KSB S 100D, UPA 100C, UPA 250C, UPA 300, UPA 350 Booklet

Type series booklet

3400.51/2--10

Submersible Borehole Pumps60 Hz

Applications

-- Drinking and service water supply

-- Irrigation and spray irrigation

-- Lowering and maintaining ground water levels

-- Pressure boosting

-- Fountains

-- Mining, offshore, tank farms

-- Building services systems

-- VDS sprinkler systems

Operating Data

Capacity Q up to 1080 m3/h (300 l/s..................

Head H up to 460 m.....................

Temperat ur e of fluid handled t up to +50

Speed n ≈ 3500 rpm....................

Supply voltage U up to 10,000 V.............

or up to 5000 US GPM)

o

C..

Design

Single-- or multistage centrifugal pumps in pump shroud or in ring--section design. Radial or mixed flow hydraulic systems; reduced impeller diameters also available in some cases. The stage casings of radial pumps are connected by metal straps, those of mixed flow pumps by stud bolts. Suction casing fitted between pump and motor. Suction casing equipped with strainer to protect the pump from coarse particles in the fluid. Pumps with check valve or connection branch on option. Available with threaded or flanged end on option. Particularlysuitable forvertical installationin narrowdeep wells.

Submersible Borehole Pumps

S 100D, UPA 100C, UPA 150C, UPA 200,

UPA 200B, UPA 250C, UPA 300,

UPA 350, BSX -- BSF, UPZ

Pump Designation (Example)

UPA

Type series Minimum well diameter (mm)

(for ex.: 200 mm = 8 inches)

Design status Capacity (Q

m3/h (4 up to 10 inches) l/s (12 inches and above)

Number of stages Reduced impeller diameters

1)

UPA 200 -11 + 14: Q in l/s.

at 50Hz)

opt

1)

Motor Designation (Example)

Type series Well diameter (mm)

(for ex. 250 mm = 10 inches)

Design status Rated power P Number of poles Winding insulation

for 50 Hz (kW)

N

200 B -- 8 0 /5 b

250 D 11 0 /21

UMA

Available automation products:

• Hyamaster (UPA 200 and UPA 300)

Complete Range

The complete submersible borehole pump range comprises pump models for capacity up to Q = 2500 m heads up to H = 1500 m. The submersible motorrange covers sizes for powerratings up to P = 3500 kW (4700 hp) and voltages up to U = 10,000 V for 50 and 60 Hz. In addition, a special range is available which features submersible motors with a higher number of poles.

3

/h (695 l/s) and

Certification

Quality management certified to ISO 9001

60 Hz Submersible Borehole Pumps

Contents Page

The 60 Hz Submersible Borehole Pump Range 4..............................................................

Operation with Soft Starters 5...............................................................................

Operation with Frequency Inverter 6..........................................................................

Typical Installation Positions 7...............................................................................

Submersible Borehole Pump Selection for Deep Wells 8...........................................................

Request for Quotation (Form) 9..............................................................................

Head Losses in the Piping 10................................................................................

Pump Sets 4 Inches 11.....................................................................................

Pump Sets 6 Inches 31.....................................................................................

Pump Sets 8 Inches / 10 Inches 51...........................................................................

Pump Sets 12 Inches / 14 Inches 73..........................................................................

Pump Sets 16 Inches and Above 87..........................................................................

Typical Tenders: 4 to 14 Inches 95...........................................................................

Submersible Motors 100....................................................................................

Accessories 102...........................................................................................

Flow Velocity ”v” Past the Motor 112..........................................................................

2

Submersible Borehole Pumps60 Hz

What can you expect from the Booklet “Submersible Borehole Pumps”?

The information provided can help you make a

-- quick

-- first rough selection

-- on your own to find a suitable KSB submersible borehole pump for your

application. We have kept the volume of the catalogue down to what we think is the absolute minimum. For the 4 to 14 inch range, you will find the following information on the pump selected:

-- pump series, size and number of stages,

-- motor series, size, power, amperage and allowable temperature,

-- starting method, supply voltage and type of installation,

-- material variants and

-- major dimensions and weights.

You may also complete, to the extent possible, the request for quotation on page 9.

You will then receive as soon as possible a detailed quotation and, if required, additional literature on KSB submersible borehole pumps from the nearest KSB sales branch.

Benefits at a Glance

+ Full range of products + High-tech equipment + Optimum material selection + Maximum efficiency + Functional r eliability + Long service life + No maintenance + ”Clean” technology + Customer focus

General

Information on fields of application, available models, type of installation, direction of rotation, coating, connection to power supply and speed control is provided inthe detailed sections for the relevant type series.

Pump Efficiency

The characteristic curves for UPA 200/200B and larger pumps show pump efficiencyfor the maximum and optimum (reduced) impeller diameter (for ex. ”c”). The efficiency of pumps with a low number of stages or considerably reduced impeller diameter (for ex. ”d”, “e”) is lower than the value shown; it is given in the individual characteristic curves specifically prepared for the quotation.

Dry Running Protection

For use in wells with marked water level fluctuations or temporary low yield we strongly recommend installing dry running protection equipment (”Accessories”).

Application Temperatures

The submersible borehole pumpsare, as a standard, suitable for use in water with temperatures of up to t = +30 indispensable requirement for this is aflow velocity of v = 0.2 m/s past the motor. This requirement is met, for example, when the pump is installed in a deep well above the well screen / filter, etc. With certain restrictions, some motor sizes may also be used in water with temperatures of up to t = +50

o

C and for operation without an adequate cooling flow of water past the motor, i.e. v = 0 m/s (for example, when the unit is installed in a deep well below the screen / filter area or in a pump sump, etc.).

The details below provide data of adequate accuracy for the allowable temperature as a function of the type of installation, motor size and flow velocity v past the motor:

Vertical installation:

-- DN 100 / DN 150:

t

allow=tmax

-- UMA 150D/200D:

v= 0m/s t v ≥ 0.2 m/s t v ≥ 0.5 m/s t

1)

irrespective of flow past the motor.

allow allow allow

≈ t =t ≈ t

max max max

1)

-- 5oC,......

1)

,....

1)

+5oC.....

-- UMA 250D:

v = 0 m/s Please consult manufacturer,......

v ≥ 0.2 m/s t v ≥ 0.5 m/s t

1)

Values taken from tables on pages 15, 16 etc., 27, 28 etc..

allow allow

=t ≈ t

max max

1)

,....

1)

,+5oC.....

o

C. An

Horizontal installation:

The principle is the same as for vertical installation. Exception: Pumps with UMA 250D motors. These units must always be equipped with a flow inducer sleeve. The flow inducer sleeve is not required, if the given pump is equipped with a motor having a 10 % higher power rating.

For all pump sets: For a flow velocity of v ≥ 0.5 m/s and horizontal installation, check back with the manufacturer.

3

60 Hz Submersible Borehole Pumps

The 60 Hz Submersible Borehole Pump Range

" UPA 100C

" S 100D

(4 inches)

" UPV 200

(8 inches)

" UPA 150C

(6 inches)

" UPA 200

(8/10 inches)

" UPA 200B

(8/10 inches)

" UPZ

BSX, BSF

(≥16 inches)

1)

" UPA 300, 350

(12/14 inches)

" UPA 250C

(8/10 inches)

4

Submersible Borehole Pumps60 Hz

Operation of KSB Submersible Borehole Pumps with Soft Starters

Soft starters electronically reduce the incoming line voltage and, hence, the initial starting torque and starting current of electric motors. During run--up they gently ramp up the applied voltage to the motor. In the case of submersible motors, the extremely slim design and consequential small moments of inertia result in special characteristics, which differ strongly from normal asynchronous motors.

Effects on submersible borehole pumps

-- Starting current ⇒ approx. 40% to 65% of IArequired for

d.o.l. starting.

-- Run-up time t

with approx. 0.2s to 0.5s for direct-starting.

-- Starting torque M

-- No current or torque peaks (I

switching arrangement.

-- Hydraulic pressure surges (waterhammer) upon starting

and stopping of the pump can be reduced, but not fully eliminated. Therefore, soft starters are not suitable for solving water hammer problems.

This would require the use of hydraulic control equipment or a frequency inverter. To prevent effects due to power failure, additional measures are required.

increased to approx. 1s to 3s compared

H

roughly1/4of the direct-starting torque.

A

), as in star-delta

A,MA

Note

Conspicuous noise or vibrations during run-up could well be an indication of incorrect settings on the soft starter. This might be due to exceeded ramp--up periods, incorrect operating mode (setting), activated special functions, etc.

Soft starter settings

Parameter / Function Setting Comments

Minimum starting voltage 40% of the motor’s rated voltage Ramp time / acceleration

(run-up) time Current limitation IA/INpreset to approx. 3.5 Should only be altered with allowance for

Deceleration (run-down) time / stop ramp

Special functions, e.g.:

-- special “pump function”

-- kick-start / boost function

-- speed adjustment

-- Current controller

-- cos ϕ / economy function

-- delayed starting

< 4s Ramp time is not identical with the motor’s

Deceleration time tA< 4s Better without a ramp.

OFF Do not use, as they tend to be troublesome,

actual running-up time

< 4s

t

H

particularly in submersible borehole applications.

During operation the soft starter must be bridged (bypass). This helps to avoid losses at the machine and motor to secure proper permanent operation.

120

Run-up

Operation

Run-down

100

80 60

40

Voltage [% ]

20

0

4s

Time [s]

4s

5

Pump Operation with Frequency Inverter

203

0

60 Hz Submersible Borehole Pumps

In principle, the motors of submersible borehole pumps can also be run on a frequency inverter. As submersible motors differ from conventional standardized motors in terms of bearings, moment of inertia, insulation, temperature increase, loss distribution and heat distribution, the following parameters must be observed:

-- Maximum allowable acceleration time (start ramp)

-- Maximum allowable deceleration time (stop ramp)

-- Minimum frequency

-- Maximum operating frequency

-- Maximum permissible voltage increase velocity and peak voltages

-- Control principle of frequency inverter

Maximum Allowable Acceleration Time (Start Ramp) and Deceleration Time (Stop Ramp)

The plain bearings of the submersible motor operation below the minimum frequency f lubrication range). For this reason, the acceleration period from standstill to minimum frequency f applies to the deceleration period.

do not tolerate (operation in mixed

min

should not exceed 2s. The same

min

Minimum Frequency

Minimum frequency f

Motor size

DN 100 DN 150 UMA 150D UMA 200D UMA 250D UMA 300D /2 UMA 300D /4 30 35

Vertical

installation

30

(Hz)

min

Horizontal

installation

30

-- --

Maximum Operating Frequency

Frequency inverter operation above the nominal frequency (50Hz / 60Hz) of the pump unit must be avoided so as, to prevent motor overload.

Maximum Permissible Voltage Increase Velocity and Peak Voltages

Excessive voltage increase velocities and excessive peak voltages will reduce the service life of the winding insulation. For this reason, the following limits must be adhered to:

-- Maximum voltage increase velocity: du/dt ≤ 500 V/µs

-- Maximum peak voltages to earth: Low-voltage motors ≤ 1 kV: J1 insulation ≤ 600 V

J2 insulation ≤ 800 V

Note: Compliance with these limits can usually be assured by means of a sine filter ordu/dtfilter.

Control Principle of Frequency Inverter

The control principle of the frequency inverter must correspond to linear U/f curve control. If other control principles are employed, such as field-oriented inverters, inverters with DTC or NOF, the manufacturerof the frequencyinverter must ensure that thespecial requirements of submersible motors (very small moment of inertia, electrical data) are taken into account.

6

Typical Installation Positions

a) Vertical Installation

(deep well, pump sump, etc.)

CAUTION:

The construction of the well head must meet the relevant regulations of the competent authorities! The unit must never be installed with its suction strainer exactly at the level of the well screen / filter!

Before installingthe unit innarrow deep wells we recommendto check narrow boreholes for dimensional accuracy over their entire length, e.g. by inserting a pipe of the length and biggest outside diameter of the pump unit. Sharp bends or bottlenecks can make installation difficult or even impossible. The unit is supported on the well head by supporting clamps (low-weight unitsand low submergence)or a supportingflange. The construction of the well head must meet the relevant regulations of the competent authority.

5

8

Submersible Borehole Pumps60 Hz

Cooling / Suction shroud

Fig. 2 Installation in a pump sump

b) Horizontal Installation

(in reservoirs, mine shafts, etc.)

3400:50

4

6

H

h

H

t

3

B

H

X

2

1

1 Submersible borehole pump 2 Riser pipe 3 Cable tie

9

4 Supporting flange /Well head 5 Pressure gauge 6 Shut-off valve 7 Power supply cable 8 Control box 9 Well screen / filter

D

3410:70/4

D = Inside well diameter T

= Well depth

B

TF= Well screen / filter depth H

= Installation depth

e

H

= Static water level

h

Ht= Dynamic water level (Pumping water level)

7

CAUTION:

The instructions given in ”a) Vertical installation” shall also apply by analogy to horizontal installation, when the pump unit is fitted on mounts (pedestals / supporting frame) supplied by us. If the pump and motor are supplied ready mounted on a supporting

e

frame, on-site alignment of pump and motor will not be necessary. If this is not the case, the relevant installation / assembly drawing must be ordered, giving the following details:

-- installation height (floor clearance),

-- spacing of supports,

-- submergence X

T

F

The ground / foundation must be level and of sufficient load-bearing capacity to accept the weight of the unit with

T

B

supports. Air intake from an inlet arranged above the water level is not

permitted.

X

3410:71/2

Fig. 1 Vertical installation (in deep well, pump sump, etc.)

The suspension arrangement of the pump unit must be designed anddimensioned so that allstatic and dynamic forces can be absorbedand that the riser pipecannot slip downwards. The supporting clamps or flanges must be fastened at the well head so that they cannot shift of lift off the well head.

The unit must never be installed with its suction strainer exactly at the level of the well screen / filter! Excessive flow in the area of the well screen / filter entails the risk of large amounts of entrained sand clogging the well screen / filter and causing excessive wear in the pump.

Pump units installed in a pump sump must generally be equipped with a cooling or suction shroud (fig. 2).

Fig. 3 Horizontal installation (in tanks, mine shafts etc.)

1 Submersible borehole pump 2 Water storage tanks (UMA 300D and 14D motors only) 3 Pedestal 4 Expansion joint 5 Check valve

(only if pump unit does not have its own check valve) 6 Dismantling joint 7 Shut-off valve 8 Intake

7

60 Hz Submersible Borehole Pumps

Selection for Deep Wells

Pump Selection

The following data are required for a first rough selection of a submersible borehole pump:

-- Capacity Q in m

-- Pressure at well head H

-- Well diameter D in inches or mm

-- Temperature of fluid handled t

-- Pump head HPin m While Q, H

head H

A

to be developed by the pump needs to be calculated.

P

There are two typical applications to be considered (see the drawing on the right):

1. Pumping into an open overhead tank

HP=HA+Ht+Hv+HS[m]

with ... H

= Required pressure at well head

A

H

= Lowest water level (dynamic water level)

t

Hv= Head losses in the check valve (see characteristic

H

= Head losses in riser pipe up to well head

S

H

= Installation depth

e

3

/h (l/s)

in m

A

in °C

A

, D and tAare usually specified by the customer,the

curves for different stage numbers for UPA 150S and above).

(see page 10).

2. Pumping into a closed tank

Hp=HA+Ht+Hv+HS+pü[m]

with ... p

= Gauge pressure (also air cushion) in a tank

ü

Example

Given ...

" Q

= 120 m3/h,

A

" H

= 100 m,

A

" t

=+15°C,

A

" 50 Hz, " 400 V, " d.o.l. starting, " well diameter D = 300 mm (12 inches), " H

=33m,

t

" H

=60m

e

Found ...

1. step: pump type UPA 200B/250C

(for QAtaken from selection chart on page 4).

2. step: pump size UPA 250C - 120

(for QAtaken from selection chart on page 50).

3. step: pump set UPA 250C-120/3f + UMA 200D 65/21

(for Hp=HA+Ht+HV+HS= 100 + 33 + 0.5 + 1.5 = 135 m. with H numbers on page 61)..

Pump efficiency: ηP= 81 % (without check valve).

taken from characteristic curves for different stage.

V

3300:54/3

Figure: Deep well with submersible borehole pump and overhead tank or closed tank at a pressure above atmospheric pressure of p

Ü.

8

60 Hz Submersible Borehole Pumps

Request for Quotation

We should like to test the efficiency and quality of your computer-aided quotation

Discharge head requiredat the end of the piping:

H = m ( bar)............. ........

process. Please let us have a quotation based on the following data. (Fill in the required data and / or underline the relevant information, as far as available.)

8

1. Water quality

Temperature °C.....................

Sand content g/m

..................

Cut-out pressure in the pressure vessel:

p

= bar............

Ü

c) piping outside well head housing:

Overall length m....................

Nominal diameter mm...............

3

Number of bends, valves and fittings: Please attach wateranalysis, if available.

7

2. Type of system

6

Well / Mine shaft / Tank Free discharge above ground Discharge into an overhead tank Discharge into a pressure vessel

5

3. Deep well

Well depth (distance from ground level to well base):

T

=m............................

B

Inside diameter at submersible pump

4

installation depth:

D = mm ( inches).............. ....

Well screen / filter:

-- Installation depth TF=m...........

-- Length LF=m...................

Inside diameter reduced by incrustation

to: D = mm........................

6. Installation depth

Ground level to check valve / to

connection branch:

H

=m............

e

Caution: Do not install the submersible

borehole pump at the level of the well

screen / filter!

7. Power supply

Single- / three-phase alternating current.

Mains voltage at well:

U= V.............................

Frequency f = Hz..................

If voltage drops cannot be precluded:

pcs................................

F

1 Well screen / filter 2 Well casing 3 Submersible borehole pump 4 Riser 5 Well head housing 6 Well head 7 Power supply cable 8 Overhead tank

3

2

1

3300:54/3

4. Capacity

Q= m3/h ( l/s)............. .......

5. Total head

(including all friction losses)

H= m............................

If H is not known, please provide the following data:

a) Water level in well, measured from

ground level:

-- Static water level: H

-- Dynamic water level: Ht=m........

(at capacity Q = m b) Head above ground: Geodetic altitude up to the highest point

of the pipeline or up to the highest water level in the overhead tank:

H

=m...........................

d

=m..........

h

3

/h)..............

Minimum voltage ...

U

=V...........

min

8. Control box

Manual start-up / remote control /

automatic start-up by way of float switch,

pressure switch or dry running protection

equipment.

Other types of switchgear: ...........

...................................

9. Starting method

D.o.l. (without / with autotransformer or

soft starter) or star-delta starting.

9

Head Losses in the Piping

H

V

m/100 m

60 Hz Submersible Borehole Pumps

H

V

ft/100 ft

The frictionlosses given inthe above chart roughlyapply to new cast ironpipes. For new rolledsteel or plastic pipes, multiply the values by approx. 0.8. For old, slightly rusty cast iron pipes, multiply by approx. 1.25. In pipes with incrustations, friction losses may rise to 1.7 times the value given in the chart for the 10

3300:103/3-2

diameter reduced by incrustations. For pipes subject to considerable incrustation, the friction losses can only be determined experimentally. Example: Q = 140 m

H

V

3

/h, new DN 150 cast iron pipe.

= 3.25 m per 100 m of pipe, v = 2.2 m/sec.

60 Hz S 100D

Applications

-- Domestic and general water supply

-- Irrigation and spray irrigation

-- Lowering groundwater levels

-- Fountains

-- Pressure boosting

-- Air-conditioning systems

-- Fire protection

-- Cooling water cycles

Operating Data

Capacity Q up to 16 m3/h (4 l/s...................

or up to 60 US GPM)

Head H up to 300 m......................

Temperature of fluid handled t up to +30 °C.

in continuous operation Power P

up to 6.4 kW (8.7 hp).....................

n

Design

Pump:

Stainless steel and plastic multistage centrifugal pump.

-- Additional bearing depending on the number of stages

-- Pump sizes D1and D2 withanti-blockage feature. Thiscon-

sists of a hexagonal polyurethane disc mounted to the back of the diffuser. A PE-HD ring fitted to the impeller front side sits close to the disc. The impeller hub is protected by a polyurethane ring.This design improves the starting torqueof low-capacity pumps and has the effect that solid particles such as sand are propelled outside instead of clogging the pump.

Motor:

Submersible canned motor (Franklin), NEMA standard, 60 Hz

-- For three--phase current

-- With motor lead

-- Connection to power supply mains by means of cable con-

nector (accessories)

-- D.o.l., start-up frequency up to 20 / h

-- Type of enclosure IP 68

-- Thermal class B

Submersible Borehole Pumps

for Well Diameters

of 100 mm (4 inches) and Above

Designation

Type series Well diameter (mm) Design status Capacity (m Number of stages

3

/h)

Certification

Quality management certified to ISO 9001

S 100 D -- 4 / 6

Product Features

-- Pumps sizes D1 and D2 with anti-blockage feature

-- Rust-proof

-- Suitable for installation in narrow deep wells

-- High efficiency

-- Hermetically sealed motor

-- Motor designed for maximum pump output

-- Low noise level

-- For vertical, angled or horizontal installation

-- Check valve with anti-blockage valve disc

-- Easy dismantling of check valve

11

60 Hz S 100D

Selection Chart (Ranges on Offer) n ¶ 3450 rpm

S 100D 2

S 100D 1

S 100D 4

S 100D 7

S 100D 12

12

60 Hz S 100D

Materials

Component Execution C1

Pump ...

Outer pump casing / Suction casing / Valve housing

Stage casing CrNi steel (1.4301) Stage casing (diffuser) /

Impeller Shaft Cr steel (1.4021) Bearing bush Nitril NBR 80 Screws, bolts and nuts CrNiMo steel (A4--70)

Motor ...

Shaft CrNi steel (1.4305) Bearing carrier CrNi steel (1.4301) Stator case CrNi steel (1.4301)

CrNi steel (1.4301)

glass fibre reinforced Noryl

(PPO)

Bearings / Lubrication

Plain bearings, lubricated by the fluid pumped or by the motor fill liquid. Depending on the number of stages, an additional intermediate bearing is provided in the pump.

The axial thrust is balanced by a thrust bearing in the motor. The hydraulic thrust is balanced by the pump’s counter thrust

bearing.

Direction of Rotation of the Pump

Clockwise rotation (viewed at the drive shaft end).

Pump End (Discharge Nozzle)

1

S 100D - 1, 2, 4 + 7: Internal thread G 1 S 100D - 12: Internal thread G 2’’ (DN 50).

/4” (DN 32).

Drive

Type canned motor in squirrel-.......................

cage design, 2 poles

Connection NEMA standard.................

Type of enclosure IP 68...........

Frequency 60 Hz.................

Type of current three-phase (3

Rated voltage U 460 V.............

Rated power P

Voltage fluctuations up to ± 5 % acc. to VDE..........

Frequency of starts up to 20 / h..........

Min. delay before restarting 3 min....

N

up to 5.5 kW (7.5 hp)................

µ)..............

Connection to Power Supply

All DN 100 motors are factory-equipped as follows:

2

1 x 1.5 m flat cable, quality4 x 1.5 mm ductor).

Exception: DN 100 motors with a rating of 5.5 kW, 3~, are equipped as follows: 1 x 2.5 m cable, quality 4 x 1.5 mm

Connection ofextension cable (any length)by means of acable connector:

Connected at the factory by means of a standard cable connector (non-separable, shrink tube)

-- Ident No. 40 980 708

For cable quality 4 x 1.5 mm

-- Ident No. 39 020 536

For cable quality 4 x 4 mm

Connected at the factory with Franklin cable connector (separable, sealing compound)

-- Ident No. 90 049 385

For cable quality 4 x 1.5 mm

2

(3 phases + 1 earth con-

2

or 4 x 2.5 mm

2

upto4x2.5mm

2

.

2

Starting Mode

Installation

Vertical and, depending on the number of stages, inclined as well as horizontal installation (see tables on page 15 to 19)

Only direct on line.

Temperatures

The S 100D submersible borehole pump is designed for use in water with temperatures of up to t = + 30

o

C.

13

Design Features (Pump sizes D1 -- D2)

Diffusers with smooth surfaces

-- Made of glass fibre reinforced Noryl.

60 Hz S 100D

Stainless steel valve housing

Non-return valve with double-guided valve disc

-- No jamming or tilting.

-- If not required, the non-return valve may be removed.

Pump bearing with grooves

-- Maintenance-free and highly wear-resistant.

-- For smooth long-term operation.

Stainless steel cable guard

-- Easy assembly and dismantling.

-- Protects the power supply cable against damage.

High-performance i mpellers

-- Made of glass fibre reinforced Noryl, highly abrasion- and corrosion-resistant.

-- With integrated keys for easy assembly.

State-of-the-art sintered metal coupling

-- For optimum power transmission.

Stainless steel suction casing

Stainless steel stage casing without return vanes

-- High pressure resistance.

-- Easy assembly and dismantling.

Anti-blockage feature with self-lubricating reinforcing rings with good anti-seizure properties and high abrasion resistance.

-- Ensures smooth operation in water with a low sand content.

-- Suitable for the low starting torque of pump sizes D1 and D2 for small capacities.

14

Franklin submersible motor

-- Designed for max. pump power to protect unit from overloads.

-- Easy-to-fit plug-and-socket connection of power supply cable.

S 100D -- 1

460

V

for well diameters of 100 mm (4 inches) and above Pumps with submersible motors for ...

-- Temperature of fluid handled up + 30oC.....

-- Current / Operating voltage 3 µ/460 V......

-- Starting direct.......................

Rated power

(motor)

Rated power

(motor)

Current

intensity for

3 µ

Installation

60 Hz S 100D

Tolerances to

ISO 9906 Class 2

Annex A

1)

Pump unit

S 100D

P

kW

N

P

hp

N

I

N

A

1/ 7 0.59 0.80 1.5 v+h 1/ 9 0.83 1.13 2.1 v+h 1/12 0.83 1.13 2.1 v+h 1/14 1.0 1.36 2.4 v+h 1/16 1.0 1.36 2.4 v+h 1/20 1.4 1.90 3.1 v+h 1/25 1.8 2.45 4.1 v 1/30 1.8 2.45 4.1 v 1/35 1.8 2.45 4.1 v

1)

v = vertical, h = inclined / horizontal.

