clogged. If the hole in the air orifice shouldbecome clogged, use soap and hot water to clearthe hole. Do not enlarge the hole in the airorifice.

Step 26Install the air orifice into the hole in the top of thefeed tube (the end of the feed tube without the smallhole on the side).

Figure 59

Step 27Lay the feed tube (with air orifice installed) and theagitator (factory-equipped agitator units, only) in thebottom of the mix hopper for sanitizing.

Step 28Repeat steps 24 through 27 for the other side ofthe machine.

Sanitizing

Step 1Prepare an approved 100 PPM sanitizing solution(examples: 2-1/2 gal. [9.5 liters] of Kay-5Ror 2 gal. [7.6 liters] of Stera-SheenR). USE WARMWATER AND FOLLOW THE MANUFACTURER'SSPECIFICATIONS.

Step 2Pour the sanitizing solution over all the parts in thebottom of the mix hopper and allow it to flow into thefreezing cylinder.

Figure 60

Note: You have just sanitized the mix hopperand parts. Therefore, be sure your hands areclean and sanitized before proceeding to thenext step.

Step 3While the solution is flowing into the freezingcylinder, take particular care to brush-clean the mixlevel sensing probe on the bottom of the hopper, themix hopper, the mix inlet hole, the mix feed tube andthe agitator (factory-equipped agitator units, only).

Figure 61


Step 4Prepare another pail of approved 100 PPMsanitizing solution (examples: 2-1/2 gal. [9.5 liters] ofKay-5R or 2 gal. [7.6 liters] of Stera-SheenR).USE WARM WATER AND FOLLOW THEMANUFACTURER'S SPECIFICATIONS.

Step 5Pour the sanitizing solution into the mix hopper.

Step 6Brush the exposed sides of the hopper.

Step 7Place the power switch in the ON position.

Step 8Touch the WASH symbol . This will cause thesanitizing solution in the freezing cylinder to agitate.A five minute countdown timer will display on thecontrol to show when five minutes has elapsed.After the five minutes has elapsed, proceed to thenext step.

Step 9With an empty pail beneath the door spouts, raisethe prime plug.

Step 10When a steady stream of sanitizing solution isflowing from the prime plug opening in the bottom ofthe freezer door, open the draw valve. Momentarilyopen the center draw valve to sanitize the centerdoor spout. Draw off the remaining sanitizingsolution.

Step 11Once the sanitizer stops flowing from the doorspout, touch the WASH symbol and close thedraw valve.

Note: Be sure your hands are clean andsanitized before proceeding to the next step.

Step 12Lubricate the feed tube o-rings on the end with thesmall hole on the side. Stand the feed tube in thecorner of the hopper.

Step 13Factory equipped agitator units only: Place theagitator on the agitator drive shaft housing.

Figure 62

Note: If the agitator should stop turning duringnormal operation, with sanitized hands, removeagitator from agitator drive shaft housing and brushclean with sanitizing solution. Install the agitatorback onto the agitator drive shaft housing.


Priming

Note: Use only FRESH MIX when priming thefreezer.

Step 1Place an empty mix pail beneath the door spouts.With the prime plug in the up position, pour 2-1/2gallons (9.5 liters) of FRESH mix into the mix hopperand allow it to flow into the freezing cylinder.

Step 2Open the draw valve to remove the sanitizingsolution. When only fresh mix is flowing, close thedraw valve.

Step 3Once a steady stream of mix starts to flow from theprime plug opening in the bottom of the freezer door,push the prime plug down.


Step 4When mix stops bubbling down into the freezingcylinder, install the end of the feed tube with thehole in it into the mix inlet hole in the mix hopper.Make sure the air orifice is installed in the feed tube.

Step 5Select the AUTO symbol .

Step 6Fill the hopper with fresh mix and place the mixhopper cover in position.


Manual Brush Cleaning

THESE PROCEDURES MUST BE PERFORMEDDAILY!

ALWAYS FOLLOW LOCAL HEALTH CODES.

To disassemble the Model C723, the following itemswill be needed:

S Two cleaning and sanitizing pailsS Sanitizer/CleanerS Necessary brushes (provided with freezer)S Single service towels

Draining Product From TheFreezing Cylinder

Step 1Remove the hopper cover, feed tube, and agitator(factory-equipped agitator units, only). Take them tothe sink for cleaning.

Step 2With a pail beneath the door spouts, touch theWASH symbol and open the draw valve.

Step 3If local health codes permit the use of rerun,place a sanitized, NSF approved stainless steelrerun container beneath the door spout. Press theWASH key and open the draw valve. Drain theremaining product from the freezing cylinder and mixhopper. When the flow of product stops, press theWASH key and close the draw valve. Place thesanitized lid on the rerun container and place it inthe walk-in cooler.

Note: If local health codes DO NOT permit theuse of rerun, the product must be discarded.Follow the instructions in the previous step, with oneexception. Drain the product into a mix pail andproperly discard the mix.




Rinsing

Step 1Pour two gallons (7.6 liters) of cool, clean water intothe mix hopper. With the white hopper brush, scrubthe mix hopper, the mix level sensing probe, and theoutside of the agitator drive shaft housing(factory-equipped agitator units, only). Using thedouble-ended brush, brush clean the mix inlet hole.

Figure 63

Note: Do not brush clean the mix inlet hole whilethe machine is in the WASH mode.

Step 2With a mix pail beneath the door spout, raise theprime plug and touch the WASH symbol .

Step 3When a steady stream of rinse water is flowing fromthe prime plug opening in the bottom of the freezerdoor, open the draw valve. Drain all the water fromthe door spout. Close the draw valve, and touch theWASH symbol, cancelling the Wash mode.

Step 4Repeat this procedure using clean, warm water untilthe water being discharged is clear.


Hopper Cleaning

Note: Failure to follow these steps will result inmilk-stone build-up.

Step 1Prepare an approved 100 PPM cleaning solution(examples: 2-1/2 gal. [9.5 liters] of Kay-5Ror 2 gal. [7.6 liters] of Stera-SheenR). USE WARMWATER AND FOLLOW THE MANUFACTURER'SSPECIFICATIONS.

Step 2Push the prime plug down. Pour the cleaningsolution into the hopper and allow it to flow into thefreezing cylinder.

Step 3With the white hopper brush, scrub the mix hopper,the mix level sensing probe, and the outside of theagitator drive shaft housing (factory-equippedagitator units, only). Using the double-ended brush,brush clean the mix inlet hole.

Note: Do not brush clean the mix inlet hole whilethe machine is in the WASH mode.

Step 4Touch the WASH symbol . This will cause thecleaning solution in the freezing cylinder to come incontact with all areas of the freezing cylinder.

Step 5Place an empty pail beneath the door spouts andraise the prime plug.

Step 6When a steady stream of cleaning solution is flowingfrom the prime plug opening in the bottom of thefreezer door, open the draw valve. Draw off all thesolution.

Step 7Once the cleaning solution stops flowing from thedoor spout, close the draw valve and touch theWASH symbol , cancelling the Wash mode.

Step 8Repeat these steps on the other side of themachine.

33Model C723 Operating Procedures110527

Disassembly

MAKE SURE THE POWER SWITCH IS INTHE “OFF” POSITION! Failure to follow thisinstruction may result in severe personal injury fromhazardous moving parts.

Step 1From the freezing cylinder, remove the handscrews,freezer door, the beater and scraper blades, and thedrive shaft.

