Atlas Copco Instruction Manual

Instruction Manual
for Atlas Copco WEDA Dewatering Pump
English

WEDA 50
all options
www.atlascopco.com WEDA 60
 Instruction Manual
for Atlas Copco WEDA Dewatering Pump

WEDA 50
WEDA 60

Original

Printed matter N°
9822 1689 00-0 ATLAS COPCO - PORTABLE ENERGY DIVISION
01/2014 www.atlascopco.com
Warranty and Liability Limitation
Use only authorized parts.
Any damage or malfunction caused by the use of unauthorized parts is not covered by Warranty or Product
Liability.
The manufacturer does not accept any liability for any damage arising from modifications, additions or
conversions made without the manufacturer's approval in writing.
Neglecting maintenance or making changes to the setup of the machine can result in major hazards.
While every effort has been made to ensure that the information in this manual is correct, Atlas Copco does not
assume responsibility for possible errors.

Copyright 2014, Atlas Copco Portable OEM Solutions

IRMER+ELZE KOMPRESSOREN GmbH, D-32547 Bad Oeynhausen, Germany.
Any unauthorized use or copying of the contents or any part thereof is prohibited.
This applies in particular to trademarks, model denominations, part numbers and drawings.

-4-
Preface Table of contents 5 Operating instructions............................. 14
Please read the following instructions carefully 5.1 Transport .................................................... 14
before starting to use your pump. 1 Safety precautions ...................................... 7 5.2 Starting ....................................................... 14
It is a solid, safe and reliable machine, built 1.1 Introduction .................................................. 7 5.3 Stopping ..................................................... 14
according to the latest technology. Follow the 1.2 Pictograms and symbols............................... 7
instructions in this booklet. 6 Maintenance ............................................. 15
1.3 Safety during use and operation ................... 7
Always keep the manual available near the machine. 6.1 Preventive maintenance schedule .............. 15
1.4 Authorised personnel ................................... 8
In all correspondence always mention the pump type 6.2 External damage, loose parts ..................... 16
1.5 Dangers when not following safety
and serial number, shown on the data plate. instructions ................................................... 8 6.3 Motor insulation resistance ........................ 16
The company reserves the right to make changes 1.6 Safety-conscious working method ............... 8 6.4 Impeller ...................................................... 16
without prior notice. 1.7 Personal safety ............................................. 8 6.5 Power cable ................................................ 16
1.8 Safety during maintenance ........................... 8 6.6 Cable entry ................................................. 16
1.9 Electrical safety ............................................ 8 6.7 Oil............................................................... 16
1.10 Conversion and spare parts .......................... 8
7 Troubleshooting ....................................... 17
1.11 Unintended use............................................. 9
1.12 Data plate ..................................................... 9 8 Technical details....................................... 18
8.1 Dimensions................................................. 18
2 General description .................................. 10
8.2 Motor data WEDA 50 ................................ 19
2.1 Housing and wet end .................................. 10
8.3 Motor data WEDA 60 ................................ 19
2.2 Impeller ...................................................... 10 8.4 Wiring diagram .......................................... 20
2.3 Overload protection.................................... 10
8.5 Flow characteristics.................................... 22
3 Main parts................................................. 10
9 Spare parts................................................ 24
4 Options ...................................................... 11 9.1 Ordering spare parts ................................... 24
4.1 Float switch ................................................ 11 9.2 Oil specification ......................................... 24
4.2 Motor Protection plug ................................ 11 10 Warranty................................................... 25
4.3 Zinc anodes ................................................ 12
4.4 Epoxy coating............................................. 12 11 Disposal ..................................................... 25
4.5 Electronic level control (NVB) .................. 13 11.1 General ....................................................... 25
4.6 Discharges .................................................. 13 11.2 Disposal of materials.................................. 25
11.3 Declaration of conformity.......................... 26

-5-
-6-
Safety precautions
To be read attentively and acted accordingly before operating, performing maintenance or
repairing the unit.

