APV DELTA SWT4TANK OUTLET VALVE
FORM NO.: H312162 REVISION: UK-1 READ AND UNDERSTAND THIS MANUAL PRIOR TO OPERATING OR SERVICING THIS PRODUCT.
INSTRUCTION MANUAL
Declaration of Conformity for Valves and Valve Manifolds
SPX FLOW Technology Rosista GmbH, Gottlieb-Daimler-Str. 13, D-59439 Holzwickede herewith declares that the
APV double seal and double seat valves of the series
SD4, SDT4, SDU4, SDMS4, SDMSU4, SDTMS4, SWcip4, DSV, DA3, DA3SLD, DE3, DEU3, DET3, DKR2, DKRT2, DKRH2
in the nominal diameters DN 25 - 150, ISO 1“ – 6“ and 1 Sh5 - 6 Sh5
APV butterfly valves of the series SV1 and SVS1F, SVL and SVSL in the nominal diameters DN 25 - 100, DN 125 - 250 and ISO 1“ – 4“
APV ball valves of the series KHI, KHV
in the nominal diameters DN 15 - 100
APV single seat, diaphragm and spring loaded valves of the series S2, SW4, SWhp4, SW4DPF, SWmini4, SWT4, SWS4, MF4, MS4, MSP4, AP/T1, CPV, RG4, RG4DPF, RGMS4, RGE4, RGE4DPF, RGEMS4, PR2, PRD2, SI2, UF/R3, VRA/H
in the nominal diameters DN 10 - 150, ISO 1/2“ – 4“ and 1 Sh5 - 6 Sh5
and the valve manifolds installed thereof
meet the requirements of the Directives 2006/42/EC (superseding 89/392/EEC and 98/37/EC) and ProdSG (superseding GPSG - 9.GPSGV).
For official inspections, SPX FLOW Technology Rosista GmbH presents
a technical documentation according to Appendix VII of the Machinery Directive, this documentation consisting of documents of the development and construction,
description of measures taken to meet the conformity and to correspond with the basic requirements on safety and health, incl. an analysis of the risks,
as well as an operating manual with safety instructions.
The conformity of the valves and valve manifolds is guaranteed.
Authorised person for the documentation: SPX FLOW Technology Rosista GmbH, Frank Baumbach,
Gottlieb-Daimler-Str. 13, D-59439 Holzwickede
January 2017
Manager Research and Development
UK
Content Page
1
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APV
Tank Outlet Valve
DELTA SWT4
Instruction Manual: UK - rev. 1
1. General Terms 2
2. Safety Instructions 2
3. Intended Use 34. Mode of Operation 34.1. General terms
5. Auxiliary Equipment 4 - 55.1. Proximity switch holder (PSH)5.2. Control unit5.3. SWT4 variants6. Cleaning 5
7. Installation 6 - 77.1. Connections (threaded connections/clamp flange connections) 7.2. Tank-bottom welding flange7.3. Welding instructions
8. Dimensions / Weights 8
9. Technical Data 9 - 119.1. General terms9.2. Compressed air quality9.3. Product pressures9.4. Valve stroke9.5. kvs values in m³/h9.6. Closing times10. Maintenance 12
11. Service Instructions 13 - 1511.1 Dismantling from the line system11.2 Disassembly of wear parts (product-wetted parts)11.3 Installation of seals and assembly of valve11.4 Installation of valve
12. Service Instructions - Actuator 1612.1 Maintenance of actuator12.2 Installation of seals and assembly of actuator12.3 Actuator with valve position feedback
13. Assembyl tool for seat seal 17
14. Trouble Shooting 18
15. Spare Parts Lists
SWT4 DN 25-100, Inch 1-4 RN 01.054.823SWT4 DN 125, 150 RN 01.054.823-1SWT4 DN 125, 150 with manual operation RN 01.054.823-2Actuator RN 01.054.86
1. General Terms
2
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APV
Tank Outlet Valve
DELTA SWT4
Instruction Manual: UK-rev. 1
This instruction manual should be read carefully by the competent
operating and maintenance personnel.
We point out that we will not accept any liability for damage or
malfunctions resulting from the non-compliance with this
instruction manual.
Descriptions and data given herein are subject to technical
changes.
2. Safety Instructions
Danger!- The technical safety symbol draws your attention to important
directions for operating safety. You will find it wherever the
activities described are bearing risks of personal injury.
- The valve must only be assembled, disassembled and
reassembled by persons who have been trained in APV valves
or by SPX FLOW service team members. If necessary, contact your
local SPX FLOW representative.
- Depressurize the line and cleaning system before any
maintenance work. Drain the lines if possible.
- Observe service instructions to ensure safe maintenance
of the valve.
- Separate electric and pneumatic connections.
- Do not reach into the open valve.Risk of injury by sudden valve operation. In dismantled state
there is the risk of bruising at movable parts of the valve.
- Attention!Valve design NC (normally closed): Before releasing the housing
clamp connection, the valve insert must be relieved by controlling
the actuator.
- Attention!Welded actuators are preloaded by spring force.
Opening of the actuators is strictly forbidden.Danger to life!
Actuators which are no longer used and / or defective
must be disposed in professional manner.
Defective actuators must be returned to your local SPX FLOW site
for their professional disposal and free of charge for you.
Please address to your local SPX FLOW representative.
!
!
!
!
!
!
3. Intended Use
3 Tank Outlet Valve
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valve illustrationactuator normally closed : FS (NC)
The intended use as field of application of the DELTA SWT4 tank
outlet valve is the shut-off between tank and the pipeline sections.
Its use is permissible only within the admissible pressure and
temperature margins.
Arbitrary constructive changes at the valve will influence safety
as well as the intended functionality of the valve and are notpermissible.
Authorizations3-A Sanitary Standards, Inc.
4. Mode of Operation
4.1. General terms
DELTA SWT4 tank outlet valves have been developed for use
in the brewing and beverage industry, in the dairy
and food sectors as well as in the chemical and pharmaceutical
industries.
The valves are designed for universal applications and stand out
for their increased mechanical reliability and absolute ease of
handling.
- Operation by pneumatic actuator with air connection,
reset by spring force.
- By different assembly of the actuator, the following designs
are possible:
NC: actuator normally closed / air-to-raise, spring-to-lower
NO: actuator normally open / air-to-lower, spring-to-raise
- The inner parts of the actuator need not be serviced.
- As standard design for the pneumatic valve control, the valve is
equipped with a control unit CU41 being placed on the actuator.
- The luminous diodes in the control unit indicate the
position of the valve shaft.
actuator
control unit
valve housing
valve shaft
clamp
yoke
5. Auxiliary Equipment
4Tank Outlet Valve
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- For the assembly of a control unit on the SWT4 valve
an adapter is required.
5.1 Valve position indication PSH (fig 5.1)- Alternatively to the control unit, proximity switch holders (PSH)
to signal the valve position can be mounted to the actuator.
Proximity switches to signal the limit position of the valve disk can
be mounted to the proximity switch holder if required.
We recommend to use our APV standard type:
Three-wire proximity switchOperating distance: 5 mm / diameter: 11 mm
Operating voltage: 10 - 30 V DC
pnp positive switching, closing function
Installation ,,non-flush”
Using a valve position indicator other than APV, we cannot accept
any liability for a faultless function.
5.2. Control Unit (fig 5.2)For the start-up as well as assembly and disassembly of the
different designs please use the respective manual.
The following different designs are available:
PSH fig 5.1.
fig 5.2.
Control Unit CU4
Control Unit CU3
CU4 - Direct Connectref. No.; Ident-No.
CU41 - S Direct Connect
08-45-100/93; H320460
CU4 - AS-interface 62 Slavesref. No.; Ident-No.
CU41 - S - AS-i extended
08-45-110/93; H320467
CU4 - AS-interface 31 Slavesref. No.; Ident-No.
CU41 - S - AS-i standard
08-45-250/93; H324673
CU3 - Profibusref. No.; Ident-No.
CU31 Profibus
08-45-001/93; H315495
CU3 - Device Netref. No.; Ident-No.
CU31 Device Net
16-31-240/93; H209422
adapter
Designationref. No.; Ident-No.
CU4-S-adapter
08-48-600/93; H320474
Designationref. No.; Ident-No.
CU3 - adapter SW4 / M4
08-48-480/93; H315806
5 Tank Outlet Valve
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fig 5.3.
5. Auxiliary Equipment
6. Cleaning
5.3. SWT4 variants
- DELTA SWT4 with manual operation (fig 5.3)
- DELTA SWT4 DN 125-150
SWT4- with
manual operation
6.1. Cleaning RecommendationCleaning of the inner valve is effected during the CIP cleaning
of the line system.
The valve passages are cleaned during the cleaning of the
connected pipelines or by the cleaning liquid of the tank cleaning
process.
Depending on the degree and substances of soiling,
different cleaning liquids, times and processes must be scheduled
for the individual application.
The compatibility of the indivudally selected cleaning processes
and liquids with the respectively used seal materials must be
verified.
7. Installation
6Tank Outlet Valve
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- Installation must be undertaken in such a way that liquids can
drain off the valve housing and should preferably be carried out in
vertical installing position.
- The valve housing cannot be welded direct into the pipeline. At the side ports of the valve housing separate connections
(flanges, unions or clamps) must be provided.
See fig 7.
- Attention: Observe welding instructions.
7.1. Connections:Besides the housings with weld ends, the following connections
are alternatively available:
- male part to DIN 11851
- male part IDF / ISS to ISO 2853
- male part RJT acc. to BS 4825-5
- male part SMS
- male part to DS 722
- flange connection FGN1 DIN
- flange connection FGN1 Inch
- clamp connection to DIN 32676
- clamp connection to ISO 2852
7.2. Tank bottom welding flange (fig 7.2.)
The tank bottom welding flange for the SWT4 valve does not form part of the scope of supply.
Order reference numbers for the tank bottom welding flange:
Ø C
F
fig 7.2.
fig 7.
DN Inch Ø C F
25 1” 128 M8
40 1,5” 128 M8
50 2” 148 M8
65 2,5” 168 M8
80 3” 188 M8
100 4” 258 M10
DN Inch ref.-No.; ID-No.
25 1” 31B 15 - 01 - 291/42; H157266
40 1,5” 31B 15 - 01 - 291/42; H157266
50 2” 31B 15 - 01 - 391/42; H157269
65 2,5” 31B 15 - 01 - 441/42; H157270
80 3” 31B 15 - 01 - 491/42; H157260
100 4” 31B 15 - 01 - 641/42; H157271
tank bottom welding flange
e.g. FGN1
housing
SWT 41
housing
SWT 42
separate connection
separate connection
7Tank Outlet Valve
DELTA SWT4
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7. Installation
7.3 Welding instructionsSWT4
- Tank bottom flange:Dismantle the tank bottom flange from the valve housing.
See to the positions of the holes (position of valve housing ports)
during welding.
- Valve housing:Before welding of the connections to the valve housing, take the
valve insert out of the housing. Remove the housing seal from the
tank bottom flange. See to a careful dismantling of the valve insert
to avoid damage.
