KPL and KWM - Master Engineering · KPL and KWM 1. Product introduction ... This data booklet deals...

GRUNDFOS DATA BOOKLET

KPL and KWM11-700 kW50 Hz

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KPL and KWM

1. Product introduction 3Applications 3Main constructional features 4

2. Performance range 5

3. Identification 6Type key 6Nameplate 7

4. Selection of product 8Ordering a pump 8Pump 8Custom-built variants 8Number of starts: 8Accessories 8Controller 8

5. Variants 9

6. Construction 10KPL pumps 10KWM Pumps 12Components and material specification, KPL and KWM 14

7. Product description 15Features 15Operating conditions 19Motor range 19Explosion-proof pumps 19Wiring diagrams 20

8. Curve charts 21How to read the performance curves 21How to select a pump 22KPL.500.---.4.T.50.L 23KPL.600.---.6.T.50.L 24KPL.700.---.6.T.50.L 25KPL.700.---.8.T.50.L 26KPL.800/900.---.6.T.50.L 27KPL.800.---.8.T.50.L 28KPL.1000.---.8.T.50.L 29KPL.1000.---.10.T.50.L 30KPL.1200.---.10.T.50.L 31KPL.1200.---.12.T.50.L 32KPL.1400.---.12.T.50.L 33KPL.1400.---.14.T.50.L 34KPL.1500.---.12.T.50.L 35KPL.1500.---.14.T.50.L 36KPL.1600.---.14.T.50.L 37KPL.1600.---.16.T.50.L 38KPL.1800.---.16.T.50.L 39KWM.600.---.4.T.50.H 40KWM.600.---.4.T.50.M 41KWM.700.---.4.T.50.H 42KWM.700.---.6.T.50.M 43KWM.800.---.6.T.50.H 44KWM.800.---.6.T.50.M 45KWM.900.---.6.T.50.M 46KWM.1000.---.6.T.50.H 47KWM.1000.---.8.T.50.M 48KWM.1200.---.8.T.50.M 49KWM.1200.---.10.T.50.M 50KWM.1400.---.10.T.50.M 51

KWM.1400.---.12.T.50.M 52KWM.1600.---.14.T.50.M 53

9. Accessories 54

10. Dimensions 57KPL pump dimensions 57KWM pump dimensions 59Installation dimensions 61Pit construction 65

11. Installation type 67

12. Further product information 68WebCAPS 68WinCAPS 69GO CAPS 70

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KPL and KWM 1

1. Product introduction

This data booklet deals with KPL (submersible axial-flow propeller pumps) and KWM (submersible mixed-flow pumps). This data booklet version is November 2013. A newer version might be available for download from Grundfos WebCAPS or Grundfos GO CAPS.

For WebCAPS: www.grundfos.com, launch WebCAPS and go to WebCAPS Literature to locate and download the latest version.

For GO CAPS: www.grundfos.com, > Service & support, select GO CAPS support to see how to download the latest version.

Fig. 1 KPL pump

Fig. 2 KWM pump

The KPL and KWM pumps are fitted with 11-700 kW motors. The motors are either 6-, 8-, 10-, 12-, 14- or 16-pole motors, depending on motor size.

The pumps are made of resistant materials, such as cast iron and stainless steel. These materials ensure good durability in stormwater and wastewater applications.

The pumps are suitable for different installation types. Please contact Grundfos for installation recommendations.

ApplicationsThe pumps are specifically designed for pumping stormwater and wastewater in a wide range of municipal and industrial applications, such as the following:

• flood and stormwater control

• drainage/irrigation of large quantities of water

• raw-water intake

• transfer of liquids in large-scale municipal sewage treatment plants

• circulation of large quantities of water in water theme parks, etc.

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Pos. Description

1 Lifting bracket

2 Power supply cable

3 Cable entry

4 Submersible motor

5 Turbulence optimiser (discharge sealing parts)

6 Discharge casing

7 Anti-rotation bracket

8 Suction casing

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Main constructional features• Compact design ensures easy handling and

installation.

• High flow at low head makes the pumps versatile in a number of applications.

• Engineered design for easy maintenance.

• KPL: The propeller is individually designed for the duty point of the pump.

• KWM: The impeller is individually designed for the duty point of the pump.

• Double mechanical shaft seal system for reliable sealing between pumped liquid and motor

• Watertight cable entry

• Two moisture switches for continuous monitoring of stator housing and terminal box ensuring automatic disconnection of power in case of ingress of liquid

• Self- cleaning hydraulics reducing the risk of jamming and clogging

• Motor in insulation class F (standard) or class H (optional), enclosure class IP68 with including three thermal sensors in stator windings

• Shaft seal condition monitoring via water-in-oil sensor

• PT100 sensors in upper and lower bearings

• PT100 sensor in each winding.

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2. Performance range

Figure 3 shows the performance range of KPL propeller pumps & KWM mixed flow pumps, and gives an overview of the various sizes and motor variants.

Note: For information about the performance range of each individual pump, see pages 23 to 53.

Fig. 3 Performance range, KPL & KWM

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121416182025

300

400

1000

[l/s]

200

500

1200

2000

3000

4000

5000

8000

9500

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]3

2500

020

000

1500

010

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5000

2500

2000

1000

800

1500

3000

4000

3000

0Q

KW

M.7

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P).H

KW

M.6

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KW

M.6

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KW

M.7

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KW

M.8

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KW

M.9

00(6

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KW

M.1

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6P).H

KW

M.1

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KW

M.1

400(

10P

).M

KW

M.1

600(

14P

).M

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KP

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KP

L.70

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).L

KP

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KP

L.70

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800/

900(

6P).L

KP

L.10

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KP

L.12

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0P).L

KP

L.12

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2P).L

KP

L.14

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2P).L

KP

L.15

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2P).L

KP

L.18

00(1

6P).L

KP

L.15

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4P).L

KP

L.16

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4P).L

KP

L.16

00(1

6P).L

KP

L.50

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KP

L.60

0/65

0(6P

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KP

L.14

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4P).L

KW

M.1

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8P).M

KW

M.1

200

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KW

M.1

400

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KPL and KWM3

3. Identification

Type keyAll KPL and KWM pumps described in this data booklet are identified by the type designation stated in the order confirmation and other documentation supplied with the pump.

Please note that the pump types described in this data booklet are not necessarily available in all variants.

