KSB WKT Operating Instructions Manual

Operating Instructions
Nº A1766.8E/2

Works Nº: ________________________________

Type series: ______________________________

precautionary notes. Please read the manual
thoroughly prior to installation of unit, connection to
the power supply and commissioning. It is
imperative to comply with all other operating
instructions referring to components of this unit.

These operating instructions contain
fundamental information and

KSB WKT

Vertical Process Pump

according to API 610

as per Directive 94/9/EC

This manual shall always be kept close to
the unit´s location of operation or directly

on the pump set.

Contents

Page

1 General 4
2 Safety 4

2.1 Marking of Instructions in the manual 4

2.2 Personnel qualification and training 4

2.3 Non-compliance with safety instructions 4

2.4 Safety awareness 4

2.5 Safety instructions for the operator / user 5

2.6 Safety instructions for maintenance,
inspection and installation work

2.7 Unauthorized modification and manufacture
of spare parts

2.8 Unauthorized modes of operation 5

2.9 Explosion protection 5

2.9.1 Unit fill 5

2.9.2 Marking 5

2.9.3 Checking the direction of rotation 5

2.9.4 Pump operating mode 5

2.9.5 Temperature limits 6

2.9.6 Maintenance 6

3 Transport an d interim storage 6

3.1 Transport 6

3.2 Interim storage (indoors) / preservation 6

3.3 Devolution / discard 7

3.3.1 Devolution 7

3.3.2 Discard 7

4 Description of the product an

accessories

4.1 Technical specification 7

4.2 Designation 7

4.3 Design details 7

4.3.1 Pump casing 7

4.3.2 Impeller 7

4.3.3 Shaft seal 7

4.3.4 Bearing arrangement 8

4.3.5 Permissible forces and moments at the
discharge nozzle

4.3.6 Noise characteristics

4.4 Accessories

4.5 Dimensions and weights

5 Installation at site 10

5.1 Safety regulations

5.2 Checks to be carried out prior to installation 10

5.2.1 Place of installation 10

5.3 Foundation 10

5.4 Barrel cleaning

5.5 Mounting 10

5.6 Aligning the pump / drive

5.7 Connecting the piping

5.7.1 Auxiliary connections 11

5.7.2 Coupling guard 11

5.8 Final check 11

5.9 Connection to power supply 11

5

5

7

9

9
9
9

10

10
10

11

WKT

Page

6 Commissioning, start-up / shutdown 12

6.1 Preparations 12

6.1.1 Recommended safety instrumentation for
pump

6.1.2 Lubrication 12

6.1.3 Pre-comissioning checks 12

6.1.4 Lubrication 12

6.1.5 Shaft seal 13

6.1.6 Priming the pump and checks to be carried
out

6.1.7 Checking the direction of rotation 14

6.2 Start-up 14

6.2.1 Minimum flow 14

6.3 Shutdown

6.4 Operating limits 15
Temperature of the fluid handled, ambient

6.4.1
temperature, bearing temperature

6.4.2 Switching frequency 15

6.4.3 Density or fluid pumped 15

6.4.4 Abrasive fluids

6.4.5 Minimum / Maximum flow

6.5 Shutdown / storage / preservation

6.5.1 Storage of new pumps
Measures to be taken for prolonged

6.5.2
shutdown

6.6 Returning to service after storage

7 Servicing / Maintenance

7.1 General instructions

7.2 Servicing / inspection

7.2.1 Supervision of operation 16

7.2.2 Lubrication and lubricant change 17

7.3 Drainage / disposal 17

7.4 Dismantling 17

7.4.1 Fundamental instructions and
recommendations

7.4.2 Dismantling the pump 17

7.4.3 Examination of individual components 18

7.5 Reassembly 20

7.5.1 General instructions 20

7.5.2 Preparations 21

7.5.3 Tightening torques 24

7.6 Spare parts stock 24

7.6.1 Recommended spare parts stock for 2
years’ operation to DIN 24296

8 Troubleshooting 25
9 Sectional drawing 26
Supplementary sheet 28

Annex 01 29

12

13

15

15

15
15
16
16
16

16

16

16
16

17

24

Introduction

KSB has supplied you an equipment that has been designed and manufactured with the latest technology.
Due to its simple and tough construction, it will need few maintenance. With the aim to provide our clients with a
satisfactory, trouble free operation, we recommend to install and care our equipment according to the instructions
contained in this service manual.

