Hawle HAWIDO 1406 User manual

manual
Pressure retention valve DAV with float control®

HAWIDO - REGULATING VALVES
Instruction for
Pressure sustaining valve with float control
Type 1406
ND40 to ND200
Keep this instruction manual at the location of the valve

Example of a nameplate
Once the commissioning work has been completed, enter the following data and always specify this additional
information concerning the valve type, pressure and flow ratios, whenever you consult or have reason to
question the manufacture or supplier:
Year of manufacture:................................................... DN: ……………… NP: …………………..
Serial number: ...................................................
Anleitung Stand August 2018 - 1/plü Subject to technical modifications!

-1-
CONTENTS
A. DESCRIPTION 2
1. FUNCTION 2
2. GENERAL SAFETY GUIDELINES 2
3. RECOMMENDED INSTALLATION 3
4. RECOMMENDED INSTALLATION OF VALVES WITH FLOATER 4
5. INSTALLATION CONTROL VALVE WITH FLOAT 5
B. COMMISSIONING 7
1. FUNCTIONAL DIAGRAM (1406) 7
2. PREPARATION 7
3. VENTING 7
4. ADJUSTMENTS SUSTAINABLE PRESSURE 8
5. SETTING THE REACTION SPEED 8
6. CHECKING FOR LEAKAGES 8
C. FAULT FINDING 9
D. PUTTING OUT OF SERVICE AND MAINTENANCE 10
1. PUTTING OUT OF SERVICE 10
2. MAINTENANCE AND SERVICE 10
2.1 GENERAL 10
2.2 ANNUAL CHECKS 10
2.3 FOUR OR FIVE ANNUAL MAINTENANCE 11
3. REPAIR KITS AND SPARE PARTS 12
3.1 MAIN VALVE WITH STAINLESS STEEL CONNECTION ND 40 TO ND 200 (DRAWING)13
3.2 MAIN VALVE (PARTS LIST)14
3.3 CONTROL VALVE,PRESSURE SUSTAINING,STAINLESS STEEL (DRAWING)16
3.4 CONTROL VALVE,PRESSURE SUSTAINING,STAINLESS STEEL (PARTS LIST)17
3.5 CONTROL LINE AND ACCESSORIES 18
3.6 POSITION INDICATOR (DRAWING)22
3.7 POSITION INDICATOR (PARTS LIST)24
E. ANNEX 25
1. TORQUE TABLE 25
F. HAWLE IN EUROPE 26

-2-
A. Description
1. Function
The valve maintains a constant pre-set inlet pressure (p1) and opens and closes to keep a minimal water
level in a basin. Depending on the settings it can work as a pressure relief valve. Then any excess of the
system pressure is relieved by fast opening of the valve.
The closing procedure is slow in order to avoid shock pressure loads. Flow rates have no effect on the
maintained pressure which is regulated by the control valve. The overpressure or maintained pressure of the
standard version can be set within the range of 1.5 bar to 12 bar.
Technical features:
Medium: Drinking water
Pressure stages: PN 10 (Standard DN 200 and upwards)
PN 16 (Standard up to and including DN 150)
PN 25
Flanges: Connection dimensions acc. DIN EN 1092 –2
Manometer: EN 837-1, accuracy class 1.6
Main valve material: GGG 40
Temperature range: 2 to 40º C
2. General safety guidelines
The Hawle HAWIDO regulating valve is designed for use in drinking water supply systems. Please consult
the manufacturer before using it with other media.
Material damage or injury to persons can occur if the HAWIDO is not installed, commissioned, operated or
maintained according to these instructions or to codes of practice.
As a precondition, it is assumed that all technical regulations (e.g. SVGW, ÖVGW, DVGW...), codes of
practice (e.g. VDE, VDI ...), laws and standards are understood, and will be adhered to and applied.
Work on electrical installations (e.g. installation of magnetic position switches, solenoid valves, etc.) may only
be carried out by personnel authorised to carry out this work.
The responsibility for layout, installation position and commissioning of the fittings in the pipe work lies with
the designer, installer and/or user. Design or installation errors can adversely affect the operation of the
regulating valve and can create a significant risk. If in doubt, please consult us.