Code Example KPL .1800 .600 .16 .T .50 .17 .L .40 .Z

KPLKWM

Pump typeSubmersible axial-flow pumpSubmersible mixed-flow pump

500600700800900

100012001400150016001800

Column pipe diameterDN 500DN 600DN 700DN 800DN 900DN 1000DN 1200DN 1400DN 1500DN 1600DN 1800

Motor power[kW]

468

10121416

Number of poles4-pole6-pole8-pole10-pole12-pole14-pole16-pole

TNumber of phasesThree-phase motor

5060

Frequency50 Hz60 Hz

9111315171921

Hydraulic propertiesKPL (propeller pitch angle):9 degrees11 degrees13 degrees15 degrees17 degrees19 degrees21 degrees

KWM (actual impeller diameter):[mm]

HMLE

Pump range/pressureKWM - High headKWM - Medium headKPL - Low headKPL - Extra low head

233840414666693H4H6H7H

Voltage [V]2303804004154606606903300416060006600

ZProduct variantCustom-built variant

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NameplateThe nameplate is located on the top cover of the pump.

The extra nameplate supplied with the pump should be fixed at the installation site.

Fig. 4 NameplateT

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7 1

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Pos. Description

1 Type designation

2 Serial number

3 Product number

4 Maximum ambient temperature

5 Maximum head

6 Maximum flow rate

7 Maximum installation depth

8 Enclosure class according to IEC 60529

9 Number of poles

10 Frequency

11 Rated speed

12 Voltage/current, DOL connection

13 Voltage/current, star-delta connection

14 Input power

15 Shaft power

16 Power factor

17 Insulation class

18 Production code, year/week

19 Pump weight

123579

1213141618

4681110

151719

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KPL and KWM4

4. Selection of product

Ordering a pumpWhen ordering a KPL or KWM pump, you need to take the following four aspects into consideration:

1. pump

2. custom-built variation (option)

3. accessories

4. controller.

PumpUse the performance range overview on page 5 to find a suitable pump size for the required duty point.

Then proceed to the individual curve charts in Curve charts on pages 21-53 to find the specific pump variant that best fulfils your need.

Custom-built variantsThe KPL and KWM pumps can be customised to meet individual requirements. Many pump features and options are available for customising, e.g. explosion-proof versions, various cable lengths or special materials.

The most common variants can be seen in the list of Variants on page 9. For requirements or designs not included in the list, please contact Grundfos.

Number of starts:The pumps are designed for continuous operation or for intermittent operation. The maximum number of starts allowed:

In order to avoid overloading of windings, seals and bearings, the above numbers of starts must not be exceeded.

AccessoriesDepending on the installation type, you may need to order accessories. See Accessories on page 54 for selection of the correct accessories.

ControllerThe following controllers are available:

• CUE up to 250 kW (frequency converter)

• DC/DCD control (dedicated control)

• MP 204 (electronic motor protection for pumps)

• IO 113 and SM 113 (electrical sensor modules).

Motor power Max. no. of starts

≤ 15 kW: 15 starts per hour

> 15 kW - ≤ 75 kW: 10 starts per hour

> 75 kW: 6 starts per hour

Max. 5000 starts per year.

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KPL and KWM 5

5. Variants

Motor

Various cable lengths according to customer specifications

EMC power cables according to customer specifications Screened power cables for variable speed drives

SM 113 built into terminal box of sensor versions

Sensor options

Additional Pt100 sensors in windings

PTC thermistors in windings

Water In Oil sensor (WIO sensor)

Vibration sensor (PVS 3)

Special motor

Insulation class H (on request)

Temperature rise class B (on request)

Special medium voltage / high voltage

Reinforced insulation for frequency converter operation (motors above 500 V)

For explosion-proof variant, contact Grundfos

Special oil Non-toxic Shell Ondina 919

Insulated upper bearing for VSD use

Materials

Stainless steel lifting bracket AISI 316

Impeller or propeller

Duty point-specific propeller/impeller

Test at specified duty on standard propeller curve (KPL)

Coating

Paint300 μm

450 μm

Belzona® coating 1341 (Supermetalglide)

Impeller

Discharge casing

Suction casing

Tests

Trimmed impeller for specified duty test

Additional test of entire QH curve (including report) 5-10 points on the pump performance curve (Q/H)

ISO 9906:2012 standard according to

Grade 1 tolerances

Grade 2B tolerances

In case of higher test standards, please contact Grundfos

Vibration test (incl. report)

NPSHr test Not available

Witness test Contact Grundfos

Miscellaneous

Special packaging Contact Grundfos

Special nameplate Contact Grundfos

Other variants Contact Grundfos

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6. Construction

KPL pumps

Fig. 5 Sectional drawing, KPL, 500-600 column pipe

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Fig. 6 Sectional drawing, KPL, column pipe 650-1800

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KWM Pumps

Fig. 7 Sectional drawing, KWM, column pipe 600-700

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Fig. 8 Sectional drawing, KWM, column pipe 800-1600

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Components and material specification, KPL and KWM

Pos. Component Material DIN ASTM

12a Suction casing Cast iron GG25 A48-CL35

26 Screw Stainless steel X5CrNi-189-1.4301 A276-304

46 Wear ring (KPL) Stainless steel X5CrNi-189-1.4301 A276-304

46 Wear ring (KWM) Ductile cast iron GGG-40 A536-65-45-12

48 Stator lamination

49 Impeller (KWM) Ductile cast iron GGG-40 A536-65-45-12

55 Stator housing Cast iron GG25 A48-CL35

60 Bearing bracket cover Cast iron GG25 A48-CL35

61c Upper bearing bracket Cast iron GG25 A48-CL35

66a Washer Stainless steel X5CrNi-189-1.4301 A276-304

66 Hub cap (KPL) Stainless steel G-X6CrNi-189 A743-CF-8

66 Hub cap (KWM) Cast iron GG25 A743-CF-8

67 Impeller screw Stainless steel X5CrNi-189-1.4301 A276-304

67a Screw Stainless steel X5CrNi-189-1.4301 A276-304

72 O-ring NBR rubber

72a O-ring NBR rubber

104 Seal ring Stainless steel

104a Seal bushing Stainless steel X5CrNi-189-1.4301 A276-304

105 Mechanical seal SIC/SIC

117 Discharge casing Cast iron GG25 A48-CL35

117a Turbulence optimiser Rubber

118 Tapered lock bushing Steel

153 Ball bearing Steel

154 Ball bearing Steel

155 Lower bearing bracket Cast iron GG25 A48-CL35


157a O-ring NBR rubber

157d O-ring NBR rubber

164 Junction box cover Cast iron GG25 A48-CL35

164a Top cover Cast iron GG25 A48-CL35


168 Cable entry Stainless steel G-X6CrNi-189 A743-CF-8

168a Cable entry, lower Cast iron GG25 A48-CL35

172 Shaft with rotor Stainless steel X10Cr13 A276-410

176a Terminal board


181 Cable PNCT

181a screw Stainless steel X5CrNi-189-1.4301 A276-304

182b screw Stainless steel X5CrNi-189-1.4301 A276-304

182c Washer Stainless steel X5CrNi-189-1.4301 A276-304




186a Seal bracket Cast iron GG25 A48-CL35

187 Circlip

190 Lifting bracket Stainless steel G-X6CrNi-189 A743-CF-8

190b Screw Stainless steel X5CrNi-189-1.4301 A276-304

193 Oil plug Stainless steel X5CrNi-189-1.4301 A276-304


198 Washer/rubber seal/washer Stainless steel/NBR rubber

250 Cable clamp Stainless steel X5CrNi-189-1.4301 A276-304

270 Lock nut Steel

271 Lock washer Steel


521 WIO sensor

1112 Propeller hub Stainless steel G-X6CrNi-189 A743-CF-8

1162 Propeller vane (KPL) Stainless steel G-X6CrNi-189 A743-CF-8

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7. Product description

Features

Bearings

The bearings are greased for life.