Note: Use a cooling shroud for horizontal installation.

The characteristic curves shown are for preliminary selection only. Exact selection data will be provided in our quotation.

Dimensions / Weights / Ident. Numbers / Horizontal Installation

3 µ / 460 V

Pump unit S 100D

1/ 7

1/ 9

1/12

1/14

1/16

1/20

1/25

1/30

1/35

For information on cooling shroud refer to page 20.

L

A

¶ mm

546

619

686

760

805

923

1064

1176

1366

m

A

¶ kg

10.7

11.8

12.2

13.6

13.8

15.7

17.5

18.0

20.0

Ident. No. A

¶ mm

39 022 613

39 022 614

39 020 615

39 022 616

39 022 617

39 022 618

39 022 619

39 022 620

39 300 025

410

450

530

590

630

720

-- --

C

G11/4”

Capacity

15

S 100D -- 2

460

V

for well diameters of 100 mm (4 inches) and above Pumps with submersible motors for ...

-- Temperature of fluid handled up + 30oC.....

-- Current / Operating voltage 3 µ/460 V......

-- Starting direct.......................

Rated power

(motor)

Rated

power

(motor)

Current

intensity for

3 µ

Installation

60 Hz S 100D

Tolerances to

ISO 9906 Class 2

Annex A

1)

Pump unit S 100D

P

kW

N

P

N

hp

I

N

A

2/ 7 1.00 1.36 3.4 v+h 2/11 1.40 1.90 4.3 v+h 2/15 1.80 2.45 5.6 v+h 2/18 2.50 3.40 8.6 v+h 2/20 2.50 3.40 8.6 v+h 2/22 2.50 3.40 8.6 v+h 2/27 3.40 4.62 10.6 v 2/30 3.40 4.62 10.6 v 2/33 4.20 5.71 15.5 v

1)

v = vertical and h = inclined / horizontal

Note: Use a cooling shroud for horizontal installation.

The characteristic curves shown are for preliminary selection only. Exact selection data will be provided in our quotation.

Dimensions / Weights / Ident. Numbers / Horizontal Installation

3 µ / 460 V

Pump unit S 100D

2/ 7

2/11

2/15

2/18

2/20

2/22

2/27

2/30

2/33

For information on cooling shroud refer to page 20.

L

A

¶ mm

594

721

839

935

980

1048

1205

1272

1506

m

¶ kg

12.6

14.4

16.0

17.7

17.8

18.1

21.5

21.9

28.3

A

Ident-No. A

39 022 621

39 022 622

39 022 623

39 022 624

39 022 625

39 022 626

39 022 627

39 022 628

39 022 629

¶ mm

410

530

630

750

-- --

C

G11/4”

Capacity

16

S 100D -- 4

460

V

for well diameters of 100 mm (4 inches) and above Pumps with submersible motors for ...

-- Temperature of fluid handled up + 30oC.....

-- Current / Operating voltage 3 µ/460 V......

-- Starting direct.......................

Rated

power

(motor)

Rated power

(motor)

Current

intensity for

3 µ

Installation

60 Hz S 100D

Tole r a n c e s t o

24 21

1)

16

11

ISO 9906 Class 2

Annex A

Pump unit S 100D

4/ 3 1.00 1.36 2.4 v+h 4/ 6 1.80 2.45 4.1 v+h

P

kW

N

P

N

hp

I

N

A

8

6

4/ 8 2.50 3.40 5.6 v+h 4/11 2.50 3.40 5.6 v+h 4/16 4.20 5.71 8.7 v+h 4/21 4.20 5.71 8.7 v+h

3

4/24 4.20 5.71 8.7 v

1) v = vertical, h = inclined / horizontal.

Note: Use a cooling shroud for horizontal installation.

The characteristic curves shown are for preliminary selection only. Exact selection data will be provided in our quotation.

Dimensions / Weights / Ident. Numbers / Horizontal Installation

3 µ / 460 V

Pump unit S 100D

4/ 3

4/ 6

4/ 8

4/11

4/16

4/21

4/24

For information on cooling shroud refer to page 20.

L

A

¶ mm

556

663

768

845

1160

1287

1364

m

¶ kg

12.8

16.0

17.7

18.2

28.4

29.5

30.0

A

Ident. No. A

¶ mm

39 022 630

39 022 631

39 022 632

39 022 633

39 022 634

39 022 635

39 022 636

410

450

530

630

875

990

-- -- -- --

C

G11/4”

Capacity

17

S 100D -- 7

460

V

for well diameters of 100 mm (4 inches) and above Pumps with submersible motors for ...

-- Temperature of fluid handled up + 30oC.....

-- Current / Operating voltage 3 µ/460 V......

-- Starting direct.......................

Rated power

(motor)

Rated power

(motor)

Current

intensity for

3 µ

Installation

60 Hz S 100D

Tole r a n c e s t o

ISO 9906 Class 2

18

1)

13

11

Annex A

Pump unit S 100D

P

kW

N

P

N

hp

I

N

A

8

7/ 4 1.80 2.45 4.1 v+h 7/ 6 2.50 3.40 5.6 v+h 7/ 8 3.40 4.62 7.4 v+h

6

7/11 4.20 5.71 8.7 v+h 7/13 4.20 5.71 8.7 v+h 7/18 6.40 8.70 13.1 v

1) v = vertical, h = inclined / horizontal.

4

Note: Use a cooling shroud for horizontal installation.

The characteristic curves shown are for preliminary selection only. Exact selection data will be provided in our quotation.

Dimensions / Weights / Ident. Numbers / Horizontal Installation

3 µ / 460 V

Pump unit S 100D

7/ 4

7/ 6

7/ 8

7/11

7/13

7/18

For information on cooling shroud refer to page 20.

L

A

¶ mm

671

768

903

1127

1195

1518

m

¶ kg

15.8

17.7

21.1

27.8

28.3

35.9

A

Ident. No. A

¶ mm

39 022 637

39 022 638

39 022 639

39 022 640

39 022 641

39 022 642

450

530

650

875

960

-- --

C

G11/4”

Capacity

18

S 100D -- 12

460

V

for well diameters of 100 mm (4 inches) and above Pumps with submersible motors for ...

-- Temperature of fluid handled up + 30oC.....

-- Current / Operating voltage 3 µ/460 V......

-- Starting direct.......................

Rated-

power

(motor)

Rated-

power

(motor)

Current

intensity for

3 µ

Installation

60 Hz S 100D

Tolerances to

ISO 9906 Class 2

Annex A

1)

Pump unit S 100D

P

kW

N

P

hp

N

I

N

A

12 / 4 1.80 2.45 4.1 v+h 12 / 6 3.40 4.62 7.4 v+h 12 / 10 4.20 5.71 8.7 v 12 / 13 6.40 8.70 13.1 v

1) v = vertical, h = inclined / horizontal.

Note: Use a cooling shroud for horizontal installation.

The characteristic curves shown are for preliminary selection only. Exact selection data will be provided in our quotation.

Dimensions / Weights / Ident. Numbers / Horizontal Installation

3 µ / 460 V

Pump unit S 100D

12 / 4

12 / 6

12 /10

12 /13

For information on cooling shroud refer to page 20.

L

A

¶ mm

835

1039

1378

1694

m

¶ kg

15.9

21.3

28.3

37.0

A

Ident. No. A

¶ mm

39 022 643

39 022 644

39 022 645

39 022 646

630

750

-- --

C

G2”

Capacity

19

Permissible Cable Lengths

9006549

4

9006549

5

∆Uupto3%,directstartingandtupto+30

Current /

Voltage

3 µ /

460 V

Motor rating

kW hp 1.5 2.5 4.0 6.0

1.0

1.4

1.8

3.2

3.4

4.2

6.4

1.36

1.90

2.45

4.35

4.62

5.71

8.70

352 m 262 m 203 m 154 m 118 m

Technical Data - Cooling Shroud

Pump unit S 100D

Installation

1)

Dimensions (dia. x length) and motor type (kW)

60 Hz S 100D

o

C

Cable lengths for

cable cross-section in ... mm

97 m 62 m

587 m 437 m 339 m 258 m 197 m 161 m 104 m

-- -700 m 542 m 413 m 316 m 259 m 167 m

Cooling Shroud Ident. No.

2

-- --

-- -619 m 474 m 388 m 251 m

Strainer Ident. No.

Support feet Ident. No.

1/7to1/16 2/7 4/3

1/20 to 1/30 2/11 to 2/15 4/6 7/4 12/4

2/18 to 2/22 2/27 to 2/30 4/8 to 4/11 7/6 to 7/8 12/6

2/33 4/16 to 4/21 4/24 7/11 to 7/13 7/18 12/10 to 12/13

1)

v = vertical, h = inclined / horizontal

v+h v+h v+h

v v+h v+h v+h v+h

v+h

v v+h v+h v+h

v v+h

v

Ø1 15 (130) x 400 up to 1.0 kW (3~) Weight 1.5 kg

Ø1 15 (130) x 500 up to 1.8 kW (3~) Weight 1.7 kg

Ø1 15 (130) x 625 up to 3.4 kW (3~) Weight 2.0 kg

Ø1 15 (130) x 800 up to 6.4 kW (3~) Weight 2.5 kg

90 065 490

90 065 491

90 065 492

90 065 493

Ø115x117 Weight 0.3 kg

Set = 2 pc. Weight 0.6 kg

20

60 Hz UPA 100C

Applications

-- Domestic and general water supply

-- Irrigation and spray irrigation

-- Groundwater lowering

-- Fountains

-- Pressure boosting

-- Air-conditioning systems

-- Fire protection

-- Cooling water cycles

Operating Data

Capacity Q up to 18 m3/h (5 l/s...................

or up to 80 US GPM)

Head H up to 450 m......................

Temperature of fluid handled t up to +30 °C..

..

up to 7.5 kW (10 hp)...............

N

3

Motor ratings P Maximum permissible

amount of suspended sand: 50 g/m

Design

Multistage centrifugal pump with components made of stain-

less steel and additional bearing for each stage. Submersible canned motor: Franklin Electric pre-filled mo-

tors, corrosion free, NEMA shaft end, 60 Hz

-- three-phase motor type Super Stainless

-- with separate lead

-- direct start, max starts : 20 / h

-- Type of enclosure: IP 68

-- Insulation: Class B

Submersible Borehole Pumps

of Stainless Steel

for Well Diameters

of 100 mm (4 inches) and Above

Designation

Type series Minimum well diameter (mm) Design status Capacity Q Number of stages

(US GPM)

opt

Certification

Quality management certified to ISO 9001

UPA 100 C 10 -- 6

Product Features

-- Very sturdy design

-- All components made of stainless steel

-- Suitable for installation in narrow deep wells

-- High efficiency

-- Totally enclosed motor

-- Motor designed for maximum pump output

-- Low noise level

-- For vertical or horizontal installation

-- Non-return valve protected against blocking

-- Pre-filled motor without risk of contamination of the pumped water

21

60 Hz

UPA 100C

Selection Chart (Ranges on Offer) n ¶ 3500 rpm

UPA 100C 16

UPA 100C 10

UPA 100C 22

UPA 100C 35

UPA 100C 10

UPA 100C 16

UPA 100C 22

UPA 100C 60

UPA 100C 35

UPA 100C 60

Note: The diagram shows the ∆QArange on offer. The pumps can be offered for any duty point within this range. The operating

ranges ∆Q

of the individual pump sizes are given in the characteristic curves for different stage numbers on the following pages.

B

22

60 Hz UPA 100C

Materials

Components Execution C1

Pump ...

Diffuser, upper diffuser, lower diffuser, Impeller, Pump shaft with NEMA coupling, Suction casing, suction filter, Discharge casing, Spacer sleeve, Hook

Seal ring NBR + AISI 316 Upper bearing bush NBR + AISI 316 Intermediate bearing bush NBR Valve face NBR + AISI 316

Motor ...

Shaft stainless steel AISI 304 SS Bearing housing stainless steel AISI 304 SS Stator case stainless steel AISI 304 SS

stainless steel AISI 304

Drive

Type submersible canned motor...................

Connection NEMA standard.............

Type of enclosure IP 68........

Frequency 60 Hz..............

Type of current three-phase..........

Rated voltage U 3~ 460 V.........

Rated power P

N

up to 7.5 kW (10 hp).........

Voltage fluctuations up to +/-- 10 %......

Start-up frequency up to 20 / h.......

Min. standstill time 3 min.......

Starting Mode

Direct on line.

Temperatures

The UPA100 C submersible borehole pump is designedfor use in water with temperatures of up to +30 °C.

Direction of Rotation of the Pump

Clockwise rotation (viewed at the drive shaft end).

Pump End (Discharge Nozzle)

UPA 100C 10 -- 16 -- 22: Rp 11/2’’

35 -- 60 Rp 2’’

Installation

Vertical or horizontal installation without restriction. In order to guarantee the dissipation of the motor driving hea-

ting. Itwill be necessaryto install adevice guidingthe flow along the motor (cooling shroud, flow inducer sleeve, etc.) in horizontal installation.

Permissible Cable Lengths

∆Uupto3%,d.o.lstartingandtupto+30°C.

Current /

Voltage

3~ /

460V

Motor-

rating

kW hp

0.75

1.10

1.50

2.20

3.00

3.70

4.00

5.50

7.50

Motor-

rating

1.02

1.50

2.04

3.00

4.08

5.03

5.44

7.48

10.2

Cable lengths for

cable cross-section in ... mm

1.5 2.5 4.0 6.0

352 m 262 m 203 m 154 m 118 m

97 m 84 m 62 m 48 m

587 m 437 m 339 m 258 m 197 m 161 m 140 m 104 m

80 m

Variants Available on Request

-- Higher medium temperatures

-- Voltages above 500 V

-- Other frequencies

700 m 542 m 413 m 316 m 259 m 224 m 167 m 128 m

2

--

-619 m 474 m 388 m 336 m 251 m 192 m

23

Design Features

Optimised operating costs: Check valve, built into the dis-

charge chamber, designed for low loss of head.

Hydraulic profiles are optimized for the attainment of high efficiencies.

60 Hz

UPA 100C

Resistance to corrosion and abrasion, i.e. the same inherent qualities of stainless steel.

Oversized intermediate bearings located at each pump stage to align the shaft, specially designed to optimize lubrication.

Coupling and flange suitable for motors with pump mounting dimensions in accordance with NEMA standards.

Reliable in service: Very strong construction: minimum

thickness of stainless sheet steel of 1 mm, 6 spot welding on each vane, special top bearing for every pump.

Friendly service: Great ease of dismantling and as-

sembly. Easy-to-replace wear-rings and

bearings.

24

UPA 100C 10 -- ...

(Motor)

3

~

60 Hz UPA 100C

D1

(3.86 inch)

(3.75 inch)

ØD1max: Pump = 96.5 mm

Pump with motor = 98.0 mm

Rated power (Motor)

Pump unit

UPA 100C 10 -- ..

6

9 12 15 21

27 34 41 48 54 62

1)

Capacitor run motors (PSC motors) with starter.

P

kW

0.37

0.55

0.75

1.1

1.5

2.2

3.7

Rated power

(Motor)

N

P

hp

0.50

0.75

1.00

1.50

2.00

3.00

5.00

Rated current

N

for 3~

460 V

I

N

A

1.5

2.1

2.4

3.1

4.1

5.6

8.7

62

UPA 100C 10 -- ...

(Tolerances to ISO 2548 Class C, Annex B)

54

48

41

34

27

21

15

12

9

6

1)

Capacity

Operating range: 1.1 -- 3.2 m3/h (5.0 -- 14.0 US GPM) Q

=1.1m3/h (5.0 US GPM)

min

Q

= End of characteristic curve

max

The characteristic curves shown are for preliminary selection only. Exact selection data will be provided in our quotation.

Dimensions / Weights / Ident. Numbers

Pump unit

UPA 100C 10 -- ..

6

9

12

15

21

27

34

41

48

54

62

A ≈ inches A ≈ mm B ≈ inches B ≈ mm C ≈ inches C ≈ mm Ident. No.

13.74

16.57

19.45

22.28

27.99

34.09

40.31

46.97

53.62

63.11

65.98

349

421

494

566

711

866

1024

1193

1362

1603

1676

9.53

10.66

11.75

11. 75

13.62

16.06

22.20

For horizontal installation, a device guiding the flow along the motor (cooling shroud, flow inducer sleeve, etc.) will be required.

3~ / 460 V

242

271

298

346

408

564

23.27

26.10

30.11

34.03

39.74

47.74

56.37

69.17

75.82

80.54

85.30

591

663

765

864

1009

1212

1432

1747

1926

2046

2167

90 065 337

90 065 338

90 065 339

90 065 340

90 065 341

90 065 342

90 065 343

90 065 344

90 065 345

90 065 346

90 065 347

mA≈ kg

12.1

13.2

15.6

18.1

20.1

24.0

29.7

41.2

43.8

45.1

49.1

25

UPA 100C 16 -- ...

(Motor)

3

~

60 Hz

UPA 100C

D1

(3.86 inch)

(3.75 inch)

ØD1max: Pump = 96.5 mm

Pump with motor = 98.0 mm

Rated

power

P

kW

0.37

0.55

0.75

1.10

1.50

2.20

3.70

5.50

power

(Motor)

N

(Motor)

Pump unit

UPA 100C 16 -- ..

5

8 10 14 18 24 31 41 51 62

1)

Capacitor run motors (PSC motors) with starter.

P

hp

0.50

0.75

1.00

1.50

2.00

3.00

5.00

7.50

Rated current

N

for 3~

460 V

I

N

A

1.5

2.1

2.4

3.1

4.1

5.6

8.7

13.1

UPA 100C 16 -- ...

62

51

41

31

24

18

14

10

8

5

1)

Operating range: 2.2 -- 4.5 m3/h (10 -- 20 US GPM)

=2.2m3/h (10 US GPM)

Q

min

= End of characteristic curve

Q

max

The characteristic curves shown are for preliminary selection only. Exact selection data will be provided in our quotation.

(Tolerances to ISO 2548 Class C, Annex B)

Capacity

Dimensions / Weights / Ident. Numbers

Pump unit

UPA 100C 16 -- ..

5

8

10

14

18

24

31

41

51

62

A ≈ inches

12.79

15.63

16.81

21.34

25.12

30.83

37.48

46.97

55.50

65.98

A ≈ mm B ≈ inches B ≈ mm C ≈ inches C ≈ mm Ident. No.

325

397

427

542

638

783

952

1193

1410

1676

9.53

10.66

11. 75

11.75

13.62

16.06

22.20

28.20

For horizontal installation, a device guiding the flow along the motor (cooling shroud, flow inducer sleeve, etc.) will be required.

26

3~ / 460 V

242

271

298

346

408

564

716

18.32

26.29

28.56

33.09

38.74

46.89

59.68

69.17

83.69

94.16

567

668

725

840

984

1191

1516

1757

2126

2392

90 065 348

90 065 349

90 065 350

90 065 351

90 065 352

90 065 353

90 065 354

90 065 355

90 065 356

90 065 357

mA≈ kg

11. 7

14.2

16.2

17.6

20.9

26.1

37.7

41.2

50.4

54.0

UPA 100C 22 -- ...

(Motor)

3

~

D1

(3.86 inch)

(3.75 inch)

ØD1max: Pump = 96,5 mm

Pump with motor = 98,0 mm

Rated power (Motor)

Pump unit

UPA 100C 22 -- ..

4 6

7 10 13 19 26 31 39 47 60

1)

Capacitor run motors (PSC motors) with starter.

P

kW

0.37

0.55

0.75

1.10

1.50

2.20

3.70

5.50

7.50

Rated power

(Motor)

N

P

hp

0.50

0.75

1.00

1.50

2.00

3.00

5.00

7.50

10.0

Rated current

N

for

3~

460 V

I

N

A

1.5

2.1

2.4

3.1

4.1

5.6

8.7

13.1

17.0

60 Hz UPA 100C

UPA 100C 22 -- ...

60

47

39

31

26

19

13

10

7

6

4

1)

(Tolerances to ISO 2548 Class C, Annex B)

Capacity

Operating range: 2.2 -- 6.8 m3/h (10 -- 30 US GPM)

=2.2m3/h (10 US GPM)

Q

min

= End of characteristic curve

Q

max

The characteristic curves shown are for preliminary selection only. Exact selection data will be provided in our quotation.

Dimensions / Weights / Ident. Numbers

Pump unit

UPA 100C 22 -- ..

4

6

7

10

13

19

26

31

39

47

60

A ≈ inches

11. 85

13.74

14.68

16.81

20.39

26.06

32.72

37.48

45.08

52.68

64.10

A ≈ mm B ≈ inches B ≈ mm C ≈ inches C ≈ mm Ident. No.

301

349

373

427

518

662

831

952

1145

1338

1628

9.53

10.66

11. 75

11.75

13.62

16.06

22.20

28.20

30.47

For horizontal installation, a device guiding the flow along the motor (cooling shroud, flow inducer sleeve, etc.) will be required.

3~ / 460 V

242

271

298

346

408

564

716

774

21.37

24.40

26.43

28.56

34.01

42.12

54.92

59.68

73.28

80.88

94.57

543

620

671

725

864

1070

1547

1516

1861

2054

2402

90 065 358

90 065 359

90 065 360

90 065 361

90 065 362

90 065 363

90 065 364

90 065 365

90 065 366

90 065 367

90 065 368

mA≈ kg

11. 4

13.3

15.1

16.4

19.1

28.4

35.9

37.4

47.3

50.2

57.2

27

UPA 100C 35 -- ...

(Motor)

3

~

D1

(3.86 inch)

60 Hz

41

36

31

26

20

UPA 100C

UPA 100C 35 -- ...

(Tolerances to ISO 2548 Class C, Annex B)

(3.75 inch)

ØD1max: Pump = 96,5 mm

Pump with motor = 98,0 mm

Rated

power

P

kW

0.37

0.55

0.75

1.10

1.50

2.20

3.70

5.50

7.50

power

(Motor)

N

(Motor)

Pump unit

UPA 100C 35 -- ..

2 4 5 7 9

12 16 20 26 31

36 41

1)

Capacitor run motors (PSC motors) with starter.

P

hp

0.50

0.75

1.00

1.50

2.00

3.00

5.00

7.50

10.0

Rated current

N

for

3~

460 V

I

N

A

1.5

2.1

2.4

3.1

4.1

5.6

7.4

13.1

17.0

16

12

9

7

5

4

2

1)

Capacity

Operating range: 3.3 -- 10 m3/h (15--45 US GPM)

=3.3m3/h (15 US GPM)

Q

min

= End of characteristic curve

Q

max

The characteristic curves shown are for preliminary selection only. Exact selection data will be provided in our quotation.

Dimensions / Weights / Ident. Numbers

242

271

298

346

408

564

716

1115

3~ / 460 V

19.49

22.51

24.55

26.43

27.49

35.51

45.43

49.20

60.92

65.68

86.10

90.87

495

572

623

671

698

902

1154

1250

1547

1668

2187

2054

90 065 369

90 065 370

90 065 371

90 065 372

90 065 373

90 065 374

90 065 375

90 065 376

90 065 377

90 065 378

90 065 379

90 065 380

mA≈ kg

10.8

12.7

14.4

15.1

17.6

21.7

32.4

33.3

42.7

44.4

48.5

50.3

Pump unit

UPA 100C 35 -- ..

2

4

5

7

9

12

16

20

26

31

36

41

A ≈ inches

9.96

11.85

12.80

14.68

15.87

19.45

23.23

27.00

32.72

37.48

42.20

46.97

A ≈ mm B ≈ inches B ≈ mm C ≈ inches C ≈ mm Ident. No.

253

301

325

373

403

494

590

686

831

952

1072

1193

9.53

10.66

11. 75

11.75

13.62

16.06

22.20

28.20

43.90

For horizontal installation, a device guiding the flow along the motor (cooling shroud, flow inducer sleeve, etc.) will be required.

28

UPA 100C 60 -- ...

(Motor)

3

60 Hz UPA 100C

D1

UPA 100C 60 -- ...

(Tolerances to ISO 2548 Class C, Annex B)

(3.86 inch)

(3.75 inch)

ØD1max: Pump = 96,5 mm

Pump with motor = 98,0 mm

Rated power

(Motor)

Pump unit

UPA 100C 60 -- ..

4 5 7

9 13 18

1)

Capacitor run motors (PSC motors) with starter.

P

kW

1.50

2.20

3.70

5.50

7.50

Rated power

(Motor)

N

P

hp

2.00

3.00

5.00

7.50

10.0

Rated current

N

for

3~

460 V

I

N

A

4.1

5.6

8.7

13.1

17.0

18

13

9

7

5

4

1)

Operating range: 5.5 -- 18.0 m3/h (25--80 US GPM)

=5.5m3/h (25 US GPM)

Q

min

Q

= End of characteristic curve

max

The characteristic curves shown are for preliminary selection only. Exact selection data will be provided in our quotation.

Dimensions / Weights / Ident. Numbers

Capacity

Pump unit

UPA 100C 60 -- ..

4

5

7

9

13

18

A ≈ inches

14.45

15.94

19.02

22.00

28.11

35.71

A ≈ mm B ≈ inches B ≈ mm C ≈ inches C ≈ mm Ident. No.

367

405

483

559

714

907

13.62

16.06

22.20

28.20

43.90

For horizontal installation, a device guiding the flow along the motor (cooling shroud, flow inducer sleeve, etc.) will be required.

3~ / 460 V

346

408

564

716

1115

28.07

32.01

41.22

44.21

56.30

79.62

713

813

1047

1123

1430

2022

90 065 381

90 065 382

90 065 383

90 065 384

90 065 385

90 065 386

mA≈ kg

16.2

19.8

29.7

30.5

39.5

43.4

29

60 Hz

UPA 100C

30

60 Hz

UPA 150C

Applications

Suitable for handling clean or slightly contaminated water in applications such as:

-- domestic water supply

-- general water supply

-- irrigation and spray irrigation systems

-- artificial lowering of the ground water level as well as

-- heat transfer plants In addition, the pump sets are used in pressure

boosting systems, air-conditioning systems, fountains, etc. Permissible sand content in the fluid handled: 50 g/m

3

.