-3-
3. Recommended installation
Before the installation, all pipe work must be blown or flushed through to prevent any foreign material such
as pieces of wood, stone etc. from entering the valve.
Regulating valves are normally fitted with the valve cover upwards. It is recommended that shut-off valves be
fitted on both sides plus a dirt trap on the inlet side. Depending on the installation situation, a mounting
adapter may also be required. If the HAWIDO 1400 is used as a relief valve, the shutoff gate valve on the
outlet side can be omitted. Before commissioning, a check should be made that no coarse foreign bodies
can penetrate into the HAWIDO.
For other types of installation, please contact us for advice.

-4-
4. Recommended Installation of Valves with Floater
Recommended installation
Prior to the installation of the valve, all the pipework must be purged carefully, to prevent the entry of any
foreign bodies, such as pieces of wood, stones etc., in the control valve.
Inlet pressures from 1.5 to 4 bar the
Hawido floating valve type 1600 can be
used together with a opening limiter.
If the inlet pressure is between 4 to 9
bar, an orifice is required after the
Hawido valve. The pressure will be
reduced in two steps.
If the pressure is between 9 to 16 bar, a
Hawido pressure reducing valve is
required before the floating valve.
The HAWIDO must be installed horizontally, with the valve cover facing upwards. We recommend the fitting
of a shut-off valve and a dirt trap upstream of the valve. Prior to commissioning, a check must be made to
ensure that no coarse foreign bodies can enter the HAWIDO.
For other types of installation, please contact us for advice.

-5-
For an inlet pressure of more than 4 bar, we recommend the employment of a combined control system
with pressure reduction and/or orifice to reduce possible cavitation damage and high pressure surges. With
inlet pressures of less than 1.5 bar, we advise you to contact us.
To ensure trouble-free operation, we recommend the installation of a protective pipe for the float (available in
PE or INOX).
For the assembly, you require two control lines from the main valve to the float control valve. The two control
lines are attached to the screw fittings on the main valve and should therefore have an outer diameter of 6
mm. For this, use (Inox) steel pipe or compression-resistant PA-hose. A support sleeve should be employed
if you decide to employ plastic hoses. The control lines must be delivered and assembled by the building
contractor
The control line is to elevate continuously in the direction of the float control valve, but is not to exceed a
length of more than 20 m. The difference between the height of the float control valve and the main valve is
not to be more than 2 m.
5. Installation control valve with float
Due to the maximum possible or desired water level, the control valve is assembled in the tank.
General:
•Minimum possible difference between maximum and minimum water level: approx. 60mm
•Maximum possible difference between maximum and minimum water level: approx. 900 mm
These two highest values (likewise intermediate values) can be set in each case with the setting rings
on the guide bar. Special lengths available on request.
Presetting:
•The upper setting ring must be fixed at a minimum distance of 40 mm from the U-profile
Assembly:
•Determine the highest water level in the tank. ➔The HAWIDO valve is closed in this position.
•The measurements A = 230 mm and B = 80 mm are to be marked for the assembly drill holes,
Please observe the following pinhole pattern of the plate.
Drawn position:
HAWIDO valve closed

-6-
Pinhole pattern of the plate:
Slot width:
9mm for M8 screws
(use only corrosion-resistant screws)
Setting the minimum and maximum water level
•The water level Maximum (HAWIDO valve closed) and the water level Minimum (HAWIDO valve
open) can be preset with the setting rings. These rings may have to be adjusted during the operating
mode.
Setting ring below
HAWIDO valve open
opentellring unten
HAWIDO –Ventil offen
Setting ring “above“ –
HAWIDO valve closed
Drawn position:
HAWIDO valve open

-7-
B. Commissioning
1. Functional diagram (1406)
Components:
1 Main valve 1200
2 Ball valve (A, B, C)
3 Filter
4 Orifice
5 One-way flow restrictor
6 Control valve
7 Pressure gauge
8 Position indicator
Electrical position indicator (optional)
Valve opening limiter (optional)
9 Pilot valve
2. Preparation
Before commissioning the valve, check that the gate valves on the inlet and outlet sides of the valve are
closed and that the flange connections are correctly tightened and sealed.
On the main valve:
•Open the ball valves (2A, 2B)
•Loosen the lock nut on the one-way flow restrictor (5) and unscrew the adjusting screw by approx-10
turns. (The path to the control chamber is completely open).
•Close the ball valve (2C)
•Loosen the headless screw in the central plug on the position indicator.
•Slightly loosen a union of the control circuit at its highest point (approximately one turn).
•Loosen the screw on the hand wheel on the control valve (6), and turn the hand wheel clockwise
direction until a very strong resistance is felt from the spring.
3. Venting
Proceed as follows:
Loosen the headless screw on top of the position indicator 2 –3 turns (Attention: Do not loosen the headless
screw completely!)
Slowly open the inlet gate valve until water flows into the valve. The valve fills with water and the air escapes
via the slightly opened threaded union and the central plug. When the valve venting procedure has caused
all the air to be expelled from the control lines, retighten the headless screw on the position indicator and the
loosened union. Check that all fittings are sealing properly and tighten if necessary.
Open the inlet valve slowly and completely.
9
3 4
p1p2
1
2A 2C
5
87
6
L
max.
min.
2B