- Welding may only be carried out by certified welders (DIN EN ISO
9606-1). (seam quality DIN EN ISO 5817).
- The welding of the separate connections must be undertaken in
such a way that deformation strain cannot be transfered from the
outside to the valve body.
- The preparation of the weld seam up to 3 mm thickness must be
carried out in butt manner as a square butt joint without air.
Consider shrinkage!
- TIG orbital welding is best.
- After welding of the valve housings or of the mating flanges and
after work at the pipelines, the corresponding parts of the
installation or pipelines must be cleaned from welding residues
and soiling.
If these cleaning instructions are not observed, welding residues
and dirt particles can settle in the valve and cause damage.
- Any damage resulting from the nonobservance of these welding
instructions is not subject to our guarantee.
A 1
L 1
8Tank Outlet Valve
DELTA SWT4
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8. Dimensions / Weights
Ø K
Ø 134
EA
L
ØDi
F
SWT41
SWT42
dimensions in mm
valve position indication
PSH
DELTA SWT4with control unit CU4
DN Ø Di E F Ø K A L A1 L1weightin kg
25 26 41,5 50 86 410 451,5 338 379,5 5
40 38 47,5 67 86 414 461,5 342 389,5 5
50 50 53,5 72 126 451 504,5 379 432,5 7
65 66 61,5 85 126 459 520,5 387 448,5 7
80 81 69,0 98 189 512 581,0 440 509,0 13
100 100 78,7 111 189 522 600,7 450 528,7 15
Inch
1” 22,6 39,8 50 86 408 447,8 336 375,8 5
1,5” 34,9 45,9 67 86 412 457,9 340 385,9 5
2” 47,6 52,3 72 126 450 502,3 378 430,3 7
2,5” 60,3 58,6 85 126 456 514,6 384 442,6 7
3” 72,9 64,9 98 189 507 571,9 435 499,9 13
4” 97,6 77,3 111 189 520 597,3 448 525,3 15
housing variants
9 Tank Outlet Valve
DELTA SWT4
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9.1. General terms
product - wetted parts : 316 L, 1.4404 (DIN EN 10088)
other parts : 1.4301 (DIN EN 10088)
seals: standard design : EPDMoptions: FPM, VMQ, HNBR
max. product pressure : 10bar
max. operating temperature : 135°C EPDM, HNBR*FPM, *VMQ
short-term load : 140°C EPDM, HNBR*FPM, *VMQ*(no steam)
air connection (for hose) : 6x1mm
max. pneumatic air pressure : 8 barmin. pneumatic air pressure : 6 bar
9. Technical Data
9.2. Compressed air quality: Quality class acc. to DIN ISO 8573-1
- content of solidparticles: quality class 3,
max. size of solid particles per m³
10000 of 0,5 µm < d < 1,0 µm
500 of 1,0 µm < d < 5,0 µm
- content of water: quality class 4,
max. dew point temperature + 3°C
For installations at lower temperatures
or at higher altitudes, additional
measures must be considered to reduce
the pressure dew point accordingly.
- content of oil: quality class 1,
max. 0,01mg/m³
The oil applied must be compatible with Polyurethaneelastomer materials.
9. Technical Data
10Tank Outlet Valve
DELTA SWT4
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stroke
9.3. DELTA SW4 mathematical product pressure in (bar)at 6 bar pneumatic air pressure
9.4. DELTA SWT4 valve stroke
p
valve normally closed (NC)without NOT - Element
Ø actuator in mm
DN Inch Ø 74 mm Ø 110 mm Ø 165 mm
25 1” 21,2 bar 16,0 bar
40 1,5” 6,0 bar 8,8 bar
50 2” 3,3 bar 6,0 bar 22,8 bar
2,5” 2,2 bar 5,0 bar 15,3 bar
65 1,8 bar 4,1 bar 12, bar7
3” 3,3 bar 10,6 bar
80 2,1 bar 8,4 bar
100 4” 5,5 bar
DN Inch stroke in mm
25 1” 26
40 1,5” 28
50 2” 28
65 2,5” 28
80 3” 28
100 4” 28
Tank Outlet Valve
DELTA SWT4
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11
9. Technical Data
9.5. DELTA SWT4 kvs - values in m³/h
9.6. Closing times for tank outlet valve SWT4
The opening and closing times
of the valves with control unit
can be fixed by adjusting the
throttle screw at the soleniod valve.
closing times in sec.pneumatic air pressure 6 bar
hose length
DN Inch 1 m 10 m
25 1” 1 2
40 1,5” 1 2
50 2” 3 4
65 2,5” 3 4
80 3” 5 6
100 4” 5 6
DN filling emptying
25 14 13
40 33 31
50 58 51
65 100 89
80 160 137
100 245 212
inch
1” 10 10
1,5” 30 28
2” 54 49
2,5” 87 76
3” 137 114
4” 225 210
10. Maintenance
12Tank Outlet Valve
DELTA SWT4
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- The maintenance intervals are different depending on the
application and should be determined by the user carrying
out temporary checks.
- The valve must not be cleaned with products containing abrasive
or polishing material. Especially the valve shaft must not, under
any circumstances, be cleaned with such products.
Damage to the valve shaft may cause leakages.
Required tools:
- 1x wrench SW13
- 1x wrench SW17
- 1x wrench SW19
- 2x wrench SW30
- assembly tool for seat seal (see chapter 13.)
- cleaning rag as well as low-concentrate solution of a suitable
cleaning agent.
- Change of seals according to Service Instructions.
The customer should keep spare seals on stock.
For valve service actions, complete seal kits including seal grease
(see spare parts lists) can be supplied.
- Assembly of valve and change of valve design,
see Service Instructions.
- Provide all seals with a thin layer of grease before
their installation!!!!
Recommendation:APV assembly grease for EPDM, HNBR, FPM and NBR(0,75 kg/can - ref.-No. 000 70-01-019/93; H147382)
(60 g/tube - ref.-No. 000 70-01-018/93; H147381)
orAPV assembly grease for VMQ(0,6 kg/can - ref.-No. 000 70-01-017/93; H147380)
(60 g/tube - ref.-No. 000 70-01-016/93; H147379)
!!! Do not use grease containing mineral oil for EPDM seals.
!!! Do not use Silicone-based grease for VMQ seals.
13 Tank Outlet Valve
DELTA SWT4
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11. Service Instructions
11.1. Dismantling from the line system
1. Shut off line pressure and drain off tank.
2. Detach separate connections at the side ports of the valve housing. Remove hex. screws from the tank bottom flange.
3. Pull the complete valve carefully out of the tank bottom flange.
- - Design with control unit:Dismantle the control unit.
- Design with valve position indicator:Dismantle the proximity switches. Detach the indicator housing
(proximity switch holder) from the actuator.
11.2. Dismantling of wear parts (product-wetted parts)
1. Valve design NC: Control actuator with air.
Do not reach for movable valve parts! Risk of injury by sudden valve actuation.
- Design with CU:Undo the actuator screw. Unscrew the hexagon nut while holding
up the centering washer. Dismantle the centering washer.
- Design with valve position indicator: Undo the actuator screw while holding up the centering washer.
Detach centering washer.
2. Shut off compressed air and remove compressed air supply.
3. Pull valve shaft with guide rod out of the actuator. Remove the seat
seal.
4. Remove the clamp.
5. Lift actuator with yoke out of the valve housing. Dismantle the housing seal from the valve housing.
6. Unscrew the yoke from the actuator.
Remove housing seal, guide bush, seat seal and shaft seal
from the yoke.
7. Clean the valve housing, yoke, actuator, valve shaft with a low-concentrate solution of a cleaning agent.
Never use cleaning agents containing abrasive or polishing
material.
actuator screw
hex. nut
centering washer
guide rod
adapter CU
housing
Shaft
seat seal
clamp
housing seal
housing seal
yoke
guide bush
shaft seal
actuator
control unit
seat seal
actuator screw
centering washer
indicator
DELTA SWT4 with
control unit CU4
Design withvalve position indicator
!
11. Service Instructions
14Tank Outlet Valve
DELTA SWT4
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11.3. Installation of seals and assembly of valve
1. Insert the guide bush into the yoke. Place the shaft seal and press in the slightly greased seat seal.
See to the correct installing direction.
2. Slightly grease the housing seal and insert it into the groove ofthe yoke. Install the yoke at the actuator.
3. Put the yoke with actuator in the valve housing and fastenit with the clamp.
4. Insert the seat seal into the shaft. Use the APV assembly tool,
see chapter 13, to install the seat seal. Slightly grease the
seat seal before its installation.
If installed manually, vent the seal groove with a thin object
between the seal and groove wall.
5. Connect compressed air supply.
6. Valve design NC: Control actuator with air.
Do not touch movable parts! Risk of injury by sudden valve actuation.
7. Pull the protective pipe via the thread of the guide rod.
Push the shaft through the housing, yoke and actuator,
place the centering washer and fasten it with the hex. nut.
Hold up the centering washer during this process.
Tightening torque: 40 Nm.
8. Valve design NC : Shut off compressed air supply.
9. Slightly grease the housing seal and insert it into the groove of the valve housing.
seat seal
guide bush
shaft seal
yoke
housing seal
shaft
guide rod
protective tube
seat seal
!
11. Service Instructions
15 Tank Outlet Valve
DELTA SWT4
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11.4. Installation of valve
1. Install the adapter for the control unit on the actuator.Fasten the actuator screw with Loctite on the guide rod.
- Recommendation: Loctite
Type: Loctite 243 semi-solid
(50ml - ref.-No. 00070-01-111/93; H206336)
2. Place the control unit on the adapter and secure it with the fastening ring.
3. Carefully insert the valve into the tank bottom flange and tighten
it with the hex. screws.
Do not damage the housing seal during this process.
4. Fasten the separate connections at the valve housing.
5. Connect compressed air supply.
6. Check basic adjustment of the valve position feedback.
- The shift points can be adjusted by turning the positioning screw
in the control unit.
12. Service Instructions - Actuator
16Tank Outlet Valve
DELTA SWT4
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12.1. Maintenance actuator
1. Remove the air hoses from the actuator.
2. Remove inner hex. screws from the adapter of the control unit.
3. Unscrew the two seal screws with a spanner SW30
while holding up the actuator with a strap wrench.
12.2. Installation of seals and assembly of actuator
1. Install the greased o-rings and v-seals in the seal screws (fig. 12.2)See to the correct installing direction of the v-seal.
2. Slide the seal screws over the piston rod at both sides of the actuator and tighten them.
3. Fasten the adapter for the Control Unit and the yoke on the actuator.
Attention: Observe position of adapter.
Attention: Consider the required valve design NC or NOduring the installation of the adapter and yoke. NC = normally closed / air-to-raise, spring-to-lowerNO = normally open / air-to-lower, spring-to-raise
4. Fasten air hoses.
12.3. Actuator with valve position indicator (PSH)Assembly of holder
1. Install the actuator screw on the actuator.
2. Equip the housing with the o-ring.
3. Fasten the housing by means of the 4 hex. screws M8
on the actuator.
4. Release the screws at the proximity switch holder and insert
the corresponding proximity switches. Then fasten the screws.