Operating Data

Capacity Q up to 93 m3/h (26 l/s)..................

Head H up to 730 m.....................

Temperature of fluid handled t up to 50 °C.

Speed n 3500 rpm....................

Design

Multistage centrifugal pump with components made of

stainlesssteel and additional bearingfor eachstage. Thestage casings are connected by means of tie bolts.

Motor

Canned or wet submersible squirrel-cage motor, 2 poles; NEMA shaft end; 60 Hz; type of enclosure: IP 68

Submersible Borehole Pumps

for Well Diameters of

150 mm (6 inches)

Designation (Example)

UPA 150 C -- 1 6 / 9

Type series Minimum well diameter (mm) Design status

3

Capacity (m Number of stages

/h)

Certification

Quality management certified to ISO 9001

Product Features

-- Rust-proof

-- Suitable for installation in narrow deep wells

-- High efficiency

-- Motor designed for maximum pump output

-- Low noise level

-- For vertical, angled or horizontal installation

-- Check v alve with anti-blockage valve disc

31

60 Hz

UPA 150C

Selection Charts (Ranges on Offer) n ≈ 3500 rpm

UPA 150C -- 60

UPA 150C -- 16

UPA 150C -- 30

UPA 150C -- 16

UPA 150C -- 48

32

UPA 150C -- 30

UPA 150C -- 48

UPA 150C -- 60

60 Hz

UPA 150C

Material Variants

Component

Pump

Suction casing 1.4408 Stage casing 1.4301 1.4404 Stage casing with hole 1.4301 1.4404 Upper stage casing 1.4301 1.4404 Suction strainer 1.4401 1.4404 Flanged end piece 1.4408 Shaft 1.4305 1.4401 Impeller 1.4301 1.4404 Thrust bearing HY22 Counter thrust bearing A2 A4 O-ring NBR Casing wear ring NBR Impeller wear ring 1.4301 1.4404 Bearing bush NBR Disc 1.4301 1.4404 Valve body 1.4408 Valve spring 1.4401 Valve plate 1.4404 Coupling 1.4308 1.4408 Tiebolt 1.4301 1.4404 Hexagon socket head screw A2 A4 Hexagon socket head screw A4 A4 Nut A2 A4 Impeller nut 1.4401 Locking sleeve 1.4401 Clamp 1.4301 1.4404 Cable support 1.4301 1.4404 Protection plug HY22

Component

Motor

Shaft 1.4305 1.4462

Bearing carrier

Stator case 1.4301 1.4571

DN 100 1.4301 1.4401 UMA 150D

C1 (AISI 304) C2 (AISI 316)

Material

JL--1030 1.4409

Description

1.4301 CrNi steel

1.4305 CrNi steel

1.4308 CrNi steel

1.4401 CrNiMo steel

1.4404 CrNiMo steel

1.4408 CrNiMo steel

1.4462 CrNiMo steel

1.4571 CrNiMo steel JL -- 1030 cast iron A2 CrNi steel A4 CrNiMo steel HY22 Carbon/graphite in PTFE NBR Acrylnitril--Butadien-- Kautschuk

Bearings / Lubrication

Radial plain bearings: pump bearings lubricated by the fluid handled, motorbearings by the motor’s water fill. Axial thrust is balancedby a tilting-pad thrustbearing inthe motor (lowerend).

Direction of Rotation of the Pump

Clockwise rotation (when looking at the drive shaft end).

Pump End (Discharge)

UPA 150C submersible borehole pumps can be supplied with the following discharge ends:

G21/2” G3” G4” DN 50 DN 65 DN 80 UPA 150C -- 16 x x -- x x x UPA 150C -- 30 -- x x -- x x UPA 150C -- 48 -- x x -- x x UPA 150C -- 60 -- x x -- x x

Coating (Bearing carrier)

UMA 150D motor:

Quality powder coating, approved for...........

drinking water contact

Type of Installation

Standard vertical installation. Depending on the number of stages, horizontal installation is also possible. Motor DN 100: In order to guarantee the dissipation of the motorheat it will benecessary toinstalla deviceguiding the flow along the motor (cooling jacket, flow inducer sleeve, etc.) in horizontal installation.

Drive

Design Canned1)or wet2)submersible..............

squirrel-cage motor, 2 poles

Connection NEMA standard..........

Type of enclosure IP 68....

Frequency f 60 Hz..........

Type of current three-phase (3 ~).......

Rated voltage U up to 460V......

Rated power P

N

Frequency of starts 20 / h1)and 15 / h Minimum delay before restarting 1 min

......

...

up to 44 kW........

1)

or 2 min

2)

Motor design is in compliance with VDE regulations.

1)

Motor DN 100

2)

Motor UMA 150D

Connection to Power Supply

The submersible motors are supplied ex factory with 1 or 2 motorleads, each equippedwith an earthconductor.All motors are provided with internal earthing. Any extension cables required are connected using water-tight cable connectors. Motor leads and extension cables are suitable for drinking water applications.

33

60 Hz

Starting

Motor DN 100 d.o.l. only.....

(autotransformer or soft starter)

Motor UMA 150D d.o.l. (autotransformer or soft starter)..

or star-delta

Variable Speed

The submersible borehole pumps can also be equipped with a speed control system to accommodate different operating points.

Application Temperatures

The submersible borehole pumps are, as a standard, suitable for use in water with temperatures of up to t = + 30 °C. An indispensable requirement for this is a flow velocity of v =0.5 m/spast the motor.This requirementis met,for example, when thepump is installed ina deep well above the well screen /filter,etc. Withcertain restrictions,some motor sizesmay also be used in water with temperatures of up to t = + 50 °C or for operation without an adequate cooling flow of water past the motor, i.e. v = 0 m/s (for example, when the unit is installed in a deep well below the screen / filter area or in a pump sump, etc.).

UPA 150C

Variants Available on Request

-- Other supply voltages up to 1000 V

-- Models with cooling, suction or pressure shroud

34

Design Features of the pump

Corrosion resistance

The pump and motor are constructed of high--grade stainless steel as standard -- producing consistently high efficiency levels. Also available in higher grade CrNiMo steel for aggressive fluids.

60 Hz

UPA 150C

Flexibility

D Exchangeable connection variants D Check valvecan beremoved easily D Suitable for vertical installation in

deep wells or horizontalinstallation

D NEMA connection

Low operating costs

High efficiency and low--loss check valve maintain long--term energy savings over the entire service lifetime of the unit.

Maintenance--friendly design

D Simple disassembly and reassembly D Rewindable motors

High operating reliability and long service life

Equipped with reinforced suction strainer, robust drive lantern and check valve made of investment cast stainless steel. Laser--welded impellers. Protected against thrust reversal.

Hygienic and approved for drinking water

ACS approved

35

Design Features of the motor UMA 150D

60 Hz

UPA 150C

The KSB motor

-- VDE-compliant, i.e., high level of electrical safety.

-- Designed for max. pump power to protect unit from overloads.

Counter thrust bearing

-- Reliable balancing of negative axial thrust.

-- Impellers do not rub on the stage casings.

Tried and tested thrust bearing

-- Water-lubricated self-aligning tilting-pad journal bearing.

-- No-maintenance design suitable for maximum load-carrying capacity under continuous operation conditions.

-- New materials combination (stainless steel / carbon) for high safety factor.

Dynamically balanced rotor

-- Ensures smooth running.

36

60 Hz

UPA 150C

37

60 Hz

page4

1

UPA 150C -- 16 / ...; number of stages 1 -- 15

The characteristic curves shown are for preliminary selection only. Exact selection data will be provided in our quotation.

Selection

The pressure losses Hvin the check valve are not considered in the pump characteristic curves.

Legend ... H

: Head losses in the check

v

valve

η

: Pump efficiency (not

p

considering check valve)

NPSH:Net positive suction head

required by the pump

Pump End G 21/2”

The information given below is based on the model with check valve and threaded end.

The changes in the main dimensionsresultingfromdifferent threaded or flanged ends are specified in the table below.

UPA 150C

Overall

length (mm) G21/2” 40 G3” 48 G4” 93 DN 50 77 165 DN 65 77 185 DN 80 77 200

Threaded end to DIN ISO 228, Part 1. Flange end to DIN 2501, Part 1

D

G21/2”

Lp

max

D

max

(mm)

see

L

A

38

60 Hz

page4

1

UPA 150C -- 16 / ...; number of stages 16 -- 45

The characteristic curves shown are for preliminary selection only. Exact selection data will be provided in our quotation.

Selection

The pressure losses Hvin the check valve are not considered in the pump characteristic curves.

Legend ... H

: Head losses in the check

v

valve

η

: Pump efficiency (not

p

considering check valve)

NPSH:Net positive suction head

required by the pump

Pump End G 21/2”

The information given below is based on the model with check valve and threaded end.

The changes in the main dimensionsresultingfromdifferent threaded or flanged ends are specified in the table below.

UPA 150C

Overall

length (mm) G21/2” 40 G3” 48 G4” 93 DN 50 77 165 DN 65 77 185 DN 80 77 200

Threaded end to DIN ISO 228, Part 1. Flange end to DIN 2501, Part 1

D

G21/2”

Lp

max

D

max

(mm)

see

L

A

39

60 Hz

UPA 150C

Technical Data

Pumps with submersible motors for ... -- Type of current / voltage three-phase (3 µ) / 460 V.........................

-- Starting d.o.l. (D) or star-delta (Y -∆)......................................

Pump Motor

UPA 150C -- 16 / ...

Discharge

head

Q=0m

H

0

m

3

/h

P

kW

Rated

power

N

Max. temperature

of the fluid pumped

P

N

hp

v ≥ 0.5 m/s

1)

t

max

_C

Rated

current

I

N

A

Effi-

ciency

η

M

%

Power

factor

cos ϕ

-- --

1 + DN 100 - 1.1 15.6 1.3 1.7 30 2.9 74.0 0.77 4x1.5 --

2 + DN 100 - 2.2 31 2.5 3.4 30 5.6 77.0 0.77 4x1.5 --

3 + DN 100 - 3.0 47 3.4 4.6 30 7.4 79.0 0.76 4x1.5 --

4 + DN 100 - 3.7 64 4.2 5.6 30 8.7 78.0 0.79 4x1.5 -5 + UMA 150D 5/21 82 5.5 7.4 42 12.1 75.5 0.79 4x2.5 3/4 x 2.5

6 + UMA 150D 5/21 98 6.5 8.7 39 13.6 75.5 0.83 4x2.5 3/4 x 2.5

7 + UMA 150D 7/21 115 7.5 10.1 40 15.6 77.5 0.81 4x2.5 3/4 x 2.5 8 + UMA 150D 9/21 131 8.5 11.4 40 17.4 79.0 0.80 4x2.5 3/4 x 2.5

9 + UMA 150D 9/21 147 9.5 12.7 38 19.0 78.5 0.82 4x2.5 3/4 x 2.5

10 + UMA 150D 9/21 162 10.0 13.4 35 19.8 78.5 0.83 4x2.5 3/4 x 2.5

11 + UMA 150D 13/21 181 11.5 15.4 41 23.0 82.0 0.77 4x2.5 3/4 x 2.5 12 + UMA 150D 13/21 197 12.5 16.8 40 24.5 82.0 0.79 4x2.5 3/4 x 2.5

13 + UMA 150D 13/21 212 13.5 18.1 38 26.0 82.0 0.81 4x2.5 3/4 x 2.5

14 + UMA 150D 13/21 228 14.5 19.4 37 27.5 81.5 0.82 4x2.5 3/4 x 2.5 15 + UMA 150D 13/21 243 15.0 20.1 35 28.5 81.5 0.82 4x2.5 3/4 x 2.5

16 + UMA 150D 13/21 258 15.6 20.9 33 29.0 81.5

17 + UMA 150D 15/21 275 17.0 22.8 35 31.0 82.5

18 + UMA 150D 15/21 291 18.0 24.1 34 33.0 82.0 19 + UMA 150D 18/21 310 20.0 26.8 36 37.0 83.0

20 + UMA 150D 18/21 325 20.0 26.8 34 37.0 83.0

21 + UMA 150D 18/21 340 21.0 28.2 33 39.0 83.0

22 + UMA 150D 18/21 356 22.0 29.5 31 40.5 82.5 23 + UMA 150D 22/21 376 24.0 32.2 37 44.0 84.5

24 + UMA 150D 22/21 391 25.0 33.5 36 45.5 84.5

25 + UMA 150D 22/21 406 25.0 33.5 35 45.5 84.5 26 + UMA 150D 22/21 421 26.0 34.9 34 47.0 84.5

27 + UMA 150D 22/21 437 26.4 35.4 33 47.5 84.5

28 + UMA 150D 26/21 457 29.0 38.9 38 52.0 85.5

29 + UMA 150D 26/21 472 30.0 40.2 37 54.0 85.5 30 + UMA 150D 26/21 487 30.0 40.2 36 54.0 85.5

33 + UMA 150D 30/21 540 34.0 45.6 37 62.0 86.0

36 + UMA 150D 30/21 585 36.0 48.3 35 64.0 85.5 39 + UMA 150D 37/22 635 40.0 53.6 48 72.0 85.0

42 + UMA 150D 37/22 682 42.0 56.3 46 76.0 85.0

45 + UMA 150D 37/22 727 44.0 59.0 43 78.0 85.0

1)

also see page 34

2)

3/4 = 1 x 3-core + 1 x 4-core, 90_ spacing.

3)

Parallel cable

0.83

0.84

0.82

0.83

0.81

0.82

0.83

0.82

0.83

0.82

0.83

0.84

Motor lead2),flat

Number x cross-section

of conductors (use under

water, 460 V and ≤ +30 _C)

d.o.l.

mm

2

Y-∆

mm

4x2.5 3/4 x 2.5

4x4.0 3/4 x 2.5

4x4.0 3/4 x 2.5 4x4.0 3/4 x 2.5

4x4.0 3/4 x 2.5

4x4.0 3/4 x 2.5 4x4.0 3/4 x 2.5

4x4.0 3/4 x 2.5

4x4.0 3/4 x 2.5 4x4.0 3/4 x 2.5

4x4.0 3/4 x 2.5

4x6.0 3/4 x 4.0

4x6.0 3/4 x 4.0 4x6.0 3/4 x 4.0

4x6.0 3/4 x 4.0

4x6.0 3/4 x 4.0 3/4 x 4.0

3/4 x 4.0

3)

3/4 x 4.0

3)

3/4 x 4.0

3)

3/4 x 4.0

2

40

60 Hz

P

A

g

q

UPA 150C

Dimensions / Weights / Horizontal Installation

L

P

mm

UPA 150C -- 16 / ...

C1 (AISI 304) C2 (AISI 316)

1 337 635 635 17 139 -- v 2 397 755 755 21 139 -- v

3 458 880 880 25 139 -- v

4 518 1075 1075 34 139 -- v

5 611 1310 1310 62 148 148 v+h 6 671 1370 1370 63 148 148 v+h

7 732 1455 1450 66 148 148 v+h

8 792 1545 1540 71 148 148 v+h

9 853 1605 1600 72 148 148 v+h 10 913 1665 1660 73 148 148 v+h

11 974 1805 1805 82 148 148 v+h

12 1034 1865 1865 83 148 148 v+h 13 1095 1925 1925 85 148 148 v+h

14 1155 1985 1985 86 148 148 v+h

15 1216 2045 2045 87 148 148 v+h

16 1276 2105 2105 89 148 148 v+h 17 1337 2215 2210 94 148 148 v+h

18 1397 2275 2270 95 148 148 v+h

19 1458 2380 2375 101 148 148 v+h 20 1518 2440 2435 102 148 148 v+h

21 1579 2500 2500 103 148 148 v+h

22 1639 2560 2560 105 148 148 v+h

23 1700 2710 2710 114 148 148 v+h 24 1760 2770 2770 116 148 148 v+h

25 1821 2830 2830 117 148 148 v+h

26 1881 2890 2890 118 148 148 v+h 27 1942 2955 2950 120 148 148 v+h

28 2002 3120 3115 130 149 149 v

29 2063 3180 3175 131 149 149 v

30 2123 3240 3235 133 149 149 v 33 36 39 42 45

1)

Including check valve with threaded end and standard motor leads.

A

≈ mm

2)

v = vertical / h = horizontal.

1)

mAin ≈ kg

on request

D

in ≈ mm

max

d.o.l. Y-∆

3)

horizontale installation on request

Installation

3)

2)3)

41

60 Hz

page4

5

UPA 150C -- 30 / ...; number of stages 1 -- 13

The characteristic curves shown are for preliminary selection only. Exact selection data will be provided in our quotation.

Selection

The pressure losses Hvin the check valve are not considered in the pump characteristic curves.

Legend ... H

: Head losses in the check

v

valve

η

: Pump efficiency (not

p

considering check valve)

NPSH:Net positive suction head

required by the pump

Pump End G 3”

The information given below is based on the model with check valve and threaded end.

The changes in the main dimensionsresultingfromdifferent threaded or flanged ends are specified in the table below.

UPA 150C

Overall

length (mm) G21/2” 40 G3” 48 G4” 93 DN 50 77 165 DN 65 77 185 DN 80 77 200

Threaded end to DIN ISO 228, Part 1. Flange end to DIN 2501, Part 1

G3’’

Lp

D

max

D

max

(mm)

see

L

A

42

60 Hz

page4

5

UPA 150C -- 30 / ...; number of stages 14 -- 23

The characteristic curves shown are for preliminary selection only. Exact selection data will be provided in our quotation.

Selection

The pressure losses Hvin the check valve are not considered in the pump characteristic curves.

Legend ... H

: Head losses in the check

v

valve

η

: Pump efficiency (not

p

considering check valve)

NPSH:Net positive suction head

required by the pump

Pump End G 3”

The information given below is based on the model with check valve and threaded end.

The changes in the main dimensionsresultingfromdifferent threaded or flanged ends are specified in the table below.

UPA 150C

Overall

length (mm) G21/2” 40 G3” 48 G4” 93 DN 50 77 165 DN 65 77 185 DN 80 77 200

Threaded end to DIN ISO 228, Part 1. Flange end to DIN 2501, Part 1

G3’’

Lp

D

max

D

max

(mm)

see

L

A

43

60 Hz

UPA 150C

Technical Data

Pumps with submersible motors for ... -- Type of current / voltage three-phase (3 µ) / 460 V.........................

-- Starting d.o.l. (D) or star-delta (Y -∆)......................................

Pump Motor

UPA 150C -- 30 / ...

Discharge

head

Q=0m

H

0

m

3

/h

P

kW

Rated

power

N

Max. temperature

of the fluid pumped

P

N

hp

v ≥ 0.5 m/s

1)

t

max

_C

Rated

current

I

N

A

Effi-

ciency

η

M

%

Power

factor

cos ϕ

-- --

1 + DN 100 - 1.5 15.6 1.8 30 4.1 74.0 0.80 4x1.5 -2 + DN 100 - 3.0 31.0 3.4 30 7.4 79.0 0.76 4x1.5 --

3 + UMA 150D 5/21 49.0 5.0 43 11.4 75.0 0.77 4x2.5 3/4 x 2.5 4 + UMA 150D 5/21 64.0 6.5 39 13.6 75.5 0.83 4x2.5 3/4 x 2.5 5 + UMA 150D 7/21 80.0 8.0 38 16.4 77.0 0.82 4x2.5 3/4 x 2.5 6 + UMA 150D 7/21 95.0 9.0 33 18.0 76.5 0.84 4x2.5 3/4 x 2.5 7 + UMA 150D 9/21 111.0 11.0 33 21.0 78.0 0.84 4x2.5 3/4 x 2.5

8 + UMA 150D 13/21 129.0 12.5 39 24.5 82.0 0.79 4x2.5 3/4 x 2.5 9 + UMA 150D 13/21 144.0 14.0 37 26.5 82.0 0.81 4x2.5 3/4 x 2.5 10 + UMA 150D 13/21 159.0 15.5 34 29.0 81.5 0.83 4x2.5 3/4 x 2.5 11 + UMA 150D 15/21 176.0 17.0 36 31.0 82.5 0.84 4x4.0 3/4 x 2.5 12 + UMA 150D 15/21 190.0 18.0 33 33.0 82.0 0.84 4x4.0 3/4 x 2.5

13 + UMA 150D 18/21 208.0 20.0 34 37.0 83.0 0.82 4x4.0 3/4 x 2.5 14 + UMA 150D 18/21 223.0 22.0 32 40.5 82.5 0.83 4x4.0 3/4 x 2.5 15 + UMA 150D 22/21 241.0 24.0 37 44.0 84.5 0.81 4x4.0 3/4 x 2.5 16 + UMA 150D 22/21 256.0 25.0 36 45.5 84.5 0.82 4x4.0 3/4 x 2.5 17 + UMA 150D 22/21 271.0 26.0 34 47.0 84.5 0.83 4x4.0 3/4 x 2.5

18 + UMA 150D 26/21 289.0 28.0 38 51.0 85.5 0.82 4x6.0 3/4 x 4.0 19 + UMA 150D 26/21 304.0 30.0 37 54.0 85.5 0.83 4x6.0 3/4 x 4.0 20 + UMA 150D 26/21 319.0 31.0 36 55.0 85.5 0.84 4x6.0 3/4 x 4.0 21 + UMA 150D 30/21 338.0 33.0 38 60.0 86.0 0.81 4x6.0 3/4 x 4.0 22 + UMA 150D 30/21 353.0 34.0 37 62.0 86.0 0.82 4x6.0 3/4 x 4.0 23 + UMA 150D 30/21 368.0 36.0 36 64.0 85.5 0.83 4x6.0 3/4 x 4.0

1)

also see page 34

2)

3/4 = 1 x 3-core + 1 x 4-core, 90_ spacing.

Motor lead2),flat

Number x cross-section

of conductors (use under

water, 460 V and ≤ +30 _C)

d.o.l.

mm

2

Y-∆

mm

2

44

60 Hz

P

A

g

UPA 150C

Dimensions / Weights / Horizontal Installation

L

P

mm

UPA 150C -- 30 / ...

C1 (AISI 304) C2 (AISI 316)

1 389 715 715 20 139 -- v 2 485 910 910 25 139 -- v

3 613 1315 1310 60 146 148 v+h 4 709 1410 1410 61 146 148 v+h 5 805 1525 1525 65 146 148 v+h 6 901 1620 1620 67 146 148 v+h 7 997 1750 1745 71 146 148 v+h

8 1093 1925 1920 80 146 148 v+h

9 1189 2020 2020 81 146 148 v+h 10 1285 2115 2115 83 146 148 v+h 11 1381 2255 2255 88 147 148 v+h 12 1477 2355 2350 90 147 148 v+h

13 1573 2495 2490 96 147 148 v+h 14 1669 2590 2590 97 147 148 v+h 15 1765 2775 2775 107 147 148 v+h 16 1861 2870 2870 108 147 148 v+h 17 1957 2970 2965 110 147 148 v+h

18 2053 3170 3165 121 149 149 v 19 2149 3265 3265 122 149 149 v 20 2245 3360 3360 124 149 149 v 21 2341 3555 3555 134 149 149 v 22 2437 3655 3650 136 149 149 v 23 2533 3750 3745 138 149 149 v

1)

Including check valve with threaded end and standard motor leads.

L

A

≈ mm

2)

v = vertical / h = horizontal.

1)

m

A

≈ kg

D

≈ mm

max

Installation

2)

d.o.l. Y-∆

3)

horizontale installation on request

45

60 Hz

page4

7

UPA 150C -- 48 / ...; number of stages 1 -- 14

The characteristic curves shown are for preliminary selection only. Exact selection data will be provided in our quotation.

Selection

The pressure losses Hvin the check valve are not considered in the pump characteristic curves.

Legend ... H

: Head losses in the check

v

valve

η

: Pump efficiency (not

p

considering check valve)

NPSH:Net positive suction head

required by the pump

Pump End G 3”

The information given below is based on the model with check valve and threaded end.

The changes in the main dimensionsresultingfromdifferent threaded or flanged ends are specified in the table below.

UPA 150C

Overall

length (mm) G21/2” 40 G3” 48 G4” 93 DN 50 77 165 DN 65 77 185 DN 80 77 200

Threaded end to DIN ISO 228, Part 1. Flange end to DIN 2501, Part 1

G3’’

Lp

D

max

D

max

(mm)

see

L

A

46

60 Hz

A

L

P

mAk

g

Installatio

n

UPA 150C

Technical Data

Pumps with submersible motors for ... -- Type of current / voltage three-phase (3 µ) / 460 V.........................

-- Starting d.o.l. (D) or star-delta (Y -∆)......................................

Pump Motor

UPA 150C -- 48 / ...

Discharge

head

Q=0m

H

0

m

3

/h

P

kW

Rated power

N

Max. temperature

of the fluid pumped

P

N

hp

v ≥ 0.5 m/s

1)

t

max

_C

Rated

current

I

N

A

Effi-

ciency

η

M

%

Power

factor

cos ϕ

-- --

1 + DN 100 - 3.0 19.2 3.4 30 7.4 79.0 0.76 4x1.5 -2 + UMA 150D 5/21 40.0 6.0 41 12.9 75.5 0.81 4x2.5 3/4 x 2.5 3 + UMA 150D 7/21 59.0 8.5 36 17.2 77.0 0.83 4x2.5 3/4 x 2.5 4 + UMA 150D 9/21 79.0 11.0 33 21.0 78.0 0.84 4x2.5 3/4 x 2.5 5 + UMA 150D 13/21 100.0 14.0 37 26.5 82.0 0.81 4x2.5 3/4 x 2.5 6 + UMA 150D 15/21 119.0 16.5 36 30.5 82.5 0.83 4x4.0 3/4 x 2.5 7 + UMA 150D 18/21 140.0 20.0 35 37.0 83.0 0.82 4x4.0 3/4 x 2.5 8 + UMA 150D 18/21 158.0 22.0 31 40.5 82.5 0.83 4x4.0 3/4 x 2.5 9 + UMA 150D 22/21 179.0 25.0 36 45.5 84.5 0.82 4x4.0 3/4 x 2.5 10 + UMA 150D 26/21 200.0 28.0 38 51.0 85.5 0.82 4x6.0 3/4 x 4.0 11 + UMA 150D 26/21 218.0 31.0 36 55.0 85.5 0.84 4x6.0 3/4 x 4.0 12 + UMA 150D 30/21 240.0 34.0 37 62.0 86.0 0.82 4x6.0 3/4 x 4.0 13 + UMA 150D 30/21 258.0 36.0 35 64.0 85.5 0.83 4x6.0 3/4 x 4.0 14 + UMA 150D 37/22 279.0 40.0 48 72.0 85.0 0.82 3/4 x 4.0

1)

also see page 34

2)

3/4 = 1 x 3-core + 1 x 4-core, 90_ spacing.