-8-
Check:
When the outlet gate valve is opened slightly the valve should close and remain shut. Then close the gate
valve again.
If the valve does not close, the commissioning procedure must be repeated from the preceding chapter
onwards. Special care must be taken here to ensure that the upper valve chamber and control lines are
properly vented.
4. Adjustments Sustainable Pressure
The valve is prepared according to the preceding chapter. The valve is open on the inlet side and closed on
the outlet side.
Proceed as follows:
•Slowly open ball valve (2C). The valve then opens and fills the pipe work on the outlet side until a
pressure of 0.4 bar is reached. The valve then closes again.
•Gradually and slowly open the gate valve on the outlet side.
•Slowly turn the hand wheel of the control valve (6) counter-clockwise until the valve opens (audible
sound of water flow).
•Check the inlet pressure on the pressure gauge.
•Step by step tighten the hand wheel of the control valve (6) (½ turn) according the table below.
Note:
Pause between each half turn of the hand wheel until the hydraulic system has stabilised. Check the
pressure on the pressure gauge on the inlet side.
If the required relief or sustaining pressure has been set, tighten the screw on the hand wheel of the control
valve.
Spring
Mark
Regulating
pressure
Pressure
change at 1
turn [bar]
Number of
spindel turns
for p = 1bar
Standard
None
2 –16bar
0.6
1.6
Strong
Yellow
1118 000 000
14 - 22bar
0.8
1.2
Light
Blue
1118 000 001
0.8 –4bar
0.2
5.6
5. Setting the reaction speed
If the HAWIDO does not operate quietly, or pressure surges occur in the supply network, this can be
corrected by adjustment one-way flow restrictor (5).
Procedure:
Loosen the locknut. Screw in the setting screw clockwise with a screwdriver until the valve operates quietly,
and then retighten the lock nut.
Attention:
The setting screw must always remain open by at least 3 - 5 turns; otherwise the valve will not reopen
sufficiently quickly after the closing sequence. A special setting may be required for very high inlet pressures.
6. Checking for leakages
HAWIDOs are tested for both leakage and functionality during manufacture. When checking for leakage
under operational conditions, particular attention must therefore be given to the seals of the flange
connections, the control lines and the central screw plug on the valve cover, and these must be further
tightened if necessary.

-9-
C. Fault finding
Symptoms
Possible cause
Action
Valve does not open
One-way flow restrictor blocked
Replace or unscrew the set
screw several times until the
valve functions properly
One-way flow restrictor closed
too far
Loosen the grub screw until the
valve functions properly
Valve does not close
One-way flow restrictor blocked
Replace or screw the grub set
fully in and out several times,
and then reset
Filter in control circuit blocked
Clean the filter
Air in the control lines or valve
chamber
Vent system
Foreign matter in the main valve
Carry out a service, and remove
any foreign matter
Diaphragm defective
Carry out a service, and replace
the diaphragm
Valve spindle jammed by
encrustation
Carry out service, and remove
any encrustation
Loud noises
Unsatisfactory operational
conditions
Change pressure conditions by
0.1 to 0.2 bar. Slightly open or
close the one-way flow
restrictor. Contact Hawle
customer service department.
Wrong valve diameter
Calculate correct valve
diameter. (If necessary contact
Hawle)
Erratic operation
One-way flow restrictor
incorrectly set
Reset (according to Chapter:
Resetting the reaction speed)
Original pressure values no
longer reached
Pressure gauge faulty
Check or replace pressure
gauge
Changed operating conditions
Reset accordingly (see Chapter:
Recommended installation)
Epoxy-coating damaged
Transportation damage,
installation damage
Repair using Hawle two-
component repair kit for
coatings

