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TRANSCRIPT
APV DELTA DA3+DOUBLE SEAT MIXPROOF VALVE
FORM NO.: H179518 REVISION: UK-5 READ AND UNDERSTAND THIS MANUAL PRIOR TO OPERATING OR SERVICING THIS PRODUCT.
INSTRUCTION MANUAL
Scan for DA3+ ValveMaintenance Video
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
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APV_DA3+_UK-5_122016.qxp
Double seat valve
DELTA DA3+
Instruction manual: UK-rev. 5
UKAPV
1. General Terms 2
2. Safety Instructions 2
3. Intended Use 3
4. Mode of Operation 4 - 54.1. General Terms
4.2. Valve in “closed” position
4.3. Valve in “open” position
5. Auxiliary Equipment 65.1. Valve position indication (proximity switches)
5.2. Control Unit
5.3. Adapter for Control Unit
6. Cleaning 7 - 86.1. Flow areas
6.2. Seal surfaces
6.3. Leakage chamber
6.4. Cleaning recommendation
6.5. Flushing quantity
6.6. Cleaning of upper area
6.7. Cleaning of lower area
7. Installation 97.1. Welding instructions
8. Dimensions/Weights 10
9. Technical Data 11 - 139.1. General data
9.2. Compressed air quality
9.3. kvs values
9.4. Air consumption/closing times
9.5. Valve stroke open/closed
10. Maintenance 14
11. Service Instructions 15 - 1911.1. Dismantling from pipe system
11.2. Disassembly of wear parts (product-wetted parts)
11.3. Actuator / main cylinder (maintenance)
11.3.1. Dismantling of seals and disassembly of seat lift actuator and main cylinder
11.3.2. Installation of seals and assembly of seat lift actuator and main cylinder
11.4. Installation of seals and assembly of valve
11.5. Installation of valve insert
12. Disassembly and Assembly Tool 20
12.1. Installation of lower shaft seal
12.1.1. Installation of PTFE seal
12.1.2. Installation of elastomer seal
13. Assembly Tool for Middle Seal 21
14. Trouble Shooting 22
15. Spare Parts Lists and Lubrication Chart 23(see annex)
DA3 DN40 - 150, Inch 1,5” - 4” RN 01.053.73
DA3 1,5 - 4 Sh5 RN 01.053.73 - 2
DA3 Lubrication chart RN 260.064 - 1
Content Page
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.
- Disconnect electrical and pneumatic connections.
- Depressurize the line and cleaning system and discharge
the lines, if possible, before any maintenance work.
- Observe Service Instructions to ensure safe maintenance
of the valve.
- Connections which are not used must be sealed by a plug.
- A safe discharge of the cleaning liquids must be ensured.
- The valve must be assembled, disassembled and reassembled
only by persons who have been trained in APV valves or by
SPX FLOW service team members. If necessary,
contact your local SPX FLOW representative.
- Welded actuators are preloaded by spring force.
Actuators which are no longer used and / or defective
must be disposed in professional manner.
Defective actuators must be returned
to your SPX FLOW company
for their professional disposal and free of charge for you.
Please address to your local SPXFLOW.
1. General Terms
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Double seat valve
DELTA DA3+
Instruction manual: UK-rev. 5
UKAPV
!
!Opening of the actuators is strictly forbidden.
Danger to life!
!
!
!
!
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Double seat valve
DELTA DA3+
Instruction manual: UK-rev. 5
UKAPV
The intended use as field of application of the double seat valve
is the shut-off of pipeline sections.
Arbitrary, structural changes at the valve may affect safety
as well as the intended functionality of the valve and
are not permissible.
Authorizations and External Approvals:EHEDG Certification
ATEX (Directive 2014/34/EU)
3. Intended Use
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Double seat valve
DELTA DA3+
Instruction manual: UK-rev. 5
UKAPV
4.1. General Terms
Due to its construction and mode of operation as well as to the use
of high quality stainless steel and adequate seal materials, the
double-seat mixproof valve DELTA DA3 is suited for applications in
the food and beverage industries as well as in the pharmaceutical
and chemical industries
- The valve opens from the top to the bottom in low leakage
operation (unpressurized drain of fluid residues via the annular
cleaning gaps in the seat area).
- Separation of two line passages by two balanced and
independently operating valve slides with intervening
leakage chamber.
- Arising leakages at the seat seals are discharged at (E) in
depressurized state.
- Proximity switches can be installed as valve position indicators.
D1 = valve position "closed"
D2 = valve position "open" (DN 40, 1,5” only)
D3 = valve position "open" (DN 50 to 150, 2” - 4”)
- An optical indication of the valve position is installed in the
upper area.
- Operation by pneumatic actuator with air connection at (B).Reset by spring force into the safety limit position “closed”.
B = valve open
- Maintainable actuator (see 11.3.).
- Cleaning of the leakage chamber is undertaken via the cleaning
connection (C).
- Cleaning of the seat and shaft seal areas is realized by operation
of the air connections::
A1 = lifting of lower shaft
A2 = lifting of upper shaft
- Reset by spring force.
D1
D2
D3
A1
seat lift actuator
main cylinder
spring cylinder
valve housing
drain pipe CIP
cleaning connection
B
C
E
A2
optical
valve position indication
4. Mode of Operation
4.2. Valve in “closed” position
The lower and upper valve shafts are closed by spring force and
safely separate the different fluids A and B. The leakage chamber Lwhich is situated between the two valve shafts, provides for a free
and absolutely depressurized discharge to the bottom. The valve
shafts are balanced and, thus, safe against pressure hammers.