3)

Parallel cable

Motor lead2),flat

Number x cross-section

of conductors (use under

water, 460 V and ≤ +30 _C)

d.o.l.

mm

2

3)

Y-∆

mm

3/4 x 4.0

2

Dimensions / Weights / Horizontal Installation

L

P

UPA 150C -- 48 / ...

mm

C1 (AISI 304) C2 (AISI 316) 1 406 830 830 26 139 -- v+h 2 551 1250 1250 61 143 146 v+h 3 664 1385 1385 65 143 146 v+h 4 777 1530 1525 71 143 146 v+h 5 890 1720 1720 80 143 146 v+h 6 1003 1880 1875 86 145 146 v+h 7 1116 2035 2035 92 145 146 v+h 8 1229 2150 2150 95 145 146 v+h 9 1342 2355 2350 105 145 146 v+h

10 1455 2570 2570 116 146 147 v+h 11 1568 2685 2680 119 146 147 v+h 12 1681 2895 2895 130 146 147 v+h 13 1794 3010 3010 132 146 147 v 14 1907 3205 3200 141 146 147 v

1)

Including check valve with threaded end and standard motor leads.

A

≈ mm

2)

v = vertical / h = horizontal.

1)

D

m

≈ kg

max

≈ mm

Installation

2)

d.o.l. Y-∆

3)

horizontale installation on request

47

60 Hz

page4

9

UPA 150C -- 60 / ...; number of stages 1 -- 11

The characteristic curves shown are for preliminary selection only. Exact selection data will be provided in our quotation.

Selection

The pressure losses Hvin the check valve are not considered in the pump characteristic curves.

Legend ... H

: Head losses in the check

v

valve

η

: Pump efficiency (not

p

considering check valve)

NPSH:Net positive suction head

required by the pump

Pump End G 3”

The information given below is based on the model with check valve and threaded end.

The changes in the main dimensionsresultingfromdifferent threaded or flanged ends are specified in the table below.

UPA 150C

Overall

length (mm) G21/2” 40 G3” 48 G4” 93 DN 50 77 165 DN 65 77 185 DN 80 77 200

Threaded end to DIN ISO 228, Part 1. Flange end to DIN 2501, Part 1

G3’’

Lp

D

max

D

max

(mm)

see

L

A

48

60 Hz

P

A

g

UPA 150C

Technical Data

Pumps with submersible motors for ... -- Type of current / voltage three-phase (3 µ) / 460 V.........................

-- Starting d.o.l. (D) or star-delta (Y -∆)......................................

Pump Motor

UPA 150C -- 60 / ...

Discharge

head

Q=0m

H

0

m

3

/h

P

kW

Rated power

N

Max. temperature

of the fluid pumped

P

N

hp

v ≥ 0.5 m/s

1)

t

max

_C

Rated

current

I

N

A

Effi-

ciency

η

M

%

Power

factor

cos ϕ

-- --

1 + DN 100 - 3.0 19.4 3.4 30 7.4 79.0 0.76 4x1.5 -2 + UMA 150D 5/21 40.0 6.6 37 13.8 75.5 0.83 4x2.5 3/4 x 2.5 3 + UMA 150D 9/21 60.0 10.0 36 19.8 78.5 0.83 4x2.5 3/4 x 2.5 4 + UMA 150D 13/21 81.0 13.5 38 26.0 82.0 0.81 4x2.5 3/4 x 2.5 5 + UMA 150D 15/21 101.0 16.5 36 30.5 82.5 0.83 4x4.0 3/4 x 2.5 6 + UMA 150D 18/21 121.0 20.0 34 37.0 83.0 0.82 4x4.0 3/4 x 2.5 7 + UMA 150D 22/21 142.0 24.0 37 44.0 84.5 0.81 4x4.0 3/4 x 2.5 8 + UMA 150D 22/21 161.0 26.4 34 47.5 84.5 0.83 4x4.0 3/4 x 2.5 9 + UMA 150D 26/21 182.0 30.0 37 54.0 85.5 0.83 4x6.0 3/4 x 4.0 10 + UMA 150D 30/21 203.0 34.0 37 62.0 86.0 0.82 4x6.0 3/4 x 4.0 11 + UMA 150D 37/22 223.0 38.0 50 69.0 85.5 0.81 3/4 x 4.0

1)

also see page 34

2)

3/4 = 1 x 3-core + 1 x 4-core, 90_ spacing.

3)

Parallel cable

Motor lead2),flat

Number x cross-section

of conductors (use under

water, 460 V and ≤ +30 _C)

d.o.l.

mm

2

3)

Y-∆

mm

3/4 x 4.0

2

Dimensions / Weights / Horizontal Installation

L

P

mm

UPA 150C -- 60 / ...

C1 (AISI 304) C2 (AISI 316)

1 406 830 830 25 139 -- v+h 2 551 1250 1250 61 143 146 v+h 3 664 1415 1415 68 143 146 v+h 4 777 1610 1605 78 143 146 v+h 5 890 1765 1765 84 145 146 v+h 6 1003 1925 1920 90 145 146 v+h

7 1116 2125 2125 100 145 146 v+h 8 1229 2240 2240 103 145 146 v+h

9 1342 2460 2455 114 146 147 v+h 10 1455 2670 2670 125 146 147 v+h 11 1568 2865 2860 134 145 147 v

1)

Including check valve with threaded end and standard motor leads.

L

A

≈ mm

2)

v = vertical / h = horizontal.

1)

m

A

≈ kg

D

≈ mm

max

Installation

2)

d.o.l. Y-∆

3)

horizontale installation on request

49

60 Hz

UPA 150C

50

60 Hz

Applications

Handling clean or slightly contaminated water ...

-- in general water supply systems,

-- in irrigation and spray irrigation systems,

-- in pressure boosting systems,

-- in emergency water supply systems,

-- in installations for lowering and maintaining ground water levels.

Also used in ...

-- mining,

-- sprinkler installations,

-- fountains etc

Permissible sand content in the fluid handled: 50 g/m Also suitable for aggressive seawater if supplied in material

variant C3 (duplex).

3

.

Operating Data

Capacity Q up to 400 m3/h (111 l/s...................

or up to 1600 US GPM)

Head H up to 434 m......................

Temperature of fluid handled t up to +50 °C..

Speed n ≈ 3500 rpm.....................

UPA 200, 200B, 250C

Submersible Borehole Pumps

for Well Diameters

of 200 mm (8 inches) and Above

and of 250 mm (10 inches) and Above

Design

Single or multistage, single-entry centrifugal pumps in ring-section design. Mixed flow hydraulic systems with impellers that can be turned down.Stage casings connected by means ofstuds. Suction casingfitted between pumpand motor. Suction casing equipped with strainer to protect the pump from coarse particles in the fluid.

Pumps with non-return valve or connection branch on option. Both models available with either threaded or flanged end. Particularly suitable for vertical installation in narrow deep wells.

Designation (Example)

UPA

200 B -- 8 0 B /5d

Type series Minimum well diameter (mm

(for ex.: 200 mm = 8 inches)

Design status

Q

Capacity Impeller material

without code letter: execution G with code B: execution B

Number of stages Reduced impeller diameters

1)

Applies to UPA 200B only.

for 50 Hz (m

opt

1)

)

3

/h)

Certification

Quality management certified to ISO 9001

Product Features

-- Very sturdy design

-- Suitable for installation in narrow deep wells

-- High efficiency

-- Motor designed for maximum pump output

-- Low noise level

-- For vertical or horizontal installation

-- Non-return valve protected against blocking

-- Pre-filled motor; no risk of contamination of the handled water

51

60 Hz

UPA 200, 200B, 250C

Selection Chart (Ranges on Offer) n ≈ 3500 rpm

UPA 250C -- 120

UPA 250C -- 250

UPA 200B -- 80

UPA 200 -- 11

UPA 250C -- 150

UPA 200 -- 14

UPA 200-11

UPA 200-14

UPA 200B-80

UPA 200B -- 130

UPA 250C-120

UPA 250C-250

UPA 200B-130

UPA 250C-150

Note: The diagram shows the ∆QArange on offer. The pumps can be offered for any duty point within this range. The operating

ranges ∆Q

of the individual pump sizes are given in the characteristic curves for different stage numbers on the following pages.

B

Selection charts or performance curves for UPA in material variant C3 (duplex) on request only.

52

60 Hz

UPA 200, 200B, 250C

UPA 200

Material Variants

Component Execution G Execution B Casing Cast iron

(JL1030)

Impeller Glass fibre reinforced NORYL

Diffuser Glass fibre reinforced NORYL

Shaft Cr steel

(1.4021) Wear ring CrNiMo steel (1.4401) Screws, bolts

and nuts

1)

DIN mat. code: GG-20

1)

(PPO)

CrNiMo steel

(A4-70)

2)

DIN mat. code: CuSn10

Bronze

(CC480K--GS)

CrNiMo steel

(1.4462)

2)

Bearings / Lubrication

Plain bearing in the end stage, lubricated by the fluid handled. Axial thrust is balanced by a thrust bearing in the motor.

Threaded End

Flanged End

Direction of Rotation of the Pump

Clockwise rotation (when looking at the drive shaft end).

Pump End (Discharge Nozzle)

UPA 200 - 11 + 14: internal thread G 3’’ (DN 80). Flanged end with adapter also available (see “Accessories”).

Variants Available on Request

-- Pumps with flanged end

-- Pumps with connection branch with either threaded or flanged end

3410:8/3

Example: UPA 200 - 14/3 with UMA 150D .. / 2.

Part No 106/108 Suction casing / Stage casing 143 Suction strainer 171 Diffuser 211 Pump shaft 232 Clockwise impeller 503 Impeller wear ring 529/545 Bearing sleeve / Bearing bush 751 Valve body 849 Sleeve coupling 917 Tie bolt

Description

53

60 Hz

g

UPA 200, 200B, 250C

UPA 200B, 250C

Material Variants

UPA pump

Casing

Im-

200B Glass fibre

peller

250C Bronze (CC480K-GS)

Shaft

Wear ring

Screws, bolts and nuts

UMA motor

Shaft

Hou-

4)

150D

200D 250D 300D

150D

sing

200D 250D

300D

Stator

150D

case

200D 250D

300D

Screws

150D

bolts and nuts

1)

DIN mat. code: GG-25

2)

DIN mat. code: CuSn10

200D

4)

250D

300D

G

(Standard)

Cast iron

(JL1040)

reinforced

1)

NORYL

(PPO)

Cr steel

(1.4021)

high-performance plastics CrNiMo steel

CrNiMo steel

(A4--70)

G

(Standard)

CrNi steel

(1.4305)

CrNiMo steel

(1.4462)

Cast iron

(1.4301)

CrNiMo steel

3)

1)

(A4--70)

(JL1030)

(JL1040)

CrNi steel

CrNiMo steel

CrNi steel

B

(Special)

Bronze

(CC480K-GS)

Bronze

(CC480K-GS)

2)

CrNiMo steel

C2

(Special)

CrNiMo steel

(1.4409)

CrNiMo steel

(1.4408)

CrNiMo steel

(1.4571)

CrNiMo steel

(1.4571)

CrNiMo steel

(A4--70)

3)

DIN mat. code GG-20

4)

Wetted by fluid handled

5)

for size 80B and 130B

2)

5)

(1.4462)

(1.4517)

(1.4462)

C3

(Duplex)

CrNiMo steel

(1.4517)

CrNiMo steel

(1.4517)

(1.4538)

CrNiMo steel

(1.4462)

C3

(Duplex)

CrNiMo steel

(1.4539)

CrNiMo steel

(1.4539)

CrNiMo steel

(1.4539)

CrNiMo steel

(1.4539)

CrNiMo steel

(1.4539)

CrNiMo steel

(1.4539)

CrNiMo steel

(1.4462)

Bearings / Lubrication

Radial plain bearings; lubricated by the liquid handled or by the motor filling water. Depending on the number of stages 1 intermediate bearings is fitted on the pump unit.

The axial thrust is balanced by a thrust bearing with self-adjusting tilting pads in the lower part of the motor.

Direction of Rotation of the Pump

Clockwise rotation (when looking at the drive shaft end). 54

Pump End (Discharge Nozzle)

At choice with female thread G 5’’ and G 6’’ or flange DN 125 and DN 150 dependent on pump size.

Coating (Standard)

Quality 2-component high-build coating...........

(epoxy resin base), approved for drinking

water contact Coating structure Primer and top coat.. Film thickness 100 to 150

µm....

Colour ultramarine blue (RAL 5002)...........

Type of Installation

In general, the pumps are installed vertically. Some models may also be installed horizontally depending on the number of stages and motor size.

Drive

Motor type water-filled submersible........

squirrel-cage motor, 2 poles Type of enclosure IP 68.

Frequency 60 Hz........

Type of current three-phase (3~)....

Rated voltage U 440 V ... 460 V... Rated power P Frequency of starts 15/h Minimum delay

before restarting 1 min

up to 225 kW ( 301.7 hp)...

N

..

1)

and 10/h

1)

and3min

2)

Motor design is in compliance with VDE regulations.

1)

Motor UMA 150D

2)

Motors UMA 200D and 250D

Connection to Power Supply

The motors are normally equipped ex works as follows with short flat cables ...

-- UMA 150D:

1 x 4 m with 4 conductors (3 phases + 1 earth conductor) for direct starting or 1 x 4 m with 3 conductors and 1 x 4 m with 4 conductors (3 phases + 1 earth conductor) for direct and star-delta starting,

-- UMA 200D + UMA 250D:

1 x 6 m with 3 conductors and 1 x 6 m with 4 conductors (3 phases + 1 earth conductor) for direct and star-delta

starting. All motor sizes are equipped with internal earthing. Connection of extension cable on short cable by means of a

waterproof cable connector (see ”accessories” ) Short cable and extension cable in food quality. Note: The cross-section of short cable is only designed for

underwater use. For laying partially or completely in air it is necessary to check the cross-section of this cable.

60 Hz

Starting

Direct on line (without or with starting transformer as well as with smooth running device) or star-delta starting.

Variable Speed

The submersible motor pumps can also be adjusted with a speed adjustment to different duty points.

Application Temperatures

The submersible borehole pumpsare, as a standard, suitable for use in water with temperatures of up to t = +30 °C. An indispensable requirement for this is aflow velocity of v = 0.5 m/s past the motor. This requirement is met, for example, when the pump is installed in a deep well above the well screen / filter, etc.

With certain restrictions, some motor sizes may also be used in water with temperatures of up to t = +50 °C or for operation without an adequate cooling flow of water past the motor, i.e. v = 0 m/s (for example, when the unit is installed in a deep well below the screen / filter area or in a pump sump, etc.).

UPA 200, 200B, 250C

Variants Available on Request

-- UPA 200B pumps with impellers out of Bronze

-- other materials

-- other or higher voltages until 6600 V

-- other frequencies

-- more wear resistant design

-- pump with connection nozzle (instead of non-return valve)

-- with cooling, suction or pressure shroud

55

Design Features

60 Hz

UPA 200, 200B, 250C

Check valve with anti-blockage valve disc

-- No jamming or tilting.

-- Spring-loaded design makes for minimum valve closing times and prevents waterhammer.

-- High operating reliability.

Robust wear rings

-- Replaceable wear rings made of corrosion- and wear-resistant metal.

-- Protection against wear in the clearance; easy servicing.

Integrated sand separator

-- Tried and tested KSB patent.

-- Added protection from abrasive wear for shafts and bearing areas.

-- Long service life and high operating reliability.

All wetted plastic components are approved for contact drinking water (BAM

-- Coating, electric cables, seal elements, gaskets, etc. are absolutely fit for use in drinking water applications.

1) German Federal Institute for Materials Research

Enclosed pump bearing

-- No-maintenance design, high wear resistance.

-- For trouble-free long-term operation.

Energy-efficient hydraulic systems

-- High efficiency and low energy costs.

1)

)

Wear-resistant mechanical seal

-- Long service life and high operating reliability.

Counter thrust bearing

-- Reliable balancing of negative axial thrust.

-- Impellers do not rub on the stage casings.

Tried and tested thrust bearing

-- Water-lubricated self-aligning tilting-pad journal bearing.

-- No-maintenance design suitable for maximum load-carrying capacity under continuous operation conditions.

-- New materials combination (stainless steel / carbon) for high safety factor.

The KSB motor

-- VDE-compliant, i.e., high level of electrical safety.

-- Designed for max. pump power to protect unit from overloads.

Dynamically balanced rotor

-- Ensures smooth running.

Reliable pressure balancing system

-- Optimum rubber expansion diaphragm design.

-- Enables installation at very low depths.

H04004669

56

60 Hz

UPA 200, 200B, 250C

57

60 Hz UPA 200

UPA 200 – 11 for Well Diameters of 200 mm (8 inches) and Above

Pumps with submersible motors for ... -- Type of current / voltage three-phase (3~) / 460 V...........................

-- Starting d.o.l. (D) or star-delta (Y-∆).......................................

Pump unit Pump Motor Motor lead2),flat

Discharge

head

3

/h

Q=0m

H

0

UPA 200 -- 11/ ... + ..

1e + UMA 150D 5/21 1d + UMA 150D 5/21 1 + UMA 150D 5/21

2e + UMA 150D 7/21 2c + UMA 150D 7/21 2 + UMA 150D 9/21

3d + UMA 150D 13/21 3 + UMA 150D 13/21

4c + UMA 150D 15/21 4 + UMA 150D 18/21

5b + UMA 150D 18/21 5 + UMA 150D 22/21

6b + UMA 150D 22/21 6 + UMA 150D 26/21

m

26.5

29.2

32.5

51.9

58.6

63.9

86.6

96.0

117.7

128.3

149.1

160.4

179.3

192.4

7 + UMA 150D 30/21 224.9 36.0 48.3 36 64.0 85.6 0.83 4x6.0 3/4 x 4.0

8 + UMA 150D 37/22 256.9 42.0 56.3 47 76.0 85.1 0.83 3/4 x 4.0 II

9 + UMA 150D 37/22 287.0 44.0 59.0 43 78.0 84.9 0.84 3/4 x 4.0 II

10 + UMA 200D 45/21 322.4 52.0 69.7 31 89.0 85.7 0.87 4 x 10.0 3/4 x 6.0

1)

Also see pages 3 and 55

2)

3/4 = 1 x 3-core + 1 x 4-core, flat, 90_ spacing.

3)

2 cables in parallel.

4)

Delta wiring in the cable connector or control cabinet.

P

kW

4.0

4.5

5.5

7.5

9.0

10.5

12.0

15.0

17.0

21.0

22.0

26.0

31.0

Rated power

N

Max. temperature of

P

N

hp

5.4

6.0

7.4

10.1

12.1

14.1

16.1

20.1

22.8

28.2

29.5

34.9

41.6

the fluid handled

v ≥ 0.5 m/s

1)

t

max

_C

45 44 42

40 35 35

40 35

36 34

32 35

34 36

Rated

current

I

N

A

10.1

10.7

12.1

15.6

18.0

20.5

23.5

28.5

31.0

39.0

40.5

47.0

55.0

Effi-

ciency

η

M

%

73.5

74.6

75.5

77.3

76.7

78.4

82.0

81.6

82.5

82.9

82.7

84.5

85.4

Power

factor

cos φ

-- --

0.71

0.74

0.79

0.81

0.84

0.78

0.82

0.84

0.82

0.83

0.84

Number x cross-section of

conductors (use under water,

460 V and ≤+30 _C)

D.o.l.

mm

4x2.5 4x2.5 4x2.5

4x2.5 4x2.5

4x4.0 4x4.0

4x4.0 4x6.0

2

3)

Y-∆

mm

3/4 x 2.5 3/4 x 2.5 3/4 x 2.5

3/4 x 2.5 3/4 x 2.5

3/4 x 2.5 3/4 x 4.0

3/4 x 4.0

2

4)

70 70 71

77 77 80

90 90

98

102

106 114

118 128

1)

D

192 192 192

192 192

193 193

193 194

max

in ¶ mm

195 195 195

195 195

195 196

Installation

v+h v+h v+h

v+h v+h

Dimensions / Weights / Horizontal Installation

L

UPA 200 - 11/ ..

1e 1d

1

2e 2c

2

3d

3

4c

4

5b

5

6b

6

P

mm

515 515 515

580 580 580

645 645

710 710

775 775

840 840

LA¶ mm mAin ¶ kg

Standard Special Standard Special D.o.l. Y-∆

1214 1214 1214

1299 1299 1329

1474 1474

1584 1629

1694 1784

1849 1954

1214 1214 1214

1299 1299 1329

1474 1474

1584 1629

1694 1784

1849 1954

67 67 68

73 73 76

86 86

93 97

101 109

112 122

7 905 2119 2119 134 140 194 196 v+h 1292

8 970 2264 2264 146 153 196 196 v

9 1035 2329 2329 148 155 196 196 v

10 111 0 2341 2341 207 215 196 199 v+h 1506

1)

Including check valve with threaded end and standard motor leads.

2)

v = vertical; h = horizontal.

3)

Horizontal installation on request.

2)

A

¶ mm

645 645 645

720 720 735

840 840

927 950

1015 1060

1125 1177

3)

-- --

58

UPA 200 - 11 / ..

The characteristic curves shown are for preliminary selection only. Exact selection data will be provided in our quotation.

Selection

The pressurelosses Hvin thecheck valve are not considered in the pump characteristic curves.

For more details and a selection example refer to page 8.

Legend ... H

: Head losses in the check valve

v

η

: Pump efficiency

p

(not considering check valve)

NPSH: Net positive suction head

required by the pump

Pump End G 3’’ / DN 80

The information is based on the model “with check valve / connection branch and threaded end”.

The changes in the main dimensions of the “flanged end” model are specified in the table below.

Check valve / connection branch with:

Threaded

end G 3’’

Length

mm

200 200 (PN 10/16)

200 (PN 25/40)

Threaded end to DIN ISO 228, Part 1. Flange mating dimensions to

DIN EN 1092--2.

Length

mm

Flanged end

DN 80

Outside dia.

mm 200

200

60 Hz UPA 200

UPA 200 -- 11 /..

(Tolerances to ISO 9906 Class 2)

Operating range: Q

=10m3/h

min

= End of characteristic curve

Q

max

Optimum impeller dia. ”d”

Maximum impeller dia.

59

60 Hz UPA 200

UPA 200 --14 for Well Diameters of 200 mm (8 inches) and Above

Pumps with submersible motors for ... -- Type of current / voltage three-phase (3~) / 460 V...........................

-- Starting d.o.l. (D) or star-delta (Y-∆).......................................

Pump unit Pump Motor Motor lead2),flat

Discharge

head

3

/h

Q=0m

H

0

UPA 200 -- 14/ ... + ...

1e + UMA 150D 5/21 1d + UMA 150D 5/21 1 + UMA 150D 7/21

2e + UMA 150D 9/21 2d + UMA 150D 9/21 2 + UMA 150D 13/21

3d + UMA 150D 15/21 3 + UMA 150D 18/21

4c + UMA 150D 22/21 4 + UMA 150D 26/21

5c + UMA 150D 26/21 5 + UMA 150D 30/21

6c + UMA 150D 37/22 6 + UMA 150D 37/22

7c + UMA 150D 37/22 7 + UMA 200D 45/21

m

25.1

30.2

35.5

50.4

60.4

72.1

92.1

108.7

131.2

145.9

163.6

182.1

197.7

217.7

228.7

256.0

8 + UMA 200D 55/21 294.1 60.0 80.5 32 101.0 86.8 0.86 4 x 16.0 3/4 x 6.0

9 + UMA 200D 65/21 332.2 68.0 91.2 34 115.0 87.6 0.85 3/4 x 10 II

1)

Also see pages 3 and 55

2)

3/4 = 1 x 3-core + 1 x 4-core, flat, 90_ spacing.

3)

2 cables in parallel.

4)

Delta wiring in the cable connector or control cabinet.

P

kW

5.0

6.0

7.5

10.0

11. 2

14.5

17.5

22.0

25.0

29.0

31.2

36.0

38.0

44.0

52.0

Rated power

N

Max. temperature of

P

N

hp

6.7

8.0

10.1

13.4

15.0

19.4

23.5

29.5

33.5

38.9

41.8

48.3

51.0

59.0

69.7

the fluid handled

v ≥ 0.5 m/s

1)

t

max

_C

43 41 40

36 31 36

34 32

35 37

35 35

49 45

44 30

Rated

current

I

N

A

11. 4

12.9

15.6

19.8

21.5

27.5

32.0

40.5

45.5

52.0

55.0

64.0

69.0

78.0

89.0

Effi-

ciency

η

M

%

75.2

75.5

77.3

78.5

78.1

81.7

82.4

82.7

84.6

85.6

85.4

85.6

85.4

84.9

85.7

Power

factor

cos φ

-- --

0.77

0.81

0.83

0.85

0.82

0.84

0.83

0.82

0.83

0.84

0.83

0.81

0.84

0.87

Number x cross-section of

conductors (use under water,

460 V and ≤+30 _C)

D.o.l.

2

mm

4x2.5 4x2.5 4x2.5

4x4.0 4x4.0

4x4.0 4x6.0

4x6.0 4x6.0

3/4 x 4.0 II 3/4 x 4.0 II

3/4 x 4.0 II

4x10

3)

Y-∆

mm

3/4 x 2.5 3/4 x 2.5 3/4 x 2.5

3/4 x 2.5 3/4 x 2.5

3/4 x 2.5 3/4 x 4.0

3/4 x 4.0 3/4 x 4.0

3/4 x 4.0 3/4 x 6.0

3/4 x 10.0

2

4)

Dimensions / Weights / Horizontal Installation

UPA 200 -- 14/ ..