-10-
D. Putting out of service and Maintenance
1. Putting out of service
The operating valve must first be hydraulically shut off as follows:
-Slowly close the gate valves after and before the valve
-Slowly close the ball valves (2A, 2B, 2C)
The valve is taken out of operation and the maintenance can be accomplished.
2. Maintenance and Service
2.1 General
Our long experience with diaphragm valves that are controlled by the flow medium indicates that our
HAWIDOs normally function trouble-free for many years. Regular maintenance is, however, necessary to
ensure continued reliable operation.
Under normal operating conditions, the following should be carried out:
•Once a year, the valve should be checked for correct operation (function check)
•Once a year, the filters upstream of the valve and in the control lines should be cleaned
•Every four or five years, the inner working components should be checked, and worn parts replaced
(maintenance).
Under unusual operating conditions (e.g., with water that contains quantities of suspended matter, high
pressure reduction, small flow rates etc.,) maintenance should be carried out more frequently.
Maintenance label
xx stands for the year.
2.2 Annual checks
Cleaning the strainer in the main supply
•Unscrew the lid
•Clean the filter with a brush or cloth, or replace it
•Refit the filter and screw the lid back on
Cleaning the filter in the control line
•Unscrew the lid of the filter
•Clean the filter with a brush or cloth, or replace it
•Refit the filter mesh and screw the filter lid back on

-11-
Checking the valve
•Remove the position indicator from valve cover.
•Check that the valve spindle moves easily by raising and lowering it with the threaded rod.
•Install the optical position indicator.
Putting the valve back into service
•see chapter Commissioning
Checking the operation of the valve
The pressure-sustaining valve has to be set eventually in such a way for the check that the inlet pressure
permits the opening of the valve (see also the Chapter: Commissioning).
•Close the ball valve (2C) slowly; Valve must close.
•Open the ball valve (2C) slowly; Valve must open.
2.3 Four or five annual maintenance
Cleaning the strainer in the main supply
•Unscrew the lid
•Clean the filter with a brush or cloth, or replace it
•Refit the filter and screw the lid back on
Cleaning the filter in the control line
•Unscrew the lid of the filter
•Clean the filter with a brush or cloth, or replace it
•Refit the filter mesh and screw the filter lid back on
Main valve (see chapter: Repair kits and spare parts)
•Undo the fittings of the control line and lay the complete control line aside.
•Disassemble the Optical Position Indicator and replace the gaskets
•Undo the screws of the valve cover and remove this valve cover.
•Visually inspect all inner components for wear, dirt and scaling
•Clean inner components, seat and inner surfaces including the valve cover
•Disassembly the spindle guide at the housing, rinse the housing interior.
For valves from DN 40 to DN 100 built in 2012 and DN 125 to DN 200 built in 2014, the spindle
guide has to be removed from inside of the housing. The guiding thread of the spindle and the base
valve must be extremely clean. Grease the thread well (eg Food Grease Aqua, Item No. 5292, see
chapter control line parts and accessories).
•Replace the diaphragm, the O-ring and if necessary also the seat seal
•Thinly grease the area around the spindle guide with an agent, which is suitable for contact with
foodstuffs. Check for easy movement of the spindle in the housing guide and in the cover guide.
•Assemble the main valve (See torque table in Annex). During assembly the easy movement of the
spindle must be checked several times by actuating the threaded rod.
Disassembling the control valve (see chapter: Repair kits a spare parts)
•Undo the screw on the hand wheel
•Turn the hand wheel counter-clockwise until no resistance can be felt from the spring
•Undo the housing screws.
•Replace the diaphragm, the O-ring and, if necessary, also the seat support
•Visually inspect the inner surfaces of the housing and clean if necessary, including the cover, item 2
•Re-assemble the control valve (See torque table in Annex).
•Refit the fittings of the control line that had been put aside.

-12-
Checking the operation of the one-way flow restrictor
•Undo the locknut
•Screw in the set screw and then unscrew it as far as it goes
•Screw in again a few turns. This process must be easy and with little resistance
Putting the valve back into service
•see chapter Commissioning
Checking the operation of the valve
The pressure-sustaining valve has to be set eventually in such a way for the check that the inlet pressure
permits the opening of the valve (see also the Chapter: Commissioning).
•Close the ball valve (2C) slowly; Valve must close.
•Open the ball valve (2C) slowly; Valve must open.
3. Repair kits and spare parts
Several spare parts are required for the four or five yearly maintenance. These can be obtained as a repair
kit for:
•the main valve
•for the control valve
•for the control circuit
•optical position indicator
The article numbers are shown in the parts lists and spare parts lists.
Attention:
When ordering spare parts, always specify the valve type, serial number and year of manufacture.
Important:
Spare parts of EPDM (membrane, seals) and NBR (O rings) have to be stored in a dark place, protected
from UV radiation!
Durability in dark storage:
EPDM: eight years after production
NBR: five years after production