Main bearings

Angular contact ball bearings and roller bearing with angle ring.

Support bearings

Single-row deep-groove ball bearing and roller bearing.

Shaft seals

The pumps have a primary and a secondary shaft seal.

The material combination of the primary shaft seal in all pump types is silicon carbide/silicon carbide. For the secondary shaft seal, the material combination is silicon carbide/silicon carbide.

The shaft seal consists of two mechanical seals and separates the motor from the pumped liquid.

The shaft seal is a cartridge seal for easy service. The combination of the primary and secondary seals in a cartridge results in a shorter assembly length compared to conventional shaft seals. Furthermore, this design minimizes the risk of incorrect fitting.

Turbulence optimiser

The turbulence optimiser is an innovative solution for reducing turbulence in the gap between the pump volute and the column pipe. A further positive effect is that misalignment and production tolerances of the column pipe no longer affect efficiency.

Turbulence optimisation is only possible if the pump is mounted in the column size for which the pump is intended. Turbulence optimisation is not possible if the pump is mounted in oversize column pipe.

Motor

The motor is a watertight, totally enclosed motor.

• Insulation class: F.

• Temperature rise class: F.

• Enclosure class: IP68.

For motor protection and sensors, see Sensors below.

Power cables

The power cable is of the 0.6/1KV PNCT (standard) or 0.6/1KV PNCT-S (screened) type.

The cables are 10 m long as standard. Other cable lengths are available on request.

• Maximum conductor temperature: +90 °C.

• Maximum ambient temperature: +40 °C.

• Minimum ambient temperature: -20 °C.

• Conductor: Stranded plain copper conductor, class 5 (IEC 60228).

• Insulation: Extruded EP rubber.

• Sheath: Extruded black rubber (CR rubber).

• Marking: 4-core cable: Green, White, Black, Red. 7-core cable: Green, Black, Black, White, White, Red, Red.

Control cables

The pumps have 0.6/1KV PNCT (combined power and control cable) or screened 0.6/1KV PNCT-S (non-combined).

Cable entry

Watertight stainless steel, soft-shaped cable entry and sealing rings to prevent damage of the cable or leaks. The cable entry has a user-friendly design enabling quick and easy disconnection of the cable. Only two bolts need to be removed to remove the cable entry.

Cable suspension system

The cable suspension system will be designed for the individual purpose. See page 55 for principal sketch, or contact Grundfos for further information.

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KPL and KWM7

Sensors

The table shows the difference between standard product and FPV (factory product variant) product as to the number of sensors.

FPV sensor versions can be chosen individually from the table.

(1) Three Pt-100 sensors are mounted in the pump from factory, but only one sensor is connected as standard. It is not possible to connect all 3 stator thermal sensors, if bearing sensors also is connected

Customised sensor options

• PVS 3 (pump vibration sensor). The vibration sensor monitors the vibration level of the pump. A change in the vibration level indicates an abnormal situation. The cause of this can be a clogged propeller/impeller, worn bearings, closed discharge valve, etc., indicating that service inspection should be carried out now in order to protect the pump or the pipe system from being damaged.

• WIO (water-in-oil) sensor. The WIO sensor measures the water content in the oil and converts the value into an analogue current signal. The two sensor conductors are for power supply as well as for carrying the signal to the measuring device or controller. The sensor measures the water content from 0 to 20 %. It also sends a signal if the water content is outside the normal range (warning), or if the oil level is so low that the sensor is in the air (alarm). The sensor is fitted in a stainless steel tube for mechanical protection. The WIO sensor can be connected to the Grundfos IO 113 module.

IO 113 module

The IO 113 module is a protection module for Grundfos stormwater/wastewater pumps.

The IO 113 has inputs for digital and analog pump sensors and can stop the pump if a sensor indicates a pump fault.

IO 113 can be connected to Grundfos Dedicated Controls system and allows advanced monitoring functions:

• motor temperature

• moisture in motor

• water in oil

• insulation resistance.

SM 113 module

The SM 113 module is used for collection and transfer of sensor data in pumps, having a large numbers of sensors attached.

The SM 113 module can be placed either inside the pump (allowing fewer sensor leads out of the pump) or in the control cabinet next to the pump installation.

SM 113 works together with IO 113 through power line communication using the Grundfos GENIbus protocol.

SM 113 can collect data from:

• 3 current sensors, 4-20 mA

• 3 Pt100 thermal sensors or 3 Pt1000 thermal sensors

• 1 PTC thermal sensor

• 1 digital input.

Level controllers

Grundfos offers a wide range of pump controllers to keep a watchful eye on liquid levels in stormwater and wastewater applications, and to ensure correct operation and protection of the pumps.

Controller ranges:

• Dedicated Controls, DC control cabinets

• LC and LCD level controllers.

Sensor TypeStandard

[Qty]FPV[Qty]

Stator thermal protection Bi-metal 3 3

Stator thermal protection Pt-100 1 3(1)

Terminal box moisture sensor Switch 1 1

Motor housing moisture sensor Switch 1 1

Bearing thermal protection (lower) Pt-100 1 1

Bearing thermal protection (upper)

Pt-100 1 1

Water-in-oil sensor (WIO) Analog 1

Vibration sensor Analog 1

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Dedicated Controls

Fig. 9 Dedicated Controls control cabinet

Grundfos Dedicated Controls is a control system that can control and monitor one to six Grundfos pumps and a mixer or a flush valve.

Dedicated Controls is used in installations requiring advanced control and data communication.

Main components of the Dedicated Controls system:

• CU 361 control unit

• IO 351B module (general I/O module).

Dedicated Controls is available either as separate control components or as complete control cabinets.

The control system can be operated by the following:

• float switches

• a level sensor

• a level sensor and safety float switches.

The control cabinet is available as standard for the following pump sizes and starting methods:

• pumps up to and including 9 kW, direct-on-line starting

• pumps up to and including 30 kW, star-delta starting

• pumps up to and including 30 kW, soft starter.