Step 2Remove the scraper blades from the beaterassembly.

Step 3Remove the drive shaft seal from the drive shaft.

Step 4Remove the freezer door gasket, front bearing, pivotpin, draw handle, draw valve, prime plugs anddesign caps. Remove the three o-rings from thedraw valve.


Step 6Remove the front drip tray, splash shield, and drippan. Take them to the sink for cleaning.

Figure 64

Note: If the drip pan is filled with an excessiveamount of mix, it is an indication that the drive shaftseal(s), or o-ring(s) should be replaced or properlylubricated.

Brush Cleaning

Step 1Prepare an approved 100 PPM cleaning solution(examples: 2-1/2 gal. [9.5 liters] of Kay-5Ror 2 gal. [7.6 liters] of Stera-SheenR). USE WARMWATER AND FOLLOW THE MANUFACTURER'SSPECIFICATIONS. Make sure all brushes providedwith the freezer are available for brush cleaning.

Step 2Thoroughly brush clean all disassembled parts in thecleaning solution, making sure all lubricant and mixfilm is removed. Be sure to brush all surfaces andholes, especially the holes in the freezer door.

Step 3Rinse all parts with clean, warm water. Place theparts on a clean, dry surface to air dry overnight.

Step 4Return to the freezer with a small amount ofcleaning solution. Using the black brush, clean therear shell bearing at the back of the freezingcylinder.

Figure 65


Step 6Wipe all exterior surfaces of the freezer with a clean,sanitized towel.

34 Model C723Important: Operator Checklist

Section 7 Important: Operator Checklist

During Cleaning and Sanitizing


Cleaning and sanitizing schedules are governedby federal, state, or local regulatory agencies,and must be followed accordingly. If the unithas a “Standby mode”, it must not be used inlieu of proper cleaning and sanitizingprocedures and frequencies set forth by theruling health authority. The following checkpoints should be stressed during the cleaningand sanitizing operations.

CLEANING AND SANITIZING MUST BEPERFORMED DAILY.

Troubleshooting Bacterial Count

j 1. Thoroughly clean and sanitize the machineregularly, including complete disassembly andbrush cleaning.

j 2. Use all brushes supplied for thoroughcleaning. The brushes are specially designedto reach all mix passageways.

j 3. Use the white bristle brush to clean the mixinlet hole which extends from the mix hopperdown to the rear of the freezing cylinder.

j 4. Use the black bristle brush to thoroughlyclean the rear shell bearing located at the rearof the freezing cylinder. Be sure there is agenerous amount of cleaning solution on thebrush.

j 5. IF LOCAL HEALTH CODES PERMIT THEUSE OF RERUN, make sure the mix rerun isstored in a sanitized, covered stainless steelcontainer and used the following day. DONOT prime the machine with rerun. Whenusing rerun, skim off the foam and discard.Mix the rerun with fresh mix in a ratio of 50/50during the days operation.

j 6. On a designated day of the week, run the mixas low as feasible and discard it after closing.This will break the rerun cycle and reduce thepossibility of high bacteria and coliformcounts.

j 7. Properly prepare the cleaning and sanitizingsolutions. Read and follow the label directionscarefully. Too strong of a solution maydamage the parts and too weak of a solutionwill not do an adequate job of cleaning orsanitizing.

j 8. The temperature of the mix in the mix hopperand walk-in cooler should be below 40_F(4.4_C).

Regular Maintenance Checks

j 1. Replace scraper blades that are nicked ordamaged. Before installing the beaterassembly, be certain that scraper blades areproperly attached to the helix.

j 2. Check the rear shell bearing for signs of wear(excessive mix leakage in rear drip pan) andbe certain it is properly cleaned.

j 3. Using a screwdriver and cloth towel, keep therear shell bearing and the female hex drivesocket clean and free of lubricant and mixdeposits.

35Model C723 Important: Operator Checklist

j 4. Dispose of o-rings and seals if they are worn,torn, or fit too loosely, and replace with newones.

j 5. Follow all lubricating procedures as outlined in“Assembly”.

j 6. If your machine is air cooled, check thecondensers for an accumulation of dirt andlint. Dirty condensers will reduce the efficiencyand capacity of the machine. Condensersshould be cleaned monthly with a soft brush.Never use screwdrivers or other metal probesto clean between the fins.Note: For machines equipped with an airfilter, it will be necessary to vacuum the filterson a monthly schedule.

Caution: Always disconnectelectrical power prior to cleaning thecondenser. Failure to follow this instructionmay result in electrocution.

j 7. If your machine is water cooled, check thewater lines for kinks or leaks. Kinks can occurwhen the machine is moved back and forth forcleaning or maintenance purposes.Deteriorated or cracked water lines shouldonly be replaced by an authorized Taylortechnician.

Winter Storage

If the place of business is to be closed during thewinter months, it is important to protect the freezerby following certain precautions, particularly if thebuilding is subject to freezing conditions.

Disconnect the freezer from the main power sourceto prevent possible electrical damage.

On water cooled freezers, disconnect the watersupply. Relieve pressure on the spring in the watervalve. Use air pressure on the outlet side to blow outany water remaining in the condenser. This isextremely important. Failure to follow thisprocedure may cause severe and costly damage tothe refrigeration system.

Your local Taylor Distributor can perform this winterstorage service for you.

Wrap detachable parts of the freezer such as thebeater, blades, drive shaft, and freezer door, andplace them in a protected dry place. Rubber trimparts and gaskets can be protected by wrappingthem with moisture-proof paper. All parts should bethoroughly cleaned of dried mix or lubrication, whichattract mice and other vermin.

It is recommended that an authorized servicetechnician perform winter storage draining to insureall water has been removed. This will guard againstfreezing and rupturing of the components.


Section 8 Troubleshooting Guide

PROBLEM PROBABLE CAUSE REMEDY PAGEREF.

1. No product is beingdispensed.

a. Low on mix. The MIXOUT light is on.

a. Add mix to the mixhopper. Return to AUTOmode.

31

b. The power switch is in theOFF position.

b. Place the power switch toON and select AUTO.

30

c. Machine not in AUTOmode.

c. Select AUTO and allowmachine to cycle offbefore drawing product.

31

d. Beater motor is out onreset. The BEATEROVERLOAD messagedisplayed.

d. Turn the machine off.Press the reset button.Restart the machine inAUTO.

- - -

e. Freeze-up in mix inlethole.

e. Call an authorized servicetechnician.

- - -

f. Feed tube is not properlyinstalled.

f. Make sure feed tube isproperly installed.

31

2. The product is too soft. a. Draw rate is set too fast. a. Adjust draw rate of 5 to 71/2 oz. (142 g. to 213 g.)of product by weight in 10seconds.

28

3. The product is too thick. a. Freezing cylinder notprimed correctly.

a. Drain the freezing cylinderand reprime the machine.

30

b. The viscosity control is settoo cold.

b. Call an authorized servicetechnician.

- - -

c. Freeze-up in mix inlethole.

c. Call an authorized servicetechnician.

- - -

37Model C723 Important: Operator Checklist


4. The mix in the hopper istoo warm.

a. Hopper cover is not inposition.

a. Clean and sanitize hoppercover and place inposition.

31

b. The hopper temperature isout of adjustment.


- - -

c. Agitator is not installed(factory-equipped agitatorunits, only).

c. Clean and sanitize theagitator and install.

30

5. The mix in the hopper istoo cold.

a. The hopper temperature isout of adjustment.

a. Call an authorized servicetechnician.