-13-
3.1 Main valve with stainless steel connection ND 40 to ND 200 (drawing)
08.12.2011/plü

-14-
3.2 Main valve (Parts list)
Item.
Description
Material
Article number
DN 40
DN 50
DN 65
DN 80
DN 100
1
Body
GGG 40
1004 040 000
1004 050 000
1004 065 000
1004 080 000
1004 100 000
2
Valve cover
GGG 40
1014 050 000
1014 050 000
1014 065 000
1014 080 000
1014 100 000
3
Spindle guide cover
INOX
1024 900 000
1024 900 001
1024 900 002
1024 900 003
1024 900 004
4
Spindle
INOX
1026 050 000
1026 050 000
1026 065 000
1026 080 000
1026 100 000
5
Seat
INOX
*
*
*
*
*
6
Counter seat
INOX
1044 040 001
1044 050 001
1044 065 001
1044 080 001
1044 100 001
7
Seal
EPDM
1022 040 000
1022 050 000
1022 065 000
1022 080 000
1022 100 000
8
Seal carrier
INOX
1027 040 200
1027 050 200
1027 065 200
1027 080 200
1027 100 200
9
Diaphragm PN10/16
EPDM
1020 050 000
1020 050 000
1020 065 000
1020 080 000
1020 100 000
Diaphragm PN25
EPDM
1020 050 000
1020 050 000
1021 065 000
1021 080 000
1021 100 000
10
Pressure disc
INOX
1047 050 000
1047 050 000
1047 065 000
1047 080 000
1047 100 000
11
Nut
INOX
0007 710 080
0007 710 080
0007 712 080
0007 716 080
0007 716 080
12
Spring
INOX
1049 050 000
1049 050 000
1049 065 000
1049 080 000
1049 100 000
Spring for valves installed
upright position
INOX
1050 050 000
1050 050 000
1050 065 000
1050 080 000
1050 100 000
13
Spindle guide cover
INOX
1042 900 000
1042 900 000
1042 900 001
1042 900 002
1042 900 002
14
Hexagonal screw
INOX
0006 608 020
0006 608 020
0006 610 025
0006 610 025
0006 612 025
15
O-ring
NBR
0180 012 020
0180 012 020
0180 012 020
0180 016 020
0180 016 020
16
Washer
INOX
0008 208 000
0008 208 000
0008 210 000
0008 210 000
0008 212 000
17
GSK-sticker
1099 900 000
1099 900 000
1099 900 000
1099 900 000
1099 900 000
18
Maintenance sticker
9691 0xx 000
9691 0xx 000
9691 0xx 000
9691 0xx 000
9691 0xx 000
Main valve complete
PN10/16
1201 040 000
1201 050 000
1201 065 000
1201 080 000
1201 100 000
Main valve complete
PN25
--
--
1201 065 025
1201 080 025
1201 100 025
Repair kit for main valve
with stainless steel
connection, comprising
item 7, 9, 15, 18
PN10/16
1080 040 000
1080 050 000
1080 065 000
1080 080 000
1080 100 000
PN25
1080 040 000
1080 050 000
1081 065 000
1081 080 000
1081 100 000