This manual has been prepared to inform the end user about construction and operati on of our pumps, describing the
proper procedures for handling and maintenance.
We recommend that this manual should be handled by the maintenance supervision.

This equipment must be used at operation conditions for which it has been selected, suc h as: flow rate, total head, speed,
voltage, frequency and temperature of pumped liquid.

Place for description
of type and size of
the pump

WKT

Place for order
number

Fig. 01 - Nameplate

For requests about the equipment, or when ordering spare parts, please mention the t ype of the pump and
the Production Order number (serial nº). This information can be obtained from the nameplate of each
pump. If the nameplate is not available, the OP number is engraved in low relief o n the suction flange and
on the discharge flange you may find the impeller diameter.

Attention: This manual contains very important recommendations and instructions. Must be carefully read before

installation, electrical connection, first start up and maintenance.

3

1. General
Caution

technology; it is manufactured with utmost care and
subject to continuous quality control.
These operating instructions are intended to facilitate
familiarization with the unit and its designated use.
The manual contains important information for reliable,
proper and efficient operation. Compliance with the
operating instructions is of vital importance to ensure
reliability and a long service life of the unit and to avoid
any risks.
These operating instructions do not take into account
local regulations; the operator must ensure that such
regulations are strictly observed by all, including the
personnel called in for installation.

This pump / unit must not be operated beyond

the limit values for the fluid handled, capacity,
speed, density, pressure, temperature and motor
rating specified in the technical documentation. Make
sure that operation is in accordance with the instructions
laid down in this manual or in the contract
documentation. Contact the manufacturer, if required.
The nameplate indicates the type series / size, main
operating data and works number; please quote this
information in all queries, repeat orders and particularly
when ordering spare parts.
If you need any additional information or instructions
exceeding the scope of this manual or in c ase of damage
please contact KSB´s nearest customer service centre.
For noise characteristics please refer to section 4.3.6.

This KSB product has been developed
in accordance with state-of-the-art

2. Safety

These operating instructions contain fundamental
information which must be complied with during
installation, operation, monitoring and maintenance.
Therefore this operating manual must be read and
understood both by the installing personnel and the
responsible trained personnel / operators prior to
installation and commissioning, and it must always be
kept close to the location of operation of the machine /
unit for easy access.
Not only must the general safety instructions laid down in
this chapter on “Safety” be complied with, but also the
safety instructions outlined under specific headings,
particularly if the pump / unit is operated in hazardous
areas (see section 2.9).

2.1 Marking of instructions in the manual

The safety instructions contained in this manual whose
non-observance might cause hazards to persons are
specially marked with the symbol

general hazard sign to ISO 7000-0434
the electrical danger warning sign is

safety sign to IEC 417-5036

WKT

and special instructions concerning explosion protection
are marked

The word

is used to introduce safety instructions whose non­observance may lead to damage to the machine and its
functions.

Instructions attached directly to the machine, e.g.

- arrow indicating the direction of rotation

- markings for fluid connections

must always be complied with and be kept in a perfectly
legible condition at all times.

2.2 Personnel qualification and training

All personnel involved in the operation, maintenance,
inspection and installation of the unit must be fully
qualified to carry out the work involved.
Personnel responsibilities, competence and supervision
must be clearly defined by the operator. If the personnel
in question is not already in possession of the requisite
know-how, appropriate training and instruction must be
provided. If required, the operator may commission the
manufacturer / supplier to take care of such training. In
addition, the operator is responsible for ensuring that the
contents of the operating instructions are fully un derstood
by the responsible personnel.

2.3 Non-compliance with safety instructions

Non-compliance with safety instructions can jeopardize
the safety of personnel, the environment and the machine
/ unit itself. Non-compliance with these safety instructions
will also lead to forfeiture of any and all rights to claims for
damages.

In particular, non-compliance can, for example, result in:

- failure of important machine / system functions;

- failure of prescribed maintenance and servicing

practices;

- hazard to persons by electrical, mechanical and
chemical effects as well as explosion;

- hazard to the environment due to leakage of
hazardous substances.

2.4 Safety awareness

It is imperative to comply with the safety instructions
contained in this manual, the relevant national and
international explosion protection regulations, and the
operator´s own internal work, operation and safety
regulations.

Ex symbol relates to additional requirements
which must be adhered to when the pump is

operated in hazardous areas.