- - -

6. Mix Low and Mix Outprobes are notfunctioning.

a. Milkstone build-up in thehopper.

a. Clean hoppers thoroughly. 33

7. Product is collecting ontop of the freezer door.

a. The top o-ring on drawvalve is improperlylubricated or is worn.

a. Lubricate properly orreplace the o-ring.

27

8. Excessive mix leakagefrom the bottom of doorspout.

a. Bottom o-ring on drawvalve is improperlylubricated is or worn.

a. Lubricate properly orreplace the o-ring.

27

9. Excessive mix leakageinto the drip pan.

a. The seal on drive shaft isimproperly lubricated orworn.

a. Lubricate properly orreplace the seal.

24

b. The seal is installedinside-out on the driveshaft.

b. Install correctly. 24

c. Inadequate lubrication ofthe drive shaft.

c. Lubricate properly. 24

d. The drive shaft and beaterassembly work forward.

d. Call an authorized servicetechnician.

- - -

e. Worn rear shell bearing. e. Call an authorized servicetechnician.

- - -

f. Gear box out of alignment. f. Call an authorized servicetechnician.

- - -



10. The drive shaft is stuck inthe drive coupling.

a. Mix and lubricant collectedin drive coupling.

a. Brush clean the rear shellbearing area regularly.

33

b. Rounded corners of driveshaft, drive coupling, orboth.


- - -

c. Gear box is out ofalignment.

c. Call an authorized servicetechnician.

- - -

11. The freezing cylinderwalls are scored.

a. Missing or worn frontbearing.

a. Install or replace the frontbearing.

25

b. Broken freezer door bafflerod.

b. Replace freezer door. 26

c. Beater assembly is bent. c. Replace beater assembly. 26

d. Gear box is out ofalignment.

d. Call an authorized servicetechnician.

- - -

12. The product makes apopping sound whendrawn.

a. Draw rate is set too fast. a. Adjust draw rate of 5 to 71/2 oz. (142 g. to 213 g.)of product by weight in 10seconds.

28

b. Freezing cylinder notprimed correctly.

b. Drain the freezing cylinderand reprime the machine.

30

13. No control panel functionswith power switch ON.

a. Machine is unplugged. a. Plug into wall receptacle. - - -

b. Circuit breaker OFF orblown fuse.

b. Turn the breaker ON orreplace the fuse.

- - -

39Model C723 Parts Replacement Schedule

Section 9 Parts Replacement Schedule

PART DESCRIPTION EVERY 3 MONTHS EVERY 6 MONTHS ANNUALLY

Scraper Blade X

Drive Shaft Seal X

Freezer Door Gasket X

Front Bearing X

Draw Valve O-Ring X

Draw Valve Seal X

Prime Plug O-Ring X

Mix Feed Tube O-Ring X

Design Cap X

White Bristle Brush, 3” x 7” Inspect & Replaceif Necessary

Minimum

White Bristle Brush, 1” x 2” Inspect & Replaceif Necessary

Minimum

Black Bristle Brush, 1” x 2” Inspect & Replaceif Necessary

Minimum

Double-Ended Brush Inspect & Replaceif Necessary

Minimum

Section 10 Parts List

40Parts List Model C723

120216

DES

CR

IPTI

ON

PAR

TN

UM

BER

QTY

.W

AR

R.

CLA

SSR

EMA

RK

S

C72

327F

W00

&C

7233

3FW

0020

8-23

0V60

HZ

1PH

&20

8-23

0V60

-HZ

3PH

A/C

-BR

ISTO

L(R

404A

)-R

OH

SC

OM

PLIA

NT

AC

CU

MU

LATO

R-C

OP

PE

R2"

DIA

10"L

G04

7062

110

3A

CTU

ATO

RA

.-DR

AW

SW

ITC

H*

X69

835

110

3S

/NM

1116

244

&U

PR

EP

LAC

ES

X62

401

AR

M-D

RA

WS

WIT

CH

-LE

FT06

9166

110

3A

RM

-DR

AW

SW

ITC

H-R

IGH

T06

9167

110

3B

RA

CK

ET

A.-S

PR

ING

-RE

TUR

NX

6948

11

103

BR

AC

KE

TA

.-SW

ITC

H*C

71X

*X

6983

61

103

E-R

ING

1/4

BLA

CK

PH

OS

0321

903

000

PIN

-PIV

OT-

DR

AW

SW

ITC

H03

8484

110

3R

OD

-SP

RIN

GR

ETA

INE

R03

8254

-SP

110

3S

CR

EW

-AD

JUS

TME

NT-

DR

AW

PA

DD

LE06

9374

200

0S

PR

ING

-EX

TEN

SIO

N.4

67X

.062

X1.

0693

922

103

SP

RIN

G-R

ETU

RN

-LE

FT-T

WIN

TWIS

0389

231

103

SP

RIN

G-R

ETU

RN

-RIG

HT-

TWIN

TWI

0389

241

103

AC

TUA

TOR

A.-D

RA

WS

WIT

CH

X62

401

110

3S

/NM

1116

243

&P

RIO

RA

RM

-SW

ITC

H-D

RA

W-L

0386

491

103

AR

M-S

WIT

CH

-DR

AW

-R03

8650

110

3P

IN-P

IVO

T-D

RA

WS

WIT

CH

0384

841

103

RO

D-S

PR

ING

RE

TAIN

ER

0382

541

103

E-R

ING

1/4

BLA

CK

PH

OS

0321

903

000

SP

RIN

G-E

XTE

NS

ION

.500

X.0

54X

1.00

0673

522

103

SP

RIN

G-R

ETU

RN

-LE

FT-T

WIN

TWIS

T03

8923

110

3S

PR

ING

-RE

TUR

N-R

IGH

T-TW

INTW

IST

0389

241

103

BE

AR

ING

FRO

NT

0502

162

000

BE

AR

ING

-RE

AR

SH

ELL

-NIC

KE

L03

1324

200

0+G

UID

E-D

RIP

SE

AL

0289

922

000

+NU

T-B

EA

RIN

G02

8991

200

0+W

AS

HE

R-B

EA

RIN

GLO

CK

0128

642

000

BE

ATE

RA

.-2.8

QT-

HE

LIC

OR

EX

3546

62

103

41Model C723 Parts List

DES

CR

IPTI

ON

REM

AR

KS

WA

RR

.C

LASS

QTY

.PA

RT

NU

MB

ER+B

LAD

E-S

CR

AP

ER

-PLA

STI

C13

-1/4

L03

5480

400

0B

ELT

-AX

3502

2848

400

0B

LAD

EA

.-AG

ITA

TOR

*794

*X

5659

1-S

P2

103

BLO

CK

-TE

RM

INA

L2P

L1,L

203

9422

110

320

8-23

0V60

HZ

1PH

-SP

LIC

EB

OX

BLO

CK

-TE

RM

INA

L3P

L1,L

2,L3

0394

231

103

208-

230V

60H

Z3P

HB

RA

CK

ET-

VA

LVE

-DA

NF-

LWR

*C06

9197

110

3B

RA

CK

ET-

VA

LVE

-DA

NF-

UP

R*C

0691

981

103

BR

AC

KE

T-P

AN

EL-

FRA

ME

*C72

306

9361

110

3B

RU

SH

-RE

AR

BR

G1"