1e 1d

1

2e 2d

2

3d

3

4c

4

5c

5

6c

6

7c

7

L

mm

530 530 530

610 610 610

690 690

770 770

850 850

930 930

1020 1020

P

LA¶ mm mAin ¶ kg

Standard Special Standard Special D.o.l. Y-∆

1229 1229 1249

1359 1359 1439

1564 1609

1779 1884

1964 2064

2224 2224

2314 2251

1229 1229 1249

1359 1359 1439

1564 1609

1779 1884

1964 2064

2224 2224

2314 2251

68 68 70

77 77 84

92 96

108 117

125 134

144 144

148 204

1)

71 71 73

81 81 88

96

100

113 123

130 139

150 150

154 210

D

192 192 192

193 193

193 194

194 194

196 196

max

in ¶ mm

195 195 195

195 195

195 196

196 196

196 199

Installation

8 1100 2441 2441 228 235 199 199 v+h 1551

9 1180 2651 2651 252 259 199 199 v+h 1696

1)

Including check valve with threaded end and standard motor leads.

2)

v = vertical; h = horizontal.

3)

Horizontal installation on request.

v+h v+h v+h

v+h v+h

3)

v

3)

v

3)

v

v+h

2)

A

¶ mm

660 660 670

765 765 805

907 930

1055 1107

1187 1237

-- --

1416

60

UPA 200 - 14 / ..

The characteristic curves shown are for preliminary selection only. Exact selection data will be provided in our quotation.

Selection

The pressurelosses Hvin thecheck valve are not considered in the pump characteristic curves.

For more details and a selection example refer to page 8.

Legend ... H

: Head losses in the check valve

v

η

: Pump efficiency

p

(not considering check valve)

NPSH: Net positive suction head

required by the pump

Pump End G 3’’ / DN 80

The information is based on the model “with check valve / connection branch and threaded end.

The changes in the main dimensions of the “flanged end” model are specified in the table below.

60 Hz UPA 200

UPA 200 -- 14 /..

(Tolerances to ISO 9906 Class 2)

Check valve / connection branch with

Threaded

end G 3’’

Length

mm

200 200 (PN 10/16)

Flanged end

DN 80

Length

mm

200 (PN 25/40)

Outside dia.

mm 200

200

Threaded end to DIN ISO 228, Part 1. Flange mating dimensions to

DIN EN 1092--2.

Operating range: Q

=12m3/h

min

= End of characteristic curve

Q

max

Optimum impeller dia. ”d”

Maximum impeller dia.

61

60 Hz UPA 200B, 250C

UPA 200B -- 80 for Well Diameters of 200 mm (8 inches) and Above

Pumps with submersible motors for ... -- Type of current / voltage three-phase (3~) / 460 V...........................

-- Starting d.o.l. (D) or star-delta (Y-∆).......................................

Pump unit Pump Motor Motor lead2),flat

Discharge

head

3

/h

Q=0m

H

0

UPA 200B -- 80/.. + ...

1g + UMA 150D 7/21 1f + UMA 150D 9/21 1d + UMA 150D 13/21 1 + UMA 150D 13/21

2g + UMA 150D 15/21 2f + UMA 150D 18/21 2d + UMA 150D 22/21 2 + UMA 150D 26/21

3f + UMA 150D 26/21 3e + UMA 150D 26/21 3c + UMA 150D 30/21 3 + UMA 150D 37/22

4e + UMA 150D 37/22 4c + UMA 200D 45/21 4 + UMA 200D 55/21

5d + UMA 200D 55/21 5 + UMA 200D 65/21

6c + UMA 200D 65/21 6 + UMA 200D 75/21

7c + UMA 200D 90/21 7 + UMA 200D 90/21

8c + UMA 200D 90/21 8 + UMA 250D 110/21

1)

Also see pages 3 and 55

2)

3/4 = 1 x 3-core + 1 x 4-core, flat, 90_ spacing.

3)

2 cables in parallel.

4)

Delta wiring in the cable connector or control cabinet.

m

29.1

34.1

36.8

39.1

55.7

64.0

69.2

76.2

97.3

101.6

107.0

113.4

135.8

143.6

152.9

177.1

191.0

215.9

228.5

253.8

267.4

288.4

309.4

P

N

kW

9.0

10.5

12.5

14.0

17.0

21.0

25.0

28.0

31.0

36.0

40.0

42.0

50.0

54.0

58.0

68.0

74.0

80.0

90.0

95.0

100.0

110.0

Rated

power

P

hp

12.1

14.1

16.8

18.8

22.8

28.2

33.5

37.5

41.6

48.3

53.6

56.3

67.1

72.4

77.8

91.2

99.2

107.3

120.7

127.4

134.1

147.5

N

Max. temperature

of the fluid handled

v ≥ 0.5 m/s

1)

t

max

_C 33

34 39 37

35 34 36 38

38 36 35 48

46 32 35

33 34

31 31

34 32

30 33

Rated

current

I

N

A

18.0

20.5

24.5

26.5

31.0

39.0

45.5

51.0

55.0

64.0

72.0

76.0

86.0

93.0

99.0

115.0

124.0

136.0

156.0

162.0

169.0

188.0

Effi-

ciency

η

M

%

76.7

78.4

82.0

81.8

82.5

82.9

84.6

85.7

85.4

85.6

85.2

85.1

85.7

86.7

86.8

87.6

87.5

88.2

88.7

Power

factor

cos φ

-- --

0.84

0.79

0.81

0.84

0.82

0.84

0.83

0.82

0.83

0.86

0.85

0.86

0.85

0.86

0.85

0.83

0.84

0.85

0.83

Number x cross-section of

conductors (use under water,

460 V and ≤ 30 _C)

D.o.l.

2

mm

4x2.5 4x2.5 4x2.5 4x2.5

4x4.0 4x4.0 4x4.0 4x6.0

4x6.0 4x6.0 4x6.0

3/4 x 4.0 II 3/4 x 4.0 II

4 x 10.0 4 x 16.0

4 x 16.0

3/4 x 10.0 II 3/4 x 10.0 II

3/4 x 10.0 II 3/4 x 16.0 II

3/4 x 16.0 II 3/4 x 16.0 II

3/4 x 16.0 II

3/4 x 2.5 3/4 x 2.5 3/4 x 2.5 3/4 x 2.5

3/4 x 2.5 3/4 x 2.5 3/4 x 2.5 3/4 x 4.0

3/4 x 4.0 3/4 x 4.0 3/4 x 4.0

3)

3/4 x 4.0

3)

3/4 x 4.0 3/4 x 6.0 3/4 x 6.0

3/4 x 6.0

3)

3/4 x 10.0

3)

3/4 x 10.0

3)

3/4 x 10.0

3)

3/4 x 16.0

3)

3/4 x 16.0

3)

3/4 x 16.0

3)

3/4 x 25.0

Y-∆

mm

2

4)

Dimensions / Weights / Horizontal Installation

L

P

UPA 200B -- 80/..

1g

1f

1d

1

2g

2f

2d

2

3f 3e 3c

3

4e 4c

4

5d

5

6c

6

7c

7

8c

8

1)

Including check valve with threaded end and standard motor leads.

2)

v = vertical; h = horizontal.

3)

Horizontal installation on request.

4)

Horizontal installation only with bearing pedestals of special design.

mm

582 582 582 582

714 714 714 714

846 846 846 846

978 978 978

1110 1110

1242 1242

1374 1374

1506 1506

LA¶ mm mAin ¶ kg

Standard Special Standard Special D.o.l. Y-∆

1301 1331 1411 1411

1588 1633 1723 1828

1960 1960 2060 2140

2272 2209 2319

2451 2581

2713 2803

3115 3115

3247 3035

1301 1331 1411 1411

1588 1633 1723 1828

1960 1960 2060 2140

2272 2209 2319

2451 2581

2713 2803

3115 3115

3247 3035

89 92 99 99

113 117 125 134

145 146 155 162

172 225 245

256 279

289 305

348 348

358 428

1)

95

98 105 105

122 126 134 143

155 156 165 172

184 237 257

269 292

304 320

364 364

446 446

D

193 193 193 193

194 194 194 195

195 195 195 198

198 201 205

205 201

201 205

211 211

211 232

max

in ¶ mm

196 196 196 196

196 196 196 198

198 198 198 198

198 201 201

201 205

205 205

211 211

211 235

Installation

v+h v+h v+h v+h

v+h v+h v+h

3)

v

3)

v v+h v+h

v+h v+h

3) 4)

v

3) 4)

v

3) 4)

v

4)

v

2)

A

¶ mm

632 647 687 687

841 864 909 961

1093 1093

1143

--

-1284 1339

1471 1536

1668 1713

--

62

UPA 200B -- 80 / ..

The characteristic curves shown are for preliminary selection only. Exact selection data will be provided in our quotation.

Selection

The characteristic curves shown apply to the standard impeller material, i.e. Noryl.

The performance data for the full impeller diameter and impeller diameter “b” for the given number of stages will only be achieved when the impellers are made of Noryl (PPO).

For the special impeller material (bronze), please select the next higher number of stages.

In this case, please refer to the characteristic curves individually prepared for the quotation.

The pressure losses H considered in the pump characteristic curves.

For more details and a selection example refer to page 8.

Legend ...

: Head losses in the check valve

H

v

η

: Pump efficiency

p

(not considering check valve)

NPSH: Net positive suction head

required by the pump

in the check valve are not

v

60 Hz UPA 200B, 250C

UPA 200B -- 80 /..

(Tolerances to ISO 9906 Class 2)

Pump End G 5’’ / DN 125

The information is based on the model “with check valve / connection branch and threaded end”.

The changes in the main dimensions of the “flanged end” model are specified in the table below.

Check valve / connection branch with

Threaded

end G 5’’

Length

mm

200 150 (PN 10/16)

Threaded end to DIN ISO 228, Part 1. Flange mating dimensions to

DIN EN 1092--2.

Flanged end

DN 125

Length

mm

150 (PN 25/40)

Outside dia.

mm 250

270

Operating range: Q

=18m3/h

min

= End of characteristic curve

Q

max

Optimum impeller dia. ”d”

optimaler Laufrad-∅ ”f”

Maximum impeller dia.

maximaler Laufrad-∅

63

60 Hz UPA 200B, 250C

UPA 200B -- 130 for Well Diameters of 200 mm (8 inches) and Above

Pumps with submersible motors for ... -- Type of current / voltage three-phase (3~) / 460 V...........................

-- Starting d.o.l. (D) or star-delta (Y-∆).......................................

Pump unit Pump Motor Motor lead2),flat

Discharge

head

3

Q=0m

/h

H

0

UPA 200B -- 130/.. + ...

1g + UMA 150D 7/21 1e + UMA 150D 9/21 1c + UMA 150D 13/21 1 + UMA 150D 13/21

2g + UMA 150D 15/21 2e + UMA 150D 18/21 2d + UMA 150D 22/21 2c + UMA 150D 22/21 2 + UMA 150D 26/21

3e + UMA 150D 30/21 3d + UMA 150D 30/21 3c + UMA 150D 37/22 3 + UMA 150D 37/22

4d + UMA 200D 45/21 4c + UMA 200D 45/21 4b + UMA 200D 55/21 4 + UMA 200D 55/21

5c + UMA 200D 65/21 5b + UMA 200D 65/21 5 + UMA 200D 65/21

6c + UMA 200D 75/21 6b + UMA 200D 90/21 6 + UMA 200D 90/21

7c + UMA 200D 90/21 7b + UMA 200D 90/21 7 + UMA 250D 110/21

m

24.6

28.8

33.2

35.6

48.4

56.8

61.4

64.6

70.1

85.3

91.1

96.6

103.8

122.2

128.8

135.3

140.1

162.7

169.1

175.1

194.7

204.0

211.5

227.8

236.6

249.5

8b + UMA 250D 110/21 273.8 115.0 154.2 32 195.0 88.7 0.84 3/4 x 16 II

1)

Also see pages 3 and 55

2)

3/4 = 1 x 3-core + 1 x 4-core, flat, 90_ spacing.

3)

2 cables in parallel.

4)

Delta wiring in the cable connector or control cabinet.

P

N

kW

9.0

11. 2

13.5

15.5

18.0

22.0

25.0

26.0

30.0

33.0

36.0

40.0

44.0

48.0

52.0

56.0

60.0

66.0

68.0

74.0

78.0

85.0

90.0

95.0

105.0

Rated

power

P

hp

12.1

15.0

18.1

20.8

24.1

29.5

33.5

34.9

40.2

44.3

48.3

53.6

59.0

64.4

69.7

75.1

80.5

88.5

91.2

99.2

104.6

114.0

120.7

127.4

140.8

Max. temperature of the

fluid handled

v ≥ 0.5 m/s

N

t

max

_C 33

32 38 34

34 31 36 34 37

38 36 49 45

33 30 34 33

35 33 31

31 35 33

32 31 33

Rated

current

Effi-

ciency

Power

factor

Number x cross-section of

conductors (use under water,

460 V and ≤+30 _C)

1)

I

N

A

18.0

21.5

26.0

29.0

33.0

40.5

45.5

47.0

54.0

60.0

64.0

72.0

78.0

83.0

89.0

96.0

101.0

112.0

115.0

124.0

134.0

149.0

156.0

162.0

181.0

η

%

76.7

78.1

81.9

81.4

82.2

82.7

84.6

84.5

85.5

85.8

85.6

85.2

84.9

85.7

86.8

87.5

87.6

87.5

88.1

88.2

88.6

cos φ

M

-- --

0.84

0.85

0.81

0.83

0.84

0.83

0.82

0.83

0.81

0.83

0.82

0.84

0.86

0.87

0.85

0.86

0.85

0.86

0.84

0.82

0.83

0.84

0.83

D.o.l.

2

mm

4x2.5 4x2.5 4x2.5 4x2.5

4x4.0 4x4.0 4x4.0 4x4.0 4x6.0

4x6.0

4x6.0 3/4 x 4.0 II 3/4 x 4.0 II

4x10 4x10 4x16 4x16

3/4 x 10 II 3/4 x 10 II 3/4 x 10 II

3/4 x 10 II 3/4 x 16 II 3/4 x 16 II

3/4 x 16 II 3/4 x 16 II 3/4 x 16 II

3/4 x 2.5 3/4 x 2.5 3/4 x 2.5 3/4 x 2.5

3/4 x 2.5 3/4 x 2.5 3/4 x 2.5 3/4 x 2.5 3/4 x 4.0

3/4 x 4.0 3/4 x 4.0

3)

3/4 x 4.0

3)

3/4 x 4.0 3/4 x 6.0

3/4 x 6.0 3/4 x 6.0 3/4 x 6.0

3)

3/4 x 10

3)

3/4 x 10

3)

3/4 x 10

3)

3/4 x 10

3)

3/4 x 16

3)

3/4 x 16

3)

3/4 x 16

3)

3/4 x 16

3)

3/4 x 25

3)

3/4 x 25

Y-∆

mm

2

4)

99

99 106 106

122 126 134 135 144

165 165 172 172

237 237 257 257

292 292 292

320 352 352

364 364 434

1)

max

193 193 193 193

194 194 194 194 195

195 195 198 198

201 201 205 205

201 201 201

205 211 211

211 211 232

Dimensions / Weights / Horizontal Installation

L

UPA 200B -- 130/..

1g 1e

1c

1

2g 2e 2d

2c

2

3e 3d

3c

3

4d

4c

4b

4

5c

5b

5

6c

6b

6

7c

7b

7

P

mm

545 595 595 595

740 740 740 740 740

885 885 885 885

1030 1030 1030 1030

1175 1175 1175

1320 1320 1320

1465 1465 1465

LA¶ mm mAin ¶ kg D

Standard Special Standard Special D.o.l. Y- ∆

1264 1344 1424 1424

1614 1659 1749 1749 1854

2099 2099 2179 2179

2261 2261 2371 2371

2646 2646 2646

2881 3061 3061

3206 3206 2994

1264 1344 1424 1424

1614 1659 1749 1749 1854

2099 2099 2179 2179

2261 2261 2371 2371

2646 2646 2646

2881 3061 3061

3206 3206 2994

89 92 99 99

113 117 125 125 135

155 155 162 162

225 225 245 245

279 279 279

305 337 337

348 348 418

8b 1610 3139 3139 428 446 232 235 v

1)

Including check valve with threaded end and standard motor leads.

2)

v = vertical; h = horizontal.

3)

Horizontal installation on request.

4)

Horizontal installation only with bearing pedestals of special design.

in ¶ mm

196 196 196 196

196 196 196 196 198

198 198 198 198

201 201 201 201

205 205 205

205 211 211

211 211 235

Installation

v+h v+h v+h v+h

v+h v+h v+h v+h v+h

v+h v+h

3)

v

3)

v

v+h v+h v+h v+h

v+h v+h v+h

v+h

3) 4)

v

3) 4)

v

3) 4)

v

3) 4)

v

v+h

4)

2)

A

¶ mm

585 650 690 690

857 880 925 925 977

1172 1172

--

1326 1326 1381 1381

1591 1591 1591

1781

--

1910

-- --

64

UPA 200B -- 130 / ..

The characteristic curves shown are for preliminary selection only. Exact selection data will be provided in our quotation.

Selection

The characteristic curves shown apply to the standard impeller material, i.e. Noryl.

The performance data for the full impeller diameter for the given number of stages will only be achieved when the impellers are made of Noryl (PPO).

For the special impeller material (bronze), please select the next higher number of stages.

In this case, please refer to the characteristic curves individually prepared for the quotation.

The pressure losses H considered in the pump characteristic curves.

For more details and a selection example refer to page 8.

Legend ... H

: Head losses in the check valve

v

η

: Pump efficiency

p

(not considering check valve)

NPSH: Net positive suction head

required by the pump

in the check valve are not

v

60 Hz UPA 200B, 250C

UPA 200B -- 130 /..

(Tolerances to ISO 9906 Class 2)

Pump End G 5’’ / DN 125

The information is based on the model “with check valve / connection branch and threaded end”.

The changes in the main dimensions of the “flanged end” model are specified in the table below.

Check valve / connection branch with:

Threaded

end G5’’

Length

mm

200 150 (PN 10/16)

Threaded end to DIN ISO 228, Part 1. Flange mating dimensions to DIN EN 1092--2.

Flanged end

DN 125

Length

mm

150 (PN 25/40)

Outside dia.

mm 250

270

Operating range: Q

=24m3/h

min

= End of characteristic curve

Q

max

Optimum impeller dia. ”d”

Maximum impeller dia.

65

60 Hz UPA 200B, 250C

UPA 250C -- 120 for Well Diameters of 250 mm (10 inches) and Above

Pumps with submersible motors for ... -- Type of current / voltage three-phase (3~) / 460 V...........................

-- Starting d.o.l. (D) or star-delta (Y-∆).......................................

Pump unit Pump Motor Motor lead2),flat

Discharge

head

3

Q=0m

/h

H

o

UPA 250C -- 120/.. + ...

1l + UMA 150D 13/21 1h + UMA 150D 18/21 1f + UMA 150D 18/21 1d + UMA 150D 22/21 1 + UMA 150D 26/21

2l + UMA 150D 26/21 2k + UMA 150D 30/21 2h + UMA 150D 37/22 2f + UMA 150D 37/22 2d + UMA 200D 45/21 2 + UMA 200D 55/21

3h + UMA 200D 55/21 3f + UMA 200D 65/21 3d + UMA 200D 65/21 3 + UMA 200D 90/21

4f + UMA 200D 90/21 4d + UMA 250D 110/21 4 + UMA 250D 132/21

5d + UMA 250D 132/21 5 + UMA 250D 160/21

m

42.5

50.2

53.7

58.8

62.5

82.6

90.4

97.6

104.3

114.6

122.3

144.5

156.3

169.1

181.0

208.7

229.9

243.8

286.0

304.0 6 + UMA 250D 190/21 366.3 180.0 241.4 32 304.0 90.2 0.83 3/4 x 35 II 7 + UMA 300D 250/22 434.6 215.0 288.3 62 359.0 89.6 0.84 3/3x70 II + 1x35

1)

Also see pages 3 and 55

2)

3/4 = 1 x 3-core + 1 x 4-core, flat, 90_ spacing.

3)

2 cables in parallel.

4)

Delta wiring in the cable connector or control cabinet.

5)

1 x 3--core flat + 1 x 4--core round.

6)

2 x 3--core flat + 1 x 1--core round.

7)

6 x 1--core round + 1 x 1--core round.

P

N

kW

15.5

20.0

22.0

25.0

29.0

31.2

36.0

42.0

44.0

52.0

60.0

62.0

68.0

76.0

90.0

95.0

105.0

120.0

130.0

150.0

Rated power

P

N

hp

20.8

26.8

29.5

33.5

38.9

41.8

48.3

56.3

59.0

69.7

80.5

83.1

91.2

101.9

120.7

127.4

140.8

160.9

174.3

201.2

Max. temperature

of the fluid handled

v ≥ 0.5 m/s

1)

t

max

_C

34 35 32 36 38

35 35 47 44 31 32

31 33 30 33

32 34 35

33 32

Rated

current

I

N

A

29.0

37.0

40.5

45.5

52.0

55.0

64.0

76.0

78.0

89.0

101.0

105.0

115.0

126.0

156.0

162.0

181.0

200.0

214.0

247.0

Effi-

ciency

η

M

%

81.4

83.1

82.7

84.6

85.6

85.4

85.6

85.1

84.9

85.7

86.8

87.6

88.2

88.6

89.3

89.7

Power

factor

cos φ

-- --

0.83

0.82

0.83

0.82

0.83

0.84

0.83

0.84

0.87

0.86

0.85

0.87

0.83

0.84

0.83

0.85

0.86

0.85

Number x cross-section of

conductors (use under water,

460 V and ≤ +30 _C)

D.o.l.

2

mm

4x2.5 4x4.0 4x4.0 4x4.0 4x6.0

4x6.0

4x6.0 3/4 x 4.0 II 3/4 x 4.0 II

3)

4 x 10.0

4x16

4x16 3/4 x 10 II 3/4 x 10 II 3/4 x 16 II

3/4 x 16 II 3/4 x 16 II 3/4 x 25 II

3/4 x 25 II 3/4 x 25 II

3)

3) 5)

3) 6)

6x95 + 1x50

Y-∆

mm

3/4 x 2.5 3/4 x 2.5 3/4 x 2.5 3/4 x 2.5 3/4 x 4.0

3/4 x 4.0 3/4 x 4.0 3/4 x 4.0 3/4 x 4.0 3/4 x 6.0 3/4 x 6.0

3/4 x 6.0 3/4 x 10 3/4 x 10 3/4 x 16

3/4 x 16 3/4 x 25 3/4 x 25

3/4 x 25

3/4 x 35 3/4 x 35

2

4)

4) 5)

4) 7)

Dimensions / Weights / Horizontal Installation

L

P

UPA 250C -- 120/..

1l

1h

1f

1d

1

2l 2k 2h

2f 2d

2 3h

3f 3d

3

4f 4d

4 5d

5

mm

681 681 681 681 681

828 828 828 828 828 828

975 975 975 975

1122 1122 1122

1269

1269 6 1416 3335 3335 611 644 266 280 v 7 1563 3636 3636 757 794 304 304 v

1)

Including check valve with threaded end and standard motor leads.

2)

v = vertical; h = horizontal.

3)

Horizontal installation on request.

4)

Horizontal installation only with bearing pedestals of special design.

LA¶ mm mAin ¶ kg

Standard Special Standard Special D.o.l. Y-∆

1510 1600 1600 1690 1795

1942 2042 2122 2122 2059 2169

2316 2446 2446 2716

2863 2651 2781

2928 3038

1510 1600 1600 1690 1795

1942 2042 2122 2122 2059 2169

2316 2446 2446 2716

2863 2651 2781

2928 3038

123 131 131 139 148

169 178 185 185 238 258

278 301 301 349

369 439 483

503 540

1)

135 143 143 151 160

185 194 201 201 254 274

299 322 322 370

394 464 508

532 569

D

230 230 230 230 232

232 232 233 233 235 238

238 235 235 244

244 246 257

257 257

max

in ¶ mm

232 232 232 232 233

233 233 233 233 235 235

235 239 239 244

244 257 257

257 266

Installation

v+h v+h v+h v+h v+h

v+h v+h

3)

v

3)

v v+h v+h

v+h v+h v+h

3)

v

3)

v v+h v+h

v+h

4)

v

3) 4)

4)

2)

A

¶ mm

751 796 796 841 893

1040 1090

--

1099

1154

1301 1366 1366

--

-1542 1607

1754

--

66

UPA 250C -- 120 / ..

The characteristic curves shown are for preliminary selection only. Exact selection data will be provided in our quotation.

Selection

The pressure losses Hvin the check valve are not considered in the pump characteristic curves.

For more details and a selection example refer to page 8.

Legend ... H

: Head losses in the check valve

v

η

: Pump efficiency

p

(not considering check valve)

NPSH: Net positive suction head

required by the pump

Pump End G 6’’ / DN 150

The information is based on the model “with check valve / connection branch and threaded end”.

The changes in the main dimensions of the “flanged end” model are specified in the table below.

Check valve / connection branch with:

Threaded

end G6’’

Length

mm

229 179 (PN 10/16)

Threaded end to DIN ISO 228, Part 1. Flange mating dimensions to DIN EN 1092--2.

Flanged end

DN 150

Length

mm

179 (PN 25/40)

Outside dia.

mm 285

300

60 Hz UPA 200B, 250C

UPA 250C -- 120 /..

(Tolerances to ISO 9906 Class 2)

Operating range: Q

=24m3/h

min

= End of characteristic curve

Q

max

Optimum impeller dia. ”f”

Maximum impeller dia.

250

400

67

60 Hz UPA 200B, 250C

UPA 250C --150 for Well Diameters of 250 mm (10 inches) and Above

Pumps with submersible motors for ... -- Type of current / voltage three-phase (3~) / 460 V...........................