INTRODUCTION PICTOGRAMS AND SYMBOLS

The policy of Atlas Copco is to provide the users of Take the necessary steps to keep unauthorized This manual contains safety instructions that, when
their equipment with safe, reliable and efficient persons away from the unit and eliminate all possible not observed, can lead to dangerous situations.
products. Factors taken into account are among sources of danger at the unit.
others: These safety instructions are indicated
When handling, operating, overhauling and/or with a general pictogram indicating
- the intended and predictable future use of the performing maintenance or repair on Atlas Copco
products, and the environments in which they are danger.
equipment, the mechanics are expected to use safe
expected to operate, engineering practices and to observe all relevant local
- applicable rules, codes and regulations, Safety instructions related to possible
safety requirements and ordinances. dangers when not observing the
- the expected useful product life, assuming proper
service and maintenance, All responsibility for any damage or injury resulting electrical safety instructions are
- providing the manual with up-to-date from neglecting these precautions or by non- indicated with this pictogram. Violating
information. observance of ordinary caution and due care required these safety instructions may result in
in handling, operating, maintenance or repair, also if death through electrocution.
Before handling any product, take time to read the not expressly mentioned in this instruction manual, is
relevant instruction manual. Besides giving detailed disclaimed by Atlas Copco. This pictogram indicates safety
operating instructions, it also gives specific instructions that can lead to damage to
information about safety, preventive maintenance, The manufacturer does not accept any liability for any the pump when not observed.
etc. damage arising from the use of non-original parts and
for modifications, additions or conversions made All labels on the pump must be kept legible. Damaged
Keep the manual always at the unit location, easy without the manufacturer’s approval in writing.
accessible to the operating personnel. labels have to be replaced.
If any statement in this manual does not comply with
These safety precautions are general and some local legislation, the stricter of the two shall be
statements will therefore not always apply to a applied.
particular unit. SAFETY DURING USE AND OPERATION
Statements in these safety precautions should not be
Only people that have the right skills should be interpreted as suggestions, recommendations or This manual contains basic safety instructions that
allowed to operate, adjust, perform maintenance or inducements that it should be used in violation of any have to be observed during installation, use and
repair on Atlas Copco equipment. applicable laws or regulations. maintenance. This manual is to be read by all
It is the responsibility of management to appoint staff operators/users before installing and operating the
with the appropriate training and skill for each pump. It must be kept available to all operators/users
category of job. at the operating site. Apart from the instructions in
this chapter also the safety instructions mentioned in
others sections of this manual must be observed.

-7-
AUTHORISED PERSONNEL DANGERS WHEN NOT FOLLOWING SAFETY SAFETY DURING MAINTENANCE
INSTRUCTIONS
Only people that have the right skills should be The owner is responsible for adequate training of the
allowed to operate, adjust, perform maintenance or Not observing the safety instructions may lead to personnel maintaining the pumps. In principle all
repair on Atlas Copco equipment. personal injury, damage to the equipment and maintenance has to be performed on a non-energised
It is the responsibility of management to appoint environmental hazards. Not observing the safety pump. Observe the procedures as mentioned in the
operators with the appropriate training and skill for instructions will void any warranty claim. manual.
each category of job.
Skill level 1: Operator
An operator is trained in all aspects of operating the SAFETY-CONSCIOUS WORKING METHOD ELECTRICAL SAFETY
unit with the push-buttons, and is trained to know the
safety aspects. All safety instructions in this manual as well as Pumps must be plugged into an outlet that is properly
national accident preventing regulations and installed and grounded in accordance with all codes
Skill level 2: Mechanical technician company-internal regulations regarding labour, and ordinances. Never remove the grounding prong
A mechanical technician is trained to operate the unit operation and safety have to be observed. or modify the plug in any way. Do not use any adaptor
the same as the operator. In addition, the mechanical plugs. Check with a qualified electrician if you are in
technician is also trained to perform maintenance and doubt as to whether the outlet is properly grounded.
repair, as described in the instruction manual, and is Do not abuse the power cable. Never use the power
allowed to change settings of the control and safety PERSONAL SAFETY cable to carry the pumps or pull the plug from an
system. A mechanical technician does not work on outlet. Keep the power cable away from heat, oil,
live electrical components. Stay alert, watch what you are doing and use common
sharp edges or moving parts. Damaged power cables
sense when operating a pump. Do not use pumps
Skill level 3: Electrical technician while tired or under influence of drugs, alcohol or increase the risk of electric shock.
An electrical technician is trained and has the same medication. A moment of inattention while operating Use a network protected by a ground fault circuit
qualifications as both the operator and the mechanical pumps can result in serious personal injury. interrupter.
technician. In addition, the electrical technician may Dress properly. Do not wear loose clothing or
carry out electrical repairs within the various jewellery. Contain long hair. Keep your hair,
enclosures of the unit. This includes work on live clothing, and gloves away from moving parts. Loose
electrical components. CONVERSION AND SPARE PARTS
clothes, jewellery, or long hair can be caught in
Skill level 4: Specialist from the manufacturer moving parts. Conversions are only allowed after written consent of
This is a skilled specialist sent by the manufacturer or Use approved safety equipment. Always wear eye the manufacturer. Always use original spare parts.
its agent to perform complex repairs or modifications protection, protective shoes and gloves. Unauthorised conversion and / or the use of non-
to the equipment. original spare parts will void any warranty claims.
In general it is recommended that not more than two
people operate the unit, more operators could lead to
unsafe operating conditions.