Caution

4

2.5 Safety instructions for the operator / user

- Any hot or cold components that could pose a hazard
must be equipped with a guard by the operator.

- Guards which are fitted to prevent accidental contact
with moving parts (e.g. coupling) must not be
removed whilst the unit is operating.

- Leakages (e.g. at the shaft seal) of hazardous fluids
handled (e.g. explosive, toxic, hot) must be contained
so as to avoid any danger to persons or the
environment. All relevant laws must be heeded.

- Electrical hazards must be eliminated. (In this
respect refer to the relevant safety regulations
applicable to different countries and / or the local
energy supply companies.)

- Any components in contact with the fluid pumped,
especially in the case of abrasive fluids, shall be
inspected for wear at regular intervals and replaced
by original spare parts (see section 2.7) in due time.

If the pumps / units are located in hazardous

areas, it is imperative to make sure that
unauthorized modes of operation are prevented. Non–
compliance may result in the specified t emperature limits
being exceeded.

2.6 Safety instructions for maintenance, inspection
and installation work

The operator is responsible for ensuring that all
maintenance, inspection and installation work be
performed by authorized, qualified specialist personnel
who are thoroughly familiar with the manual.
The pump must have cooled down to ambient
temperature, pump pressure must have been released
and the pump must have been drained.
Work on the machine / unit must be carried out only
during standstill. The shutdown procedure described in
the manual for taking the unit out of service must be
adhered to without fail.
Pumps or pump units handling fluids injurious to health
must be decontaminated.
Immediately following completion of the work, all safety­relevant and protective devices must be re-installed and /
or re-activated.
Please observe all instructions set out in the chapter on
“Commissioning” before returning the unit to service.

2.7 Unauthorized modification and manufacture of
spare parts

Modifications or alterations of the equipment supplied are
only permitted after consultation with the manufacturer
and to the extent permitted by the manufacturer. Original
spare parts and accessories authorized by the
manufacturer ensure safety. The use of other parts can
invalidate any liability of the manufacturer for
consequential damage.

2.8 Unauthorized modes of operation

The warranty relating to the operating reliability and
safety of the unit supplied is only valid if the equipment is
used in accordance with its designated use as described
in the following sections. The limits stated in the data
sheet must not be exceeded under any circumstances.

WKT

2.9 Explosion protection

If the pumps / units are installed in hazardous

areas, the measures and instructions given in
the following sections 2.9.1 to 2.9.6 must be adhered to
without fail, to ensure explosion protection.

2.9.1 Unit fill

It is assumed that the system of suction and

discharge lines and thus the wetted pump
internals are completely filled with the product to be
handled at all times during pump operation, so that an
explosive atmosphere is prevented.

If the operator cannot warrant this condition,

appropriate monitoring devices must be used.

Caution

systems of the shaft seal and the heating and cooling
systems are properly filled.

2.9.2 Marking

The marking on the pump only refers to the pump
part, i.e. the coupling and motor must be regarded
separately. The coupling must have an EC
manufacturer’s declaration. The driver must be regarded
separately.

Example of marking on the pump part:

The marking indicates the theoretically available
temperature range as stipulated by the respective
temperature classes. The temperatures permitted for the
individual pump variants are outlined in section 2.9.5.
Pumps WKT are designed to meet the requirements of
Zone 1 and Category 2 as per EN1127-1 when sealed

by mechanical seal.

2.9.3 Checking the direction of rotation (see also

6.1.7)

If the explosion hazard also exists during the

installation phase, the direction of rotation must
never be checked by starting up the unfille d pump unit,
even for a short period, to prevent temperature increases
resulting from contact between rotating and stationary
components.

2.9.4 Pump operating mode

Make sure that the pump is always started up with the
suction-side shut-off valve fully open and the discharge­side shut-off valve slightly open. However, the pump can
also be started up against a closed swing check valve.
The discharge-side shut-off valve shall be adjusted to
comply with the duty point immediately following the ru n­up process (see 6.2).

Pump operation with the shut-off valves in the
suction and / or discharge pipes closed is not
permitted.

Caution

temperatures after a very short time, due to a rapid
temperature rise in the pumped fluid inside the pump.