By using the separate control components, practically any size of control cabinet can be designed.

CU 361 control panel

Fig. 10 CU 361 control panel

Features and benefitsThe Grundfos Dedicated Controls system offers these features and benefits:

Basic features

• pump start/stop

• alternating operation of pumps

• overflow detection

• overflow measurement

• alarms and warnings

• advanced alarm schedules

• start and stop delays

• free language selection.

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Pos. Description

1 Display

2 Arrow to the right

3 Help

4 Up

5 Down

6 Plus

7 Minus

8 Esc

9 Ok

10 Home

11 Contrast

12 Indicator light, operation (green)

13 Indicator light, fault (red)

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KPL and KWM7

Advanced features

• user-defined functions

• alternation between groups of pumps

• start level variation (reduced sedimentation)

• combi alarms

• daily emptying

• foam draining

• anti-seizing (limestone)

• safety after-run delay

• mixer or flush valve

• maximum number of started pumps

• pump flow measurement

• system flow measurement

• pump flow calculation

• system flow calculation.

Additional features, IO 113

• monitoring of:

– insulation resistance

– moisture in motor

– water in oil.

Additional features, MP 204

• anti-blocking

• monitoring of:

– voltage

– current

– current asymmetry

– phase sequence

– cos φ (power factor)

– power

– energy

– insulation resistance

– temperature, Pt100/Pt1000

– temperature, PTC

– temperature, Tempcon.

Additional features, CUE or VFD

The CUE/VFD (optional), which is either a Grundfos variable-frequency converter or a general variable-frequency converter, also offers better pump protection and a more steady flow through the pipe system.

In addition, Grundfos CUE/VFD offers these features and benefits:

• anti-blocking

• automatic energy optimisation

• specific-energy test

• output frequency

• monitoring of:

– voltage*

– current*

– phase sequence*

– power*

– energy*

– torque*

• reverse start

• run flushing

• stop flushing

• PID control.

* These functions are only available with a Grundfos CUE.

Communication features

• Complete overview of the pump installation

• Setpoint change, resetting of system and start/stop of pumps

• Access to complete alarm/warning log

• Automatic redirection of alarms and warnings to the on-duty staff

• Optimisation of your maintenance and service programme

• Reduction in energy consumption

• Modbus RTU communication via cable

• Modbus TCP communication via GSM/GPRS

• SMS commands (send/receive)

• SMS schedule

• VNC connection for migration of user interface to a web browser.

For further information, see the data booklet or installation and operating instructions for Dedicated Controls on www.grundfos.com (WebCAPS).

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Testing

All pumps are tested before leaving the factory. The factory test report is based on the ISO 9906:2012 standard. Test reports can be ordered directly with the pump or can be ordered separately based on the pump serial number.

Performance test is carried without turbulence optimiser.

Other tests or third-party inspection certificates are available on request. See Variants on page 9.

Operating conditions

Pumped liquidspH value: 4-10

Liquid temperature: 0 °C to +40 °C

When pumping liquids with a density and/or a kinematic viscosity higher than that of water, use motors with correspondingly higher outputs.

Motor rangeKPL

KWM

Explosion-proof pumpsFor explosion-proof operation, contact Grundfos.

Shaft power [kW] Number of poles

11 4

15 4

19 4/6

22 4/6

30 6/8

37 6/8

45 8

55 6/8

75 6/8

90 6/8/10

110 6

132 6/8/10

160 6/8/10/12/14

200 6/8/10/12/14

220 10/12/14

250 8/10/12/14/16

300 8/10/12/14/16

335 10

350 10/12/14/16

375 14

400 10/12/14/16

450 12/14/16

500 12/14/16

550 14

600 16

700 16

Shaft power [kW] Number of poles

37 4

45 4/6

55 4/6

65 4

75 4/6

90 4/6

110 4/6

132 6

160 6

200 6/8/10

220 6/8/10

250 6/8/10

300 6/8/10/12

350 6/8/10/12

400 8/12

450 8/10

500 8/10/14

550 8/10/14

600 10/14

650 10/14

700 14

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Wiring diagrams

Fig. 11 Wiring diagram for DOL start

Fig. 12 Wiring diagram for Y/D start

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13

3~

U1 V1 W11 2 3

L2L1 L3

U1 V1

W1 16

7

PE5

43

2

TM

05

91

68

34

13

L2L1 L3

U1 V1 W11 2 3

U2 V2 W24 5 6

U1 V1 W11 2 3

L2L1 L3

U2 V2 W24 5 6

V1W1

U2V2

W2

U1 16

7

PE5 4

3

2

8KPL and KWM

Cu

rve

ch

art

s

Curve chartsHow to read the performance curves

8. Curve charts

How to read the performance curves

TM

05

87

06

26

13

KPL.1500.---.12.T.50.LKPL

2

PERFORMANCE CURVE 1.Aug.13

ISO 9906:2012Grade 2B

NPSH curve for all variants shown.When sizing the pumps, add a safety margin of at least 0.5 m.

Pump shaft power (P2)

KPL: Propeller pitch angle: 19D = 19 degree

P2max range exceeded

Hydraulic efficiency

Total pump headH = Htotal

KWM: Impeller diameter: xxx mm

21

22

8 KPL and KWM

Cu

rve

ch

arts

Curve chartsHow to select a pump

How to select a pumpSelect a pump based on the required duty point, operating range and safety range (if required in the application). Use the curve charts on pages 23 to 53 to select the pump.

Select pump hydraulics first and motor size afterwards. Below is an example of how to choose a pump which is suitable for a specific application:

1. Duty point (H = 5 m and 1910 l/s), specified by customer.

2. Operating range (1750 l/s to 2000 l/s), specified by customer.

3. Q-H curve is obtained at a propeller angle of 19 °(use impeller diameter for KWM pumps).

4. P2 at duty point 115 kW.

5. P2max in operating range 128 kW (at a flow of 1750 l/s).Use P2max for calculation of motor size.

6. Calculate motor size and select model:Pmotor = P2max* 1.1 (10 % safety margin, specified by customer)Pmotor = 128* 1.1 = 140.8 kWPmotor ≤ rated motorRated motor above Pmotor 160 kWSelected model; KPL.1000.160.10.T.50.19.L.

7. NPSHA (available) = 10 m, specified by customer.NPSHR (required) = 8 m (worst case for operating range).NPSHA > NPSHR + 0.5 m.