-8-
UNINTENDED USE DATA PLATE
The reliability of the pump is only guaranteed when it
is used according the specifications in this manual. Reference Name
The limits as indicated are not to be exceeded under 1 Serial number
any circumstances.
2 Pump type
Do not use the pump to transport water for human
consumption, for water well pumping or for 19 3 Protection class
1
installation in an explosive atmosphere. 2 18
Caustic, slightly inflammable and other explosive 17 4 Production year
3
4 16
substances such as petrol, petroleum, diluted 15 5 Rated voltage
nitrogen, greases, oils, salt water and waste water 5
6 14 6 Motor insulation class
from toilets as well as sludgy water that has a slower 7 13
flow capacity than water, should not be transported 8 12 7 Rated rpm
using the pump. 9
10 11 8 Rated current
The temperature of the transported fluids should not
exceed 40°C. 9 Max. flow capacity
The appliance is not suitable for use as a stationary 10 Rotation direction
installation (such as a lifting device, fountain pump).
11 Start kick direction
12 Weight
13 Max. head
14 Rated power input
15 Frequency
16 Number of phases
17 Max. fluid temperature
18 Max. submersed depth
19 Approval mark (CE, UL, CSA, ...)

-9-
General description Main parts
WEDA dewatering pumps are electrical submersible HOUSING AND WET END
pumps for dewatering applications in construction
sites, industry, mining, tanks, pools etc. The range The housing is made of aluminium and parts of wet 5
consists of several dewatering pumps, all designed for end are rubber lined. 6
though pumping in demanding applications. The 1 7
compact design and light weight make the pumps 2
very versatile and easy to install. 3
IMPELLER
The design with outer jacket for cooling and motor
protector keeps the pump running safely under The WEDA 50 and 60 pumps are equipped with a 8
various conditions. The double mechanical seal runs high chrome steel impeller.
in an oil bath and assures a long life time.

Features: OVERLOAD PROTECTION 4

 Dry running capability. Motor protector. The pump is supplied with an automatically resetting
 Plug and pump. thermal overload protection.
Reference Name
 The double mechanical seal runs in an oil bath and
assures a long life time. 1 Cable
 Impeller from high chrome steel minimizes 2 Coupling
maintenance. 3 Discharge
 The bearings are greased for life with high
4 Strainer
temperature grease and anti-corrosion additive.
 NVB level control (option) 5 Motor protection plug (option)
6 Handle
WEDA 50 and 60 are compact versatile dewatering 7 Data plate
pumps for various pumping needs. The high chrome 8 Float switch
steel impeller is designed to handle the water in
construction sites, manholes and industrial pits etc.
with very low risk of clogging.

- 10 -
Options
FLOAT SWITCH MOTOR PROTECTION PLUG

To protect the motor against over current it is strongly

recommended to use an external motor protector
(option only for pumps with 400V - 3ph motor). The
external motor protector can be ordered separately. It
combines the on/off switch and the overload
protection in one device, thus creating optimal
12 3 4
operating comfort and protection for the pump.
1
If the indicator lamp 3 is lighting red, reverse two
phases with a screw driver in plug 4.
After a fault the pump must be restarted manually
pressing the switch on the external motor protector.