In addition, it is imperative to make sure
that the seal chambers, auxiliary

Ex II 2 G T1 - T5

In this condition, there is a risk of the
pump casing taking on high surface

5

Additionally, the resulting rapid pressure build-up inside
the pump may cause excessive stresses on the pump
materials or even bursting.
The minimum flows indicated in section 6.4.5 refer to
water and water-like liquids. Longer operating periods
with these liquids and at the flow rates indicated will not
cause an additional increase in the temperatures on th e
pump surface. However, if the physical properties of the
fluids handled are different from water, it is essential to
check if an additional heat build-up may occur and if the
minimum flow rate must therefore be increased. To
check, proceed as described in section 6.4.5.
In addition, the instructions given in section 6 of this
operating manual must be observed.

Both gland packings and mechanical s eals may

exceed the specified temperature limits if run
dry. Dry running may not only result from an
inadequately filled seal chamber, but also from
excessive gas content in the fluid handled.
Pump operation outside its specified operating range
may also result in dry running.
In hazardous areas, gland packings shall only be
used if combined with a suitable temperature
monitoring device.

2.9.5 Temperature limits

In normal pump operation, the highest

temperatures are to be expected on the surface
of the pump and distributor casing, at the shaft seal and
in the bearing areas. The surface temperature at the
pump casing corresponds to the temperature of the fluid
handled.
If the pump is heated, it must be ensured that the
temperature classes stipulated for the plant are observed.
In the bearing bracket area, the unit surfaces must be
freely exposed to the atmosphere.

In any case, responsibility for compliance with the
specified fluid temperature (operating temperature)
lies with the plant operator. The maximum
permissible fluid temperature depends on the
temperature class to be complied with.

The table below lists the temperature classes to EN
13463-1 and the resulting theoretical temperature limits of
the fluid handled. In stipulating these temperatures, any
temperature rise in the shaft seal area has already been
taken into account.

Temperature class to

EN 13463-1:

T5
T4
T3
T2
T1

*) depending on material variant
Safety note:

Caution

data sheet. If the pump is to be operated at a higher
temperature, the data sheet is missing or if the pump is
part of a pool of pumps, the maximum permissible
operating temperature must be inquired from the pump
manufacturer.
Based on an ambient temperature of 40ºC and proper
maintenance and operation, compliance with temperatur e
class T4 is warranted in the area of the rolling element
bearings. A special design is required to comply with

The permissible operating temperature of
the pump in question is indicated on the

Temperature limit of

fluid handled

85ºC
120ºC
185ºC
280ºC

Max. 400ºC *)

WKT

temperature class T6 in the bearing area. In such cases,
and if ambient temperature exceeds 40ºC, contact the
manufacturer.

2.9.6 Maintenance

Only a pump unit which is properly serviced and

maintained in perfect technical condition will give
safe and reliable operation.
This also applies to the reliable function of the rolling
element bearings whose actual lifetime largely depends
on the operating mode and operating conditions.
Regular checks of the lubricant and the running noises
will prevent the risk of excessive temperatures as a result
of bearings running hot or defective bearing seals (also
see section 6.1.4).
The correct function of the shaft seal must be checked
regularly. Any auxiliary systems installed must be
monitored, if necessary, to make sure they function
correctly.
Gland packings must be tightened correctly, to prevent
excessive temperatures due to packings running hot.

3. Transport and interim storage

3.1 Transport

The transport of motor-pump set or only pump should be
made with ability and sound sense, according to safety
standards. By the motor eyebolt should only lift it, never
the motor-pump set.

If the pump / unit slips out of the suspension

arrangement, it may cause personal injury and
damage to property!

Vertical pumps up to about 4 m shipping length are
dispatched completely assembled. Larger pumps are
dispatched in sub-assemblies and must be assembled at
site under KSB´s supervision only.
The stuffing box is not packed and the packing is supplied
loose.
The barrel is normally supplied loose with the pump.
To avoid damage in transit, the motor is usually not
mounted before dispatch.
Please refer packing list received with the pump for more
details.

3.2 Interim storage (indoors) / Preservation

KSB standard storage and preservation procedures
maintain the pump protected for a maximum period of 6
months in an indoor installation. The unit / pump should
be stored in a dry room where the atmospheric humidity
is as constant as possible. When this period is exceeded,
additional storage procedure should be taken. For that,
please use the following conservation liquids:

- Internal parts of ferrous material in contact with

pumped liquid (except mechanical seal contact
surfaces): water repellent of mineral oil basis.

- Bearings: mineral oil for internal conservation.

- Polished parts: mineral oil for internal and external

conservation.