-15-
Item
Description
Material
Article number
DN 125
DN 150
DN 200°
DN 200^
1
Body
GGG 40
1004 125 000
1004 151 000
1004 200 000
1004 200 016
2
Valve cover
GGG 40
1014 125 000
1014 151 000
1014 200 000
1014 200 000
3
Spindle guide cover
INOX
1024 900 005
1024 900 005
1024 900 006
1024 900 006
4
Spindle
INOX
1026 125 000
1026 151 000
1026 200 000
1026 200 000
5
Seat
INOX
*
*
*
*
6
Counter seat
INOX
1044 125 001
1044 150 001
1044 200 001
1044 200 001
7
Seal
EPDM
1022 125 150
1022 151 000
1022 200 000
1022 200 000
8
Seal carrier
INOX
1027 125 200
1027 151 200
1027 200 200
1027 200 200
9
Diaphragm PN10/16
EPDM
1020 125 150
1020 151 000
1020 200 000
1020 200 000
Diaphragm PN25
CR
1051 125 150
1051 151 000
--
1034 200 000
10
Pressure disc
INOX
1047 125 150
1047 151 000
1047 200 000
1047 200 000
11
Nut
INOX
0007 720 080
0007 720 080
0007 724 080
0007 724 080
12
Spring
INOX
1049 125 150
1049 151 150
1049 200 000
1049 200 000
Spring for valves
installed upright position
INOX
1050 125 150
1050 151 000
1050 200 000
1050 200 000
13
Spindle guide cover
INOX
1042 900 003
1042 900 003
1042 900 004
1042 900 004
14
Hexagonal screw
INOX
0006 616 035
0006 616 035
0006 620 045
0006 620 045
15
O-ring
NBR
0180 018 020
0180 018 020
0180 021 020
0180 021 020
16
Washer
INOX
0008 216 000
0008 216 000
0008 220 000
0008 220 000
17
GSK-sticker
1099 900 000
1099 900 000
1099 900 000
1099 900 000
18
Maintenance sticker
9691 0xx 000
9691 0xx 000
9691 0xx 000
9691 0xx 000
21
Retaining bracket
INOX
--
--
1200 900 020
1200 900 020
Main valve complete
PN10/16
1201 125 000
1201 151 000
1201 200 000
1201 200 016
Main valve complete
PN25
1201 125 025
1201 151 025
1201 200 025
Repair kit for main valve
with stainless steel
connection, comprising
item 7, 9, 15, 18
PN10/16
1080 125 150
1080 151 000
1080 200 000
1080 200 000
PN25
1081 125 150
1081 151 000
1081 200 000
° PN10
^ PN16
* not interchangeable
16.03.2018/plü

-16-
3.3 Control valve, pressure sustaining, stainless steel (drawing)

-17-
3.4 Control valve, pressure sustaining, stainless steel (parts list)
Item
Description
Material
Part number
PN 16/25
1
Control housing to Compact pilot
Stainless steel
1100 200 000
2
Bell to Compact with 1/8“ connection
Stainless steel
1108 200 001
3
O-Ring
NBR70
0180 020 025
4
Diaphragm DN3/8”
EPDM
1121 000 000
5
Seat Compact Form 1.0, blind
Stainless steel
1117 200 000
6
Seat Compact Form 1.0, 9 mm
Stainless steel
1117 200 002
7
Sealing plate with axis
Stainless / EPDM
1120 200 001
8
Pressure screw
Stainless steel
1133 200 000
9
Fibre seal 15/25 x 1.0
Fiber
0132 024 015
10
Compression spring standard
Stainless steel
1145 200 000
11
Spacer sleeve to spring
Stainless steel
1133 300 000
12
Spring guide
Stainless steel
1133 400 000
13
Hexagon socket screw M6 x 10
Stainless steel
0004 506 010
14
Hexagonal nut M8 x 0.5d
Stainless steel
0007 208 050
15
Hexagon socket screw M6 x 45
Stainless steel
0004 506 045
16
O-Ring 48.0 x 1.5
NBR70
0180 048 015
17
O-Ring 16 x 1.5
NBR 70
0180 016 015
18
Intermediate casing for guide sleeve
Stainless steel
1115 016 030
19
Sleeve for axe
Stanal 32
1140 500 000
20
O-Ring 11 x 1.5
NBR70
0180 011 015
21
Washer
Stainless steel
0008 206 000
22
Clamping and adjusting lever
SYNTHETIC
1135 000 001
23
Load washer to lever
SYNTHETIC
1135 000 010
24
Axis with female thread
Stainless steel
1135 000 011
25
Hexagon cap screw M4 x 16
Stainless steel
0004 804 016
26
O-Ring 10 x 1.5
EPDM
0180 010 015
27
Pressure washer 3/8“
Stainless steel
1129 012 000
28
Screw-down nut for control valve
for control valve
Brass
1134 000 010
29
Guiding pin (DRV/MBV)
Stainless steel
1137 000 000
30
Male adapter union. d6 1/8“
Stainless steel
0311 006 004
31
O-Ring 14 x 2
NBR70
0180 014 020
Control valve DDV complete, IX, 3/8“
1925 012 001
Repair kit comprising items:
Pos. 3, 4, 7, 9, 16, 17, 20, 26, 31
1181 000 001
02.02.2015/jma