5. Place the actuator in one limit position.
6. Place the corresponding proximity switch in the corresponding
position. Release the positioning screw and move the holder until
the corresponding signal is indicated. Then continue the movement
by 2 to 3 mm to secure indication.
Fasten the positioning screw.
7. Place the actuator in the other limit position and carry out
positioning of the second proximity switch.
air connection
seal screw
v-seal
v-seal
o-ring
o-ring
actuator
piston rod
screw
positioning screw
proximity switch
holder
housing
o-ring
actuator screw
centering washer
hex. screw M8
guide rod
piston rod - actuator
seal screw
fig 12.2
17 Tank Outlet Valve
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13. Assembly Tool for Seat Seal
The assembly tool consists of:- nut
- thrust ring
- ring with venting nose
- housing
- threaded bolt
Installation of the seat seal in the valve shaft
1. Insert the valve shaft into the housing in such a way thatthe seal groove is in the housing.
2. Clamp the shaft into the housing by means of the threaded bolt.
Clamp the housing into a vice.
3. Slightly grease the seat seal with APV assembly grease.
Then install the seal on the ring with the venting nose until it stops.
4. Introduce the ring with the installed seat seal into the housing andpress it down until it stops sensibly.
5. Insert the thrust ring into the housing. Screw on the nut and tightenit with a hook spanner until it stops.
6. Release the nut. Take ring and thrust ring off the housing.
7. Take housing out of the vice, take off the threaded bolt. Detach the valve shaft from the housing.
Check the even fit of the seat seal.
Assembly tool for seat sealTo simplify the installation of the seat seal, the following assembly
tools are available:
nut
thrust ring
ring
seat seal
valve shaft
housing
threaded bolt
assembly tool SW4
DN Inch reference No.:
25 1” 51-13-110/17; H179465
40 1,5” 51-13-111/17; H179466
50 2” 51-13-112/17; H179467
2,5” 51-13-120/17; H179468
65 51-13-113/17; H179469
3” 51-13-121/17; H179470
80 51-13-114/17; H179471
100 4” 51-13-115/17; H179472
Tank Outlet Valve
DELTA SWT4
Instruction Manual: UK-rev. 1
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14. Trouble Shooting
18
Failure Remedy
Valve closed, pressure in tank
Leakage between tank bottom flange
and valve housing flangeReplace housing seal.
Valve closed, pressure in housing
Leakage in clamp area
and valve housing.
Replace housing seal.Check line pressure:permissible line pressure, see table page 10
Leakage at the upper valve shaft
in valve yoke area.
Replace shaft seal, seat seal and guide bushes.
Actuator
Air escapes from actuator rod. Replace o-ring at the upper side of actuator.
Air escapes from actuator rod.
Actuator does not work.
(air escapes permanently
from vent plug)
Replace the complete actuator.
Valve position indication
No feedback. Carry out fine adjustment.
15. Spare Parts Lists
The reference numbers of the spare parts for the different valve
designs and sizes are included in the attached spare parts
drawings with corresponding lists.
Please indicate the following data to place an order for spare parts:
- number of required parts
- reference number
- designation.
subject to change
Datum:
Name:
Geprüft:
von 7
RN 01.054.823
Ersatzteilliste: spare parts list
23.03.16
Trytko
07.03.14
Trytko
SPX Flow Technology Rosista GmbH
D-59425 Unna GermanyVentil SWT41, SWT42 -FS-CU und VSM
Single seat tank outlet valve SWT41, SWT42 -FS-CU and PSH
DN25-100 ; 1-4 zoll / inch
Blatt 1
Weiterg
abe s
ow
ie V
erv
ielfältig
ung d
ieser
Unte
rlage, V
erw
ert
ung u
nd M
itte
ilung
ihre
s Inhalts n
icht
gesta
ttet, s
ow
eit n
icht schriftlic
h z
ugesta
nden.
Vers
toß
verp
flic
hte
tzum
Schadensers
atz
und k
ann s
trafr
echtlic
he F
olg
en h
aben (
Para
gra
ph 1
8 U
WG
, P
ara
gra
ph 1
06 U
rhG
). E
igentu
m u
nd a
lle R
echte
, auch f
ür
Pate
nte
rteilu
ng u
nd
Gebra
uchsm
uste
rein
tragung,
vorb
ehalten.
SP
X F
low
Technolo
gy
Rosis
ta G
mbH
.
Se
at
se
al
6
42
-40
-28
7/1
24
2-4
0-3
87
/12
42
-40
-43
7/1
2
H1
26
26
3H
12
62
64
H1
26
26
5
Ge
len
kkle
mm
e
Cla
mp
Ge
hä
use
dic
htu
ng
Ho
usin
g s
ea
l
Ge
hä
use
dic
htu
ng
Ho
usin
g s
ea
l
Ge
hä
use
dic
htu
ng
Ho
usin
g s
ea
l
711
HN
BR
FD
A-k
on
form
58
-33
-44
3/7
3
H7
74
41
H7
74
66
H7
74
90
58
-33
-29
3/1
35
8-3
3-3
93
/13
58
-33
-44
3/1
3
H7
74
40
H7
74
65
Ge
hä
use
dic
htu
ng
Ho
usin
g s
ea
l
1
HN
BR
FD
A-k
on
form
1 1
3
58
-33
-29
3/9
3
H7
74
42
58
-33
-29
3/3
3
H1
70
17
6
58
-33
-29
3/7
3
Se
at
se
al
Te
llerd
ich
tun
g
Se
at
se
al
Te
llerd
ich
tun
g
Se
at
se
al
1 2G
eh
äu
se
dic
htu
ng
58
-33
-39
2/9
3
H7
74
64
58
-33
-39
2/3
3
H1
70
01
8
58
-33
-39
2/7
3
H7
74
63
58
-33
-29
2/9
3
H7
74
39
58
-33
-29
2/3
3
H1
70
01
7
58
-33
-29
2/7
3
H7
74
38
Ho
usin
g s
ea
l
VM
Q
FD
A-k
on
form
1E
PD
M
FD
A-k
on
form
1.4
30
1
H1
71
36
1H
17
13
67
mate
rial
15
-71
-28
0/4
7
1.4
40
4
15
-25
-38
0/4
2
FP
M
FD
A-k
on
form
EP
DM
FD
A-k
on
form
Te
llerd
ich
tun
g
Se
at
se
al
Ge
hä
use
SW
T4
1 1
SH
ou
sin
g
Ge
hä
use
SW
T4
2 1
2S
Ho
usin
g
Ge
hä
use
dic
htu
ng
Ho
usin
g s
ea
l
Te
llerd
ich
tun
g
65
-01
-07
9/1
5
M8
x1
4
H7
87
68
58
-33
-26
7/9
35
8-3
3-2
92
/93
58
-33
-12
4/9
3
H1
36
43
2H
77
43
9H
17
06
65
58
-33
-26
7/3
35
8-3
3-2
92
/33
58
-33
-12
4/3
3
58
-33
-29
3/9
3
H7
74
42
41
1.4
40
4
54
1.4
30
1
Sch
aft
Va
lve
sh
aft
Skt.
Sch
rau
be
DIN
EN
24
01
7-A
2-7
0H
ex.
Scre
w
EP
DM
FD
A-k
on
form
Te
llerd
ich
tun
g8
11 1F
PM
FD
A-k
on
form
1F
PM
FD
A-k
on
form
1E
PD
M
FD
A-k
on
form
1H
NB
R
FD
A-k
on
form
1
item
Datu
m:
07.0
3.1
4
Nam
e:
Try
tko
WS
-Nr.
15
-71
-30
5/4
7
2"
RN
01
.05
4.8
23
Bla
tt2
von
7
ref.
-no.
15
-71
-43
0/4
7
WS
-Nr.
DN
50
H1
72
91
8H
17
29
22
H1
72
92
3
11
.44
04
15
-71
-38
0/4
71
5-7
1-4
05
/47
WS
-Nr.
ref.
-no.
15
-72
-28
0/4
71
5-7
2-3
05
/47
15
-72
-38
0/4
71
5-7
2-4
05
/47
15
-72
-43
0/4
71
5-7
2-4
55
/47
15
-71
-45
5/4
7
H1
71
36
2H
17
13
68
H1
71
36
3H
17
13
69
Nam
e:
ref.
-no.
ref.
-no.
ref.
-no.
Geprü
ft:
pos.
Mengequantity
Beschre
ibung
description
ref.
-no.
DN
25
1"
DN
40
1,5
"
WS
-Nr.
WS
-Nr.
WS
-Nr.
Mate
rial
Ers
atz
teill
iste
: spare
part
s lis
t
Ve
nti
l S
WT
41
, S
WT
42
-F
S-C
U u
nd
VS
M
Sin
gle
se
at
tan
k o
utl
et
va
lve
SW
T4
1,
SW
T4
2 -
FS
-CU
an
d P
SH
DN
25
-10
0 ;
1-4
zo
ll /
in
ch
23.0
3.1
6
Try
tko
Datu
m:
Geprü
ft:
H1
72
91
5H
17
29
16
H1
72
91
7
H1
71
13
1H
17
11
32
H1
71
11
8H
17
11
25
H1
71
12
1H
17
11
26
15
-25
-28
0/4
21
5-2
5-3
05
/42
15
-25
-43
0/4
21
5-2
5-4
55
/42
15
-25
-40
5/4
2
H7
74
89
58
-33
-39
3/9
35
8-3
3-4
43
/93
H7
74
67
H7
74
91
58
-33
-39
3/3
35
8-3
3-4
43
/33
H1
66
67
6H
16
60
85
58
-33
-39
3/7
3
H1
72
12
4H
17
00
17
H1
70
65
4
58
-33
-26
7/7
35
8-3
3-2
92
/73
58
-33
-12
4/7
3
SP
X F
low
Te
ch
no
log
y R
osis
ta G
mb
H
D-5
94
25
Un
na
Ge
rma
ny
We
ite
rga
be
so
wie
Ve
rvie
lfä
ltig
un
g d
iese
r U
nte
rla
ge
, V
erw
ert
un
g u
nd
Mitte
ilu
ng
ihre
sIn
ha
lts n
ich
t g
esta
tte
t, s
ow
eit n
ich
t sch
rift
lich z
ug
esta
nd
en
. V
ers
toß
ve
rpflic
hte
tzu
m S
ch
ad
en
se
rsa
tz u
nd
ka
nn
str
afr
ech
tlic
he
Fo
lge
n h
ab
en
(P
ara
gra
ph
18
UW
G,
Pa
rag
rap
h 1
06
Urh
G).
Eig
en
tum
un
d a
lle
Re
ch
te,
au
ch
fü
r P
ate
nte
rte
ilu
ng
un
d
Ge
bra
uch
sm
uste
rein
tra
gu
ng, vo
rbe
ha
lte
n. S
PX
Flo
w T
ech
no
log
y R
osis
ta G
mb
H.