- Mechanical seals: should be cleaned by dry air. Do

not apply any liquid or other conservation material i n

6

order to not damage secondary sealings (O´rings
and flat gaskets).

All existing connections, like plugs for external source
liquid, priming, drainage, etc, should be properly covered.
Pump suction and discharge flanges are properly covered
with adhesive, in order to avoid strange contents in its
interior.
Assembled pumps waiting for startup or installation
should have their rotor manually rotated each 15 days. In
case of difficulty, use some adjustable spanner,
protecting the motor shaft surface.
Before conservation liquids application, areas should be
washed with gas or kerosene until they are completely
cleaned.
The conservative liquids can be removed from the areas
in contact with pumped liquid, polished parts and surfaces
like: shaft, salient faces and couplings, by means of
solvents derived from petroleum or clean industrial
liquids. Drain the conservative oil from bearing bracket
before fulfill it with lubricant oil.

3.3 Devolution / discard

3.3.1 Devolution

- Drain the pump correctly.

- Carefully wash and clean the pump, especially in

case of harmful, explosive, hot fluids or other
hazardous fluids.

- In the case fluids are pumped, and they are with
residues which can cause corrosion damage when in
contact with atmospheric humidity or that can ignite
in contact with oxygen, the pump aggregate must be
additionally neutralized and its dry process must be
executed through blowing inert gas without water
through the aggregate.

- Should always be sent with the pump / motor pump
set a certificate of decontamination completely
fulfilled. (Annex 1).

- Please always indicate adopted safety and
decontamination measurements.

3.3.2 Discard

CAUTION

Medium handled is harmful to health.
Hazardous for people and environment!

 Collect and dispose of the liquid from

the washing as well as any residual
liquids.

 If necessary, use protective clothing and

mask.

 Observe the legal disposals related to

the discard of harmful liquids to health.

- Disassemble the pump / moto-pump set.
Collect the masses and lubricants during dismantling.

- Separate materials part of the pump, example:

WKT

 Metal
 Plastic
 Eletronic scrap
 Masses and lubricants

4. Description of the product and
accessories

4.1 Technical specification

Fields of application:
Used in the chemical and petrochemical industry as well
as in refineries for handling chemically aggressive media
with low solids content.
As well used in industry in general as for process pump
process gas and condensate.

4.2 Designation

KSB WKT 80 / 3
Trade mark
Type series
Discharge nozzle (mm)
Number of stages

For materials refer to the data sheet.

4.3 Design details

Vertical, radially split shaft-driven sump pump with
multiple stages, in wet installation.

4.3.1 Pump casing

Radially split, multiple stages.
For handling combustible media, the pump casing,

the pipe assembly and the flanged elbow must be
made of ductile material with a maximum magnesium
content of 7.5% (see EN 13463-1). This is a standard
feature in all KSB supplies.

4.3.2 Impeller

Closed radial impeller with multiply curved vanes. Axial
thrust is balanced by means of suction and discharge­side casing wear rings and balancing holes.

4.3.3 Shaft seal

Shaft sealing is effected by gland packing or single or
double acting mechanical seals.
The relevant seal version is shown in the mecha nical seal
drawing.

7

Arragement drawing (examples)
Gland packing (special variant-consult KSB to use in

explosive atmospheres)

WKT

212 Intermediate shaft
383 Bearing spider

400.2 Flat gasket

529.3 Bearing sleeve

545.3 Bearing bush

711.1 Riser pipe

Fig. 02

Mechanical seal

Mechanical seal

Single-acting

Fig. 03

Mechanical seal

Double-acting

Fig. 04

4.3.4 Bearing arrangement

4.3.4.1 Pump bearings

The pump shaft runs in two plain bearings.
The bearing at the suction end is arranged in the suction

casing (106) and the bearing at the discharge end is
arranged in the discharge casing (107). Both these
bearings are lubricated by the product pumped.

4.3.4.2 Intermediate shaft bearings

(See fig. 05)
The intermediate shafts are guided by bearing spiders

(383) with built-in bearing bushes (545.3) between the
lengths of column pipe. Their construction and lubrication
corresponds to that of the pump bearings.