DX

2"LG

X14

0130

711

000

BR

US

H-D

BL

EN

D-P

UM

P&

FEE

DTU

BE

0130

721

000

BR

US

H-D

RA

WV

ALV

E1"

OD

X2"

X17

"01

3073

100

0B

RU

SH

-MIX

PU

MP

BO

DY

-3"X

7"W

H02

3316

100

0B

US

HIN

G-S

NA

P11

/16

IDX

7/8O

D01

0548

210

3B

US

HIN

G-S

NA

P1-

5/8I

DX

2O

D04

3637

210

3B

US

HIN

G-S

PLI

T43

/64I

DX

7/8O

D02

7691

110

3M

AIN

CO

MP

CA

BLE

-CO

NTR

OL/

INTE

RFA

CE

AD

AP

T06

9024

110

3C

AB

LE-R

IBB

ON

-14C

-3"L

-SIL

/SIL

0568

641

103

DE

CP

LATE

CA

BLE

-RIB

BO

N-5

0C-2

0"L-

DIL

/DIL

0400

40-0

111

103

CA

BLE

-RIB

BO

N-2

0C-1

7"L-

DIL

/DIL

R04

0040

-013

110

3C

AB

LE-R

IBB

ON

-50C

-25"

L.D

IL/D

IL04

0040

-025

110

3C

AB

LE-R

IBB

ON

-20C

-14"

L-D

IL/D

IL04

0040

-040

110

3C

AB

LE-R

IBB

ON

-20C

-16"

L-D

IL/D

IL04

0040

-049

110

3C

AB

LE-C

ON

TRO

L/IN

TER

FAC

E*

0690

231

103

S/N

M10

6385

6&

UP

CA

BLE

-US

B05

6785

110

3S

/NM

1063

855

&P

RIO

RTO

UV

C4

CA

BLE

-CO

NTR

OL/

INTE

RFA

CE

A06

9024

1S

/NM

1063

855

&P

RIO

RTO

UV

C4

CA

P-A

GIT

ATO

RH

OU

SIN

G*C

708*

0565

891

103

CA

P-D

ES

IGN

1.01

0"ID

-6P

OIN

T01

4218

300

0C

OM

PR

ES

SO

RTL

3G-R

134A

0477

01-2

71

512

**S

EE

KIT

X48

314-

27+C

AP

AC

ITO

R-S

TAR

T60

UF-

220/

275V

0477

031

103

+RE

LAY

-STA

RT-

CO

MP

RE

SS

OR

-TL3

G04

7702

-27

110

3C

OM

PR

ES

SO

RL6

4A11

3BB

CA

0482

59-2

7E1

512

208-

230V

60H

Z1P

H+C

AP

AC

ITO

R-R

UN

25U

F/44

0V03

7431

110

3


DES

CR

IPTI

ON

REM

AR

KS

WA

RR

.C

LASS

QTY

.PA

RT

NU

MB

ER+C

AP

AC

ITO

R-S

TAR

T18

9-22

7UF/

330V

0330

44-1

110

3+R

ELA

Y-S

TAR

T-C

OM

PR

ES

SO

R06

2363

110

3+S

CR

EW

-5/1

6-18

X1-

1/2

HE

XH

EA

D00

1894

400

0+S

LEE

VE

-MO

UN

TIN

G-C

OM

P.

0399

244

000

+GR

OM

ME

T-C

OM

PR

ES

SO

RM

OU

NTI

NG

0374

284

000

CO

MP

RE

SS

OR

L63A

113D

BLA

0482

59-3

31

512

208-

230V

60H

Z3P

H+S

CR

EW

-5/1

6-18

X1-

1/2

HE

XH

EA

D00

1894

400

0+S

LEE

VE

-MO

UN

TIN

G-C

OM

P.

0399

244

000

+GR

OM

ME

T-C

OM

PR

ES

SO

RM

OU

NTI

NG

0374

284

000

CO

ND

EN

SE

R-A

C16

X16

3RO

W14

FPI

0569

441

103

FAN

MO

TOR

CO

ND

EN

SE

R-A

C7X

6X1.

25-2

RO

W02

7155

110

3C

OU

PLI

NG

-DR

IVE

3/4

HE

XX

1-7/

801

2721

210

3C

OV

ER

-HO

PP

ER

-14

QT-

BLA

CK

0416

82-B

LA2

103

DE

CA

L-D

OO

R-3

SP

OU

T-TW

INTW

IST

0622

391

000

DE

CA

L-IN

ST-

CLN

HP

R01

9029

100

0D

EC

AL-

TRO

UB

LES

HO

OT

0383

741

000

DIA

GR

AM

-WIR

ING

*C72

3*06

8807

-27

100

020

8-23

0V60

HZ

1PH

DIA

GR

AM

-WIR

ING

*C72

3*06

8807

-33

100

020

8-23

0V60

HZ

3PH

DO

OR

A.-*

SH

BA

F*W

/PR

G*C

723*

X68

889-

SE

R1

103

+FR

ON

TB

EA

RIN

G05

0216

200

0+G

AS

KE

T-D

OO

RH

T4"

-DO

UB

LE04

8926

200

0+H

AN

DLE

A.-D

RA

W*C

602*

C60

6*X

5642

1-1

310

3+O

-RIN

G-1

/4O

DX

.070

W50

DU

RO

0158

723

000

+SC

RE

W-A

DJU

STM

EN

T-5/

16-2

4*6

02*

0563

323

103

+PIN

-HA

ND

LE-T

WIN

*C71

2/C

717*

0598

941

103

+PLU

G-P

RIM

ETW

IN*C

712/

C71

3*05

9936

210

3+O

-RIN

G-1

/2O

DX

.070

W02

4278

400

0V

ALV

EA

.-DR

AW

*C71

2/C

713*

X69

615

2S

/NM

1123

969

&U

P-R

EP

LAC

ES

X59

843

&01

4402

+O-R

ING

-13/

16O

DX

.103

W01

9330

4+V

ALV

EA

.-DR

AW

-CE

NTE

RX

6221

81

103

+SE

AL-

DR

AW

VA

LVE

*LA

RG

EH

-RIN

G*

0346

981

000

+O-R

ING

-13/

16O

DX

.103

W01

9330

2S

/NM

1123

969

&U

P-R

EP

LAC

ES

0144

02


DES

CR

IPTI

ON

REM

AR

KS

WA

RR

.C

LASS

QTY

.PA

RT

NU

MB

ERD

RY

ER

-FIL

TER

-HP

62-3

/8X

1/4S

0489

011

000

FAS

TEN

ER

-CLI

P1/

4-20

U-T

YP

E04

5865

1400

0FA

STE

NE

R-D

OO

RLA

TCH

0307

872

000

LOW

ER

PA

NE

LFA

STE

NE

R-D

OO

RS

TRIK

E03

0788

200

0LO

WE

RP

AN

EL

FILT

ER

-AIR

-21.