Reference Name Reference Name

1 Float switch 1 Over current relay
2 On/Off switch
470W369455 - Float switch kit
(Float switch kit for local assembly afterwards). 3 Indicator lamp for phase control
Use the pump with a float switch if automatic starting 4 Plug with phase inverter
and stopping is required.
The pump starts if the float switch reaches an angle of Motor protection plug
+55° and stops at an angle of -55°. WEDA 50: 470W157913 5P-16A 10-16A
For continuous operation block the float switch WEDA 60: 470W157916 5P-32A 16-20A
vertically, pointing upwards. (Only for pumps with 400V - 3ph motor).

- 11 -
ZINC ANODES EPOXY COATING

8162170300 - Epoxy coating

For optimum protection when pumping salty water,
water containing aggressive substances, or water with
a high or low pH value the pump can be protected
with an epoxy resin coating.

Reference Name
1 Zinc anode
2 Zinc anode

470W254206 - Zinc anode kit

When pumping salt water (which is highly aggressive
towards aluminium), the pump should be protected
with zinc anodes.

- 12 -
ELECTRONIC LEVEL CONTROL (NVB) DISCHARGES
The WEDA50/60 series pumps can be equipped with
a built-in electronic level control, NVB. It is Discharge Part number
connected to a set of 2 probes located on the pump
contactor cover. 3” Hose standard with 1 clamp 470W203562
3” BSP - thread 470W203484
Features
1 3” NPT - thread 470W203570
Pumping control of the pump according to the water
level. 4” Hose standard with 1 clamp 470W203564
Pump protection, the pump will stop in case of: 4” BSP - thread 470W203482
 Wrong phase sequence (change 2 wires in the plug
4” NPT - thread 470W203572
to get the proper sequence).
 Phase failure. 3” Cam lock adapter 8162164100
 Overload (clogged strainer, etc…). 3” Cam lock coupling 8162164300
 Overheating: controlled by thermo switches 3” Storz coupling 470W157011
inside the motor winding. The water level for stopping can be adjusted using the 4” Storz coupling 470W157012
 Running without water. NVB potentiometer (1):
 If the pump does not stop, when no water, turn the The pump can be equipped with several discharges,
potentiometer (1) clockwise until it stops. see table above.
The pump starts automatically as the rising water
reaches the probes on the contactor cover. The pump  If the pump stops before air suction, turn the
stops again, automatically, once the water level falls potentiometer (1) anti-clockwise.
to the point at which the pump begins to suck in air The level control can be disabled by bridging the
through the strainer. probes. The jumper for bridging the probes is
The water level for starting can be moved down using supplied with the kit / pump. When switched on the
extension wires to connect the probes. pump runs continuously.

A pump equipped with NVB level

control will not start when phase
sequence is wrong, or in case of phase
failure.

- 13 -
Operating instructions
TRANSPORT

Always use the handle to lift the pump. In case the motor stops due to overload or a blocked
Never use the power cable to lift or impeller, first pull the plug out of the socket before
transport the pump. Always be careful removing the pump from the pump site to check for
not to let it fall or bump it against the why the pump has stopped. Remove the blockage, let
wall or other equipment. the pump cool down and resume pumping.

STARTING
STOPPING
The pump may not be used in an
explosive / inflammable environment or Take the plug out of the socket and take the pump out
used to pump inflammable liquids! of the pump site. If the pump has been operating in
dirty water, allow it to run in clean water for a short
period or flush clean water through the discharge port.
If the pump is being used for pumping If clay, cement or other sticky dirt remain in the pump
water out of a swimming pool: 1 2 this may clog the impeller and seal area.
 nobody is allowed to be in the pool
during pumping, Never operate the pump without the
 the pump must be connected via a strainer.
residual current device having a
rated residual operating current not Attach a suitable hose to the outlet and make sure it is
exceeding 30 mA. thoroughly tightened. Avoid making excessive bends
in delivery hoses or piping, as this may cause reduced
Check the power cable with mains plug for damage flow. Turn discharge in horizontal (1) or vertical (2)
before every use. If the power cable is damaged, direction according to application.
exchange it immediately. Run the electric cable so that sharp bends are avoided
Check whether the power supply matches the rating and there is no danger of the cable being pinched or
on the Data plate. otherwise being damaged.
Check whether the fluid to be pumped matches the Take care that the pump is submerged before putting
characteristics mentioned in section Technical the plug in the socket. Never install the pump directly
details. on a weak soil layer or muddy ground. The pump may
sink and mud/soil may enter the pump and reduce the
The minimum start water level is approx. 60 mm. flow. Check that the pump is pumping.