Fig. 05 Intermediate shaft bearing

4.3.4.2.1 Rigid Couplings for intermediate shafts

Depending on the shaft diameter, rotational speed,
switching frequency and type of driver, either rigid
screwed couplings, or split (muff) couplings are used to
connect the intermediate shafts to one another and to
transmit the driving torque.
In order to prevent the unscrewing (slackening) of
screwed couplings during reverse rotation pumping sets
fitted with such couplings must be provided with a revers e
rotation stop device.
Hollow shaft motors and hollow shaft bevel gears are
equipped with such a reverse rotation stop device.
Electric motors of V1 type series are however not so
equipped, and the direction of rotation of such motors
should therefore be checked before connection to the
shafting. It is therefore preferable to use split (muff)
couplings in conjunction with V1 type series electric
motors. The type of coupling applying to your installatio n
can be ascertained from the data sheet attached to the
Order confirmation.
See figures below for construction and arrangement.

Screwed coupling Split (muff) coupling

4.3.4.3 Thrust bearing

(See fig. 07 and 08 for construction).
The thrust bearing arranged in the motor lantern absorbs

the weight of the complete pump rotor, including the
weight of the intermediate shafts (212) and drive shaft
(213), and the radial forces which arise, it also absorbs
the residual axial thrust generated, and transmits all these
weights and forces to the motor lantern. Depending on
the values 3 different configurations are available. See
fig. 06. The bearing is oil lubricated, in the normal
execution.
Oil mist lubrication is possible, however it is special and
made up on consult.

Pump sizes

Thrust
bearing
constructions

VÖR 6311 6312 6315 6317

VÖQJ 311 312 315 317

VÖB 25 (7311) 35 (7312) 45 (7315) 60 (7318)

40 50 and 65

80 and

100

125 and

150

Fig. 06

8

WKT

p

VÖB and VOQJ

Pump size 40 50/65 80/100 125 150

Fx N 1500 1800 2500 3000 3500
Fy N 1500 1800 2500 3000 3500
Fz N 1500 1800 2500 3000 3500

Mx N.m 1200 1500 2000 2500 3000

Suction

My N.m 1200 1500 2000 2500 3000
Mz N.m 1200 1500 2000 2500 3000

Fx N 800 1500 2000 2500 3000
Fy N 800 1500 2000 2500 3000

Fz N 800 1500 2000 2500 3000
Mx N.m 500 1200 1500 2000 2500
My N.m 500 1200 1500 2000 2500

Discharge

Mz N.m 500 1200 1500 2000 2500

4.3.6 Noise characteristics

Fig. 07 Construction of support bearing VÖB (deep
groove ball bearing and VÖQJ (four point contact
bearing).

VÖB

Fig. 08 Construction of support bearing VÖB

4.3.5 Permissible forces and moments at the
nozzles

For max. permissible forces & moments refer table below.

Fig. 09

Rated power input

P

110,0 79,0 77,0 76,0
132,0 79,5 77,5 76,5
160,0 80,0 78,0 77,0
200,0 81,0 79,0 77,5
250,0 81,5 79,5 78,5
400,0 83,0 81,0 80,0
500,0 84,0 82,0 80,5
750,0 85,0 83,0 81,5

1000,0 86,0 84,0 82,5

Sound pressure level

(kW)

N

2,2 60,0 60,0 -

5,5 65,5 65,0 64,5
11,0 70,0 68,5 67,5
15,0 71,5 70,0 69,0
22,0 73,5 72,0 71,0
30,0 74,5 73,0 72,0
37,0 75,5 74,0 73,0
45,0 76,0 74,5 73,0
55,0 76,5 75,0 73,5
75,0 77,5 76,0 74,5
90,0 78,0 76,5 75,0

2900

1/min

Pump only

1450

1/min

L

(db)  

A

980

1/min

 Measured at a distance of 1m from the pump outline (as per DIN 45635
Part 1 and 24). Room and foundation influences have not been included.
The tolerance for these factors is 1 to 2 dB.

 Increase for 60 Hz operation
Pump without motor: --­ Pump with motor:
3500min-1:+3dB, 1750min-1: + 1dB, 1160min-1: ---dB

4.4 Accessories

As a general rule, the following items are supplied with
the pump:

- Motor lantern,

- Special tools and tackles for assembly / disassembly

of conical coupling,
On request the following items can be supplied amongst
others:

- Coupling: flexible coupling with spacer,

- Coupling guard,

- Coupling extractor device,

- Motor,

- Base plate: welded construction,

- Pressure gauges for suction and discharge,

- ARC valve,

- Suction strainer.

4.5 Dimensions and weights

For dimensions and weights please refer to the general
arrangement drawing of the pump.

9