La
tern
e1
5-4
0-9
60
/47
15
-40
-96
1/4
71
5-4
0-9
62
/47
Yo
ke
H1
71
38
2H
17
13
83
H1
71
38
4
65
-01
-08
1/1
5
8
Sch
aft
dic
htu
ng
3A
0 5
8-3
3-1
51
/24
Sh
aft
se
al
H3
23
08
2
Fü
hru
ng
sb
uch
se
08
-01
-17
8/2
3
Bu
sh
ing
H2
07
15
4
58
-33
-29
3/3
3
H1
70
17
6
58
-33
-29
3/7
3
H7
74
41
58
-33
-29
3/1
3
H7
74
40
FP
M
FD
A-k
on
form
21
1
NB
RO
-Rin
g
O-r
ing
1.4
52
3
PA
6.6
GF
30
sch
wa
rz
CU
4-S
-Ad
ap
ter
Sch
altn
ocke
Op
ere
atin
g c
am
CU
4-S
-ad
ap
ter
19
18
11
Zu
gsta
ng
e
20
1
58
-06
-29
7/8
3
H1
73
93
0
08
-52
-29
0/9
70
8-5
2-2
91
/97
H1
73
08
6H
17
30
87
H1
71
37
8H
17
13
79
15
-23
-85
0/1
2
15
-32
-05
0/1
71
5-3
2-0
51
/17
Nam
e:
Try
tko
Geprü
ft: M
8x1
6
H7
87
72
Se
at
se
al
1
Mate
rial
Ve
nti
l S
WT
41
, S
WT
42
-F
S-C
U u
nd
VS
M
Sin
gle
se
at
tan
k o
utl
et
va
lve
SW
T4
1,
SW
T4
2 -
FS
-CU
an
d P
SH
DN
25
-10
0 ;
1-4
zo
ll /
in
ch
Ers
atz
teill
iste
: spare
part
s lis
t
Se
at
se
al
Te
llerd
ich
tun
g
1H
NB
R
FD
A-k
on
form
1
1.4
30
1
ref.
-no.
ref.
-no.
ref.
-no.
ref.
-no.
DN
50
14
11
.43
05
12
41
Skt.
Sch
rau
be
DIN
EN
24
01
7-A
2-7
0H
ex.
Scre
w
PT
FE
+
25
% K
oh
le
Tu
rco
n M
F6
1V
MQ
FD
A-k
on
form
Te
llerd
ich
tun
g
17
41
.43
01
Skt.
Sch
rau
be
DIN
EN
24
01
7-A
2-7
0H
ex.
Scre
wM
8x1
6
H7
87
72
16
11
.43
01
Skt.
Mu
tte
rD
IN E
N I
SO
10511-M
12-A
2H
ex.
Nu
t
15
1Z
en
trie
rsch
eib
e
Ce
nte
rin
g n
ut
1.4
40
41
1
109 13
11
.43
01
Ste
ue
rko
pf
Actu
ato
r
1
Te
llerd
ich
tun
g
Se
at
se
al
WS
-Nr.
ref.
-no.
2"
WS
-Nr.
ref.
-no.
DN
25
1"
DN
40
1,5
"pos.
Mengequantity
Beschre
ibung
item
description
mate
rial
WS
-Nr.
WS
-Nr.
WS
-Nr.
WS
-Nr.
3von
7D
atu
m:
RN
01
.05
4.8
23
Geprü
ft:
Nam
e:
Bla
tt
Datu
m:
07.0
3.1
4
Try
tko
23.0
3.1
6
SP
X F
low
Te
ch
no
log
y R
osis
ta G
mb
H
D-5
94
25
Un
na
Ge
rma
ny
VE
ST
AM
IDV
SM
Ge
hä
use
-SW
41
5-3
3-9
32
/93
Pro
xim
ity s
witch
ho
lde
r h
ou
sin
g S
W4
H1
73
93
1
15
-23
-85
1/1
2
Gu
ide
ro
dH
17
10
61
H1
71
06
2
15
-28
-94
0/1
2
H1
70
19
6
65
-50
-10
1/1
5
H7
92
98
65
-01
-08
1/1
5
1.4
30
1
08
-48
-60
0/9
3
H3
20
47
4
We
ite
rga
be
so
wie
Ve
rvie
lfä
ltig
un
g d
iese
r U
nte
rla
ge
, V
erw
ert
un
g u
nd
Mitte
ilu
ng
ihre
sIn
ha
lts n
ich
t g
esta
tte
t, s
ow
eit n
ich
t sch
rift
lich z
ug
esta
nd
en
. V
ers
toß
ve
rpflic
hte
tzu
m S
ch
ad
en
se
rsa
tz u
nd
ka
nn
str
afr
ech
tlic
he
Fo
lge
n h
ab
en
(P
ara
gra
ph
18
UW
G,
Pa
rag
rap
h 1
06
Urh
G).
Eig
en
tum
un
d a
lle
Re
ch
te,
au
ch
fü
r P
ate
nte
rte
ilu
ng
un
d
Ge
bra
uch
sm
uste
rein
tra
gu
ng, vo
rbe
ha
lte
n. S
PX
Flo
w T
ech
no
log
y R
osis
ta G
mb
H.
Ers
atz
teill
iste
: spare
part
s lis
tD
atu
m:
07.0
3.1
423.0
3.1
6
Ve
nti
l S
WT
41
, S
WT
42
-F
S-C
U u
nd
VS
M
Sin
gle
se
at
tan
k o
utl
et
va
lve
SW
T4
1,
SW
T4
2 -
FS
-CU
an
d P
SH
DN
25
-10
0 ;
1-4
zo
ll /
in
ch
Nam
e:
Try
tko
Try
tko
Geprü
ft:
SP
X F
low
Te
ch
no
log
y R
osis
ta G
mb
H
D-5
94
25
Un
na
Ge
rma
ny
Datu
m:
Bla
tt4
von
7
Nam
e:
RN
01
.05
4.8
23
Geprü
ft:
WS
-Nr.
ref.
-no.
ref.
-no.
ref.
-no.
ref.
-no.
ref.
-no.
ref.
-no.
pos.
Mengequantity
Beschre
ibung
Mate
rial
DN
25
1"
DN
40
1,5
"
1C
on
tro
l-U
nit C
UP
A6
.6 G
F3
0
sch
wa
rzC
on
tro
l-U
nit C
U
1F
PM
58
-34
-63
0/0
05
8-3
4-6
31
/00
58
-34
-63
2/0
0
H3
16
91
7H
31
69
19
H3
16
92
1
1D
ich
tun
gssa
tzE
PD
MS
ea
l kit
1D
ich
tun
gssa
tzV
MQ
Se
al kit
1D
ich
tun
gssa
tzH
NB
RS
ea
l kit
H2
04
31
2H
20
43
13
H2
04
31
4
22
DN
50
2"
item
description
mate
rial
WS
-Nr.
WS
-Nr.
WS
-Nr.
WS
-Nr.
WS
-Nr.
sie
he
Be
trie
bsa
nle
itu
ng
CU
se
e m
an
ua
l C
U
Po
s.
2,
3,
6,
8,
9,
10
n
ur
im k
om
ple
tte
n D
ich
tun
gssa
tz e
rhä
ltlic
h
Ite
m 2
, 3
, 6
, 8
, 9
, 1
0 a
va
ilab
le a
s c
om
ple
te s
ea
l kits o
nly
58
-34
-63
0/0
15
8-3
4-6
31
/01
58
-34
-63
2/0
1
H2
04
30
0H
20
43
01
H2
04
30
2
Dic
htu
ng
ssa
tz
Se
al kit
58
-34
-63
0/0
25
8-3
4-6
31
/02
58
-34
-63
2/0
2
H3
16
91
8H
31
69
20
H3
16
92
2
58
-34
-63
0/0
65
8-3
4-6
31
/06
58
-34
-63
2/0
6
We
ite
rga
be
so
wie
Ve
rvie
lfä
ltig
un
g d
iese
r U
nte
rla
ge
, V
erw
ert
un
g u
nd
Mitte
ilu
ng
ihre
sIn
ha
lts n
ich
t g
esta
tte
t, s
ow
eit n
ich
t sch
rift
lich z
ug
esta
nd
en
. V
ers
toß
ve
rpflic
hte
tzu
m S
ch
ad
en
se
rsa
tz u
nd
ka
nn
str
afr
ech
tlic
he
Fo
lge
n h
ab
en
(P
ara
gra
ph
18
UW
G,
Pa
rag
rap
h 1
06
Urh
G).
Eig
en
tum
un
d a
lle
Re
ch
te,
au
ch
fü
r P
ate
nte
rte
ilu
ng
un
d
Ge
bra
uch
sm
uste
rein
tra
gu
ng, vo
rbe
ha
lte
n. S
PX
Flo
w T
ech
no
log
y R
osis
ta G
mb
H.
58
-33
-12
7/7
3
H1
70
67
2
58
-33
-64
3/9
3
H7
75
86
58
-33
-64
3/3
3
58
-33
-64
2/3
3/
H1
70
07
4
H7
75
14
H1
70
66
3H
77
56
0H
77
54
5
58
-33
-49
3/7
35
8-3
3-1
09
/73
H7
75
13
H1
70
66
4H
77
55
9H
77
54
4
58
-33
-49
3/1
35
8-3
3-1
09
/13
15
-25
-65
5/4
2
58
-33
-44
2/9
3
H7
74
88
58
-33
-44
2/3
3
H1
68
71
4
58
-33
-64
3/7
3
H7
77
85
58
-33
-64
3/1
3
H7
75
84
65
-01
-12
9/1
5
58
-33
-64
2/9
3
H7
75
83
H1
66
68
2
M1
0x1
4
H7
88
05
H1
71
12
4H
17
11
30
15
-25
-48
0/4
21
5-2
5-5
05
/42
15
-25
-53
0/4
2
H1
71
12
2H
17
11
27
H1
71
12
9 58
-33
-49
2/9
3
H7
75
12
65
-01
-07
9/1
5
M8
x1
4
H7
87
68
H1
71
12
3
H7
75
46
58
-33
-49
3/9
35
8-3
3-1
09
/93
H7
74
87
H1
68
75
9
H1
66
67
8H
17
06
58
H1
66
67
9H
16
66
81
58
-33
-49
3/3
35
8-3
3-1
09
/33
H1
70
66
8
15
-72
-63
0/4
71
5-7
2-6
55
/47
58
-33
-49
2/9
3
H1
72
92
6
H7
75
12
58
-33
-44
2/3
35
8-3
3-1
25
/33
58
-33
-12
6/3
35
8-3
3-4
92
/33
58
-33
-12
7/9
3
H1
70
67
1
58
-33
-12
7/3
3
15
-72
-48
0/4
7
58
-33
-12
5/9
3
H1
70
65
7
Ers
atz
teill
iste
: spare
part
s lis
t
Ve
nti
l S
WT
41
, S
WT
42
-F
S-C
U u
nd
VS
M
Sin
gle
se
at
tan
k o
utl
et
va
lve
SW
T4
1,
SW
T4
2 -
FS
-CU
an
d P
SH
DN
25
-10
0 ;
1-4
zo
ll /
in
ch
23.0
3.1
6
Try
tko
Geprü
ft:
Datu
m:
Datu
m:
07.0
3.1
4
Nam
e:
Try
tko
Nam
e:
ref.
-no.
ref.