- 14 -
Maintenance
PREVENTIVE MAINTENANCE SCHEDULE

Every 12 months
Service task Every month Every 3 months Every 6 months When worn
in use
Grease check x
Pump lubrication x
Check wear parts x
Change wear parts x
Adjustment of pump performance x
Replace sealing's of sealing package x x
Replace bearings of sealing package x x
Check contactor function x
Stator measurement x
Check cable x
Check cable gland x
Check pipes, valves x
Check float switch / Level sensor NVB function x
Check external damage, loose parts x

For maintenance kits and spare parts please refer to the Atlas Copco Spare parts list 9822 1690 00.

- 15 -
EXTERNAL DAMAGE, LOOSE PARTS OIL
Make sure that all screws, bolts and nuts are tight. Check the condition of the oil to see if any water
Check the condition of the pump lifting handle and leakage has occurred. Remove the oil plug (2). Take
1
replace if damaged or worn. Replace any external part an oil sample using a pipette. Check for impurities
that appears worn or damaged. and emulsification. (Oil must be clear.) If water
intrusion has occurred the seal must be replaced.
MOTOR INSULATION RESISTANCE 2 Refill the seal chamber with fresh oil. Refer to section
3 Technical details for type and quantity of oil.
Use a 500 V DC Megger and measure the insulation
between the phases and between any phase and
ground. Resistance values should be over 1 M ohm. If
abnormal readings are obtained, immediately hand
the pump in for repair.
Also observe any local requirement regulations. The
stricter one will prevail.

IMPELLER

Inspect the impeller by removing the strainer and

wear plate. Replace the impeller if it is damaged or
severely worn.
Reference Name
POWER CABLE
1 Oil
Inspect the cable for cuts, scrapes or sharp bends. If 2 Oil plug
the outer jacket is damaged, replace the cable. Do not
make splices within wet wells. 3 O-ring

To get access to the oil plugs remove wet end and

CABLE ENTRY
outer casing.
Make sure that the cable entry flange and strain relief For disassembly and reassembly refer to the work
clamp are tight. If the cable entry is showing signs of instructions:
leakage replace the cable.
9822 1643 00 WEDA 60N,H 50Hz
9822 1659 00 WEDA 60N,H 60Hz
9822 1691 00 WEDA 50L,N,H 50Hz
9822 1692 00 WEDA 50L,N,H 60Hz

- 16 -
Troubleshooting

Problem Cause Action

Pump will not run 1. Fuse blown or circuit breaker tripped 1. Replace fuse or reset circuit breaker
2. Broken cable 2. Replace cable
3. Power failure 3. Restore power supply
4. Impeller jammed 4. Clean impeller
5. Stator winding burnt-out 5. Replace pump
6. Float switch is defective or not correctly in position 6. Check float switch

Pump starts and stops 1. Strainer blocked 1. Clean strainer

2. Insufficient water level 2. Raise water level
3. Voltage too low when using an extra cable 3. Use a cable with larger section
4. Water too hot 4. Let the water cool down

Pump's capacity is too low 1. Delivery hose is squeezed 1. Straighten delivery hose
2. Total pumping head is too high 2. Review pumping situation
3. Strainer is blocked 3. Clean strainer
4. Impeller is worn 4. Replace impeller

Pump with electronic level control will 1. Probes are bridged 1. Remove probe jumper
not start when water level reaches probes 2. Wrong phase sequence 2. Check phase sequence
3. Phase failure 3. Check power supply

Pump with electronic level control will 1. Wrong setting of NVB potentiometer 1. Turn NVB potentiometer in "-" direction
not stop when water level drops below
strainer

Pump with electronic level control stops 1. Wrong setting of NVB potentiometer 1. Turn NVB potentiometer in "+" direction
before water level reaches strainer