688X

15.8

13H

X.7

0W05

2779

-91

000

FILT

ER

-CO

RC

OM

6EH

104

0140

-001

110

3U

PP

ER

CO

NTR

OL

FUS

E-1

5A

MP

-INLI

NE

-NO

ND

ELA

Y04

5293

200

0R

EP

LAC

ES

0764

142-

22-1

1+H

OLD

ER

-FU

SE

-INLI

NE

-TY

PE

HLR

0456

062

000

FOR

M-Q

UA

LITY

RE

PO

RT

BY

FAX

0657

121

000

GA

SK

ET-

BA

SE

PA

N*C

723*

0687

761

000

+SC

RE

W-1

0X7/

16U

NS

LTD

HW

H06

6234

1200

0P

AN

GA

SK

ET

GA

SK

ET-

DO

OR

HT

4"-D

OU

BLE

0489

262

000

GE

AR

A.*R

ED

UC

ER

4.21

:1S

ER

VIC

E02

1286

-SE

R2

212

+SC

RE

W-5

/16-

18X

3-1/

4H

EX

HE

AD

0226

788

000

GE

AR

GU

AR

D-P

OW

ER

SW

ITC

H03

4830

110

3G

UID

EA

.-DR

IPP

AN

*338

*X

5156

71

103

GU

IDE

-DR

IPP

AN

0689

322

103

GU

IDE

-FIL

TER

-LE

FT*C

708/

C70

9*05

6941

110

3G

UID

E-F

ILTE

R-R

IGH

T*C

708/

C70

9*05

6943

110

3H

AR

NE

SS

-WIR

E-B

TRM

TR*C

723*

L06

8915

-27L

110

320

8-23

0V60

HZ

1PH

HA

RN

ES

S-W

IRE

-BTR

MTR

*C72

3*R

0689

15-2

7R1

103

208-

230V

60H

Z1P

HH

AR

NE

SS

-WIR

E-C

AP

/RE

LAY

BO

X06

9079

-27G

110

320

8-23

0V60

HZ

1PH

HA

RN

ES

S-W

IRE

-MA

INP

OW

ER

*C72

3*06

9083

-27G

110

320

8-23

0V60

HZ

1PH

HA

RN

ES

S-W

IRE

-BTR

MTR

*C72

3*06

8915

-33L

110

320

8-23

0V60

HZ

3PH

HA

RN

ES

S-W

IRE

-BTR

MTR

*C72

3*06

8915

-33R

110

320

8-23

0V60

HZ

3PH

HA

RN

ES

S-W

IRE

-CO

MP

*C72

3*06

9079

-33G

110

320

8-23

0V60

HZ

3PH

HA

RN

ES

S-W

IRE

-MA

INP

OW

ER

*C72

3*06

9083

-33G

110

320

8-23

0V60

HZ

3PH

HA

RN

ES

S-W

IRE

-MIX

LVL

*C72

3*06

8873

110

320

8-23

0V60

HZ

3PH

HA

RN

ES

S-W

IRE

-CN

TRL

*C72

3*06

8874

110

3U

PP

ER

CO

NTR

OL

HA

RN

ES

S-W

IRE

-LW

V-C

NTL

*C72

3*06

8917

110

3LO

WE

RC

ON

TRO

LH

OLD

ER

-FU

SE

-INLI

NE

-TY

PE

HLR

0456

062

000

HO

US

ING

A.-A

GIT

ATO

R*C

708*

X56

586-

032

103


DES

CR

IPTI

ON

REM

AR

KS

WA

RR

.C

LASS

QTY

.PA

RT

NU

MB

ERB

OD

Y-A

GIT

ATO

RH

OU

SIN

G*C

708*

0565

881

103

CA

P-A

GIT

ATO

RH

OU

SIN

G*C

708*

0565

891

103

MA

GN

ET

A.-A

GIT

ATO

R-IN

NE

R06

6937

110

3M

OTO

R-A

GIT

ATO

R-2

4VA

C50

/60

H05

0535

-03

110

3O

-RIN

G-1

-3/8

OD

X.0

70W

0173

951

000

PLA

TE-H

OLD

ING

-AG

ITA

TOR

*C70

805

6587

110

3S

CR

EW

-4-4

0X1/

4S

OC

KE

TH

EA

D60

0165

400

0S

CR

EW

-8-3

2X3/

16S

OC

KE

TS

ET

0068

122

000

INTE

RLO

CK

A.-D

OO

RX

6565

81

103

SW

ITC

H-R

EE

D*D

OO

RIN

TER

LOC

K*6

8"05

6771

110

3S

PR

ING

-INTE

RLO

CK

DO

OR

0654

091

000

JAC

KA

.-FLA

VO

RB

UR

ST

X56

353

210

3K

ITA

.-DA

NFO

SS

*GE

NE

RA

L*X

4831

4SE

R2

151

2+C

OM

PR

ES

SO

RTL

3G-R

134A

0477

01-2

71

512

+CA

PA

CIT

OR

-STA

RT

60U

F-22

0/27

5V04

7703

110

3+C

OV

ER

-TE

RM

INA

L-C

OM

PR

ES

SO

R04

7739

110

3+D

RY

ER

-CA

P.T

UB

E.0

26ID

X13

FT04

7699

100

0+K

IT-M

OU

NTI

NG

-CO

MP

RE

SS

OR

0477

041

000

+RE

LAY

-STA

RT-

CO

MP

RE

SS

OR

-TL3

G04

7702

-27

110

3K

ITA

.-TU

NE

UP

-3S

PT

C71

3X

4946

3-80

100

0B

EA

RIN

G-F

RO

NT

0502

162

000

CA

P-D

ES

IGN

1.01

0"ID

-6P

OIN

T01

4218

300

0G

AS

KE

T-D

OO

RH

T4"