-no.
ref.
-no.
Geprü
ft:
pos.
Menge
DN
65
2,5
"3"
WS
-Nr.
Mate
rial
mate
rial
item
description
58
-33
-56
8/3
35
8-3
3-5
43
/33
H1
71
36
6
H1
72
92
5
58
-33
-12
6/9
3
H1
72
92
4H
17
29
20
H1
71
36
5
H1
70
67
0H
77
51
1
15
-25
-63
0/4
2
58
-33
-49
2/7
3
H7
75
11
58
-33
-64
2/7
3
H7
75
82
42
-40
-53
7/1
24
2-4
0-6
37
/12
H1
26
26
6H
12
62
67
H1
26
26
8
58
-33
-29
3/9
3
H7
74
42
15
-71
-50
5/4
7
15
-72
-50
5/4
71
5-7
2-5
55
/47
15
-72
-53
0/4
7
15
-71
-53
0/4
71
5-7
1-6
30
/47
15
-71
-65
5/4
7
H1
68
71
4
58
-33
-56
8/9
35
8-3
3-5
43
/93
58
-33
-56
8/7
35
8-3
3-5
43
/73
H1
72
91
9H
17
29
24
58
-33
-49
2/7
3
H1
70
65
5H
17
06
56
15
-71
-55
5/4
7
Bla
tt5
von
7
ref.
-no.
WS
-Nr.
4"
WS
-Nr.
DN
80
DN
100
WS
-Nr.
ref.
-no.
RN
01
.05
4.8
23
ref.
-no.
H1
71
37
2
H7
74
88
H1
70
66
7H
17
06
69
58
-33
-44
2/9
3
1.4
30
1
WS
-Nr.
WS
-Nr.
1
Se
at
se
al
Sch
aft
Va
lve
sh
aft
Skt.
Sch
rau
be
DIN
EN
24
01
7-A
2-7
0
1.4
40
4
81
EP
DM
FD
A-k
on
form
1
quantity
Beschre
ibung
42
-40
-48
7/1
2
H1
71
36
4H
17
13
70
H1
71
37
1
15
-71
-48
0/4
7
58
-33
-44
2/7
35
8-3
3-1
25
/73
58
-33
-12
6/7
3
H7
75
15
H1
70
66
2H
77
56
1
58
-33
-44
2/7
3
H7
74
87
58
-33
-49
2/3
3
H1
68
75
9
1.4
30
1
1
FP
M
FD
A-k
on
form
11
.44
04
EP
DM
FD
A-k
on
form
4 1H
NB
R
FD
A-k
on
form
FP
M
FD
A-k
on
form
1E
PD
M
FD
A-k
on
form
1H
NB
R
FD
A-k
on
form
1
3
Te
llerd
ich
tun
g
Se
at
se
al
Te
llerd
ich
tun
g
Se
at
se
al
Te
llerd
ich
tun
g1
FP
M
FD
A-k
on
form
1V
MQ
FD
A-k
on
form
Te
llerd
ich
tun
g
Se
at
se
al
4
11
Ho
usin
g s
ea
l
Ge
hä
use
dic
htu
ng
Ho
usin
g s
ea
l
Ge
hä
use
dic
htu
ng
Ho
usin
g s
ea
l
Ge
hä
use
dic
htu
ng
Ho
usin
g s
ea
l
He
x.
Scre
w
Ge
len
kkle
mm
e
Cla
mp
5 76
SP
X F
low
Te
ch
no
log
y R
osis
ta G
mb
H
D-5
94
25
Un
na
Ge
rma
ny
58
-33
-56
8/1
35
8-3
3-5
43
/13
15
-25
-55
5/4
2
11
EP
DM
FD
A-k
on
form
HN
BR
FD
A-k
on
form
1.4
40
4
1
Ge
hä
use
SW
T4
1 1
SH
ou
sin
g
Ge
hä
use
SW
T4
2 1
2S
Ho
usin
g
2
Ge
hä
use
dic
htu
ng
Ho
usin
g s
ea
l
Ge
hä
use
dic
htu
ng
Te
llerd
ich
tun
g
Se
at
se
al
Ge
hä
use
dic
htu
ng
Ho
usin
g s
ea
l
We
ite
rga
be
so
wie
Ve
rvie
lfä
ltig
un
g d
iese
r U
nte
rla
ge
, V
erw
ert
un
g u
nd
Mitte
ilu
ng
ihre
sIn
ha
lts n
ich
t g
esta
tte
t, s
ow
eit n
ich
t sch
rift
lich z
ug
esta
nd
en
. V
ers
toß
ve
rpflic
hte
tzu
m S
ch
ad
en
se
rsa
tz u
nd
ka
nn
str
afr
ech
tlic
he
Fo
lge
n h
ab
en
(P
ara
gra
ph
18
UW
G,
Pa
rag
rap
h 1
06
Urh
G).
Eig
en
tum
un
d a
lle
Re
ch
te,
au
ch
fü
r P
ate
nte
rte
ilu
ng
un
d
Ge
bra
uch
sm
uste
rein
tra
gu
ng, vo
rbe
ha
lte
n. S
PX
Flo
w T
ech
no
log
y R
osis
ta G
mb
H.
58
-06
-29
7/8
3
H1
73
93
0
08
-52
-29
1/9
7
H1
73
08
7
15
-33
-93
2/9
3
H1
73
93
1
08
-48
-60
0/9
3
H3
20
47
4
M8
x1
6
H7
87
72
M8
x2
0
H7
87
76
15
-32
-05
1/1
71
5-3
2-0
52
/17
H1
71
37
9H
17
13
80
15
-23
-85
1/1
21
5-2
3-8
52
/12
H1
71
06
2H
17
10
63
15
-28
-94
0/1
2
H1
70
19
6
65
-50
-10
1/1
5
H7
92
98
65
-01
-08
1/1
5
M8
x1
6
H7
87
72
Datu
m:
Try
tko
07.0
3.1
4
RN
01
.05
4.8
23
Geprü
ft:
Nam
e:
Bla
tt6
von
7D
atu
m:
23.0
3.1
6
DN
100
4"
mate
rial
WS
-Nr.
WS
-Nr.
WS
-Nr.
WS
-Nr.
WS
-Nr.
WS
-Nr.
ref.
-no.
DN
65
2,5
"3"
DN
80
ref.
-no.
ref.
-no.
ref.
-no.
ref.
-no.
ref.
-no.
17
41
.43
01
Skt.
Sch
rau
be
DIN
EN
24
01
7-A
2-7
0H
ex.
Scre
w
Te
llerd
ich
tun
g
Se
at
se
al
DIN
EN
IS
O 1
0511-M
12-A
2H
ex.
Nu
t
Se
at
se
al
1
13
16
11
.43
01
Skt.
Mu
tte
r
8
H2
07
15
4
15
-40
-96
7/4
7
H1
71
38
7
65
-01
-08
1/1
56
5-0
1-0
83
/15
VM
Q
FD
A-k
on
form
Te
llerd
ich
tun
g
H1
71
38
6
15
-40
-96
5/4
71
5-4
0-9
66
/47
H1
71
38
958
-33
-29
3/3
3
H1
70
17
6
58
-33
-29
3/7
3
H7
74
41
58
-33
-29
3/1
3
H7
74
40
3A
0 5
8-3
3-1
51
/24
H3
23
08
2
08
-01
-17
8/2
3
1.4
40
4
15
11
.43
01
Ste
ue
rko
pf
Actu
ato
r
15
-40
-96
3/4
71
5-4
0-9
64
/47
H1
71
38
5H
17
13
88
Nam
e:
Try
tko
Geprü
ft:
1
Tu
rco
n M
F6
91
FP
M
FD
A-k
on
form
HN
BR
FD
A-k
on
form
1
12
41
.43
01
Skt.
Sch
rau
be
DIN
EN
24
01
7-A
2-7
0H
ex.
Scre
w
11
1
10
1P
TF
E +
25
% K
oh
le
Mate
rial
Ve
nti
l S
WT
41
, S
WT
42
-F
S-C
U u
nd
VS
M
Sin
gle
se
at
tan
k o
utl
et
va
lve
SW
T4
1,
SW
T4
2 -
FS
-CU
an
d P
SH
DN
25
-10
0 ;
1-4
zo
ll /
in
ch
Ers
atz
teill
iste
: spare
part
s lis
t
description
SP
X F
low
Te
ch
no
log
y R
osis
ta G
mb
H
D-5
94
25
Un
na
Ge
rma
ny
1.4
52
3
PA
6.6
GF
30
sch
wa
rz
1.4
30
1
pos.
Mengequantity
item
Beschre
ibung
14
11
.43
05
1
20
1
21
1
19
1S
ch
altn
ocke
Op
ere
atin
g c
am
CU
4-S
-Ad
ap
ter
CU
4-S
-ad
ap
ter
VS
M G
eh
äu
se
-SW
4
Pro
xim
ity s
witch
ho
lde
r h
ou
sin
g S
W4
18
1N
BR
O-R
ing
O-r
ing
Ce
nte
rin
g n
ut
Ze
ntr
iers
ch
eib
e
Te
llerd
ich
tun
g
Se
at
se
al
Sch
aft
dic
htu
ng
Sh
aft
se
al
Fü
hru
ng
sb
uch
se
Bu
sh
ing
La
tern
e
Yo
ke
Zu
gsta
ng
e
Gu
ide
ro
d
VE
ST
AM
ID
We
ite
rga
be
so
wie
Ve
rvie
lfä
ltig
un
g d
iese
r U
nte
rla
ge
, V
erw
ert
un
g u
nd
Mitte
ilu
ng
ihre
sIn
ha
lts n
ich
t g
esta
tte
t, s
ow
eit n
ich
t sch
rift
lich z
ug
esta
nd
en
. V
ers
toß
ve
rpflic
hte
tzu
m S
ch
ad
en
se
rsa
tz u
nd
ka
nn
str
afr
ech
tlic
he
Fo
lge
n h
ab
en
(P
ara
gra
ph
18
UW
G,
Pa
rag
rap
h 1
06
Urh
G).
Eig
en
tum
un
d a
lle
Re
ch
te,
au
ch
fü
r P
ate
nte
rte
ilu
ng
un
d
Ge
bra
uch
sm
uste
rein
tra
gu
ng, vo
rbe
ha
lte
n. S
PX
Flo
w T
ech
no
log
y R
osis
ta G
mb
H.
DN
80
58
-34
-63
3/0
65
8-3
4-6
40
/06
58
-34
-64
1/0
65
8-3
4-6
34
/06
58
-34
-63
3/0
05
8-3
4-6
40
/00
58
-34
-64
1/0
05
8-3
4-6
34
/00
H3
25
41
7H
31
69
23
H3
16
92
5
58
-34
-64
0/0
15
8-3
4-6
41
/01
58
-34
-63
4/0
1
Ers
atz
teill
iste
: spare
part
s lis
tD
atu
m:
07.0
3.1
423.0
3.1
6
Ve
nti
l S
WT
41
, S
WT
42
-F
S-C
U u
nd
VS
M
Sin
gle
se
at
tan
k o
utl
et
va
lve
SW
T4
1,
SW
T4
2 -
FS
-CU
an
d P
SH
DN
25
-10
0 ;
1-4
zo
ll /
in
ch
Nam
e:
Try
tko
Try
tko
Geprü
ft:
SP
X F
low
Te
ch
no
log
y R
osis
ta G
mb
H
D-5
94
25
Un
na
Ge
rma
ny
Datu
m:
Bla
tt7
von
7
Nam
e:
RN
01
.05
4.8
23
Geprü
ft:
WS
-Nr.