TM

05

86

95

26

13

KPL.1000.---.10.T.50.LKPL

2



6

1

3

4

2

7

5

8KPL and KWM

Cu

rve

ch

art

s

Curve chartsKPL.500.---.4.T.50.L

KPL.500.---.4.T.50.L

TM

05

86

92

26

13

KPL.500.---.4.T.50.LKPL

2



23

24

8 KPL and KWM

Cu

rve

ch

arts


KPL.600.---.6.T.50.L

TM

05

87

00

26

13

KPL.600/650.---.6.T.50.LKPL

2



8KPL and KWM

Cu

rve

ch

art

s


KPL.700.---.6.T.50.L

TM

05

86

94

26

13

KPL.700.---.6.T.50.LKPL

2



25

26

8 KPL and KWM

Cu

rve

ch

arts


KPL.700.---.8.T.50.L

TM

05

86

93

26

13

KPL

2


KPL.700.---.8.T.50.L


8KPL and KWM

Cu

rve

ch

art

s

Curve chartsKPL.800/900.---.6.T.50.L

KPL.800/900.---.6.T.50.L

TM

05

86

99

26

13

KPL.800/900.---.6.T.50.LKPL

2



27

28

8 KPL and KWM

Cu

rve

ch

arts


KPL.800.---.8.T.50.L

TM

05

86

97

26

13

KPL.800.---.8.T.50.LKPL

2



8KPL and KWM

Cu

rve

ch

art

s


KPL.1000.---.8.T.50.L

TM

05

86

91

26

13

KPL.1000.---.8.T.50.LKPL

2



29

30

8 KPL and KWM

Cu

rve

ch

arts


KPL.1000.---.10.T.50.L

TM

05

86

95

26

13

KPL.1000.---.10.T.50.LKPL

2



8KPL and KWM

Cu

rve

ch

art

s


KPL.1200.---.10.T.50.L

TM

05

87

01

26

13

KPL.1200.---.10.T.50.LKPL

2



31

32

8 KPL and KWM

Cu

rve

ch

arts


KPL.1200.---.12.T.50.L

TM

05

86

98

26

13

KPL.1200.---.12.T.50.LKPL

2



8KPL and KWM

Cu

rve

ch

art

s


KPL.1400.---.12.T.50.L

TM

05

87

02

26

13

KPL.1400.---.12.T.50.LKPL

2



33

34

8 KPL and KWM

Cu

rve

ch

arts


KPL.1400.---.14.T.50.L

TM

05

87

04

26

13

KPL.1400.---.14.T.50.LKPL

2



8KPL and KWM

Cu

rve

ch

art

s


KPL.1500.---.12.T.50.L

TM

05

87

06

26

13

KPL.1500.---.12.T.50.LKPL

2



35

36

8 KPL and KWM

Cu

rve

ch

arts


KPL.1500.---.14.T.50.L

TM

05

87

03

26

13

KPL.1500.---.14.T.50.LKPL

2



8KPL and KWM

Cu

rve

ch

art

s


KPL.1600.---.14.T.50.L

TM

05

86

96

26

13

KPL.1600.---.14.T.50.LKPL

2



37

38

8 KPL and KWM

Cu

rve

ch

arts


KPL.1600.---.16.T.50.L

TM

05

87

07

26

13

KPL.1600.---.16.T.50.LKPL

2



8KPL and KWM

Cu

rve

ch

art

s


KPL.1800.---.16.T.50.L

TM

05

87

05

26

13

KPL.1800.---.16.T.50.LKPL

2



39

40

8 KPL and KWM

Cu

rve

ch

arts

Curve chartsKWM.600.---.4.T.50.H

KWM.600.---.4.T.50.H

TM

05

87

29

26

13

KWM.600.---.4.T.50.HKWM

1



40

8KPL and KWM

Cu

rve

ch

art

s

Curve chartsKWM.600.---.4.T.50.M

KWM.600.---.4.T.50.M

TM

05

87

30

26

13

KWM.600.---.4.T.50.MKWM

1


50ISO 9906:2012

Grade 2B

41

42

8 KPL and KWM

Cu

rve

ch

arts


KWM.700.---.4.T.50.H

TM

05

87

31

26

13

KWM.700.---.4.T.50.HKWM

1


50ISO 9906:2012

Grade 2B

8KPL and KWM

Cu

rve

ch

art

s


KWM.700.---.6.T.50.M

TM

05

87

32

26

13

KWM.700.---.6.T.50.MKWM

1


60ISO 9906:2012

Grade 2B

43

44

8 KPL and KWM

Cu

rve

ch

arts


KWM.800.---.6.T.50.H

TM

05

87

33

26

13

KWM.800.---.6.T.50.HKWM

1


70% 79%

83%

84%

80%

74%

67% 77%

82%

83%

79%

73%

64% 76%

81%

82%

79%

72%

55ISO 9906:2012

Grade 2B

8KPL and KWM

Cu

rve

ch

art

s


KWM.800.---.6.T.50.M

TM

05

87

34

26

13

KWM.800.---.6.T.50.MKWM

1


55ISO 9906:2012

Grade 2B

45

46

8 KPL and KWM

Cu

rve

ch

arts


KWM.900.---.6.T.50.M

TM

05

87

35

26

13

KWM.900.---.6.T.50.MKWM

1


70ISO 9906:2012

Grade 2B

8KPL and KWM

Cu

rve

ch

art

s


KWM.1000.---.6.T.50.H

TM

05

87

36

26

13

KWM.1000.---.6.T.50.HKWM

1


80ISO 9906:2012

Grade 2B

47

48

8 KPL and KWM

Cu

rve

ch

arts


KWM.1000.---.8.T.50.M

TM

05

87

37

26

13

KWM.1000.---.8.T.50.MKWM

1


100ISO 9906:2012

Grade 2B

8KPL and KWM

Cu

rve

ch

art

s


KWM.1200.---.8.T.50.M

TM

05

87

38

26

13

KWM.1200.---.8.T.50.MKWM

1


125ISO 9906:2012

Grade 2B

49

50

8 KPL and KWM

Cu

rve

ch

arts


KWM.1200.---.10.T.50.M

TM

05

87

39

26

13

KWM.1200.---.10.T.50.MKWM

1


125ISO 9906:2012

Grade 2B

8KPL and KWM

Cu

rve

ch

art

s


KWM.1400.---.10.T.50.M

TM

05

87

40

26

13

KWM.1400.---.10.T.50.MKWM

1


115ISO 9906:2012

Grade 2B

51

52

8 KPL and KWM

Cu

rve

ch

arts


KWM.1400.---.12.T.50.M

TM

05

87

41

26

13

KWM.1400.---.12.T.50.MKWM

1


115ISO 9906:2012

Grade 2B

8KPL and KWM

Cu

rve

ch

art

s


KWM.1600.---.14.T.50.M

TM

05

87

42

26

13

KWM.1600.---.14.T.50.MKWM

1


150ISO 9906:2012

Grade 2B

53

Ac

ce

ss

orie

s

54

KPL and KWM9

9. Accessories

Accessories for KPL and KWM must be ordered separately, please contact Grundfos.