-DO

UB

LE04

8926

200

0O

-RIN

G-.6

43O

DX

.077

W01

8572

800

0O

-RIN

G-1

/2O

DX

.070

W02

4278

400

0O

-RIN

G-3

/8O

DX

.070

W01

6137

200

0O

-RIN

G-7

/8O

DX

.103

W01

4402

600

0S

EA

L-D

RA

WV

ALV

E03

4698

100

0S

EA

L-D

RIV

ES

HA

FT03

2560

200

0TO

OL-

O-R

ING

RE

MO

VA

L-FR

EE

ZER

0482

60-W

HT

100

0K

ITA

.-SIL

ICO

NO

-RIN

GS

X69

575

100

0A

DD

ED

TOTU

KS

/NM

1123

969

O-R

ING

-13/

16O

DX

.103

W01

9330

600

0


DES

CR

IPTI

ON

REM

AR

KS

WA

RR

.C

LASS

QTY

.PA

RT

NU

MB

ERLA

BE

L-IN

STR

UC

TIO

NO

-RIN

GU

SA

0695

611

000

LAB

EL-

CA

UTI

ON

-GR

D-P

ER

M-E

NG

/SP

0321

641

000

LAB

EL-

CK

MTR

RO

TATE

-CW

-EN

G/S

PN

0200

902

000

208-

230V

60H

Z3P

HLA

BE

L-D

OO

R-M

OV

EP

AR

T03

2749

100

0LA

BE

L-S

W-P

OW

ER

-OFF

/ON

-SY

MB

OLS

0526

321

000

LAB

EL-

WA

RN

-CO

VE

R05

1433

500

0LA

BE

L-W

AR

N-E

LEC

-SG

L-S

MA

LL03

2717

500

0LI

P-D

RIP

-NO

SE

CO

NE

-TW

IN03

6434

100

0LU

BR

ICA

NT-

TAY

LOR

4O

Z.04

7518

100

0M

AN

-OP

ER

C72

306

9127

-M1

000

MO

TOR

-1.0

HP

0131

02-2

72

212

208-

230V

60H

Z1P

HM

OTO

R-1

.0H

P01

3102

-33

221

220

8-23

0V60

HZ

3PH

+LA

BE

L-C

KM

TRR

OTA

TE-C

W-E

NG

/SP

N02

0090

200

020

8-23

0V60

HZ

3PH

MO

TOR

-AG

ITA

TOR

-24V

AC

50/6

0H

0505

35-0

31

103

MO

TOR

-FA

N95

.3C

FM27

00R

PM

0622

53-2

71

103

**S

EE

KIT

A.-M

OTO

R-F

AN

X62

253-

27+S

CR

EW

-10-

32X

3/8

UN

SL

HW

HS

ER

R03

9381

200

0+G

UA

RD

-FA

N02

8534

-11

103

NU

T-S

TUD

-BLA

CK

2.56

3LO

NG

0587

642

103

NU

T-S

TUD

-BLA

CK

3.25

0LO

NG

0587

652

103

OR

IFIC

E02

2465

-100

210

3+O

-RIN

G-3

/8O

DX

.070

W01

6137

200

0P

AIL

-MIX

10Q

T.01

3163

100

0R

EP

LAC

ES

0233

4812

-12-

11P

AN

A.-D

RIP

151/

8LO

NG

X51

601

110

3P

AN

A.-D

RIP

-HIN

GE

D*7

94*

X41

844

110

3+C

HA

NN

EL-

RE

AR

BE

AR

ING

DR

IP*7

9404

1819

110

3P

AN

EL

A.-F

RO

NT

*C72

3*X

6877

71

103

PA

NE

LA

.-FR

ON

T-LO

WE

R*C

723*

X68

858

110

3P

AN

EL

A.-S

IDE

RIG

HT

*C72

3*X

6885

41

103

PA

NE

L-R

EA

R*C

723*

AC

0693

401

103

PA

NE

L-S

IDE

LEFT

*C72

3*06

8851

110

3P

CB

A.-C

ON

TRO

L*C

722/

723*

UV

C4

X69

137-

SE

R1

212

S/N

M10

6385

6&

UP

-X40

615

MO

DU

LE-P

RO

GR

AM

C72

*UV

C4

CO

NTR

OL-

UV

C4

X68

114-

SE

R1

212


DES

CR

IPTI

ON

REM

AR

KS

WA

RR

.C

LASS

QTY

.PA

RT

NU

MB

ERP

CB

A.-I

NTE

RFA

CE

-HT-

SS

-UK

RO

HS

X63

964-

SE

R2

212

LOW

ER

CO

NTR

OL

PC

BA

.-IN

TER

FAC

EB

AS

E-U

KX

6392

0-S

ER

221

2C

HIP

-SO

FTW

AR

EM

IXLE

VE

LX

4079

9-S

ER

210

3P

CB

A.-R

OH

S-P

ER

SO

NA

LITY

-HT-

SS

X63

922-

SE

R2

212

PC

BA

.-IN

TER

FAC

E*C

712-

C71

7*R

OH

SX

6392

5-S

ER

121

2D

EC

PLA

TEC

HIP

-SO

FTW

AR

E*C

602*

FPX

4082

1-S

ER

110

3+C

AB

LE-R

IBB

ON

-14C

-3"L

-SIL

/SIL

0568

641

212

PLA

TE-D

EC

*C72

3*06

8830

110

3P

LUG

-HO

LE1.

093/

1.12

5D

IA-W

HIT

0491

871

PR

OB

EA

.-MIX

X56

912

210

3+S

PA

CE

R-P

RO

BE

-MIX

-UP

PE

R*C

708*

0569

102

000

+SP

AC

ER

-MIX

PR

OB

E*C

708*

0569

852

000

PR

OB

E-M

IXO

UT

*C70

8*05

6908

210

3+S

PA

CE

R-P

RO

BE

-MIX

-MID

DLE

*C70

8*05

6907

200

0P

ULL

EY

-2A

K20

X5/

8B

OR

E03

4238

210

3P

ULL

EY

-2A

K64

-5/8

BO

RE

0396

952

103

RE

LAY

-3P

OLE

-20A

-208

/240

50/6

006

6795

-33

110

3U

PP

ER

CO

NTR

OL

RE

LAY

-DP

DT

100U

ATO

7A1/

8HP

0521

11-0

32

103

UP

PE

RC

ON

TRO

LR

ING

A.-A

IRFL

OW

-CO

ND

.*C70

8*X

5700

61

103

SA

NIT

IZE

R-S

TER

AS

HE

EN

-GR

EE

N05

5492

100

0S

HA

FT-B

EA

TER

0541

942

103

+SE

AL-

DR

IVE

SH

AFT

0325

602

000

SH

ELF

-DR

IPTR

AY

*C72

3*06

8863

110

3S

HE

LLA

.-IN

SU

LATE

D*C

723*

X68

948-

SE

R1

512

BE

AR

ING

-RE

AR

SH

ELL

-NIC

KE

L03

1324

200

0G

UID

E-D

RIP

SE

AL

0289

922

000

NU

T-B

EA

RIN

G02

8991

200

0W

AS

HE

R-B

EA

RIN

GLO

CK

0128

642

000

STU

D-N

OS

EC

ON

E*C

602*

0559

874

103

SH

IELD

-SP

LAS

H*M

706/

707/

708

SS

0492

031

103

SH

RO

UD

A.-C

ON

DE

NS

ER

*C70

8/C

709

X56

922

110

3S

WIT

CH

A.-D

UA

LLE

VE

R*C

71X

6983

81

103

S/N

M11

1624

4&

UP

RE

PLA

CE

SX

6240

0


DES

CR

IPTI

ON

REM

AR

KS

WA

RR

.C

LASS

QTY

.PA

RT

NU

MB

ERA

CTU

ATO

R-T

AN

DE

MLE

AF

0624

082

103

BR

AC

KE

T-S

WIT

CH

*C71

X*

0698

391

103

SC

RE

W-4

-40X

1P

HIL

.PA

NTA

PTI

0451

414

000

SW

ITC

H-L

EV

ER

-SP

DT-

10A

-125

-250

V02

8889

410

3W

AS

HE

R-#

6S

AE

FLA

T18

-8S

S02

3546

200

0S

WIT

CH

-PR

ES

SU

RE

440

PS

I-SO

LDE

R04

8230

110

3LI

NE

A.-D

ISC

HA

RG

E*C

723*

SW

ITC

HA

.-RE

ED

INTE

RLO

CK

DO

OR

X65

658

110

3S

WIT

CH

-RE

ED

*DO

OR

INTE

RLO

CK

*68"

0567

711

103

SW

ITC

H-T

OG

GLE

-DP

DT*

VD

EA

PP

RO

VD

0548

091

103

RE

PLA

CE

S06

8221

+GU

AR

D-P

OW

ER

SW

ITC

H03

4830

110

3S

TAR

TER

-1P

HA

SE

4TO

6.5

AM

P06

6794

-27J

210

320

8-23

0V60

HZ

1PH

-UP

PE

RC

ON

TRO

L+O

VE

RLO

AD

-TH

ER

MA

L-1P

-4.0

/6.5

A06

7461

-1J

210

3S

TAR

TER

-3P

HA

SE

4TO

6.5

0667

94-3

3J2

103

208-

230V

60H

Z3P

H+O

VE

RLO

AD

-TH

ER

MA

L-3P

-4.0

/6.5

A06

7461

-3J

210

3S

TUD

-NO

SE

CO

NE

*C60

2*05

5987

410

3TR

AN

S.-2

40V

PR

1/24

VS

EC

10V

A03

0132

-27

110

3U

PP

ER

CO

NTR

OL

TRA

NS

.-CO

NT.