-- Starting d.o.l. (D) or star-delta (Y-∆).......................................

Pump unit Pump Motor Motor lead2),flat

Discharge

head

3

Q=0m

H

0

UPA 250C -- 150/.. + ...

1l + UMA 150D 18/21 1k + UMA 150D 22/21 1d + UMA 150D 30/21 1 + UMA 150D 37/22

2k + UMA 200D 45/21 2h + UMA 200D 55/21 2f + UMA 200D 55/21 2c + UMA 200D 65/21 2 + UMA 200D 65/21

3h + UMA 200D 75/21 3g + UMA 200D 90/21 3d + UMA 200D 90/21 3b + UMA 250D 110/21 3 + UMA 250D 110/21

4e + UMA 250D 132/21 4c + UMA 250D 132/21 4b + UMA 250D 160/21 4 + UMA 250D 160/21

5d + UMA 250D 190/21 5b + UMA 250D 190/21 5 + UMA 300D 250/22

m

39.1

46.3

55.9

59.6

92.5

99.2

106.8

113.8

117.7

143.2

151.4

162.6

172.1

176.5

213.0

221.9

229.3

235.1

276.2

287.2

300.9

6b + UMA 300D 250/22 350.5

1)

Also see pages 3 and 55

2)

3/4 = 1 x 3-core + 1 x 4-core, flat, 90_ spacing.

3)

2 cables in parallel.

4)

Delta wiring in the cable connector or control cabinet.

5)

1 x 3--core flat + 1 x 4--core round.

6)

2 x 3--core flat + 1 x 1--core round.

7)

6 x 1--core round + 1 x 1--core round.

/h

Rated power

Max. temperature

of the fluid handled

Rated

current

Effi-

ciency

Power

factor

v ≥ 0.5 m/s

P

kW

19.0

24.0

33.0

38.0

48.0

54.0

60.0

68.0

76.0

80.0

90.0

100.0

110.0

120.0

125.0

135.0

145.0

155.0

170.0

180.0

200.0

225.0

N

hp

25.5

32.2

44.3

51.0

64.4

72.4

80.5

91.2

101.9

107.3

120.7

134.1

147.5

160.9

167.6

181.0

194.4

207.9

228.0

241.4

268.2

301.7 61 373.0 89.8 0.85 3/3x70 II + 1x35

t

max

_C

1)

36 37 38 49

32 35 32 34 30

31 34 31 33 31

34 32 33 31

34 32 62

I

N

A

36.0

44.0

60.0

69.0

83.0

93.0

101.0

115.0

126.0

136.0

156.0

169.0

188.0

203.0

207.0

222.0

241.0

254.0

291.0

304.0

341.0

η

%

83.2

84.7

85.8

85.4

85.7

86.7

86.8

87.6

87.5

88.2

88.7

89.3

89.7

89.6

90.2

89.3

cos φ

M

-- --

0.81

0.86

0.85

0.86

0.85

0.87

0.85

0.83

0.85

0.83

0.84

0.85

0.86

0.85

0.86

0.82

0.83

Number x cross-section of

conductors (use under water,

460 V and ≤ +30 _C)

D.o.l.

2

mm

4x4.0 4x4.0 4x6.0

3/4 x 4.0 II

3)

4x10 4x16

4x16 3/4 x 10 II 3/4 x 10 II

3/4 x 10 II 3/4 x 16 II 3/4 x 16 II 3/4 x 16 II 3/4 x 16 II

3/4 x 25 II 3/4 x 25 II 3/4 x 25 II 3/4 x 25 II

3/4 x 35 II 3/4 x 35 II

3/3x70 II + 1x35

3)

3) 5)

3) 6)

6x95 + 1x50

Y-∆

mm

3/4 x 2.5 3/4 x 2.5 3/4 x 4.0 3/4 x 4.0

3/4 x 6.0 3/4 x 6.0 3/4 x 6.0

3/4 x 10 3/4 x 10

3/4 x 10 3/4 x 16 3/4 x 16 3/4 x 25 3/4 x 25

3/4 x 25

3/4 x 25 3/4 x 35 3/4 x 35

3/4 x 35 3/4 x 35

2

4)

4) 5)

5) 7)

Dimensions / Weights / Horizontal Installation

L

P

UPA 250C -- 150/..

1l 1k 1d

1

2k 2h

2f 2c

2

3h 3g 3d 3b

3

4e 4c 4b

4

5d 5b

5

mm

690 690 690 690

846 846 846 846 846

1002 1002 1002 1002 1002

1158 1158 1158 1158

1314 1314 1314

6b 1470 3543 3543 728 757 304 304 v

1)

Including check valve with threaded end and standard motor leads.

2)

v = vertical; h = horizontal.

3)

Horizontal installation on request.

4)

Horizontal installation only with bearing pedestals of special design.

LA¶ mm mAin ¶ kg

Standard Special Standard Special D.o.l. Y-∆

1609 1699 1904 1984

2077 2187 2187 2317 2317

2563 2743 2743 2531 2531

2817 2817 2927 2927

3233 3233 3387

1609 1699 1904 1984

2077 2187 2187 2317 2317

2563 2743 2743 2531 2531

2817 2817 2927 2927

3233 3233 3387

129 137 156 163

235 255 255 278 278

313 345 345 415 415

478 478 515 515

584 584 709

1)

141 149 168 175

250 270 270 293 293

331 363 363 433 433

499 499 536 536

609 609 734

D

230 230 232 233

235 238 238 235 235

239 244 244 246 246

257 257 257 257

266 266 304

max

in ¶ mm

232 232 233 233

235 238 235 239 239

239 244 244 257 257

257 257 266 266

280 280 304

Installation

v+h v+h v+h

3)

v

v+h v+h v+h v+h v+h

v+h

3)

v

3)

v v+h v+h

v+h v+h v+h v+h

3) 4)

v

3) 4)

v

4)

v

4)

2)

A

¶ mm

800 845 947

--

1112 1167

1167 1232 1232

1433

--

-1417 1417

1638 1638 1693 1693

--

68

UPA 250C -- 150 / ..

The characteristic curves shown are for preliminary selection only. Exact selection data will be provided in our quotation.

Selection

The pressure losses Hvin the check valve are not considered in the pump characteristic curves.

For more details and a selection example refer to page 8.

Legend ... H

: Head losses in the check valve

v

η

: Pump efficiency

p

(not considering check valve)

NPSH: Net positive suction head

required by the pump

Pump End G 6’’ / DN 150

The information is based on the model “with check valve / connection branch and threaded end”.

The changes in the main dimensions of the “flanged end” model are specified in the table below.

Check valve / connection branch with:

Threaded

end G 6’’

Length

mm

229 179 (PN 10/16)

Threaded end to DIN ISO 228, Part 1. Flange mating dimensions to DIN EN 1092--2.

Flanged end

DN 150

Length

mm

179 (PN 25/40)

Outside dia.

mm 285

300

60 Hz UPA 200B, 250C

UPA 250C -- 150 /..

(Tolerances to ISO 9906 Class 2)

Operating range: Q

=36m3/h

min

= End of characteristic curve

Q

max

Optimum impeller dia. ”g”

Maximum impeller dia.

250

400

69

60 Hz UPA 200B, 250C

UPA 250C -- 250 for Well Diameters of 250 mm (10 inches) and Above

Pumps with submersible motors for ... -- Type of current / voltage three-phase (3~) / 460 V...........................

-- Starting d.o.l. (D) or star-delta (Y-∆).......................................

Pump unit Pump Motor Motor lead2),flat

Discharge

head

3

/h

Q=0m

H

0

UPA 250C -- 250/.. + ...

1m + UMA 150D 26/21 1k + UMA 150D 26/21 1f + UMA 150D 30/21 1 + UMA 150D 37/22

2m + UMA 200D 55/21 2l + UMA 200D 55/21 2g + UMA 200D 65/21 2e + UMA 200D 65/21 2c + UMA 200D 90/21 2 + UMA 200D 90/21

3h + UMA 200D 90/21 3f + UMA 250D 110/21 3d + UMA 250D 132/21 3 + UMA 250D 132/21

4f + UMA 250D 160/21 4e + UMA 250D 160/21 4c + UMA 250D 190/21 4 + UMA 250D 190/21

5e + UMA 250D 190/21 5b + UMA 300D 250/22

1)

Also see pages 3 and 55

2)

3/4 = 1 x 3-core + 1 x 4-core, flat, 90_ spacing.

3)

2 cables in parallel.

4)

Delta wiring in the cable connector or control cabinet.

5)

1 x 3--core flat + 1 x 4--core round.

6)

2 x 3--core flat + 1 x 1--core round.

7)

6 x 1--core round + 1 x 1--core round.

m

37.8

42.1

47.0

54.7

73.7

80.3

89.0

96.1

104.2

108.0

125.8

136.5

149.8

159.0

181.9

190.4

205.9

213.4

238.5

264.4

P

N

kW

29.0

31.2

36.0

44.0

58.0

62.0

70.0

76.0

85.0

90.0

100.0

110.0

120.0

135.0

145.0

150.0

170.0

180.0

190.0

220.0

Rated power

P

N

hp

38.9

41.8

48.3

59.0

77.8

83.1

93.9

101.9

114.0

120.7

134.1

147.5

160.9

181.0

194.4

201.2

228.0

241.4

254.8

295.0

Max. temperature of

the fluid handled

v ≥ 0.5 m/s

1)

t

max

_C

37 35 35 44

33 31 33 31 34 33

31 33 35 32

34 32 34 32

31 62

Rated

current

I

N

A

52.0

55.0

64.0

78.0

99.0

105.0

118.0

126.0

149.0

156.0

169.0

188.0

200.0

222.0

241.0

247.0

291.0

304.0

317.0

367.0

Effi-

ciency

η

M

%

85.6

85.4

85.6

84.9

86.8

87.6

88.1

88.2

88.7

89.3

89.7

90.2

89.7

Power

factor

cos φ

-- --

0.83

0.84

0.83

0.84

0.86

0.87

0.82

0.83

0.85

0.83

0.85

0.86

0.85

0.82

0.83

0.84

Number x cross-section of

conductors (use under water,

460 V and ≤ +30 _C)

D.o.l.

2

mm

4x6.0 4x6.0 4x6.0

3/4 x 4.0 II

3)

4x16

4x16 3/4 x 10 II 3/4 x 10 II 3/4 x 16 II 3/4 x 16 II

3/4 x 16 II 3/4 x 16 II 3/4 x 25 II 3/4 x 25 II

3/4 x 25 II 3/4 x 25 II

3/4 x 35 II 3/4 x 35 II

3/4 x 35 II

3/3x70 II + 1x35

3)

3) 5)

3) 6)

6x95 + 1x50

Y-∆

mm

3/4 x 4.0 3/4 x 4.0 3/4 x 4.0 3/4 x 4.0

3/4 x 6.0 3/4 x 6.0

3/4 x 10 3/4 x 10 3/4 x 16 3/4 x 16

3/4 x 16 3/4 x 25 3/4 x 25 3/4 x 25

3/4 x 35 3/4 x 35 3/4 x 35 3/4 x 35

3/4 x 35

2

4)

4) 5)

4) 7)

Dimensions / Weights / Horizontal Installation

L

P

UPA 250C- 250/..

1m

1k

1f 1

2m

2l 2g 2e 2c

2 3h

3f 3d

3

4f 4e 4c

4

5e 5b

1)

Including check valve with threaded end and standard motor leads.

2)

v = vertical; h = horizontal.

3)

Horizontal installation on request.

4)

Horizontal installation only with bearing pedestals of special design.

mm

709 709 709 709

884 884 884 884 884 884

1059 1059 1059 1059

1234 1234 1234 1234

1409 1409

LA¶ mm mAin ¶ kg

Standard Special Standard Special D.o.l. Y-∆

1823 1823 1923 2003

2225 2225 2355 2355 2625 2625

2800 2588 2718 2718

3003 3003 3153 3153

3328 3482

1823 1823 1923 2003

2225 2225 2355 2355 2625 2625

2800 2588 2718 2718

3003 3003 3153 3153

3328 3482

146 147 156 163

255 255 278 278 326 326

345 415 459 459

515 515 566 566

585 710

1)

154 155 164 171

266 266 289 289 337 337

359 429 473 473

533 533 584 584

606 731

D

232 232 232 233

238 238 235 235 244 244

244 246 257 257

257 257 266 266

266 304

max

in ¶ mm

233 233 233 233

235 235 239 239 244 244

244 257 257 257

266 266 280 280

280 304

Installation

v+h v+h v+h

3)

v

v+h v+h v+h v+h

3)

v

3)

v

3)

v v+h v+h v+h

4)

v

4)

v

3) 4)

v

3) 4)

v

3) 4)

v

4)

v

2)

A

¶ mm

896 896 946

--

1185

1185 1250 1250

--

-1454 1519 1519

--

70

UPA 250C -- 250 / ..

The characteristic curves shown are for preliminary selection only. Exact selection data will be provided in our quotation.

Selection

The pressure losses Hvin the check valve are not considered in the pump characteristic curves.

For more details and a selection example refer to page 8.

Legend ... H

: Head losses in the check valve

v

η

: Pump efficiency

p

(not considering check valve)

NPSH: Net positive suction head

required by the pump

Pump End G 6’’ / DN 150

The information is based on the model “with check valve / connection branch and threaded end”.

The changes in the main dimensions of the “flanged end” model are specified in the table below.

Check valve / connection branch with:

Threaded

end G 6’’

Length

mm

229 179 (PN 10/16)

Threaded end to DIN ISO 228, Part 1. Flange mating dimensions to DIN EN 1092--2.

Flanged end

DN 150

Length

mm

179 (PN 25/40)

Outside dia.

mm 285

300

60 Hz UPA 200B, 250C

UPA 250C -- 250 /..

(Tolerances to ISO 9906 Class 2)

Operating range: Q

=60m3/h

min

= End of characteristic curve

Q

max

Optimum impeller dia. ”h”

Maximum impeller dia.

250

400

71

60 Hz UPA 200B, 250C

72

60 Hz

Application

Handling clean or slightly contaminated water in applications such as:

-- general water supply

-- irrigation and spray irrigation

-- pressure boosting

-- lowering and maintaining ground water levels as well as

-- drainage Also used in mining, sprinkler installations, fountains etc. Permissible sand content in the fluid handled: 50 g/m Also suitable for aggressive seawater if supplied in material

variant C3 (duplex).

3

.

Operating Data

Capacity Q up to 1080 m3/h (300 l/s...................

or up to 4000 US GPM)

Head H up to 474 m......................

Temperature of fluid handled t up to +50 °C..

Speed n ≈ 3500 rpm.....................

UPA 300, 350

Submersible Borehole Pumps

for Well Diameters

of 300 mm (12 inches) and Above

and of 350 mm (14 inches) and Above

Single-entry and mixed flow

Design

Single or multistage, single-entry centrifugal pump in ring-section design. For vertical and horizontal installation. Mixed flow hydraulic systems with impellers that can be turned down. Stage casings are connected by means of stud bolts.

Suction casing fitted between pump and motor. Suction casing equipped with strainer to protect the pump from coarse particles in the fluid.

Pumps with check valve or connection branch on option. Both models with threaded or flanged end.

Particularly suitable for vertical installation in narrow deep wells.

Designation (Example)

UPA

300 -- 9 4 /5 b

Type series Minimum well diameter (mm)

(for ex.: 300 mm = 12 inches)

Capacity Q Number of stages Reduced impeller diameter(s)

at 50 Hz (l/s)

opt

Certification

Quality management certified to ISO 9001

Available automation products:

• Hyamaster (for UPA 300)

Product Features

-- Very sturdy design

-- Suitable for installation in narrow deep wells

-- High efficiency

-- Motor designed for maximum pump output

-- Low noise level

-- For vertical or horizontal installation

-- Non-return valve protected against blocking

-- Pre-filled motor; no risk of contamination of the handled water

73

60 Hz

UPA 300, 350

Selection Chart (Ranges on Offer) n ≈ 3500 rpm

UPA 300 -- 94

UPA 300 -- 65

UPA 350 -- 128

UPA 350 -- 180

UPA 300 -- 65

UPA 300 -- 94

Note: The diagram shows the ∆Q

ranges ∆Q 74

of the individual pump sizes are given in the characteristic curves for different stage numbers on the following pages.

B

UPA 350 -- 180

UPA 350 -- 128

range on offer. The pumps can be offered for any duty point within this range. The operating

A

60 Hz

(

)

(

3

)

/

(

3

)

/

UPA 300, 350

Material Variants

G (Standard) B (Special) C3 (Duplex)

Pump

Casing Cast iron

Impeller Bronze (CC480K--GS) CrNiMo steel

Shaft Cr steel

Wear ring

Bearings Cr steel

Screws, bolts and

2)

nuts

motor

Shaft CrNiMo steel (1.4462) Casing Cast iron

Stator case

Screws, bolts and

2)

nuts

1)

For large number of stages

2)

In contact with fluid handled

3)

for motors UMA 200D and. UMA 250D only7)DIN mat. code: GG-25

4)

for motors UMA 300D only

(JL 1030

Nodular cast

(JS--10306))

G (Standard) C2 (Special)

JL 1040

5)

)/

1)

iron

(1.4021)

high-performance plastics

(1.4021) / carbon

CrNiMo steel

(A4--70)

5)

(JL-1030

CrNi steel

1.4301

/

4) 7)

CrNiMo steel (A4 -70)

Bronze

(CC480K--GS) /

Aluminium

bronze

(CC333G--GS)

CrNiMo steel

(1.4462)

Aluminium

bronze

(CC308G--R750)

/ carbon

CrNiMo steel

(1.4408

)

1.4517

CrNiMo steel

1.4571

1.44624))

CrNiMo steel

1)

3)

/

4)

)

5)

DIN mat. code: GG-20

6)

DIN mat. code: GGG-40

(1.4517)

CrNiMo steel

(1.4462)

CrNiMo steel

(1.4138)

SiC / SiC

CrNiMo steel

(1.4462)

C3 (Duplex)

CrNiMo steel

(1.4539

(1.4517

CrNiMo steel

1.4539

1.44624))

CrNiMo steel

(1.4539

1.4462

3)

4)

Type of Installation

In general, the pumps are installed vertically. Some models may also be installed horizontally, depending on the number of stages and motor size.

Drive

Type water-filled submersible................

squirrel-cage motor, 2-poles

Type of enclosure IP 68....

Frequency 60 Hz...........

Type of current three-phase (3~).......

Rated voltage U 440 V ... 460 V......

Rated power P

N

Frequency of starts 10 / h

...

up to 415 kW (556.5 hp)......

1)

and5/h

2)

Minimum delay

before re-starting 3 min.....

Motor design is in compliance with VDE regulations.

1)

UMA 200D and 250D motors

2)

UMA 300D motor and larger motors

Connection to Power Supply

The submersible motors are supplied ex factory with 1 or 2

/

4)

)

motor leads, eachequipped with an earth conductor. All motors are provided with internal earthing.

Any extension cables required are connected using water-tight cable connectors.

Motor leads and extension cables are suitable for drinking

/

)

water applications.

Starting Methods

D.o.l. (autotransformer or soft starter) or star-delta.

Bearings / Lubrication

Radial plain bearings: pump bearings lubricated by the fluid handled, motorbearings by the motor’s waterfill. Depending on the pump size and number of stages, 1 or 2 intermediate bearings are fitted in the pump.

Axial thrust is balanced by a tilting-pad thrust bearing in the motor (lower end).

Direction of Rotation of the Pump

Clockwise rotation (when looking at the drive shaft end).

Pump End (Discharge Nozzle)

Optionally with internal thread G 6’’ and G 8’’ or flange DN 150 to DN 250, depending on pump size.

Coating (Standard)

Quality 2-component high-build coating..............

(epoxy resin base), approved for

drinking water contact

Coating structure Primer and top coat.....

Film thickness 100 to 150 µm.......

Colour ultramarine blue (RAL 5002)..............

Speed Control / Variable Speed

The submersible borehole pumps can also be run at variable speed to accommodate different operating points.

Application Temperatures

The submersible borehole pumps are, as a standard, suitable for use in water with temperatures of up to t = +30 °C. An indispensable requirement for this is a flow velocity of

v ≥0.5 m/s past the motor. This requirement is met, for example, when the pump is installed in a deep well above the well screen / filter, etc.

With certain restrictions, some motor sizes may also be used in water with temperatures of up to t

= +50 °C or for operation

without an adequate cooling flow of water past the motor, i.e. v = 0 m/s (for example, when the unit is installed in a deep well below the screen / filter area or in a pump sump, etc.).

Variants Available on Request

-- Other materials

-- More wear-resistant designs

-- Higher supply voltages up to U = 6600 V

-- Models with cooling, suction or pressure shroud

75

Design Features (UPA 300-- 94/.. + UMA 250D ../21)

Check valve with anti-blockage valve disc

-- No jamming or tilting.

-- Spring-loaded design makes for minimum valve closing times and prevents waterhammer.

-- High operating reliability.

Robust wear rings

-- Replaceable wear rings made of corrosion- and wear-resistant metal.

-- Protection against wear in the clearance; easy servicing.

Stainless steel union elements

-- All wetted bolts, screws and nuts are made of CrNiMo steel.

-- High operating reliability.

-- Easy to remove and re-use even after many years of operation.

60 Hz

UPA 300, 350

All wetted plastic components are approved for drinking water contact

1)

(BAM

-- Coating, electric cables, seal

1) German Federal Institute for Materials Research

Enclosed pump bearing

-- No-maintenance design, high wear

-- For trouble-free long-term operation.

Mixed-flow impellers

-- Can be turned down. This means

)

elements, gaskets, etc. are absolutely fit for use in drinking water applications.

resistance.

pump performance can be exactly matched to head requirements in the system.

Wear-resistant mechanical seal

-- Long service life and high operating reliability.

Counter thrust bearing

-- Reliable balancing of negative axial thrust.

-- Impellers do not rub on the stage casings.

Tried and tested thrust bearing

-- Water-lubricated self-aligning tilting-pad journal bearing.

-- No-maintenance design suitable for maximum load-carrying capacity under continuous operation conditions.

-- New materials combination (stainless steel / carbon) for high safety factor.

Stainless steel pump shaft

-- Fully protected by impeller hubs and sleeves from direct wear caused by the fluid handled.

The KSB motor

-- Efficienciesupto91%.

-- VDE-compliant, i.e. high level of electrical safety.

-- Designed for max. pump power to protect unit from overloads.

Dynamically balanced rotor

-- Ensures smooth running.

Reliable pressure balancing system

-- Optimum rubber expansion diaphragm design.

-- Enables installation at very low depths

76

3411:10

60 Hz

UPA 300, 350

77

60 Hz

UPA 300, 350

UPA 300 -- 65 for Well Diameters of 300 mm (12 inches) and Above

Pumps with submersible motors for ... -- Type of current / voltage three-phase (3~) / 460 V...........................

-- Starting d.o.l. (D) or star-delta (Y-∆).......................................

Pump unit Pump Motor Motor lead2),flat

Discharge

head

Q=0m3/h

H

o

UPA 300 -- 65/ ... + ...

1n + UMA 200D 37/21 1m + UMA 200D 37/21 1l + UMA 200D 37/21 1f + UMA 200D 45/21 1 + UMA 200D 55/21

2m + UMA 200D 65/21 2l + UMA 200D 75/21 2g + UMA 200D 90/21 2d + UMA 250D 110/21 2 + UMA 250D 132/21

3k + UMA 250D 132/21 3h + UMA 250D 160/21 3e + UMA 250D 160/21 3d + UMA 250D 190/21 3 + UMA 300D 250/22

4g + UMA 300D 250/22 4e + UMA 300D 250/22 4b + UMA 300D 250/22 4 + UMA 300D 250/22

5e + UMA 300D 250/22 5b + UMA 300D 250/22 5 + UMA 300D 300/22

6c + UMA 300D 300/22 6 + UMA 300D 400/22

m

42.1

49.9

54.5

59.6

69.0

101.5

111. 4

120.4

132.9

142.9

171.4

179.9

189.2

199.9

218.8

248.3

258.0

276.7

289.9

320.9

344.0

362.4

408.4

432.9

7c + UMA 300D 400/22 474.6 400.0 536.4 56 634.0 91.1 0.87 6x95 II + 1x50

1)

Also see pages 3 and 75

2)

3/4 = 1 x 3-core + 1 x 4-core. flat, 90_ spacing.

3)

2 cables in parallel.

4)

Delta wiring in the cable connector or control cabinet.

5)

1 x 3--core flat + 1 x 4--core round.

6)

2 x 3--core flat + 1 x 1--core round.

7)

6 x 1--core round + 1 x 1--core round.

Dimensions / Weights / Horizontal Installation

L

P

UPA 300 - 65/ ..

1n

1m

1l 1f

1

2m

2l 2g 2d

2

3k 3h 3e 3d

3

4g 4e 4b

4

5e 5b

5

6c

6

¶ mm

735 735 735 735 735

900 900 900 930 930

1095 1095 1095 1095 1095

1260 1260 1260 1260

1425 1425 1425

1590 1590

7c 1755 4128 4128 1005 1044 304 304 v

1)

Including check valve with threaded end and standard motor leads.

2)

v = vertical; h = horizontal.

3)

Horizontal installation on request.

4)

Horizontal installation only with bearing pedestals of special design.