Anti cavitation cone

The anti cavitation cone (ACC) ensures a better suction flow.

The ACC is designed and patented by Grundfos.

Fig. 13 Anti cavitation cone

Seat ring

Fig. 14 Seat ring

ACCA

[mm]B

[mm]C

[mm]D

[mm]Weight

[kg]Foundation bolt Pipe diameter DN

60 ACC 520 20 205 600 65 M16x250L-6ea 500~800

100 ACC 870 36 330 1000 230 M30x400L-6ea 900~1100

120 ACC 1040 42 400 1200 380 M36x500L-6ea 1200~1300

150 ACC 1300 48 520 1500 670 M42x630L-6ea 1400~1800

TM

05

86

86

26

13

- T

M0

5 5

61

6 3

91

2

C

ØD

15°

Ø B

Ø A

Pipe DN Model∅Db[mm]

∅Ds1[mm]

∅Ds2[mm]

TM

05

90

98

33

13

500 KPL 525 325 400

600KPL

630 450 530KWM

650 KPL 680 450 530

700KPL

735 550 630KWM

800KPL

835 650 730KWM

900KPL

940650 730

KWM 750 830

TM

05

56

18

42

12

1000KPL

1040 830 930KWM

1200KPL

1245 1000 1120KWM

1400KPL

1450 1200 1310KWM

1500 KPL 1524 1280 1420

1600KPL

1650 1400 1520KWM

1800KPL

1855 1600 1720KWM

45°

Ds2

Db Ds1

KPL KWM

Ac

ce

ss

ori

es

KPL and KWM 9

Cable suspension system

The cable suspension system is illustrated in fig. 15 (principal sketch only - the cable suspension system can be adapted to the specific pump model).

Fig. 15 Securing the cable to the lifting chain

TM

05

91

26

34

13

D

Turnbuckle

Sensor cablePower cable

Intermediate lifting ring (on request)

Wire rope

Lifting wire detail D

Wire rope

View A - A

Cable clamps distance

Max.50 cm

55

Ac

ce

ss

orie

s

56

KPL and KWM9

Formed suction intake

The formed suction intake is illustrated in fig. 16

(principal sketch only - the formed suction intake can be adapted to the specific pump model and is considered to be an accessory).

Fig. 16 Formed suction intake

TM

05

91

02

/ 9

10

3 /

91

04

33

13

W

Nominal column diameter Formed suction intake (FSI) steel version

D C F L M N P T W

500 250 440 1650 530 725 530 640 1155

600 300 540 1980 636 870 636 768 1386

650 330 580 2145 689 943 689 832 1502

700 350 630 2310 742 1015 742 896 1617

800 400 720 2640 848 1160 848 1024 1848

900 450 810 2970 954 1305 954 1152 2079

1000 500 900 3300 1060 1450 1060 1280 2310

1200 600 1080 3960 1272 1740 1272 1536 2772

1400 700 1260 4620 1484 2030 1484 1792 3234

1500 750 1350 4950 1590 2175 1590 1920 3465

1600 800 1440 5280 1696 2320 1696 2048 3696

1800 900 1620 5940 1908 2610 1908 2304 4158

Dim

en

sio

ns

KPL and KWM 10

10. Dimensions

KPL pump dimensions

Fig. 17 Dimensional sketch, KPL

TM

05

59

41

42

12

Pump typeWeight

[kg]H

[mm]L

[mm]D1

[mm]D2

[mm]D3

[mm]