WS
-Nr.
WS
-Nr.
ref.
-no.
ref.
-no.
ref.
-no.
ref.
-no.
ref.
-no.
ref.
-no.
pos.
Mengequantity
Beschre
ibung
Mate
rial
DN
65
2,5
"3"
Co
ntr
ol-
Un
it C
U
sie
he
Be
trie
bsa
nle
itu
ng
CU
se
e m
an
ua
l C
U2
21
Co
ntr
ol-
Un
it C
UP
A6
.6 G
F3
0
sch
wa
rz
DN
100
4"
item
description
mate
rial
WS
-Nr.
WS
-Nr.
WS
-Nr.
Po
s.
2,
3,
6,
8,
9,
10
n
ur
im k
om
ple
tte
n D
ich
tun
gssa
tz e
rhä
ltlic
h
Ite
m 2
, 3
, 6
, 8
, 9
, 1
0 a
va
ilab
le a
s c
om
ple
te s
ea
l kits o
nly
58
-34
-63
5/0
0
H3
15
85
51
Dic
htu
ng
ssa
tzF
PM
H2
04
30
3H
20
43
10
H2
04
31
1H
20
43
04
Se
al kit
58
-34
-63
5/0
1
H2
04
30
51
Dic
htu
ng
ssa
tzE
PD
M
Se
al kit
58
-34
-63
3/0
1
Se
al kit
58
-34
-63
5/0
6
H3
11
38
71
Dic
htu
ng
ssa
tzH
NB
R
Se
al kit
H2
04
31
5H
31
13
88
H3
11
38
9H
31
13
86
58
-34
-63
5/0
2
H3
16
92
71
Dic
htu
ng
ssa
tzV
MQ
58
-34
-63
3/0
25
8-3
4-6
40
/02
58
-34
-64
1/0
25
8-3
4-6
34
/02
H3
25
41
6H
31
69
24
H3
16
92
6
We
ite
rga
be
so
wie
Ve
rvie
lfä
ltig
un
g d
iese
r U
nte
rla
ge
, V
erw
ert
un
g u
nd
Mitte
ilu
ng
ihre
sIn
ha
lts n
ich
t g
esta
tte
t, s
ow
eit n
ich
t sch
rift
lich z
ug
esta
nd
en
. V
ers
toß
ve
rpflic
hte
tzu
m S
ch
ad
en
se
rsa
tz u
nd
ka
nn
str
afr
ech
tlic
he
Fo
lge
n h
ab
en
(P
ara
gra
ph
18
UW
G,
Pa
rag
rap
h 1
06
Urh
G).
Eig
en
tum
un
d a
lle
Re
ch
te,
au
ch
fü
r P
ate
nte
rte
ilu
ng
un
d
Ge
bra
uch
sm
uste
rein
tra
gu
ng, vo
rbe
ha
lte
n. S
PX
Flo
w T
ech
no
log
y R
osis
ta G
mb
H.
Datum:
Name:
Geprüft:
von 4
RN 01.054.823-1
Ersatzteilliste: spare parts list
Trytko
07.03.14
SPX Flow Technology Rosista GmbH D-59425 Unna GermanyVentil SWT41, SWT42 -FS-CU und VSM
Single seat tank outlet valve SWT41, SWT42 -FS-CU and PSH DN125, 150
Blatt 1
Wei
terg
abe
sow
ie V
ervi
elfä
ltigu
ng d
iese
r U
nter
lage
, Ver
wer
tung
und
Mitt
eilu
ngih
res
Inha
lts n
icht
ges
tatte
t, so
wei
t ni
cht s
chrif
tlich
zug
esta
nden
. V
erst
oß v
erpf
licht
etzu
m S
chad
ense
rsat
z un
d ka
nn s
traf
rech
tlich
e F
olge
n ha
ben
(Par
agra
ph 1
8 U
WG
, P
arag
raph
106
Urh
G).
Eig
entu
m u
nd a
lle R
echt
e, a
uch
für
Pat
ente
rtei
lung
und
G
ebra
uchs
mus
tere
intr
agun
g, v
orbe
halte
n. S
PX
Flo
w T
echn
olog
y R
osis
ta G
mbH
.
1.4
40
4
58
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-74
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3
58
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-74
3/3
3
58
-33
-74
3/7
3
1 11 11
54
6
Ge
hä
use
dic
htu
ng
Ho
usi
ng
se
al
Mat
eria
l
H2
03
63
5
mat
eria
l
15
-71
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0/4
7
HN
BR
FD
A-k
on
form
FP
MF
DA
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nfo
rm
EP
DM
FD
A-k
on
form
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MF
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rm
EP
DM
FD
A-k
on
form
HN
BR
FD
A-k
on
form
58
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3/9
3
EP
DM
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form
1.4
30
16
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32
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88
09
6
5-0
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32
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88
09
58
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2/3
35
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42
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58
-33
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3
VM
QF
DA
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rm
41
1.4
40
4
3
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llerd
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t se
al
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t se
al
Te
llerd
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t se
al
Te
llerd
ich
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gS
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t se
al
Sch
aft
1.4
30
16
5-0
1-1
32
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65
-01
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2/1
5
FP
MF
DA
-ko
nfo
rm
81
EP
DM
FD
A-k
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form
8S
kt.
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rau
be
DIN
EN
24
01
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Scr
ew
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llerd
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g
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usi
ng
se
al
7
item
1
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08
H2
03
89
9V
alv
e s
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rau
be
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EN
24
01
7-A
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ex.
Scr
ew
Ge
hä
use
dic
htu
ng
WS
-Nr.
H2
03
90
0
Ers
atzt
eilli
ste:
spa
re p
arts
list
1 1 1H
NB
RF
DA
-ko
nfo
rm
ref.
-no.
6"
RN
01
.05
4.8
23
-1
Bla
tt2
von
4
1.4
40
4
Nam
e:
ref.
-no.
ref.
-no.
ref.
-no.
Gep
rüft
:
H7
76
07
H7
76
24
58
-33
-69
2/7
35
8-3
3-7
42
/73
pos.
Mengequantity
Bes
chre
ibun
g
desc
riptio
n
Ven
til
SW
T41
, S
WT
42 -
FS
-CU
un
d V
SM
S
ing
le s
ea
t ta
nk
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tle
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lve
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T4
1,
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FS
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an
d P
SH
D
N1
25
, 1
50
ref.
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15
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7
DN
125
5"D
N15
0
Gep
rüft
:
Dat
um:
Dat
um:
07.0
3.14
Nam
e:T
rytk
o
58
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2/9
35
8-3
3-7
42
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H2
03
63
6H
20
36
34
WS
-Nr.
WS
-Nr.
WS
-Nr.
WS
-Nr.
ref.
-no.
15
-72
-68
0/4
71
5-7
12
-73
0/4
7H
20
36
33
WS
-Nr.
H1
72
12
65
8-3
3-6
92
/33
58
-33
-74
2/3
3H
77
60
8H
77
62
5
H1
72
12
5
H1
70
17
8H
17
01
77
58
-33
-69
3/3
3H
77
61
1H
77
62
85
8-3
3-6
93
/93
H7
76
09
H7
76
26
58
-33
-69
3/1
3H
77
61
0H
77
62
75
8-3
3-6
93
/73
15
-25
-73
2/4
2
58
-33
-74
2/7
3H
17
21
25
H1
72
12
6
15
-25
-68
0/4
2
58
-33
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2/9
3H
77
62
55
8-3
3-6
92
/93
SP
X F
low
Te
chn
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gy
Ro
sist
a G
mb
H D
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42
5 U
nn
a G
erm
an
y
58
-33
-39
3/9
3H
77
46
7H
77
46
75
8-3
3-3
93
/93
M1
0x2
0
H7
88
09
M
10
x20
H
78
80
9
H7
76
07
H7
76
24
Se
at
sea
l
1
Ge
hä
use
SW
T4
1 1
SH
ou
sin
gG
eh
äu
seS
WT
42
12
SH
ou
sin
g
2
Ge
hä
use
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ng
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usi
ng
se
al
Ge
hä
use
dic
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ng
Ho
usi
ng
se
al
Ge
hä
use
dic
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ng
Ho
usi
ng
se
al
1
Ge
hä
use
dic
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ng
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ng
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al
1 1
We
iterg
ab
e s
ow
ie V
erv
ielfä
ltig
ung
die
ser
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terl
ag
e, V
erw
ert
un
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nd
Mitt
eilu
ng
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sIn
ha
lts n
ich
t ge
sta
tte
t, s
ow
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nic
ht s
chri
ftlic
h zu
ge
sta
nd
en
. Ve
rsto
ß v
erp
flich
tet
zum
Sch
ad
en
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atz
un
d k
an
n s
tra
fre
chtli
che
Fo
lge
n h
ab
en
(P
ara
gra
ph
18
UW
G,
Pa
rag
rap
h 1
06
Urh
G).
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en
tum
un
d a
lle R
ech
te,
au
ch fü
r P
ate
nte
rte
ilung
un
d
Ge
bra
uch
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ste
rein
tra
gu
ng,
vo
rbe
ha
lten
. SP
X F
low
Te
chn
olo
gy
Ro
sist
a G
mb
H.
1.4
30
1S
ich
eru
ng
smu
tte
rD
IN E
N I
SO
105
11-M
12-A
2S
afe
ty n
ut
PA
6.6
GF
30sc
hw
arz
1.4
30
1S
kt.
Sch
rau
be
Co
ntr
ol-
Un
it C
UC
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tro
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nit
CU
DIN
EN
24
01
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ew
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he
Be
trie
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nle
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Use
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l CU
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1
21
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14
76
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19
18
1
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ue
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pf
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88
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78
80
9
65
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20
16
19
H2
01
61
96
5-5
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37
/15
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47
64
0
15
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25
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21
98
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32
19
88
M1
0x2
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88
09
H2
01
61
6
08
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65
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58
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3
H7
74
66
Tu
rco
n M
F6
15
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65
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56
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32
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88
09
NB
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8-0
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25
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H2
00
02
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20
00
20
1
FP
MF
DA
-ko
nfo
rm
Mat
eria
l
Ven
til
SW
T41
, S
WT
42 -
FS
-CU
un
d V
SM
S
ing
le s
ea
t ta
nk
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tle
t va
lve
SW
T4
1,
SW
T4
2 -
FS
-CU
an
d P
SH
D
N1
25
, 1
50
Ers
atzt
eilli
ste:
spa
re p
arts
list
Se
at
sea
l
11
1.4
30
1S
kt.
Sch
rau
be
DIN
EN
24
01
7-A
2-7
0H
ex.