-32V

A12

0/20

0/24

0V05

4834

110

3U

PP

ER

CO

NTR

OL

TRA

Y-D

RIP

*C72

3*06

8864

110

3TR

IM-R

EA

RC

OR

NE

R-L

*C72

3*06

8846

110

3TR

IM-R

EA

RC

OR

NE

R-R

*C72

3*06

8847

110

3TU

BE

A.-F

EE

D-S

S-5

/32

HO

LED

IAX

2942

9-2

210

3V

ALV

E-A

CC

ES

S-1

/4M

FLX

3/8O

DS

DR

0535

654

103

LIN

EA

.-DIS

CH

AR

GE

*C72

3*+C

AP

-VA

LVE

-AC

CE

SS

9/16

HE

X05

4518

200

0+C

AP

-VA

LVE

-AC

CE

SS

13/1

6H

EX

0545

192

000

+CO

UP

LIN

G-3

/8FS

X1/

4FS

0317

9110

3V

ALV

E-E

PR

1/4S

0226

651

103

LIN

EA

.-DA

NFO

SS

*C72

3*V

ALV

E-E

XP

-AU

TO-1

/4S

X1/

4FP

T04

6365

210

3+B

OO

T-V

ALV

E-E

XP

AN

SIO

N05

0900

200

0V

ALV

E-S

OLE

NO

ID1/

2OR

FX

506

9559

-27

210

3S

/NM

1117

098

&U

PR

EP

LAC

ES

0486

26-2

7V

ALV

E-S

OLE

NO

ID7/

16O

RF

5/8O

DF

0486

26-2

72

103

LIN

EA

.-SU

CTI

ON

-SO

LEN

OID

*C72

3*V

ALV

E-S

OLE

NO

ID7/

64O

RF

X1/

4S04

3449

-27

210

3LI

NE

A.-L

IQU

ID*C

723*


120106

DES

CR

IPTI

ON

PAR

TN

UM

BER

QTY

.W

AR

R.

CLA

SSR

EMA

RK

S

50H

Z-C

723-

40-2

20-2

40V

50H

Z1P

HC

723-

58-3

80-4

15V

50H

Z3N

~(4W

IRE)

BLO

CK

-TE

RM

INA

L2P

L1,N

0394

211

103

220-

240V

50H

Z1P

HB

LOC

K-T

ER

MIN

AL

4PL1

,L2,

L03

9424

110

338

0-41

5V50

HZ

3N~

(4W

IRE

)B

RA

CK

ET-

CA

PA

CIT

OR

*C70

8/C

0593

531

103

220-

240V

50H

Z1P

HC

AP

AC

ITO

RA

.-RF

X58

666

100

022

0-24

0V50

HZ

1PH

CA

PA

CIT

OR

-RU

N25

UF/

370V

AC

0237

391

103

220-

240V

50H

Z1P

HC

AP

AC

ITO

R-S

TAR

T16

1-19

3UF

0317

901

103

220-

240V

50H

Z1P

HC

OM

PR

ES

SO

RL6

3A11

3BB

KA

0482

59-4

01

512

220-

240V

50H

Z1P

HC

OM

PR

ES

SO

RL6

3A11

3DB

EA

0482

59-5

81

512

380-

415V

50H

Z3N

~(4

WIR

E)

DIA

GR

AM

-WIR

ING

*C72

3*06

8807

-40

100

022

0-24

0V50

HZ

1PH

DIA

GR

AM

-WIR

ING

*C72

3*06

8807

-58

100

038

0-41

5V50

HZ

3N~

(4W

IRE

)H

AR

NE

SS

-WIR

E-B

TRM

TR06

8915

-33L

110

338

0-41

5V50

HZ

3N~

(4W

IRE

)H

AR

NE

SS

-WIR

E-B

TRM

TR06

8915

-33R

110

338

0-41

5V50

HZ

3N~

(4W

IRE

)H

AR

NE

SS

-WIR

E-C

AP

/RE

LAY

BO

0690

79-4

01

103

220-

240V

50H

Z1P

HH

AR

NE

SS

-WIR

E-C

OM

P*C

723*

0690

79-3

3G1

103

380-

415V

50H

Z3N

~(4

WIR

E)

HA

RN

ES

S-W

IRE

-MA

INP

OW

ER

0690

83-5

8G1

103

380-

415V

50H

Z3N

~(4

WIR

E)

HA

RN

ES

S-W

IRE

-MA

INP

OW

ER

0690

83-4

0G1

103

220-

240V

50H

Z1P

HLA

BE

L-3P

HM

TRP

RO

T/1P

H02

5949

100

038

0-41

5V50

HZ

3N~

(4W

IRE

)M

OTO

R-1

.0H

P01

3102

-34

221

222

0-24

0V50

HZ

1PH

MO

TOR

-1.0

HP

0131

02-3

52

212

380-

415V

50H

Z3N

~(4

WIR

E)

PU

LLE

Y-2

AK

25X

.625

5-.6

2602

1076

210

322

0-24

0V50

HZ

1PH

/380

-415

V50

HZ

3N~

(4W

IRE

)R

ELA

Y-S

TAR

T-C

OM

PR

ES

SO

R03

8146

110

322

0-24

0V50

HZ

1PH

STA

RTE

R-3

PH

AS

E1.

6TO

2.06

6794

-33G

210

338

0-41

5V50

HZ

3N~

(4W

IRE

)

AD

JUS

TAB

LEFE

ED

TUB

EO

-RIN

G-.2

91ID

X.0

80W

0185

506

000

TUB

EA

.-FE

ED

-INN

ER

-AIR

/MI

X67

103

210

3TU

BE

A.-F

EE

D-O

UTE

R-H

TX

6710

42

103

KIT

A.-T

UN

EU

P-3

SP

TX

4946

3-80

A1

000


DES

CR

IPTI

ON

REM

AR

KS

WA

RR

.C

LASS

QTY

.PA

RT

NU

MB

ER

LON

GER

DR

AW

VALV

ESV

ALV

EA

.-DR

AW

-CE

NTE

RX

6642

91

103

VA

LVE

A.-D

RA

W*C

712/

C71

3*X

6643

02

103

O-R

ING

-7/8

OD

X.1

03W

0144

025

000

REA

RM

IXLI

GH

TSC

AB

LE-R

IBB

ON

-10C

-73

DIL

/D04

0040

-030

110

3TR

IMA

.-CO

RN

ER

-LIG

HTS

*72

X69

387-

SE

R1

DE

CA

L-R

EA

RM

IXLI

GH

TS*C

723*

0694

131

000

PC

BA

.-LE

D-4

PO

SIT

ION

X63

930-

SE

R1

212

STA

ND

OFF

-NY

LON

6-32

X1/

2LS

NA

0402

80-0

022

000

TRIM

A.-R

EA

RC

OR

NE

RL.