KPL.500.11.4.T.50.L 310 1060

515 490 390 430KPL.500.15.4.T.50.L 320 1060

KPL.500.19.4.T.50.L 420 1315

KPL.500.22.4.T.50.L 430 1315

KPL.600.19.6.T.50.L 510 1395655 590 520 560

KPL.600.22.6.T.50.L 520 1395

KPL.650.30.6.T.50.L 580 1730660 640 520 560

KPL.650.37.6.T.50.L 600 1730

KPL.700.55.6.T.50.L 920 2080

700 690 620 660

KPL.700.75.6.T.50.L 970 2080

KPL.700.90.6.T.50.L 1010 2180

KPL.700.110.6.T.50.L 1100 2180

KPL.700.30.8.T.50.L 780 1815

KPL.700.37.8.T.50.L 830 1815

KPL.700.45.8.T.50.L 860 1880

KPL.800.110.6.T.50.L 1180 2260

950 790 720 760

KPL.800.45.8.T.50.L 940 1975

KPL.800.55.8.T.50.L 1000 2140

KPL.800.75.8.T.50.L 1040 2140

KPL.800.90.8.T.50.L 1180 2260

KPL.900.132.6.T.50.L 1990 2575

950 890 720 760KPL.900.160.6.T.50.L 2040 2575

KPL.900.200.6.T.50.L 2210 2600

57

Dim

en

sio

ns

58

KPL and KWM10

KPL.1000.132.8.T.50.L 2530 2740

1090 990 910 960

KPL.1000.160.8.T.50.L 2610 2890

KPL.1000.200.8.T.50.L 2690 2890

KPL.1000.250.8.T.50.L 2990 3015

KPL.1000.300.8.T.50.L 3260 3015

KPL.1000.90.10.T.50.L 2640 2890

KPL.1000.132.10.T.50.L 2690 2890

KPL.1000.160.10.T.50.L 2990 3015

KPL.1000.200.10.T.50.L 3220 3015

KPL.1200.220.10.T.50.L 3700 3160

1300 1190 1100 1160

KPL.1200.250.10.T.50.L 3830 3160

KPL.1200.300.10.T.50.L 4220 3370

KPL.1200.335.10.T.50.L 4310 3370

KPL.1200.350.10.T.50.L 4400 3370

KPL.1200.400.10.T.50.L 4580 3370

KPL.1200.160.12.T.50.L 3700 3160

KPL.1200.200.12.T.50.L 4130 3370

KPL.1200.250.12.T.50.L 4400 3370

KPL.1200.300.12.T.50.L 4580 3370

KPL.1400.220.12.T.50.L 4780 3440

1480 1390 1290 1360

KPL.1400.250.12.T.50.L 4960 3440

KPL.1400.300.12.T.50.L 5190 3590

KPL.1400.350.12.T.50.L 5580 3560

KPL.1400.400.12.T.50.L 5670 3560

KPL.1400.160.14.T.50.L 4690 3440

KPL.1400.200.14.T.50.L 4780 3440

KPL.1400.250.14.T.50.L 5550 3590

KPL.1400.300.14.T.50.L 5670 3560

KPL.1500.350.12.T.50.L 6100 3780

1680 1490 1400 1460

KPL.1500.400.12.T.50.L 6190 3780

KPL.1500.450.12.T.50.L 6370 3780

KPL.1500.500.12.T.50.L 6770 3980

KPL.1500.220.14.T.50.L 5510 3760

KPL.1500.250.14.T.50.L 6050 3760

KPL.1500.300.14.T.50.L 6190 3780

KPL.1500.375.14.T.50.L 6770 3980

KPL.1500.450.14.T.50.L 6950 3980

KPL.1600.350.14.T.50.L 6640 3825

1770 1580 1500 1560

KPL.1600.400.14.T.50.L 7130 4025

KPL.1600.500.14.T.50.L 8280 4125

KPL.1600.550.14.T.50.L 8460 4125

KPL.1600.250.16.T.50.L 6640 3825

KPL.1600.300.16.T.50.L 7220 4025

KPL.1600.350.16.T.50.L 8190 4125

KPL.1600.400.16.T.50.L 8460 4125

KPL.1600.450.16.T.50.L 8640 4125

KPL.1800.450.16.T.50.L 9340 4415

1930 1780 1700 1760KPL.1800.500.16.T.50.L 9880 4415

KPL.1800.600.16.T.50.L 10670 4365

KPL.1800.700.16.T.50.L 11120 4365

Pump typeWeight

[kg]H

[mm]L

[mm]D1

[mm]D2

[mm]D3

[mm]

Dim

en

sio

ns

KPL and KWM 10

KWM pump dimensions

Fig. 18 Dimensional sketch, KWM

TM

05

87

51

26

13

I

D1

H

L

D2

D3

Pump typeWeight

[kg]H

[mm]L

[mm]I

[mm]D1

[mm]D2

[mm]D3

[mm]

KWM.600.45.4.T.50.M 780 1785

640 280 590 520 560KWM.600.55.4.T.50.M 800 1785

KWM.600.65.4.T.50.M 840 1850

KWM.600.37.4.T.50.H 760 1755

670 270 590 520 560KWM.600.45.4.T.50.H 790 1755

KWM.600.55.4.T.50.H 810 1755

KWM.600.65.4.T.50.H 850 1820

KWM.700.75.4.T.50.H 1020 1995

840 400 690 620 660KWM.700.90.4.T.50.H 1090 1995

KWM.700.110.4.T.50.H 1160 1995

KWM.700.45.6.T.50.M 950 2015

810 380 690 620 660KWM.700.55.6.T.50.M 1030 2080

KWM.700.75.6.T.50.M 1100 2080

KWM.700.90.6.T.50.M 1150 2080

KWM.800.90.6.T.50.M 1310 2200

960 440 790 720 760KWM.800.110.6.T.50.M 1400 2450

KWM.800.132.6.T.50.M 2070 2640

KWM.800.160.6.T.50.M 2120 2640

KWM.800.90.6.T.50.H 1370 2155

965 425 790 720 760KWM.800.110.6.T.50.H 1450 2405

KWM.800.132.6.T.50.H 2120 2595

KWM.800.160.6.T.50.H 2170 2595

KWM.900.132.6.T.50.M 2320 2745

1085 575 890 820 860

KWM.900.160.6.T.50.M 2370 2745

KWM.900.200.6.T.50.M 2560 2770

KWM.900.220.6.T.50.M 2660 2770

KWM.900.250.6.T.50.M 2850 2770

59

Dim

en

sio

ns

60

KPL and KWM10

KWM.1000.220.6.T.50.H 2930 2795

1215 575 990 910 960KWM.1000.250.6.T.50.H 3120 2795

KWM.1000.300.6.T.50.H 3600 2970

KWM.1000.350.6.T.50.H 3770 3070

KWM.1000.200.8.T.50.M 3140 3070

1340 650 990 910 960KWM.1000.220.8.T.50.M 3170 3070

KWM.1000.250.8.T.50.M 3430 3095

KWM.1000.300.8.T.50.M 3740 3195

KWM.1200.350.8.T.50.M 4760 3400

1540 740 1190 1100 1160

KWM.1200.400.8.T.50.M 5080 3400

KWM.1200.450.8.T.50.M 5250 3600

KWM.1200.500.8.T.50.M 5340 3600

KWM.1200.550.8.T.50.M 5520 3600

KWM.1200.200.10.T.50.M 4190 3340

KWM.1200.220.10.T.50.M 4240 3340

KWM.1200.250.10.T.50.M 4380 3340

KWM.1200.300.10.T.50.M 4710 3400

KWM.1200.350.10.T.50.M 4970 3600

KWM.1400.450.10.T.50.M 6400 3815

1735 835 1390 1290 1360

KWM.1400.500.10.T.50.M 6590 3835

KWM.1400.550.10.T.50.M 6770 3835

KWM.1400.600.10.T.50.M 7140 4035

KWM.1400.650.10.T.50.M 7420 4035

KWM.1400.300.12.T.50.M 6030 3815

KWM.1400.350.12.T.50.M 6500 3835

KWM.1400.400.12.T.50.M 6590 3835

KWM.1600.500.14.T.50.M 9140 4160

1920 940 1580 1500 1560

KWM.1600.550.14.T.50.M 9320 4160

KWM.1600.600.14.T.50.M 9600 4360

KWM.1600.650.14.T.50.M 9740 4360

KWM.1600.700.14.T.50.M 9870 4360

Pump typeWeight

[kg]H

[mm]L

[mm]I

[mm]D1

[mm]D2

[mm]D3

[mm]

Dim

en

sio

ns

KPL and KWM 10

Installation dimensions

KPL:The requirements for installation are shown in the table below. Figures 20 to 23 show installation examples.

Fig. 19 Low water level, KPL pump

Fig. 20 Installation dimensions, KPL pump, ACC installed

Fig. 21 Installation dimensions, KPL pump, ACC installed

∅D[mm]

C[mm]

S[mm]

M.W.L1

[mm]

500 250 750-1200 1000-1450

600 300 1100-1400 1400-1700

650 325 1200-1600 1525-1925

700 350 1300-1750 1650-2100

800 400 1400-2100 1800-2500

900 450 1500-2550 1950-3000

1000 500 1650-2800 2150-3300

1200 600 2000-3400 2600-4000

1400 700 2300-3800 3000-4500

1500 750 2450-4050 3200-4800

1600 800 3000-4200 3800-5000

1800 900 4000-4600 4900-5500

1 Minimum water levelT

M0

5 5

92

2 3

81

3

D

CS

M.W.L

TM

05

94

55

38

13

TM

05

94

52

38

13

D

CS

M.W.L

DC

S

M.W.L

61

Dim

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Fig. 22 Installation dimensions, KPL pump

Fig. 23 Installation dimensions, KPL pump

TM

05

94

53

38

13

TM

05

94

54

38

13

D

CS

M.W.L

D

CS

M.W.L

Dim

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KPL and KWM 10

KWM:The requirements for installation are shown in the table below. Figures 24 to 30 show installation examples.