78

LA¶ mm mAin ¶ kg D

Standard Special Standard Special D.o.l Y-∆

1876 1876 1876 1966 2076

2371 2461 2641 2459 2589

2754 2864 2864 3014 3168

3333 3333 3333 3333

3498 3498 3678

3843 3963

P

N

kW

26.0

34.0

38.0

46.0

60.0

68.0

78.0

95.0

110.0

125.0

130.0

145.0

155.0

170.0

200.0

215.0

240.0

265.0

295.0

330.0

345.0

390.0

Rated power

1876 1876 1876 1966 2076

2371 2461 2641 2459 2589

2754 2864 2864 3014 3168

3333 3333 3333 3333

3498 3498 3678

3843 3963

P

N

hp

34.9

45.6

51.0

61.7

80.5

91.2

104.6

127.4

147.5

167.6

174.3

194.4

207.9

228.0

268.2

288.3

321.8

355.4

395.6

442.5

462.7

523.0

Max. temperature

of the fluid handled

v ≥ 0.5 m/s

1)

t

max

_C

41 38 35 34 32

34 31 32 33 34

33 34 32 34 63

63 62 61 59

59 57 59

58 57

213 213 213 229 249

304 320 352 430 474

506 543 543 594 747

779 779 779 779

811 811

889 921

973

224 224 224 240 260

319 335 367 446 490

526 563 563 614 770

806 806 806 806

842 842 920

956

1008

1)

Rated

current

I

N

A

49.5

61.0

67.0

80.0

101.0

115.0

134.0

162.0

188.0

207.0

214.0

241.0

254.0

291.0

341.0

359.0

394.0

429.0

471.0

534.0

554.0

622.0

269 269 269 269 271

276 275 278 278 289

289 289 289 298 325

325 325 325 325

325 325 304

304 304

Effi-

ciency

83.5

84.6

84.8

85.7

86.8

87.6

87.5

88.2

88.7

89.3

89.7

89.6

90.2

89.3

89.6

90.0

90.2

90.4

90.8

90.9

91.1

max

η

M

%

¶ mm

Power

factor

cos φ

276 276 276 276 276

275 275 278 289 289

289 298 298 311 325

325 325 325 325

325 325 304

304 304

-- --

0.79

0.84

0.85

0.86

0.85

0.84

0.83

0.85

0.86

0.85

0.86

0.82

0.83

0.84

0.85

0.86

0.87

0.86

0.87

Number x cross-section of

conductors (use under water,

460 V and ≤ 30 _C)

D.o.l.

2

mm

4x10 4x10 4x10 4x10 4x16

3/4 x 10 II 3/4 x 10 II 3/4 x 16 II 3/4 x 16 II 3/4 x 25 II

3/4 x 25 II 3/4 x 25 II 3/4 x 25 II

3/4 x 35 II

3/3x70 II + 1x35 3/3x70 II + 1x35

3/3x70 II + 1x35 3/3x70 II + 1x35 3/3x70 II + 1x35

3/3x70 II + 1x35 3/3x70 II + 1x35

6x95 II + 1x50 6x95 II + 1x50

6x95 II + 1x50

Installation

3)

3) 5)

3) 6)

3)6)

3) 6)

3) 7)

2)

¶ mm

v+h v+h v+h v+h v+h

v+h v+h

v v+h v+h

v+h v+h v+h

3) 4)

v

3) 4)

v

3) 4)

3)

4)

1046 1276

1321

1335 1400

1565 1620 1620

6x95 + 1x50 6x95 + 1x50

6x95 + 1x50 6x95 + 1x50 6x95 + 1x50

6x95 + 1x50 6x95 + 1x50

6x95 + 1x50

A

946 946 946 991

--

Y-∆

mm

3/4 x 6.0 3/4 x 6.0 3/4 x 6.0 3/4 x 6.0 3/4 x 6.0

3/4 x 10 3/4 x 10 3/4 x 16 3/4 x 25 3/4 x 25

3/4 x 25 3/4 x 35 3/4 x 35 3/4 x 35

2

4)

4) 5)

4) 7)

UPA 300 -- 65 / ..

The characteristic curves shown are for preliminary selection only. Exact selection data will be provided in our quotation.

Selection

The pressure losses Hvin the check valve are not considered in the pump characteristic curves.

For more details and a selection example refer to page 8.

Legend ... H

: Head losses in the check valve

v

η

: Pump efficiency

p

(not considering check valve)

NPSH: Net positive suction head

required by the pump

Pump End G 6’’ / DN 150

The information is based on the model “with check valve and threaded end”.

The changes in the main dimensions of the “flanged end” model or the model “with connection branch” are specified in the table below.

a) Check valve with:

Threaded end

G6’’

Length

mm

255 220 (PN 10/16)

228 (PN 25/40)

b) Connection branch with:

Threaded end

G6’’

Length

mm

150 140 (PN 10/16)

148 (PN 25/40)

Threaded end to DIN ISO 228, Part 1. Flange mating dimensions to

DIN EN 1092--2.

Length

mm

Length

mm

Flanged end

DN 150

Flanged end

DN 150

Outside dia.

mm 285

300

Outside dia.

mm 285

300

60 Hz

Operating range: Q

min

Q

max

=60m3/h

= End of characteristic curve

UPA 300, 350

UPA 300 -- 65

(Tolerances to ISO 9906 Class 2)

Maximum impeller dia.

Optimum impeller dia. “b”

79

60 Hz

UPA 300, 350

UPA 300 -- 94 for Well Diameters of 300 mm (12 inches) and Above

Pumps with submersible motors for ... -- Type of current / voltage three-phase (3~) / 460 V...........................

-- Starting d.o.l. (D) or star-delta (Y-∆).......................................

Pump unit Pump Motor Motor lead2),flat

Discharge

head

3

Q=0m

/h

H

o

UPA 300 -- 94/ ... + ...

1n + UMA 200D 45/21 1m + UMA 200D 55/21 1k + UMA 200D 55/21 1g + UMA 200D 65/21 1d + UMA 200D 75/21 1 + UMA 200D 90/21

2m + UMA 250D 110/21 2k + UMA 250D 132/21 2h + UMA 250D 160/21 2d + UMA 250D 190/21 2 + UMA 300D 250/22

3k + UMA 300D 250/22 3h + UMA 300D 250/22 3e + UMA 300D 250/22 3c + UMA 300D 250/22 3 + UMA 300D 250/22

4f + UMA 300D 300/22 4c + UMA 300D 300/22 4 + UMA 300D 400/22

m

49.0

54.5

62.5

68.1

73.4

78.7

113.3

131.7

139.7

153.4

167.1

205.5

216.8

230.7

240.0

251.5

300.9

319.4

335.2

5e + UMA 300D 400/22 382.2 390.0 523.0 57 622.0 91.1 0.87 6x95 II + 1x50

1)

Also see pages 3 and 75

2)

3/4 = 1 x 3-core + 1 x 4-core, flat, 90_ spacing.

3)

2 cables in parallel.

4)

Delta wiring in the cable connector or control cabinet.

5)

1 x 3--core flat + 1 x 4--core round.

6)

2 x 3--core flat + 1 x 1--core round.

7)

6 x 1--core round + 1 x 1--core round.

P

N

kW

48.0

56.0

62.0

72.0

80.0

95.0

110.0

130.0

145.0

170.0

200.0

220.0

235.0

265.0

295.0

315.0

350.0

390.0

Rated

power

P

N

hp

64.4

75.1

83.1

96.6

107.3

127.4

147.5

174.3

194.4

228.0

268.2

295.0

315.1

355.4

395.6

422.4

469.4

523.0

Max. temperature

of the fluid handled

v ≥ 0.5 m/s

1)

t

max

_C

32 34 31 32 31 32

32 33 34 34 63

63 62 61 59 57

59 57 57

Rated

current

I

N

A

83.0

96.0

105.0

120.0

136.0

162.0

188.0

214.0

241.0

291.0

341.0

367.0

386.0

429.0

471.0

513.0

562.0

622.0

Effi-

ciency

η

M

%

85.7

86.8

87.6

87.5

88.2

88.7

89.3

89.7

90.2

89.3

89.7

89.9

90.2

90.4

90.7

90.9

91.1

Power

factor

cos φ

-- --

0.86

0.85

0.86

0.85

0.84

0.83

0.86

0.85

0.82

0.83

0.84

0.85

0.86

0.87

0.85

0.86

0.87

Number x cross-section of

conductors (use under water,

460 V and ≤ +30 _C)

D.o.l.

2

mm

4x10 4x16

4x16 3/4 x 10 II 3/4 x 10 II 3/4 x 16 II

3/4 x 16 II 3/4 x 25 II 3/4 x 25 II

3/4 x 35 II

3/3x70 II + 1x35 3/3x70 II + 1x35

3/3x70 II + 1x35 3/3x70 II + 1x35 3/3x70 II + 1x35 3/3x70 II + 1x35

6x95 II + 1x50 6x95 II + 1x50 6x95 II + 1x50

3)

3) 5)

3) 6)

3) 7)

6x95 + 1x50 6x95 + 1x50

6x95 + 1x50 6x95 + 1x50 6x95 + 1x50 6x95 + 1x50

6x95 + 1x50 6x95 + 1x50 6x95 + 1x50

6x95 + 1x50

Y-∆

mm

3/4 x 6.0 3/4 x 6.0 3/4 x 6.0 3/4 x 10 3/4 x 10 3/4 x 16

3/4 x 25

3/4 x 25 3/4 x 35 3/4 x 35

2

4)

4) 5)

4) 7)

Dimensions / Weights / Horizontal Installation

L

UPA 300 - 94/ ..

1n

1m

1k 1g 1d

1

2m

2k 2h 2d

2

3k 3h 3e 3c

3

4f

4c

4

P

¶ mm

775 775 775 775 775 775

980 980 980 980 980

1155 1155 1155 1155 1155

1330 1330 1330

LA¶ mm mAin ¶ kg D

Standard Special Standard Special D.o.l Y-∆

2006

2116

2116 2246 2336 2516

2509 2639 2749 2899 3053

3228 3228 3228 3228 3228

3583 3583 3703

2006 2116 2116 2246 2336 2516

2509 2639 2749 2899 3053

3228 3228 3228 3228 3228

3583 3583 3703

253 273 273 296 312 344

450 494 531 582 731

764 764 764 764 764

875 875 927

1)

268 288 288 311 327 359

471 515 552 603 755

793 793 793 793 793

909 909 961

279 281 281 286 285 288

288 299 299 308 331

331 331 331 331 331

311 311 311

max

¶ mm

5e 1505 3878 3878 960 999 311 311 v

1)

Including check valve with threaded end and standard motor leads.

2)

v = vertical; h = horizontal.

3)

Horizontal installation on request.

4)

Horizontal installation only with bearing pedestals of special design.

286 286 286 285 285 288

299 299 308 321 331

331 331 331 331 331

311 311 311

Installation

v+h v+h v+h v+h v+h

3)

v

v+h v+h v+h

3)

v

4)

v

4)

v

4)

v

4)

v

4)

v

4)

v

4)

v

4)

v

3) 4)

v

3) 4)

2)

A

¶ mm

1006 1061 1061 1126 1171

--

1360 1425 1480

--

80

UPA 300 -- 94 / ..

The characteristic curves shown are for preliminary selection only. Exact selection data will be provided in our quotation.

Selection

The pressure losses Hvin the check valve are not considered in the pump characteristic curves.

For more details and a selection example refer to page 8.

Legend ... H

: Head losses in the check valve.

v

: Pump efficiency

η

p

(not considering check valve).

NPSH: Net positive suction head

required by the pump.

Pump End G 8’’ / DN 200

The information is based on the model “with check valve and threaded end”.

The changes in the main dimensions of the “flanged end” model or the model “with connection branch” are specified in the table below.

a) Check valve with:

Threaded end

G8’’

Length

mm

290 240 (PN 10)

b) Connection branch with:

Threaded end

G8’’

Length

mm

200 134 (PN 10)

Threaded end to DIN ISO 228, Part 1. Flange mating dimensions to

DIN EN 1092--2.

Flanged end

Length

mm

240 (PN 16) 244 (PN 25)

Flanged end

Length

mm

134 (PN 16) 138 (PN 25)

DN 200

Outside dia.

mm 340

340 360

Outside dia.

mm 340

340 360

60 Hz

Operating range: Q

min

Q

max

Optimum impeller dia. “b”

=84m3/h

= End of characteristic curve

UPA 300, 350

UPA 300 -- 94

(Tolerances to ISO 9906 Class 2)

Maximum impeller dia.

385

81

60 Hz

UPA 300, 350

UPA 350 -- 128 for Well Diameters of 350 mm (14 inches) and Above

Pumps with submersible motors for ... -- Type of current / voltage three-phase (3~) / 460 V...........................

-- Starting d.o.l. (D) or star-delta (Y-∆).......................................

Pump unit Pump Motor Motor lead2),flat

Discharge

head

3

/h

Q=0m

H

o

UPA 350 -- 128/ ... + ...

1l + UMA 200D 55/21 1k + UMA 200D 75/21 1h + UMA 200D 90/21 1f + UMA 250D 110/21 1d + UMA 250D 132/21 1b + UMA 250D 160/21 1 + UMA 250D 190/21

2h + UMA 300D 250/22 2g + UMA 300D 250/22 2e + UMA 300D 250/22 2c + UMA 300D 250/22 2b + UMA 300D 300/22 2 + UMA 300D 300/22

m

56.9

65.8

74.9

83.2

91.9

100.0

109.0

154.9

162.6

174.6

189.0

204.1

220.4

3c + UMA 300D 400/22 282.3 415.0 556.5 56 658.0 91.1 0.87 6x95 II + 1x50

1)

Also see pages 3 and 75

2)

3/4 = 1 x 3-core + 1 x 4-core, flat, 90_ spacing.

3)

2 cables in parallel.

4)

Delta wiring in the cable connector or control cabinet.

5)

1 x 3--core flat + 1 x 4--core round.

6)

2 x 3--core flat + 1 x 1--core round.

7)

6 x 1--core round + 1 x 1--core round.

P

N

kW

60.0

78.0

100.0

115.0

135.0

155.0

185.0

205.0

220.0

245.0

280.0

315.0

360.0

Rated power

P

N

hp

80.5

104.6

134.1

154.2

181.0

207.9

248.1

274.9

295.0

328.6

375.5

422.4

482.8

Max. temperature

of the fluid handled

v ≥ 0.5 m/s

1)

t

max

_C

32 32 31 32 32 31 31

62 62 60 58 59 57

Rated

current

I

N

A

101.0

134.0

169.0

195.0

222.0

254.0

311.0

347.0

367.0

400.0

450.0

513.0

575.0

Effi-

ciency

η

M

%

86.8

87.5

88.2

88.7

89.3

89.6

90.2

89.5

89.7

90.1

90.3

90.7

91.0

Power

factor

cos φ

-- --

0.86

0.84

0.85

0.84

0.86

0.83

0.84

0.86

0.87

0.85

0.87

Number x cross-section of

conductors (use under water,

460 V and ≤ 30 _C)

D.o.l.

2

mm

4x16 3/4 x 10 II 3/4 x 16 II 3/4 x 16 II 3/4 x 25 II 3/4 x 25 II

3/4 x 35 II

3/3x70 II + 1x35 3/3x70 II + 1x35 3/3x70 II + 1x35 3/3x70 II + 1x35

6x95 II + 1x50 6x95 II + 1x50

3)

3) 5)

3) 6)

3) 7)

6x95 + 1x50 6x95 + 1x50 6x95 + 1x50 6x95 + 1x50 6x95 + 1x50 6x95 + 1x50

6x95 + 1x50

Y-∆

mm

3/4 x 6.0

3/4 x 10 3/4 x 16 3/4 x 25

3/4 x 25 3/4 x 35 3/4 x 35

2

4)

4) 5)

4) 7)

Dimensions / Weights / Horizontal Installation

L

UPA 350 -- 128/ ..

1l

1k

1h

1f 1d 1b

1

2h 2g 2e

2c 2b

2

P

¶ mm

898 898 898 898 898 898 898

1108 1108 1108 1108 1108 1108

LA¶ mm mAin ¶ kg D

Standard Special Standard Special D.o.l Y-∆

2239 2459 2639 2427 2557 2667 2817

3181 3181 3181 3181 3361 3361

2239 2459 2639 2427 2557 2667 2817

3181 3181 3181 3181 3361 3361

289 328 360 432 476 513 564

764 764 764 764 842 842

1)

308 347 379 452 496 533 584

793 793 793 793 871 871

max

316 320 324 324 334 334 343

360 360 360 360 341 341

3c 1308 3681 3681 936 970 341 341 v

1)

Including check valve with threaded end and standard motor leads.

2)

v = vertical; h = horizontal.

3)

Horizontal installation on request.

4)

Horizontal installation only with bearing pedestals of special design.

¶ mm

322 320 324 334 334 343 357

360 360 360 360 341 341

Installation

v+h v+h

3)

v v+h v+h v+h

3)

v

4)

v

4)

v

4)

v

4)

v

4)

v

4)

v

3) 4)

2)

A

¶ mm

1119

1229

-- -1213 1278 1333

-- --

82

UPA 350 -- 128 / ..

The characteristic curves shown are for preliminary selection only. Exact selection data will be provided in our quotation.

Selection

The pressure losses Hvin the check valve are not considered in the pump characteristic curves.

For more details and a selection example refer to page 8.

Legend ... H

: Head losses in the check valve

v

η

: Pump efficiency

p

NPSH: Net positive suction head

(not considering check valve)

required by the pump

60 Hz

UPA 300, 350

UPA 350 -- 128

(Tolerances to ISO 9906 Class 2)

Pump End G 8’’ / DN 200

1)

The information is based on the model “with check valve and threaded end”.

The changes in the main dimensions of the “flanged end” model or the model “with connection branch” are specified in the table below.

a) Check valve with:

Threaded end

G8’’

Length

mm

328 278 (PN 10)

Flanged end

Length

mm

278 (PN 16)

DN 200

Outside dia.

mm 340

b) Connection branch with:

Threaded end

G8’’

Length

mm

169 123 (PN 10)

Flanged end

Length

mm

123 (PN 16)

DN 200

Outside dia.

mm 340

Threaded end to DIN ISO 228, Part 1. Flange mating dimensions to

DIN EN 1092--2.

1)

DN 250 check valve (with flanged end only) on request. For relevant head losses see HVcurveplottedoverQ.

Operating range: Q

= 120 m3/h

min

= End of characteristic curve

Q

max

Optimum impeller dia. “c”

Maximum impeller dia.

448

365 -- pedestals for motor 440 -- pedestals for pump

83

60 Hz

UPA 300, 350

UPA 350 -- 180 for Well Diameters of 350 mm (14 inches) and Above

Pumps with submersible motors for ... -- Type of current / voltage three-phase (3~) / 460 V...........................

-- Starting d.o.l. (D) or star-delta (Y-∆).......................................

Pump unit Pump Motor Motor lead2),flat

Discharge

head

3

/h

Q=0m

H

o

UPA 350 -- 180/ ... + ...

1m + UMA 200D 90/21 1l + UMA 250D 110/21 1h + UMA 250D 110/21 1e + UMA 250D 132/21 1c + UMA 250D 160/21 1 + UMA 250D 190/21

2k + UMA 300D 250/22 2g + UMA 300D 250/22 2f + UMA 300D 250/22 2d + UMA 300D 250/22 2b + UMA 300D 300/22 2 + UMA 300D 300/22

m

59.3

66.0

71.0

80.8

89.7

96.3

141.7

149.9

164.3

177.6

189.0

198.2

3f + UMA 300D 400/22 244.5 405.0 543.1 56 642.0 91.1 0.87 6x95 II + 1x50

1)

Also see pages 3 and 75

2)

3/4 = 1 x 3-core + 1 x 4-core, flat, 90_ spacing.

3)

2 cables in parallel.

4)

Delta wiring in the cable connector or control cabinet.

5)

1 x 3--core flat + 1 x 4--core round.

6)

2 x 3--core flat + 1 x 1--core round.

7)

6 x 1--core round + 1 x 1--core round.

P

N

kW

95.0

110.0

115.0

135.0

150.0

175.0

230.0

245.0

265.0

290.0

320.0

360.0

Rated power

P

N

hp

127.4

147.5

154.2

181.0

201.2

234.7

308.4

328.6

355.4

388.9

429.1

482.8

of the fluid handled

Max. temperature

v ≥ 0.5 m/s

1)

t

max

_C

32 33 31 32 33 33

61 60 59 57 59 57

Rated

current

I

N

A

162.0

188.0

195.0

222.0

247.0

297.0

381.0

400.0

429.0

463.0

521.0

575.0

Effi-

ciency

η

M

%

88.2

88.7

89.3

89.7

90.2

89.9

90.1

90.2

90.4

90.8

91.0

Power

factor

cos φ

-- --

0.84

0.83

0.84

0.86

0.85

0.82

0.85

0.86

0.87

0.85

0.87

Number x cross-section of

conductors (use under water,

460 V and ≤ 30_C)

D.o.l.

2

mm

3/4 x 16 II 3/4 x 16 II 3/4 x 16 II 3/4 x 25 II 3/4 x 25 II

3/4 x 35 II

3/3x70 II + 1x35 3/3x70 II + 1x35 3/3x70 II + 1x35 3/3x70 II + 1x35

6x95 II + 1x50 6x95 II + 1x50

3)

3) 5)

3) 6)

3) 7)

6x95 + 1x50 6x95 + 1x50 6x95 + 1x50 6x95 + 1x50 6x95 + 1x50 6x95 + 1x50

6x95 + 1x50

Y-∆

mm

3/4 x 16 3/4 x 25 3/4 x 25

3/4 x 25 3/4 x 35 3/4 x 35

2

4)

4) 5)

4) 7)

Dimensions / Weights / Horizontal Installation

L

P

UPA 350 - 180/ ..

1m

1l 1h 1e 1c

1

2k 2g 2f 2d 2b

2

¶ mm

898 898 898 898 898 898

1108 1108 1108 1108 1108 1108

3f 1308 3681 3681 936 970 341 341 v

1)

Including check valve with threaded end and standard motor leads.

2)

v = vertical; h = horizontal.

3)

Horizontal installation on request.

4)

Horizontal installation only with bearing pedestals of special design.

LA¶ mm mAin ¶ kg D

Standard Special Standard Special D.o.l Y-∆

2639 2427 2427 2557 2667 2817

3181 3181 3181 3181 3361 3361

2639 2427 2427 2557 2667 2817

3181 3181 3181 3181 3361 3361

360 432 432 476 513 564

764 764 764 764 842 842

1)

379 452 452 496 533 584

793 793 793 793 871 871

324 324 324 334 334 343

360 360 360 360 341 341

max

¶ mm

324 334 334 334 343 357

360 360 360 360 341 341

Installation

3)

v v+h v+h v+h v+h

3)

v

4)

v

4)

v

4)

v

4)

v

4)

v

4)

v

3) 4)

2)

A

¶ mm

-- -1213 1213 1278 1333

-- --

84

UPA 350 -- 180 /..

The characteristic curves shown are for preliminary selection only. Exact selection data will be provided in our quotation.

Selection

The pressure losses Hvin the check valve are not considered in the pump characteristic curves.

For more details and a selection example refer to page 8.

Legend ... H

: Head losses in the check valve

v

η

: Pump efficiency

p

NPSH: Net positive suction head

(not considering check valve)

required by the pump

60 Hz

UPA 300, 350

UPA 350 -- 180

(Tolerances to ISO 9906 Class 2)

Pump End G 8 / DN 200

1)

The information is based on the model “with check valve and threaded end”.

The changes in the main dimensions of the “flanged end” model or the model “with connection branch” are specified in the table below.

a) Check valve with:

Threaded end

G8’’

Length

mm 328 278 (PN 10)

Flanged end

Length

mm

278 (PN 16)

DN 200

Outside dia.

mm 340

b) Connection branch with

Threaded end

G8’’

Length

mm 169 123 (PN 10)

Flanged end

Length

mm

123 (PN 16)

DN 200

Outside dia.

mm 340

Threaded end to DIN ISO 228, Part 1. Flange mating dimensions to

DIN EN 1092--2.

1)

DN 250 check valve (with flanged end only) on request. For relevant head losses see H

curveplottedoverQ.

V

Operating range: Q

= 144 m3/h

min

= End of

Q

max

characteristic curve

448

365 -- pedestals for motor 440 -- pedestals for pump

85

60 Hz

UPA 300, 350

86

60 Hz

BSX, BSF

Applications

Transport of pure and natural water for ...

-- general water procuring and supplying,

-- irrigation and sprinkling,

-- ground-water lowering and maintaining in open-work

mining,

-- water maintaining and draining of galleries in underground

mining.

In addition in pressure-boosting plants and sprinkler installations as well as in offshore and cavern technologies etc.

Admissible contents of sand in the liquid handled: 50 g/m

3

.

Operating Data

Capacity Q up to 2200 m3/h (610 l/s...................

or up to 10,000 US GPM)

Head H up to 240 m......................

o

Temperature of liquid handled t up to + 50

Speed n ≈ 1750 rpm.....................

C.

Design

Single- or multi-stage, single-flow centrifugal pumps in ring-section design. For vertical, angled and horizontal installation. Mixed-flow hydraulics with reducibles impellers. The stage casings are connected by means of studs.

Suction casing between pump and motor with suction strainer as protection of pump against coarse impurities of the liquid handled.

Pump endat choice withnon-return valve orconnection nozzle. Either design with flanged connection.

Especially suitable for installation in narrow deep wells.

Submersible Borehole Pumps

for Well Diameters

of 400 mm (16 inches) and Above

single-flow and mixed-flow

Designation

B R Z S 535 /5a

Type series Design status Minimum well diameter (mm) Suction impeller Code for hydraulics (50 Hz) Number of stages Impellers reduced

1)

X = 400 mm (16 inches), Y = 450 mm (18 inches),

Z = 500 mm (20 inches), E = 600 mm (24 inches),

F = 650 mm (26 inches)

1)

Certification

Quality management certified to ISO 9001

Product Features

-- Very sturdy design

-- Suitable for installation in narrow deep wells

-- High efficiency

-- Motor designed for maximum pump output

-- Low noise level

-- For vertical or horizontal installation

-- Non-return valve protected against blocking

-- Pre-filled motor without risk of contamination of the pumped water

87

60 Hz

BSX, BSF

Selection Chart (Ranges on Offer) n ≈ 1750 rpm

700

500

400

300

H

m

200

150

100

80

U.S.gpm

Imp.g.p.m.

1000 1400

BSX 463

2000 3000

BRY 504

2000 3000

BRZS 535

BRE 555

4000

6000 10000

4000 6000 10000

BSF 586

2000

1000

500

400

300

H

ft

60

50

40

30

20

15

10

200 300 400

40 60 80 100

3

/h

500 1000

Q l/s

Q m

200

300 400

200

100

80

60

40

2000 3000

600 800

3430:80

88

60 Hz

BSX, BSF

Materials

Component Execution G Execution B

Pump ...