- 17 -
Technical details DIMENSIONS

Unit WEDA 50 WEDA 60 W

Discharge, smooth and threaded inch 3” 3”
BSP
inch 4” 4”
Weight kg N/L = 55 H = 63 N = 55 H = 63
Max solids handling mm 6 6
Cable length m 20 20 H
Max submersed depth m 20 20
Impeller type centrifugal impeller centrifugal impeller
Impeller material high chrome steel high chrome steel
Shaft seals mechanical seal mechanical seal
Motor protection thermal protection thermal protection
Motor insulation class F F Dimensions
D W H
pH range 5-8 5-8 in mm
Max fluid temperature °C 40 40 WEDA 50 N 277 330 760
WEDA 50 L 277 330 760
The pump is designed to pump water that meets the specifications in the table above. WEDA 50 H 312 330 810
The pump is not to be used in explosive or inflammable environments or for pumping WEDA 60 N 277 330 760
flammable liquids.
WEDA 60 H 312 330 810

- 18 -
MOTOR DATA WEDA 50

WEDA 50 L WEDA 50 N WEDA 50 H

Voltage Frequence Rated current Max. power input Rated current Max. power input Rated current Max. power input
(V) (Hz) (A) (kW) (A) (kW) (A) (kW)
230 50 13 5.1 on request 4.8 on request 6.0
230 60 19 5.8 15.2 4.6 24 9.2
400 50 10 5.1 9.5 4.8 11 6.0
460 60 10 5.8 8.5 4.6 14.5 9.2

MOTOR DATA WEDA 60

WEDA 60 N WEDA 60 H
Voltage Frequence Rated current Max. power input Rated current Max. power input
(V) (Hz) (A) (kW) (A) (kW)
230 50 25.5 9.5 30 11.2
230 60 30 9.4 on request on request
400 50 16 9.5 19 11.2
460 60 15 9.4 24 10.5
500 50 13 9.5 15.4 11.2

- 19 -
WIRING DIAGRAM

b b
c
c
d
d

1
a 1

470W740046-2 470W740047-2

WEDA 50 -  230V/3ph/50Hz WEDA 60 -  230V/3ph/50Hz WEDA 50 - Y 400V/3ph/50Hz WEDA 60 - Y 400V/3ph/50Hz

WEDA 50 -  500V/3ph/50Hz WEDA 60 -  500V/3ph/50Hz WEDA 50 - Y 440-460V/3ph/60Hz WEDA 60 - Y 440-460V/3ph/60Hz

Reference Name Colour code

1 Float switch (optional) a = green/yellow c = grey
b = black d = brown

- 20 -
Optional Motor Protector Level Sensor Control

b
1 2 c
b d
c
d

3
4 a
5

Reference Name
1 Phase inverter
2 Overcurrent relay
3 In
4 On/Off switch 9822167900-0
5 Phase control
WEDA 50 L, N NVB - Y 400V/3ph/50Hz
WEDA 60 N NVB - Y 400V/3ph/50Hz

Colour code
a = green/yellow c = grey
b = black d = brown

- 21 -
FLOW CHARACTERISTICS

Power Electrical WEDA 50 Power Electrical WEDA 50

7 14
3
6 12
3
5 1 10
Power (kW)

Power (hp)
4 2 8
1
3 6
2
2 4

1 2

0 0
0 500 1000 1500 2000 2500 0 100 200 300 400 500 600

Flow (l/min) Flow (USGPM)

Performance Curve WEDA 50 Performance Curve WEDA 50

45 160

40 140

35
120
30
100
Head (m)

Head (ft)
25
80
20
60
15

40
10

5 20

0 0
0 500 1000 1500 2000 2500 0 100 200 300 400 500 600

Flow (l/min) Flow (USGPM)

WEDA 50 - 50 Hz WEDA 50 - 60 Hz

- 22 -
 Power Electrical WEDA 60 Power Electrical WEDA 60
12 18
2
11 16
2
Power (kW)

Power (hp)
10 14

1 1
9 12

8 10

7 8

6 6
0 500 1000 1500 2000 2500 0 100 200 300 400 500 600 700 800

Flow (l/min) Flow (USGPM)

Performance Curve WEDA 60 Performance Curve WEDA 60

50
200
45
180
40
160
35
140
30
Head (m)

120

Head (ft)
25 100

20 80

15 60

10 40

5 20

0 0
0 500 1000 1500 2000 2500 0 100 200 300 400 500 600 700 800

Flow (l/min) Flow (USGPM)