Fig. 24 Installation dimensions, KWM pump

Fig. 25 Installation dimensions, KWM pump, ACC installed

Fig. 26 Installation dimension, KWM pump, ACC installed

Fig. 27 Installation dimension, KWM pump

∅D[mm]

C[mm]

I[mm]

S[mm]

M.W.L1

[mm]

600M 300 280 1100-1400 1400-1700

600H 300 270 1100-1400 1400-1700

700 350 400 1300-1750 1650-2100

800M 400 440 1400-2100 1800-2500

800H 400 425 1400-2100 1800-2500

900 450 575 1500-2550 1950-3000

1000M 500 650 1650-2800 2150-3300

1000H 500 575 1650-2800 2150-3300

1200 600 740 2000-3400 2600-4000

1400 700 835 2300-3800 3000-4500

1600 800 940 3000-4200 3800-5000

1 Minimum water level

TM

05

94

59

38

13

TM

05

94

55

38

13

D

C

I

S

M.W.L

D

C

I

S

M.W.L

TM

05

94

52

38

13

TM

05

94

57

38

13

D

C

I

S

M.W.L

D

C

I

S

M.W.L

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Fig. 30 Installation dimensions, KWM pump

TM

05

94

58

38

13

TM

05

94

59

38

13

DC

I

S

M.W.L

D

C

I

S

M.W.L

TM

05

94

60

38

13

D

C

I

S

M.W.L

Dim

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Pit construction

TM

03

94

70

40

07

Screen

< 10 °

TM

03

94

71

42

12

D

DD

D

D/2

D/2

D/2

4D

2D

65

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V*: 0.7 m/sec for stormwater and wastewater containing particles.0.3 m/sec for screened stormwater and wastewater without particles.

Dimensions

TM

03

94

72

42

12

V* D

V*

V*

V*

V*

V*

max. 20 °

2D

2D

min. D min. 4D

TM

03

94

73

42

12

V*

V* D

D

D

D

D

D

L

D

B WC

C

max. 20 °

C

C

BT

4D

+T

A

D (pipe diameter DN)[mm]

A[mm]

B[mm]

C[mm]

W[mm]

TL

[mm]

500 2000 1000 250 2000

De

pe

nd

ing

on

co

nst

ruct

ion

2000

600 2400 1200 300 2400 2400

650 2600 1300 325 2600 2600

700 2800 1400 350 2800 2800

800 3200 1600 400 3200 3200

900 3600 1800 450 3600 3600

1000 4000 2000 500 4000 4000

1100 4400 2200 550 4400 4400

1200 4800 2400 600 4800 4800

1400 5600 2800 700 5600 5600

1500 6000 3000 750 6000 6000

1600 6400 3200 800 6400 6400

1800 7200 3600 900 7200 7200

Ins

tall

ati

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KPL and KWM 11

11. Installation type

This section gives an overview of installation types.

The installation types shown in this section are only examples. For more information on suitable installation types, contact Grundfos.

Fig. 31 Discharge above floor and with discharge pipe valve, non-return valve and ACC

Fig. 32 Discharge above floor and with discharge pipe and ACC

Fig. 33 Discharge above floor for low suction water levels and formed suction intake (FSI)

Fig. 34 Discharge above floor and with discharge column (reinforced concrete) and channel

TM

05

53

17

36

12

TM

05

53

18

36

12

TM

05

53

16

36

12

TM

05

53

14

36

12

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KPL and KWM12

12. Further product information

WebCAPS

WebCAPS is a Web-based Computer Aided Product Selection program available on www.grundfos.com.

WebCAPS contains detailed information on more than 220,000 Grundfos products in more than 30 languages.

Information in WebCAPS is divided into six sections:

• Catalogue

• Literature

• Service

• Sizing

• Replacement

• CAD drawings.

Catalogue

Based on fields of application and pump types, this section contains the following:• technical data• curves (QH, Eta, P1, P2, etc.) which can be adapted to the

density and viscosity of the pumped liquid and show the number of pumps in operation

• product photos• dimensional drawings• wiring diagrams• quotation texts, etc.

Literature

This section contains all the latest documents of a given pump, such as• data booklets• installation and operating instructions• service documentation, such as Service kit catalogue and

Service kit instructions• quick guides• product brochures.

Service

This section contains an easy-to-use interactive service catalogue. Here you can find and identify service parts of both existing and discontinued Grundfos pumps.Furthermore, the section contains service videos showing you how to replace service parts.

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WinCAPS

Fig. 35 WinCAPS DVD

Sizing

This section is based on different fields of application and installation examples and gives easy step-by-step instructions in how to size a product:• Select the most suitable and efficient pump for your

installation.• Carry out advanced calculations based on energy,

consumption, payback periods, load profiles, life cycle costs, etc.

• Analyse your selected pump via the built-in life cycle cost tool.• Determine the flow velocity in wastewater applications, etc.

Replacement

In this section you find a guide to selecting and comparing replacement data of an installed pump in order to replace the pump with a more efficient Grundfos pump. The section contains replacement data of a wide range of pumps produced by other manufacturers than Grundfos.

Based on an easy step-by-step guide, you can compare Grundfos pumps with the one you have installed on your site. When you have specified the installed pump, the guide will suggest a number of Grundfos pumps which can improve both comfort and efficiency.

CAD drawings

In this section, it is possible to download 2-dimensional (2D) and 3-dimensional (3D) CAD drawings of most Grundfos pumps.

These formats are available in WebCAPS:

2-dimensional drawings:• .dxf, wireframe drawings• .dwg, wireframe drawings.

3-dimensional drawings:• .dwg, wireframe drawings (without surfaces)• .stp, solid drawings (with surfaces)• .eprt, E-drawings.

WinCAPS is a Windows-based Computer Aided Product Selection program containing detailed information on more than 220,000 Grundfos products in more than 30 languages.

The program contains the same features and functions as WebCAPS, but is an ideal solution if no internet connection is available.

WinCAPS is available on DVD and updated once a year.

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GO CAPS

Mobile solution for professionals on the GO!

CAPS functionality on the mobile workplace.

Subject to alterations.

GRUNDFOS A/S DK-8850 Bjerringbro . DenmarkTelephone: +45 87 50 14 00www.grundfos.com

98344190 1013

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KPL and KWM - Master Engineering · KPL and KWM 1. Product introduction ... This data booklet deals...

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Transcript of KPL and KWM - Master Engineering · KPL and KWM 1. Product introduction ... This data booklet deals...