Casing

Impeller Bronze (G-CuSn10)

Shaft Cr steel (1.4021)

Wear rings Bronze (2.1090)

Bearings

Component Execution G

Motor ...

Shaft Steel (C 45) enclosed Cast parts Cast iron JL1030 (GG-20) Stator jacket Steel (St 37)

Cast iron JL1030

(GG-20)

Cr steel (1.4021)

annealed /

special bronze

Bronze (G-CuSn10)

CrNiMo steel

(1.4462)

Alu bronze

(G-CuAl11Ni) /

special bronze

Bearings / Lubrication

Pump:

1 radial plain bearing in suction casing and in bearing bracket housing resp. in last stage (BSF 586).Dependent on pump size and number of stages additionally 1 intermediate bearing. Lubricated by the liquid handled.

Motor:

2 radial plain bearings and 1 thrust bearing with tilting pads for balancing of axial thrust. Lubricated by the motor fill water.

Direction of Rotation of the Pump

Right-handed, i.e. clockwise rotation (viewed at the drive shaft end).

Drive

KSB submersible motors DN 300 and above in squirrel-cage design, three-phase current (3~), 4 poles. For low (U = 1000 V) and high (U = 6000V) voltage. Water-filled motor. The water fill lubricates the bearings and cools the windings sealed with water-tight insulation material. The shaft is sealed by lip seals protected against ingress of sand or a mechanical seal. Pressure differences between motor and environment are equalized by a rubber expansion diaphragm in the motor.

Construction complies with VDE regulations.

Electrical Connection

The motors are equipped ex works with 2 short cables. Generally with earthing.

Connection of extension cable by means of a waterproof cable connector. At choice connection of the complete cable length direct at the winding in the submersible motor.

Short cable and extension cable for low voltage (U ≤ 1000 V) in food quality.

Starting Methods

Low voltage (U ≤ 1000 V): direct on line (without or with starting transformer as well as with smooth running device) and star-delta.

High voltage (U > 1000 V): only direct on line.

Application Temperatures

The submersible units are so designed as to allow also operation without additional cooling in the motor area, e.g. installation in a deep well, in a big tank etc. (the liquid handled does not stream directly along the motor).

With additional cooling, e.g. installation in the deep well above the filter area, execution with cooling shroud etc. (the liquid handled streams along the motor with v ≥ 0.5 m/s), the submersible units can be used in water of elevated temperatures (additionally 5

°

C and more).

Pump End (Discharge Nozzle)

Flange DN 200 up to DN 400 dependent on pump size.

Coating (Standard)

Quality 2-component high-build coating...........

(epoxy resin base), approved for

drinking water contact

Structure Primer and top coat.........

Thickness of coat 100 to 150

Colour ultramarine blue (RAL 5002)............

µm..

Mode of Installation

Generally vertical installation. Dependent on number of stages and the motor size also horizontal installation possible.

Designs on Request

-- other material designs

-- higher temperatures of liquid handled

-- higher voltages until 6600 V

-- other frequencies

-- more wear resistant design

-- with cooling, suction or pressure shroud

-- special coating

-- motor in special design (solidly/sealed against high pressure, flameproof, etc.)

89

Design Features

The non-return valve with doubleguided valve plate

-- No jamming or canting.

-- With valve plate spring loaded. Thus allows minimum closing-times and avoids consequently waterhammers.

The steadfast wear rings

-- Replaceable rings (standardly with casing and impeller wear ring) out of wear- and corrosion-resistant metal.

-- They protect against gap wear and allow easy servicing.

Stainless steel union elements

-- All screws and nuts of superior alloy steel (CrNiMo).

-- That is a guarantee for a high degree of functional reliability and a considerably simplified dismantling.

60 Hz

BSX, BSF

The coating and the cable in food quality (BAM)

-- For use without any problems in drinking water area.

1) German federal inst. for materials research

The enclosed pump bearing

-- Maintenance-free and extensively protected against wear.

-- Long-term operation without problems.

The mixed-flow impellers

-- Reducibles. Thus caused optimum adaptation to need of pump heads.

-- With keys for reliable power transmission and simplified dismantling and mounting.

The pump shaft out of stainless steel

-- Completely protected by means of sleeves against direct wear caused by the liquid handled.

1)

The counter thrust bearing

-- It balances the negative axial thrust.

-- Thus it prevents reliably butting of the impellers against the stage casings.

The proven thrust bearing

-- Water-lubricated plain bearing with self-adjusting tilting pads.

-- This allows absolutely maintenance-free operation and maximum loads under continuous duty conditions.

The motor KSB

-- Acc. to VDE standards, i.e. a high level of electric safety.

-- Designed for max. possible pump power consumption and thus protected against overload.

The dynamically balanced rotor

-- It ensures an optimum quietness of running.

The reliable pressure balancing system

-- Optimum design of rubber diaphragm.

-- Therefore largest possible immersion depths.

3411:11

90

60 Hz

Applications

Handling clean and raw water in applications such as:

-- general water extraction / supply,

-- irrigation and spray irrigation,

-- lowering and maintaining ground water levels in open-cast mines,

-- dewatering and gallery drainage in underground mines.

Use in pressure-boosting and sprinkler systems, as well as for offshore and cavern applications, etc.

Permissible sand content in the fluid handled: 50 g/m

3

.

Operating Data

Capacity Q up to 2200 m3/h (612 l/s...................

or up to 10,000 US GPM)

Head H up to 1500 m......................

Supply voltage U up to 6600 V..............

o

Temperature of fluid handled t up to +40

Speed n 3500 rpm and 1750 rpm.....................

C..

UPZ

Submersible Borehole Pumps

for Well Diameters

of 500 mm (20 inches) and Above

Double entry, back-to-back impeller arrangement

Design

Multistage, double-entry ring-section pump with back-to-back impeller arrangement. For vertical installation. Radial and mixed-flow hydraulic systems with impellers that can be turned down.

Half the flow enters the pump through thelower suction casing, the other half through the upper suction casing. The upper half of the pump unit is surrounded by a pump shroud (outer shell). The two flows are collected by the channel created by the shroud and carried into the upper suction casing, which is equipped with two discharge branches. This design theoretically ensures full axial thrust balancing. The casing components (stage casings) are connected by means of round tie bolts. The two suction casings are equipped with strainers to protect the pump from coarse particles in the fluid. Flanged pump end. Check valve with flanged end available on request.

Particularly suitable for installation in narrow deep wells.

Pump Designation (Example)

160 -- 228 / 8

Type series Capacity Q Nominal impeller diameter (mm) Number of stages

opt

(l/s)

UPZ

Certification

Quality management certified to ISO 9001

91

60 Hz

UPZ

Selection Chart (Ranges on Offer) n ≈ 3500 rpm and n ≈ 1750 rpm

2000

1500

1000

H

m

500

400

300

200

U.S.gpm

Imp. g. p. m.

200

UPZ ...

500 1000

n = 1450 1/min

n = 2900 1/min

2000500 1000

2000

5000

10000

5000

6000

5000

4000

3000

2000

H

ft

1000

800 700

600

150

100

50

40

50 100

20

Note: The diagram shows the ∆QArange on offer. The pumps can be offered for any duty point within this flow range.

92

Q m3/h

200 300 400 500

1005030

Q l/s

1000

500300200

2000

3470:1

500

400

300

200

60 Hz

UPZ

Materials

The choice of materials depends on the capacity and discharge head.

Component

Pump

Casing Cast iron (GJL-200)

Nodular cast iron (GJS-600) Bronze (CuSn10) Aluminium bronze (CuAl10Ni) CrNi steel

Impeller/ Diffuser

Shaft CrNi steel (1.4057)

Wear ring Aluminium bronze (CuAl10Ni)

Bearings Chrome steel (1.4021), hard chrome

Screws, bolts and nuts

Motor

Shaft Steel (1.0503+N), protected Cast parts Cast iron (GJL-200)

Stator case St 37, CrNiMo steel Screws, bolts

and nuts

1)

in contact with fluid handled

Bronze (CuSn10) Aluminium bronze (CuAl10Ni) CrNi steel

CrNiMo steel (1.4462)

CrNiMo steel

plated / special bronze or other special materials

CrNiMo steel

1)

Bronze (CuSn10) Aluminium bronze (CuAl10Ni) CrNi steel

CrNiMo steel

1)

Coating (Standard)

For cast iron models only.

Quality 2-component high-build coating..............

(epoxy resin base), approved for

drinking water contact.

Coating structure Primer and top coat.....

Film thickness 100 to 150

Colour ultramarine blue (RAL 5002)..............

µm.......

Type of Installation

In general, the pumps are installed vertically.

Drive

KSB submersible squirrel-cage motor, 2 or 4 poles. Three-phase current (3~).

For supply voltages up to U = 6600 V. Water-filled motor. The water fill lubricates the bearings and cools the windings sealed with water-tight insulation material. Internal cooling circuit. The shaft is sealed by lip seals or a mechanical seal protected from ingress of sand. Pressure differences between motor and environment are equalized by a rubber expansion diaphragm in the motor.

Motor design is in compliance with VDE regulations.

Connection to Power Supply

The motors are supplied ex factory with 1 or 2 motor leads. Any extension cables required are connected using cable

connectors. On request, the entire length of cable required can be connected to the motor at the factory. All motor sizes are available either with or without earth conductor.

Bearings / Lubrication

Pump:

1 radial plain bearing in each suction casing. Depending on the pump size and number of stages, 1 additional intermediate bearing each in the two pump halves. Lubricated by the fluid handled.

Motor:

2 radial plain bearings. Residual axial thrust is balanced by 1 self-aligning tilting-pad thrust bearing in the motor (lower end). Lubricated by the motor’s water fill.

Direction of Rotation of the Pump

Clockwise rotation (when looking at the drive shaft end).

Pump End (Discharge Nozzle)

With DN 200 to DN 350 flanges to DIN 2526 and 2512, depending on the pump size.

Starting

Low voltage(U ≤ 1000 V): d.o.l.(without orwith autotransformer / with or without soft starter) and star-delta (Y-∆)starting.

High voltage (U > 1000 V): d.o.l starting only.

Variants Available on Request

-- Other materials

-- Higher fluid temperatures

-- More wear-resistant designs

-- Models with cooling or pump shroud

-- Special coating

-- Special explosion protection up to 6 kV

93

Design Features

60 Hz

UPZ

Robust wear rings

-- Replaceable wear rings made of wear- and corrosion-resistant metal.

-- Protection against wear in the clearance; easy servicing.

Pump shroud

-- Slim, low-weight design.

-- High operating reliability because of simple sealing of high-pressure section.

Impellers

-- Can be turned down.

-- This means pump performance can be matched exactly to head requirements in the system.

Stainless steel union elements

-- All wetted bolts, screws and nuts are made of CrNiMo steel.

-- High operating reliability.

Enclosed pump bearing

-- No--maintenance design, high wear resistance.

-- For trouble-free long-term operation.

Stainless steel pump shaft

-- Fully protected by impeller hubs and sleeves from direct wear caused by the fluid handled.

Double-entry design with impellers in back-to-back arrangement

-- Low wear thanks to low velocities in the pump and use of special materials.

-- Designed to ensure full hydraulic thrust balancing, irrespective of any wear in the sealing clearances.

-- Considerably reduced load on the thrust bearing.

-- This allows high discharge heads at relatively large flow rates.

Wear-resistant mechanical seal

-- Long service life and high operating reliability.

Motor can be filled with drinking water

-- Simply top up whenever needed.

Winding insulation (J2)

-- Cu--VPE--PA material makes for maximum heat resistance.

Tried and tested thrust bearing

-- New materials combination (stainless steel / carbon) for high safety factor.

Sealing elements

-- All joints sealed by O-rings. Pressure--proof up to a differential pressure of 16 bar.

Circulation cooling through double shroud

-- Low temperature rise

High efficiency η

-- Reduced operating costs thanks to optimized windings.

Optimized cooling pump

-- No peak temperatures.

Reliable pressure balancing system

-- Optimum selection thanks to generously sized rubber diaphragm.

-- Enables installation at very low depths.

M

94

Typical Tender for S 100D

Q

p

No. Quan-

tity

Submersible borehole pump(s) type S 100D

for well diameters of 100 mm (4 inches) and above

Make: KSB

Pump + motor: S 100D -- / + kW...... ..... ..............

Multistage centrifugal pump for vertical / angled / horizontal1)installation. Integrated, check valve with double-guided valve disc. Plain bearing lubricated by the fluid handled and protected against ingress of sand. Discharge nozzle with threaded end. Submersible canned motor for three-phase current, with self--aligning thrust bearing, expansion diaphragm for pressure equalization and cable kit

1.5 / 2.5 Max. permissible submergence below maximum water level: 350 m. Fluid handled: clean or slightly contaminated water with a permissible sand content of up to 50 g/m

Outer pump casing, suction casing and

check valve housing CrNi steel........................

Stage casing (diffuser) glass fibre reinforced NORYL.....................

Impellers glass fibre reinforced NORYL.................................

Shaft (pump) Chrome steel.............................

Bearing (pump) Rubber...........................

Motor (shaft and housing) CrNi steel..................

Capacity Q = Head H = Temperature (fluid handled) t = Rated power (motor) P Speed / Frequency n Voltage / Starting U = Pump end G 1 Outside diameter D Pump set length / weight L

Adapter from G 11/4’’ to R 11/2’’ . Adapter from threaded end G Pair of supporting and installation clamps for risers

R1 Cooling shroud with suction strainer and pedestals for horizontal

installation.

1)

m power supply cable.

...............

1

/4’’ (DN 32) / R2’’ (DN 50)1).

Submersible Borehole Pumps60 Hz

Item Unit price

Euro Euro

3

!

m3/h / l/s................

m...................

o

C

N=

¶ rpm/f= Hz.......

kW / hp......

V / d.o.l..........

max

A

1

/4’’ (DN 32) / 2’’ (DN 50)

= mm.........

¶ mm / GA¶ kg..

1)

to flanged end DN .

Amount

Power supply cable x mm2, separate/connected1), length m.

1)

Cable connector, separable / non-separable motor supply cable not connected and sealed/connected and sealed

, with sealing compound,

1)

at the factory.

Cable tie UPA CONTROL box for 3 µ/ 400 V with thermal overcurrent relay with phase

failure protection, temperature-compensated, insulating enclosure, with 3 electrodes and integrated ”Dry running protection” / ”Water level control” selector switch.

Motor contactor for 1 µ/ 230 V with ON/OFF switch for automatic operation, insulating enclosure.

Dry running protection equipment:

-- f o r semi-automatic operation with 2

-- f o r fully automatic operation with 3

1)

control current lines with a length of m each.

Lightning protection with earthing terminal for 3 Automatic control unit Controlmatic E / Cervomatic EDP

µ 400 V.

1)

.

Sum total

1)

Delete as applicable

95

Typical Tender UPA 100C

p

No. Qty Item

Submersible borehole pump(s) type UPA 100C for well diameters of

100 mm (4 inches) and above.

Marke: KSB Pump + motor: UPA 100C -- / +

Multistage centrifugal pump for vertical / angled / horizontal1)installation. Components ofstainless steel witha minimum wallthickness of 1 mm andvanes welded at 6 points. Integrated check valve. Generously dimensioned plain bearing lubricated by the fluid handled. Discharge nozzle with threaded end.

Submersible canned motor for three-phase current, with self--aligning thrust

1)

Delete as applicable

bearing, expansion diaphragm for pressure equalization and cable kit

1.5 / 2.5 Max. permissible submergence below maximum water level: 350 m.

Fluid handled: clean or slightly contaminated water with a permissible

Suction and discharge casing CrNi steel...............

Diffusers CrNi steel.................................

Impellers CrNi steel.................................

Shaft (pump) CrNi steel.............................

Bearing (pump) Rubber...........................

Motor (shaft and housing) CrNi steel..................

Capacity Q =

Head H = m......................

Temperature (fluid handled) t = °C...

Rated power (motor) PN= kW / hp.........

Speed / Frequency n ≈ rpm/f= Hz..........

Voltage / Starting U = V/ direct............

Pump end Rp 11/2’’ (DN 40) / 2’’ (DN 50) Outside diameter D

Pump set length / weight LA≈ mm/GA≈_____kg.....

Adapter from G to DN .

Pair of supporting and installation clamps

for risers Rp 1

Power supply cable x mm2, separate / connected1),

Cable connector,separable / non-separable

supply cablenot connected and sealed /connected and sealed

Cable tie UPA CONTROL box for 3~ / 400 V with thermal overcurrent relay with phase

failure protection, temperature-compensated, insulating enclosure, with 3 electrodes and integrated ”Dry running protection” / ”Water level control” selector switch.

Motor contactor for 1~ / 230 V with ON / OFF switch for automatic operation, insulating enclosure.

Dry running protection equipment:

-- f o r semi-automatic operation with 2

-- f o r fully automatic operation with 3 control current lines with a length of m each.

Lightning protection with earthing terminal for 3~ 400 V.

1)

m power supply cable.

sandcontentofupto50g/m

..................

1

/2’’ (DN 40) / R2’’ (DN 50)1).

length m

max

60 Hz Submersible Borehole Pumps

Unit price Amount

3

.

m3/h / l/s...................

1)

= mm............

1)

, withsealing compound,motor

1)

at thefactory.

Sum total

96

Typical Tender UPA 200, 200B, 250C

p

No. Qty Item

Submersible Borehole Pumps60 Hz

Unit price Amount

Submersible borehole pump(s) type UPA 200 / 200B / 250C for well diameters of 200 mm (8 inches) and above.

Make: KSB Pump + motor: UPA -- / +

Multistage centrifugal pump in ring-section design for vertical / horizontal installation. Radial ormixed-flow hydraulic systems with impellers thatcan be turned down. Pump bearing lubricated by the fluid handled and protected against ingress of sand. Integrated check valve with anti-blockage, spring-loaded valve disc / connection branch. Pump end with internal thread / flange suction strainer fitted between pump and motor.

Pre-filled submersible motor. Three-phase current. Squirrel-cage design with self-aligning thrust bearing and adequately sized expansion diaphragm for pressure equalization. Designin compliance with VDE standards.IP 68 enclosure.With power supply cables. Required flow velocity past the motor: v ≥ 0.5 m/s.

Fluid handled: clean to slightly contami nated water, slightly aggressive / more

Casings cast iron / bronze Impellers glass fibre reinforced NORYL/ bronze

Wear rings bronze.........................

Shaft (pump + motor) Chrome / CrNiMo steel Stator case (motor) CrNi / CrNiMo steel

Bolts, screws and nuts CrNiMo steel (A4--70)...............

Capacity Q = Head H = Shut-off head H Efficiency η Pump Temperature (fluid handled) t = Rated power / amperage P Speed / Frequency n ≈ Supply voltage U = Starting d.o.l. / star-delta Pump end G3’’ (DN 80) / G5’’ (DN 125) / G6’’ (DN 150) Outside diameter D

Economic efficiency analysis (for ex. for 10 years): Operating period per year approx.

Electricity costs

1. Duringthe acceptance test, the overall efficiencymay be max.3 percentage points lower than the overall efficiency quoted (η ”pump” x η ”motor”).

Adapter, from threaded end G to flange DN standard / special1). Pair of supporting and installation clamps for riser R / DN Set of bearing p edestals for horizontal installation without / with

tank.

Power supply cable, separate/connected1), mm2, length m. Cable connector, size

and sealed / connected and sealed

Cable tie,size

Dry running protection equipment

-- f o r semi-automatic operation with 2

-- f o r fully automatic operation with 3 control current lines with a length of m each.

Temperature monitoring equipment Pt 100 for use in submersible motors to protect the windings from overheating; it consists of a resistance thermometer with measuring line and does not include / includes

1) Delete as applicable

aggressive / as specified in water analysis

sandcontentofupto50g/m

............................

...........................

................

..................

= m.................

o

= hp / IN= A.......

N

.........................

....................

max

/kWh. Pump data tolerances to ISO 9906 Class

, withsealing compound, motor supply not connected

1)

at the factory.

.

1)

. Suction casing with

1)

3

.

, with a permissible

1)

(UPA 200/200B) / bronze (UPA 250C)

1)

m3/h / l/s.....................

m........................

%/Motor %....................

°

C.....

rpm/f= Hz............

V................

1)

= mm..............

h/

1)

water storage

1)

a display unit.

1)

.

Sum total

97

Typical Tender for UPA 300, 350

p

No. Qty Item

60 Hz Submersible Borehole Pumps

Unit price Amount

1)

Delete as applicable

Submersible borehole pump(s) type UPA 300 / 350

1)

for well diameters of 300 mm (12 inches) and above.

Make: KSB Pump + motor: UPA -- / +

Multistage centrifugal pump in ring-section design for vertical / horizontal1)installation. Mixed flow hydraulic systems with impellers that can be turned down. Pump bearing lubricated by the fluid handled and protected against ingress of sand. Integrated check valve with anti-blockage, spring-loaded valve disc / connection branch. Pumpend with internal thread / flange

1)

. Suctioncasing with suction strainer

fitted between pump and motor. Pre-filled submersible motor. T hree-phase current. Squirrel-cage design with self-

aligning thrust bearing and adequately sized expansion diaphragm for pressure equalization. Designin compliance with VDE standards.IP 68 enclosure.With power supply cables. Required flow velocity past the motor: v ≥ 0.5 m/s.

Fluid handled: clean to slightly contami nated water, slightly aggressive / more

aggressive / as specified in water analysis

sandcontentofupto50g/m

Casings cast iron / bronze

.....................................

3

.

1)

, with a permissible

1)

Impellers bronze....................................

Wear rings bronze..................................

Shaft (pump + motor) Chrome / CrNiMo steel

.........................

1)

Stator case (motor) CrNiMo steel...........................

Bolts, screws and nuts CrNiMo steel (A4)........................

Capacity Q = Head H = Shut-off head H

= m.................

o

Efficiency η Pump Temperature (fluid handled) t = Rated power / amperage P

= hp / IN= A.......

N

Speed / Frequency n ≈ Supply voltage U = Starting d.o.l. / star-delta Pump end G6’’ / G8’’ / DN 150 / DN 200 / DN 250 Outside diameter D

.........................

....................

max

= mm..............

m3/h / l/s.....................

m........................

%/Motor %....................

°

C.....

rpm/f= Hz............

V................

1)

Economic efficiency analysis (for ex. for 10 years): Operating period per year approx.

Electricity costs

/kWh. Pump data tolerances to ISO 9906 Class 1.

h/

During the acceptance test, the overall efficiency may be max. 3 percentage points lower than the overall efficiency quoted (η ”pump” x η ”motor”).

Pair of supporting and installation clamps for riser R / DN1). . Set of bearing pedestals for horizontal installation without / with

Power supply cable, separate / connected1), mm2, m length. Cable connector, size

and sealed / connected and sealed

Cable tie,size

Dry running protection equipment

-- f o r semi-automatic operation with 2

-- f o r fully automatic operation with 3 control current lines with a length of m each.

Temperature monitoring equipment Pt 100 for use in submersible motors to protect the windings from overheating; it consists of a resistance thermometer with measuring line and does not include / includes

, with sealing compound, motor supply not connected

1)

at the factory.

.

1)

a display relay.

1)

water storage tank.

Sum total

98

Submersible Borehole Pumps60 Hz

99

60 Hz

(

)

Submersible Motors

Submersible Motors for Well Diameters DN 100, 150, UMA 150D, 200D, 250D and 300D of 100 mm (4 inches) and above

Sizes / Connection

DN 100, DN 150, UMA 150D, UMA200D: NEMA standard UMA 250D, UMA 300D: KSB standard

Material Variants (Material specifications to EN)

DN 100

Component G (Standard) All components CrNi steel

DN 150

Component G (Standard) Shaft CrNi steel Bearing carrier Cast iron (JL1030)

4)

Stator case CrNi steel

UMA

Compo-

G (Standard) C1 (Special) C3 (Duplex)

nents Shaft

CrNi steel

(1.4305

2)

)

CrNiMo steel

(1.4462

2)

CrNiMo steel

)

(1.4462)

CrNiMo steel(1.4462)

Housing Cast iron

(JL1030

JL 1040

Stator case

Screws, bolts and

3)

nuts

2)

UMA 150D motors only

3)

Wetted by fluid pumped.

5) 6)

CrNi steel

(1.4301)

CrNiMo steel

4)

/

)

(A4-70)

CrNiMo steel

(1.4408 /

1.4409

1.4517

2)

5)

)

CrNiMo steel

(1.4571 /

5)

1.4462

)

4)

DIN mat. code: GG-20

5)

UMA 300D motors only

6)

DIN mat. code: GG-25

CrNiMo steel

/

CrNiMo steel

(1.4539 /

1.4517

( 1.4539 /

5)

1.4462

( 1.4539 /

5)

1.4462

5)

)

Bearings / Lubrication

Two radial plain bearings as well as a thrust bearing to balance the pump’s axial thrust. Lubrication by motor fill liquid.

Direction of Rotation of the Motor

Anti-clockwise rotation (when looking at the drive shaft end).

Variants Available on Request

-- DN 100: Other supply voltages up to 500 V

-- UMA 150D -- 300D: Other supply voltages up to 1000 V Part No.

145 Adapter 354 Thrust bearing housing

382.51/52 Bearing carrier (bottom) / (top) 384/387 Thrust bearing plate / segment 389 Counter thrust bearing ring 433 Mechanical seal 59-12 Membrane 529/545.51 Bearing sleeve / Bearing bush 81-59 Stator with windings 818 Rotor 828/829.51 Cable grommet / Cable gland ring

100

Description

940.52 271

160.52

900.52 145

901.51

550.52

914.52 529

382.52

818

529

900.51 384

412.52

914.51

550.51

59--6

904.52 381

904.51 553 354

484

160.51

500.51

e.g. UMA 250 D

433

412.53

914.53

550.53 723

710 829 828

829 504

932.52

545

81--59 23--2

814 545

382.51

940.51 389

932.51

412.51 387 32--2

392 903

59--42

920.51

916.51 59--12

950

500.52

KSB S 100D, UPA 100C, UPA 250C, UPA 300, UPA 350 Booklet

Specifications and Main Features

Frequently Asked Questions

User Manual