Scr
ew
KE
TR
ON
P
EE
K 1
0
H2
01
57
91
5-4
0-9
69
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Bes
chre
ibun
g
item
desc
riptio
n
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llerd
ich
tun
gS
ea
t se
al
13
1O
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g
14
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ato
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17
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01
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he
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wa
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ter
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ma
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ng
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od
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41
pos.
11Mengequantity
1.4
30
11
5-3
2-0
55
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40
41
1
109
Te
llerd
ich
tun
g
VM
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DA
-ko
nfo
rmT
elle
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ng
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at
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l
15
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20
15
81
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07
29
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20
72
96
58
-33
-39
3/7
35
8-3
3-3
93
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1.4
30
11
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6-0
55
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01
61
6
30
,2x3
H
77
10
73
0,2
x3
H7
71
07
58
-06
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5/8
3
15
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5/1
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20
16
05
H2
01
60
5
58
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-39
3/1
35
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93
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H7
74
66
58
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3H
77
46
5H
77
46
5
mat
eria
lW
S-N
r.W
S-N
r.W
S-N
r.W
S-N
r.
DN
125
5"D
N15
06"
HN
BR
FD
A-k
on
form
58
-33
-39
3/3
35
8-3
3-3
93
/33
H1
66
67
6H
16
66
76
WS
-Nr.
ref.
-no.
ref.
-no.
ref.
-no.
ref.
-no.
ref.
-no.
RN
01
.05
4.8
23
-1G
eprü
ft:
Nam
e:
WS
-Nr.
ref.
-no.
Bla
tt3
von
4D
atum
:
Nam
e:T
rytk
o
Gep
rüft
:
Dat
um:
07.0
3.14
SP
X F
low
Tec
hnol
ogy
Ros
ista
Gm
bH D
-594
25 U
nna
Ger
man
y
8
Sch
aft
dic
htu
ng
Sh
aft
se
al
Fü
hru
ng
sbu
chse
Bus
hin
gL
ate
rne
Yo
ke
De
cke
l fü
r S
teu
erk
op
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r fo
r a
ctu
ato
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A6.
6 sc
hw
arz
15
-00
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5/9
21
5-0
0-8
75
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01
61
4H
20
16
14
We
iterg
ab
e s
ow
ie V
erv
ielfä
ltig
ung
die
ser
Un
terl
ag
e, V
erw
ert
un
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nd
Mitt
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ng
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sIn
ha
lts n
ich
t ge
sta
tte
t, s
ow
eit
nic
ht s
chri
ftlic
h zu
ge
sta
nd
en
. Ve
rsto
ß v
erp
flich
tet
zum
Sch
ad
en
sers
atz
un
d k
an
n s
tra
fre
chtli
che
Fo
lge
n h
ab
en
(P
ara
gra
ph
18
UW
G,
Pa
rag
rap
h 1
06
Urh
G).
Eig
en
tum
un
d a
lle R
ech
te,
au
ch fü
r P
ate
nte
rte
ilung
un
d
Ge
bra
uch
smu
ste
rein
tra
gu
ng,
vo
rbe
ha
lten
. SP
X F
low
Te
chn
olo
gy
Ro
sist
a G
mb
H.
Ers
atzt
eilli
ste:
spa
re p
arts
list
Dat
um:
07.0
3.14
Ven
til
SW
T41
, S
WT
42 -
FS
-CU
un
d V
SM
S
ing
le s
ea
t ta
nk
ou
tle
t va
lve
SW
T4
1,
SW
T4
2 -
FS
-CU
an
d P
SH
D
N1
25
, 1
50
Nam
e:T
rytk
o
Gep
rüft
:S
PX
Flo
w T
ech
no
log
y R
osi
sta
Gm
bH
D-5
94
25
Un
na
Ge
rma
ny
Dat
um:
Bla
tt4
von
4N
ame:
RN
01
.05
4.8
23
-1G
eprü
ft:
item
desc
riptio
nm
ater
ial
WS
-Nr.
WS
-Nr.
WS
-Nr.
WS
-Nr.
WS
-Nr.
WS
-Nr.
ref.
-no.
ref.
-no.
ref.
-no.
ref.
-no.
ref.
-no.
ref.
-no.
pos.
Mengequantity
Bes
chre
ibun
gM
ater
ial
DN
125
5"D
N15
06"
22
1O
-Rin
gN
BR
O-r
ing
23
1S
cha
ltno
cke
1.4
52
30
8-5
2-2
91
/97
08
-52
-29
1/9
76
6x2
H
17
39
30
Op
ere
atin
g c
am
H1
73
08
7H
17
30
87
58
-06
-29
7/8
35
8-0
6-2
97
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66
x2
H1
73
93
0
241
VE
ST
AM
ID1
5-3
3-9
32
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15
-33
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2/9
3H
17
39
31
H1
73
93
1V
SM
Ge
hä
use
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4P
roxi
mity
sw
itch
ho
lde
r h
ou
sin
g S
W4
1D
ich
tun
gss
atz
EP
DM
58
-34
-63
6/0
15
8-3
4-6
37
/01
Po
s. 2
, 3
, 6
, 8
, 9
, 1
0,
13
n
ur
im k
om
ple
tte
n D
ich
tun
gss
atz
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ältl
ich
It
em
2,
3,
6,
8,
9,
10
, 1
3 a
vaila
ble
as
com
ple
te s
ea
l kits
on
ly
1D
ich
tun
gss
atz
FP
M5
8-3
4-6
36
/00
58
-34
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7/0
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ea
l kit
Se
al k
itH
32
58
55
H3
23
92
0
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ich
tun
gss
atz
VM
Q5
8-3
4-6
36
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58
-34
-63
7/0
2S
ea
l kit
Se
al k
it1
Dic
htu
ng
ssa
tzH
NB
R5
8-3
4-6
36
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58
-34
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7/0
6
We
iterg
ab
e s
ow
ie V
erv
ielfä
ltig
ung
die
ser
Un
terl
ag
e, V
erw
ert
un
g u
nd
Mitt
eilu
ng
ihre
sIn
ha
lts n
ich
t ge
sta
tte
t, s
ow
eit
nic
ht s
chri
ftlic
h zu
ge
sta
nd
en
. Ve
rsto
ß v
erp
flich
tet
zum
Sch
ad
en
sers
atz
un
d k
an
n s
tra
fre
chtli
che
Fo
lge
n h
ab
en
(P
ara
gra
ph
18
UW
G,
Pa
rag
rap
h 1
06
Urh
G).
Eig
en
tum
un
d a
lle R
ech
te,
au
ch fü
r P
ate
nte
rte
ilung
un
d
Ge
bra
uch
smu
ste
rein
tra
gu
ng,
vo
rbe
ha
lten
. SP
X F
low
Te
chn
olo
gy
Ro
sist
a G
mb
H.
Datum:
Name:
Geprüft:
von 3
RN 01.054.823-2
Ersatzteilliste: spare parts list
Trytko
11.02.15
SPX Flow Technology Rosista GmbH
D-59425 Unna GermanyVentil SWT41, SWT42 mit Handbetätigung
Single seat tank outlet valve SWT41, SWT42 with handle
DN125, 150 ; 6 zoll / inch
Blatt 1
Weiterg
abe s
ow
ie V
erv
ielfältig
ung d
ieser
Unte
rlage, V
erw
ert
ung u
nd M
itte
ilung
ihre
s Inhalts n
icht
gesta
ttet, s
ow
eit n
icht schriftlic
h z
ugesta
nden.
Vers
toß
verp
flic
hte
tzum
Schadensers
atz
und k
ann s
trafr
echtlic
he F
olg
en h
aben (
Para
gra
ph 1
8 U
WG
, P
ara
gra
ph 1
06 U
rhG
). E
igentu
m u
nd a
lle R
echte
, auch f
ür
Pate
nte
rteilu
ng u
nd
Gebra
uchsm
uste
rein
tragung,
vorb
ehalten.
SP
X F
low
Technolo
gy
Rosis
ta G
mbH
.
58
-33
-69
2/9
3
H7
74
67
65
-01
-13
2/1
5
M1
0x2
0
H7
88
09
65
-01
-13
2/1
5
M1
0x2
0
H7
88
09
58
-33
-74
2/9
3
H7
76
25
58
-33
-74
2/9
3
H7
76
25
58
-33
-74
2/3
3
H1
72
12
6
58
-33
-74
2/7
3
H7
76
24
58
-33
-74
3/9
3
H7
76
28
58
-33
-74
3/3
3
1 11 11
54
6
Ge
hä
use
dic
htu
ng
Mate
rial
H2
03
63
5
mate
rial
15
-71
-68
0/4
7
HN
BR
FD
A-k
on
form
FP
M
FD
A-k
on
form
EP
DM
FD
A-k
on
form
FP
M
FD
A-k
on
form
EP
DM
FD
A-k
on
form
HN
BR
FD
A-k
on
form
1.4
40
4
58
-33
-69
2/3
3
58
-33
-69
2/7
3
H1
72
12
6
58
-33
-74
2/7
3
41
1.4
40
4
3
Te
llerd
ich
tun
g
Se
at
se
al
Te
llerd
ich
tun
g
Se
at
se
al
Te
llerd
ich
tun
g
Se
at
se
al
Te
llerd
ich
tun
g
Se
at
se
al
Sch
aft
VM
Q
FD
A-k
on
form
EP
DM
FD
A-k
on
form
1.4
30
1
1.4
30
1
H7
76
24
58
-33
-39
3/9
3
58
-33
-74
3/1
3
H7
76
26
58
-33
-74
2/3
3
81
EP
DM
FD
A-k
on
form
8S
kt.
Sch
rau
be
DIN
EN
24
01
7-A
2-7
0H
ex.
Scre
w
Te
llerd
ich
tun
g
7
item
1
H7
76
08
H2
03
89
9V
alv
e s
ha
ft
Skt.
Sch
rau
be
DIN
EN
24
01
7-A
2-7
0H
ex.
Scre
w
1 1 1H
NB
R
FD
A-k
on
form
Ge
hä
use
dic
htu
ng
Ho
usin
g s
ea
l
FP
M
FD
A-k
on
form
Ho
usin
g s
ea
l
H1
70
17
7
58
-33
-74
3/7
3
Bla
tt2
von
3
1.4
40
4
Nam
e:
ref.
-no.
ref.
-no.
ref.
-no.
Geprü
ft:
ref.
-no.
RN
01
.05
4.8
23
-2
WS
-Nr.
H2
03
63
3
Datu
m:
11.0
2.1
5
Nam
e:
Try
tko
pos.
Mengequantity
Beschre
ibung
description
Ve
nti
l S
WT
41
, S
WT
42
mit
Ha
nd
be
täti
gu
ng
Sin
gle
se
at
tan
k o
utl
et
va
lve
SW
T4
1,
SW
T4
2 w
ith
ha
nd
le
DN
12
5,
15
0 ;
6 z
oll
/ i
nc
h
ref.
-no.
DN
125
DN
150
6"
Ers
atz
teill
iste
: spare
part
s lis
t
Geprü
ft:
Datu
m:
H2
03
63
6
WS
-Nr.
WS
-Nr.
WS
-Nr.