WEDA 60 - 50 Hz WEDA 60 - 60 Hz

- 23 -
Spare parts
ORDERING SPARE PARTS OIL SPECIFICATION

For spare parts see spare parts list: Oil capacity: 3.0 L
9822 1690 00 - ASL WEDA 50/60 Oil: partnr. 1605 2254 00 (2.0 L)
Oil: partnr. 1605 2255 00 (0.5 L)
To avoid errors in delivery, please give the following
information when ordering spare parts:
1. Pump type
2. Pump serial number
3. Quantity required
4. Part number
5. Part description

- 24 -
Warranty Disposal
The warranty terms published by the relevant Atlas GENERAL DISPOSAL OF MATERIALS
Copco Customer Center or authorized dealers are
applicable in each country. We will repair potential When developing products and services, Atlas Copco Dispose of contaminated substances and material
failures of your pumps within the warranty period tries to understand, address, and minimize the separately, in accordance with locally applicable
free of charge, provided that such failure is caused by negative environmental effects that the products and environmental legislation.
faulty material or defects in manufacturing. services may have, when being manufactured,
Before dismantling a machine at the end of its
In the event of a warranty claim please contact your distributed, used and disposed.
operating lifetime drain and dispose of all fluids of
local dealer or the nearest authorized Atlas Copco Recycling and disposal policies are part of the according the applicable local disposal regulations.
Customer Service Center. development of all Atlas Copco products. Atlas
Separate the machine into metal, wiring, hoses,
Copco company standards determine strict insulation and plastic parts.
requirements.
Dispose of all components in accordance with
Material selection, substantial recyclability, applicable disposal regulations.
disassembly possibilities and separability of materials
and assemblies are considered, as well as Remove spilled fluid mechanically; pick up the rest
environmental perils and dangers to health during the using an absorbing agent (for example sand, sawdust)
recycling and disposal of the unavoidable rates of and dispose of it in accordance with local disposal
non-recyclable materials. regulations. Do not drain into the sewage system or
surface water.
Your Atlas Copco pump consists mostly of metallic
materials, that can be remelted in steel and melting
This concept can only succeed with your
works and are therefore almost infinitely recyclable.
help. Support us by disposing
professionally. By assuring correct
disposal of the product you help prevent
possible negative consequences for
environment and health as a result of
inappropriate waste handling.
Recycling and re-usage of material help
preserve natural resources.

- 25 -
DECLARATION OF CONFORMITY

1
EC DECLARATION OF CONFORMITY
2 We, IRMER+ELZE Kompressoren GmbH, declare under our sole responsibility, that the product
3 Machine name: portable submersible dewatering pump
4 Machine type: WEDA 40
5 Serial number:

6 Which falls under the provisions of article 12.2 of the EC Directive 2006/42/EC on the approximation of the laws of
the Member States relating to machinery, is in conformity with the relevant Essential Health and Safety
Requirements of this directive.

The machinery complies also with the requirements of the following directives and their amendments as indicated.

Directive on the approximation of laws of the Harmonized and/or Technical

7
Att mnt
Member States relating to Standards used

EN ISO 12100:2011
a. Machinery safety 2006/42/EC
EN ISO 809:2009

d Electromagnetic compatibility 2004/108/EC EN 60034-1:2010

EN 60204-1:2011-01

e Low voltage equipment 2006/95/EC EN ISO 60335-1:2012

EN ISO 60335-2-41:2010

8.a The harmonized and the technical standards used are identified above

8.b IRMER+ELZE Kompressoren GmbH is authorized to compile the technical file.

9 Conformity of the specification Conformity of the product to the specification

10
to the directives and by implication to the directives
11
12 Issued by Engineering Purchasing
13
14 Name
15 Signature
16 Date

Atlas Copco Portable OEM Solutions

IRMER+ELZE Kompressoren GmbH Part of the Atlas Copco Group
ed. 02, 2013-02-06
Form 9822159900

Visitors address Phone: +49 (0)5731 1801-0 Gesch ftsf hrer:

Mindener Strasse 29 Fax: +49 (0)5731 1801-66 Piet Leys
D-32547 Bad Oeynhausen Email info@atlascopco.com Ust.-Id.-Nr. DE 154065482
Germany Amtsgericht Bad Oeynhausen
HR B 2642
www.atlascopco.com For info, please contact your local Atlas Copco representative

p.1(6)

- 26 -
 Atlas Copco Instruction Manual

www.atlascopco.com