*723

*X

6938

61

103

C72

327F

WB

ER

OH

SC

OM

PLIA

NT-

HO

PPER

AG

ITA

TOR

BLA

DE

A.-A

GIT

ATO

R*7

94*

X56

591-

SP

210

320

8-23

0V60

HZ

1PH

/220

-240

V50

HZ

1PH

/380

-415

V50

HZ

3N~(

4WIR

E)

HA

RN

ES

S-W

IRE

-MIX

LVL

*C72

0688

731

103

208-

230V

60H

Z1P

HH

AR

NE

SS

-WIR

E-M

IXLV

L*C

7206

8873

-HA

110

322

0-24

0V50

HZ

1PH

/380

-415

V50

HZ

3N~(

4WIR

E)

HO

US

ING

A.-A

GIT

ATO

R*C

708*

X56

586-

032

103

208-

230V

60H

Z1P

H/2

20-2

40V

50H

Z1P

H/3

80-4

15V

50H

Z3N

~(4W

IRE

)B

OD

Y-A

GIT

ATO

RH

OU

SIN

G*C

708*

0565

882

103

208-

230V

60H

Z1P

H/2

20-2

40V

50H

Z1P

H/3

80-4

15V

50H

Z3N

~(4W

IRE

)C

AP

-AG

ITA

TOR

HO

US

ING

*C70

8*05

6589

210

320

8-23

0V60

HZ

1PH

/220

-240

V50

HZ

1PH

/380

-415

V50

HZ

3N~(

4WIR

E)

O-R

ING

-1-3

/8O

DX

.070

W01

7395

200

020

8-23

0V60

HZ

1PH

/220

-240

V50

HZ

1PH

/380

-415

V50

HZ

3N~(

4WIR

E)

MA

GN

ET

A.-A

GIT

ATO

R*C

708*

X57

341

210

320

8-23

0V60

HZ

1PH

/220

-240

V50

HZ

1PH

/380

-415

V50

HZ

3N~(

4WIR

E)

SC

RE

W-8

-32X

3/16

SO

CK

ET

SE

T00

6812

200

020

8-23

0V60

HZ

1PH

/220

-240

V50

HZ

1PH

/380

-415

V50

HZ

3N~(

4WIR

E)

MO

TOR

-AG

ITA

TOR

-24V

AC

50/6

0H

0505

35-0

32

103

208-

230V

60H

Z1P

H/2

20-2

40V

50H

Z1P

H/3

80-4

15V

50H

Z3N

~(4W

IRE

)


DES

CR

IPTI

ON

REM

AR

KS

WA

RR

.C

LASS

QTY

.PA

RT

NU

MB

ERP

LATE

-HO

LDIN

G-A

GIT

ATO

R*C

708

0565

872

103

208-

230V

60H

Z1P

H/2

20-2

40V

50H

Z1P

H/3

80-4

15V

50H

Z3N

~(4W

IRE

)+C

AP

AC

ITO

R-M

OTO

R-A

GIT

ATO

R05

7525

210

320

8-23

0V60

HZ

1PH

/220

-240

V50

HZ

1PH

/380

-415

V50

HZ

3N~(

4WIR

E)

SC

RE

W-4

-40X

1/4

SO

CK

ET

HE

AD

6001

654

000

208-

230V

60H

Z1P

H/2

20-2

40V

50H

Z1P

H/3

80-4

15V

50H

Z3N

~(4W

IRE

)LA

BE

L-C

AU

TIO

N-A

GIT

ATO

R04

5191

200

020

8-23

0V60

HZ

1PH

SH

ELL

A.-I

NS

ULA

TED

*C72

3*X

6877

5-S

ER

151

220

8-23

0V60

HZ

1PH

/220

-240

V50

HZ

1PH

/380

-415

V50

HZ

3N~(

4WIR

E)

STU

D-N

OS

EC

ON

E*C

602*

0559

874

103

208-

230V

60H

Z1P

H/2

20-2

40V

50H

Z1P

HS

TAR

TER

-1P

HA

SE

6.3

TO10

0667

94-2

7K2

103

208-

230V

60H

Z1P

HO

VE

RLO

AD

-TH

ER

MA

L-1P

-6.3

/10A

0674

61-1

K2

103

208-

230V

60H

Z1P

HS

TAR

TER

-1P

HA

SE

4TO

6.5

AM

P06

6794

-27J

210

322

0-24

0V50

HZ

1PH

+OV

ER

LOA

D-T

HE

RM

AL-

1P-4

.0/6

.5A

0674

61-1

J2

103

220-

240V

50H

Z1P

HS

TAR

TER

-3P

HA

SE

1.6

TO2.

5A

MP

0667

94-3

3G2

103

380-

415V

50H

Z3N

~(4

WIR

E)

+OV

ER

LOA

D-T

HE

RM

AL-

3P-1

.6/2

.5A

0674

61-3

G2

103

380-

415V

50H

Z3N

~(4

WIR

E)

TRA

NS

.-240

VP

R1/

24V

SE

C1

0301

32-2

71

103

208-

230V

60H

Z1P

HTR

AN

S.-1

20/2

08/2

40V

PR

I205

1660

110

322

0-24

0V50

HZ

1PH

/380

-415

V50

HZ

3N~(

4WIR

E)

TOP

AIR

DIS

CH

AR

GE

PA

NE

LA

.-DU

CT-

RIG

HT

*C72

3X

6887

5-S

ER

110

3


DES

CR

IPTI

ON

REM

AR

KS

WA

RR

.C

LASS

QTY

.PA

RT

NU

MB

ER

CA

RT

HC

MO

DE

LC

206

CA

RT

C20

600-

000

BR

AC

KE

T-H

OR

IZO

NTA

LB

RA

CE

0690

612

103

CA

STE

R-3

"SW

V3/

4-10

STM

W/B

0303

072

103

CA

STE

R-3

"SW

V3/

4-10

STM

X1"

P02

1279

210

3D

OO

RA

.-STD

CA

RT

*C72

3*X

6929

51

103

HA

ND

LE-S

TNLS

FLU

SH

PU

LL01

9043

110

3H

ING

EA

.-DO

OR

*863

4*LE

FTX

4574

12

103

HIN

GE

A.-P

IN*8

634*

LEFT

X45

743

210

3H

OO

DA

.-CA

RT

*C72

3*X

6905

91

103

MA

GN

ET

6-12

LBS

.01

3645

110

3N

UT-

10-2

4H

EX

MA

CH

INE

SC

RE

W07

6685

200

0N

UT-

10-3

2W

HIZ

FLA

NG

ELO

CK

0791

504

000

NU

TSE

RT-

10-3

2/.0

20-.1

30G

RIP

0534

312

103

PA

NE

LA

.-STD

CA

RT-

FRO

NT

*C72

X69

426

110

3P

AN

EL-

RE

AR

-STD

CA

RT

*C72

3*06

9429

110

3P

AN

EL-

SID

E-S

TDC

AR

T*C

723*

0694

282

103

PLU

G-H

OLE

5/8

DIA

-BLA

CK

0336

012

000

SC

RE

W-1

0-24

X1/

2TO

RX

TRU

SS

0020

7716

000

SC

RE

W-1

0-32

X1/

2S

LTD

TRU

SS

0377

346

000

SC

RE

W-1

0-32

X1/

4S

LTD

TRU

SS

0274

088

000

SC

RE

W-6

-32X

5/8

SLT

DR

OU

ND

0193

092

000

SP

AC

ER

-PA

NE

LM

OU

NTI

NG

3/8

5002

814

103

Model C723068807-276/11

Model C723068807-27Inset6/11

Model C723068807-336/10/11

Model C723068807-5811/28/11

Soft Serve Freezer - VUA KEMvuakem.com/Images/upload/C723_manuals.pdf · Model C723 Soft Serve...

Documents

Transcript of Soft Serve Freezer - VUA KEMvuakem.com/Images/upload/C723_manuals.pdf · Model C723 Soft Serve...