WS
-Nr.
ref.
-no.
15
-72
-68
0/4
7
WS
-Nr.
15
-71
-73
0/4
7
15
-71
2-7
30
/47
H2
03
63
4
58
-33
-69
2/3
3
H7
76
08
H1
72
12
5
H1
70
17
8
58
-33
-69
3/3
3
H7
76
11
58
-33
-69
3/9
3
H7
76
07
58
-33
-69
2/7
3
H7
76
09
58
-33
-69
3/1
3
H7
76
10
H7
76
27
58
-33
-69
3/7
3
15
-25
-73
2/4
2
H1
72
12
5
15
-25
-68
0/4
2
H2
03
90
0
SP
X F
low
Te
ch
no
log
y R
osis
ta G
mb
H
D-5
94
25
Un
na
Ge
rma
ny
58
-33
-69
2/9
3
H7
76
07
1 1
1
Ge
hä
use
SW
T4
1 1
SH
ou
sin
g
Ge
hä
use
SW
T4
2 1
2S
Ho
usin
g
2
Ge
hä
use
dic
htu
ng
Ho
usin
g s
ea
l
Ge
hä
use
dic
htu
ng
Ho
usin
g s
ea
l
Ge
hä
use
dic
htu
ng
Ho
usin
g s
ea
l
1
Ge
hä
use
dic
htu
ng
Ho
usin
g s
ea
l
Se
at
se
al
We
ite
rga
be
so
wie
Ve
rvie
lfä
ltig
un
g d
iese
r U
nte
rla
ge
, V
erw
ert
un
g u
nd
Mitte
ilu
ng
ihre
sIn
ha
lts n
ich
t g
esta
tte
t, s
ow
eit n
ich
t sch
rift
lich z
ug
esta
nd
en
. V
ers
toß
ve
rpflic
hte
tzu
m S
ch
ad
en
se
rsa
tz u
nd
ka
nn
str
afr
ech
tlic
he
Fo
lge
n h
ab
en
(P
ara
gra
ph
18
UW
G,
Pa
rag
rap
h 1
06
Urh
G).
Eig
en
tum
un
d a
lle
Re
ch
te,
au
ch
fü
r P
ate
nte
rte
ilu
ng
un
d
Ge
bra
uch
sm
uste
rein
tra
gu
ng, vo
rbe
ha
lte
n. S
PX
Flo
w T
ech
no
log
y R
osis
ta G
mb
H.
15
-27
-14
0/1
7
H3
20
19
715
-40
-96
9/4
7
H2
01
57
9
65
-01
-13
3/1
5
M1
0x2
5
H7
88
11
08
-01
-06
5/2
3
H2
07
29
6
58
-33
-15
4/2
3
H2
00
02
0
58
-33
-39
3/3
3
H1
66
67
6
58
-33
-39
3/7
3
H7
74
66
58
-33
-39
3/1
3
H7
74
65
H3
23
92
0
58
-34
-63
7/0
2
58
-34
-63
7/0
6
Po
s.
2,
3,
6,
8,
9,
10
n
ur
im k
om
ple
tte
n D
ich
tun
gssa
tz e
rhä
ltlic
h
Ite
m 2
, 3
, 6
, 8
, 9
, 1
0 a
va
ilab
le a
s c
om
ple
te s
ea
l kits o
nly
58
-34
-63
6/0
2
EP
DM
Dic
htu
ng
ssa
tz
Se
al kit
VM
QD
ich
tun
gssa
tz
Se
al kit
11 1
Dic
htu
ng
ssa
tz
Se
al kit
58
-34
-63
7/0
0
58
-34
-63
7/0
15
8-3
4-6
36
/01
H3
25
85
5
58
-34
-63
6/0
0
Tu
rco
n M
F6
1.4
30
1
1.4
30
1S
kt.
Sch
rau
be
DIN
EN
24
01
7-A
2-7
0H
ex.
Scre
w
Ke
tro
n
Pe
ek 1
0
FP
M
FD
A-k
on
form
Mate
rial
Ve
nti
l S
WT
41
, S
WT
42
mit
Ha
nd
be
täti
gu
ng
Sin
gle
se
at
tan
k o
utl
et
va
lve
SW
T4
1,
SW
T4
2 w
ith
ha
nd
le
DN
12
5,
15
0 ;
6 z
oll
/ i
nc
h
Ers
atz
teill
iste
: spare
part
s lis
t
Se
at
se
al
Beschre
ibung
item
description
Te
llerd
ich
tun
g
Se
at
se
al
13
1H
an
db
etä
tig
un
g
Ha
nd
le
12
41
pos.
11Mengequantity
1 11 1F
PM
Dic
htu
ng
ssa
tz
Se
al kit
1.4
40
41
1
109
Te
llerd
ich
tun
g
VM
Q
FD
A-k
on
form
Te
llerd
ich
tun
g
Se
at
se
al
15
-40
-96
8/4
7
H2
01
58
1
mate
rial
WS
-Nr.
WS
-Nr.
WS
-Nr.
WS
-Nr.
DN
125
DN
150
6"
HN
BR
FD
A-k
on
form
WS
-Nr.
ref.
-no.
ref.
-no.
ref.
-no.
ref.
-no.
ref.
-no.
Nam
e:
Datu
m:
11.0
2.1
5
SP
X F
low
Technolo
gy R
osi
sta G
mbH
D-5
9425 U
nna G
erm
any
8
Sch
aft
dic
htu
ng
Sh
aft
se
al
Fü
hru
ng
sb
uch
se
Bu
sh
ing
La
tern
e
Nam
e:
Try
tko
Geprü
ft:
Bla
tt3
Datu
m:
Yo
ke
HN
BR
58
-34
-63
6/0
6
WS
-Nr.
ref.
-no.
von
3
RN
01
.05
4.8
23
-2G
eprü
ft:
We
ite
rga
be
so
wie
Ve
rvie
lfä
ltig
un
g d
iese
r U
nte
rla
ge
, V
erw
ert
un
g u
nd
Mitte
ilu
ng
ihre
sIn
ha
lts n
ich
t g
esta
tte
t, s
ow
eit n
ich
t sch
rift
lich z
ug
esta
nd
en
. V
ers
toß
ve
rpflic
hte
tzu
m S
ch
ad
en
se
rsa
tz u
nd
ka
nn
str
afr
ech
tlic
he
Fo
lge
n h
ab
en
(P
ara
gra
ph
18
UW
G,
Pa
rag
rap
h 1
06
Urh
G).
Eig
en
tum
un
d a
lle
Re
ch
te,
au
ch
fü
r P
ate
nte
rte
ilu
ng
un
d
Ge
bra
uch
sm
uste
rein
tra
gu
ng, vo
rbe
ha
lte
n. S
PX
Flo
w T
ech
no
log
y R
osis
ta G
mb
H.
1
321 1
221
42
15
-28
-84
0/9
3
H1
70
20
0
58
-32
-01
0/8
3
H1
71
06
0
quantity
Beschre
ibung
item
description
58
-06
-12
4/8
3
H1
71
05
9O
-rin
g
3A
0 1
5-3
2-0
57
/13
H2
08
69
0
H2
08
73
3
H2
08
77
3
V-D
ich
tun
g
V-s
ea
l
O-R
ing
Ste
ue
rko
pf
kp
l. L
uft
/Lu
ft -
3A
-bla
nk
Actu
ato
r cp
l. a
ir/a
ir 3
A b
rig
ht
Sch
rau
be
Dic
htu
ng
Se
al scre
w
H2
08
77
2
3A
0 1
5-3
2-0
66
/13
3A
0 1
5-3
2-0
65
/13
Actu
ato
r cp
l. a
ir/a
ir s
atin
fin
ish
H2
09
20
3
Ø 1
10
Ø 1
65
Nam
e:
Ers
atz
teill
iste
: spare
part
s lis
t
Ste
uerk
op
f S
W4
Actu
ato
r S
W4
12/0
927.0
1.1
5
Pete
rsT
rytk
o
15
-32
-08
5/1
7
H2
09
59
2
1S
teu
erk
op
f kp
l. F
ed
er/
Lu
ft -
ma
tt g
län
ze
nd
Actu
ato
r cp
l. S
pri
ng
/air
sa
tin
fin
ish
15
-32
-05
0/1
7
Datu
m:
Ste
ue
rko
pf
kp
l. F
ed
er/
Lu
ft -
3A
-bla
nk
Actu
ato
r cp
l. S
pri
ng
/air
3A
bri
gh
t
Ste
ue
rko
pf
kp
l. L
uft
/Lu
ft -
ma
tt g
län
ze
nd
pos.
Menge
Ø 7
4
15
-32
-08
6/1
71
5-3
2-0
87
/17
WS
-Nr.
ref.
-no
.
WS
-Nr.
3A
0 1
5-3
2-0
59
/13
H2
08
69
3
15
-32
-05
2/1
7
H1
71
38
0H
17
13
78
15
-32
-05
1/1
7
WS
-Nr.
ref.
-no
.re
f.-n
o.
H1
71
37
9
SP
X F
low
Te
ch
no
log
y R
osis
ta G
mb
H
D-5
94
25
Un
na
Ge
rma
ny
Geprü
ft:
3A
0 1
5-3
2-0
60
/13
3A
0 1
5-3
2-0
61
/13
H1
73
53
8H
17
35
24
RN
01
.05
4.8
6
Bla
tt1
von
1
Geprü
ft:
Datu
m:
11/0
8
Nam
e:
Pete
rs
Weiterg
abe s
ow
ie V
erv
ielfältig
ung d
iese
r U
nte
rlage, V
erw
ert
ung u
nd M
itte
ilung
ihre
s In
halts
nic
ht gest
att
et,
sow
eit n
icht sc
hri
ftlic
h z
ugest
anden.
Vers
toß
verp
flic
hte
tzum
Schadense
rsatz
und k
ann s
trafr
echtlic
he F
olg
en h
aben (
Para
gra
ph 1
8 U
WG
,P
ara
gra
ph 1
06 U
rhG
). E
igentu
m u
nd a
lle R
echte
, auch f
ür
Pate
nte
rteilu
ng u
nd G
ebra
uchsm
ust
ere
intr
agung,
vorb
ehalten.S
PX
Flo
w T
echnolo
gy R
osi
sta G
mbH
..
SPX FLOW SPX FLOW
Design Center Production
Gottlieb-Daimler-Straße 13 Stefana Rolbieskiego 2
D-59439 Holzwickede, Germany PL- Bydgoszcz 85-862, Poland
P: (+49) (0) 2301-9186-0 P: (+48) 52 566 76 00
F: (+49) (0) 2301-9186-300 F: (+48) 52 525 99 09
SPX FLOW reserves the right to incorporate the latest design and material changes without notice or obligation.
Design features, materials of construction and dimensional data, as described in this manual, are provided for your information only
and should not be relied upon unless confirmed in writing. Please contact your local sales representative for product availability in your region.
For more information visit www.spxflow.com.
ISSUED 01/2017 - Translation of Original Manual
COPYRIGHT ©2017 SPX FLOW, Inc.
APV DELTA SWT4TANK OUTLET VALVE