4.3. Valve in “open” postion
By control of the actuator, the upper valve shaft is pressed against
the seal of the lower valve shaft. Thus, the leakage chamber L is
closed against the product chamber.
Then the two valve shafts move downwards into the open position.
A connection between the two pipelines A and B is produced.
4. Mode of Operation
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Double seat valve
DELTA DA3+
Instruction manual: UK-rev. 5
UKAPV
fig. 4.3.
fig. 4.2.
A
B
A
B
L
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Double seat valve
DELTA DA3+
Instruction manual: UK-rev. 5
UKAPV
5.1. Valve position indicationProximity switches to signal the limit position of the valve shafts
can be installed at the actuator if requested
(fig. 5.1.).
We recommend to use our APV standard types:
three-wire proximity switchoperating distance: 5 mm / diameter: 11 mm.
operating voltage 10 - 30 V DC
pnp pulse-shifting, closing function
installation “non-flush”
If the customer decides to use valve position indicators other than
APV type, we cannot take over any liability for a faultless function.
5.2. CONTROL UNITThe installation of a control unit of the DA3+ valve is possible.
The following different designs are available:
fig. 5.1.
- For the installation of the control unit on the DA3+ valve an adapter
is required:
position of
proximity switch
closed
position
open position
for DN 40, 1,5”
open position
for DN 50-150, 2”-4”
DA3plus - CU
3 solenoid valves
Direct Connectreference number:
CU43-M-Direct Connect08 - 45 - 105/93
H320465
Profibusreference number:
CU33-DA3 Profibus08 - 45 - 004/93
H315498
Device Netreference number:
CU33 - Device Net16 - 31 - 242/93
H209425
ASinterfacereference number:
CU43-M-AS-i extended 62 slaves08 - 45 - 115/93
H320472
5.3. Adapter for Control UnitCU33 Profibus, CU33 Device Net, CU33 ASinterface 2.1CU33 adapter DA3 reference number: 000 08 - 48 - 471/93, H314469
- Adapter for Control UnitCU43 M - Direct Connect, CU43 M - AS - i extended reference number: 000 08 - 48 - 602/93, H320476
Control Unit CU3
Control Unit CU4
5. Auxiliary Equipment
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Double seat valve
DELTA DA3+
Instruction manual: UK-rev. 5
UKAPV
6. Cleaning
Cleaning the DELTA DA3+ valve, one has to distinguish
between three areas:
6.1. The flow areasThe upper and lower passages are cleaned by the passing
cleaning liquid during the cleaning of the connected pipelines.
6.2. The seal surfacesThe seal surfaces of the upper area (upper shaft and seat seal)
and the lower area (lower shaft and seat seal) are flushed and cleaned by cleaning liquid through lifting of the individual valve
shafts during the cleaning of the respective passage.
6.3. The lekage chamberThe cleaning of the leakage chamber is undertaken by CIP
spraying. CIP cleaning connection (C).The valve shafts being lifted, the CIP liquid also cleans the
leakage chamber.
The spraying does not produce pressure build-up in the leakage
chamber and can be carried out in closed and in open valve
position. The conduct of the cleaning liquid provides for a
biologically perfect cleaning of the whole leakage chamber.
Under standard conditions
15 valves DN 40 - 100 / 1,5” - 4”10 valves DN 125 - 150 can be cleaned
via one spray distribution line DN 25.
6.4. Cleaning recommendation:
- The lifting cycles refer to a cleaning pressure of p = 2 - 5 bar
- Depending on the pressure ratio, cleaning temperatures, cleaning
steps and degree of soiling, different cycles must be adjusted.
- Flushing quantities per CIP spraying cycle:
DN 40 -100 / 1,5” - 4” about 1,2ltr/10sDN 125, 150 about 5ltr/10s
- Cleaning pressure at CIP cleaning connection: min. 2 bar.max. 5 bar.
CIP - sprayingfree drain
CIP media
C
fig. 6.3.
Cleaning steps lifting cycle CIP spraying
pre-flushing 3 x 10 sec.
caustic flushing 80 oC 3 x 5 sec. 3 x 10 sec.
intermediate flushing 2 x 5 sec. 2 x 10 sec.
acid flushing 3 x 5 sec. 3 x 10 sec.
subsequent flushing 2 x 5 sec. 2x 10 sec.
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Double seat valve
DELTA DA3+
Instruction manual: UK-rev. 5
UKAPV
6.6. Cleaning of upper area (fig. 6.6.)
The upper valve shaft is lifted via the connection
(A2)
By lifting of the upper valve shaft, the cleaning liquid flushes over the
upper seat seal and the upper valve seat into the leakage chamber
and cleans this area. The cleaning liquid is drained off to the bottom
in depressurized state.
Simultaneously, the upper shaft seal and the outer surface of the
upper valve shaft are cleaned. Then the cleaning liquid is drained off
at the inner tube of the lower valve shaft to the bottom.
The lifting stroke is limited by a metallic stop.
6.7. Cleaning of lower area (fig. 6.7.)
The lower valve shaft is lifted via the connection
(A1)
By lifting of the lower valve shaft, the cleaning liquid flushes over the
lower seat seal into the leakage chamber and cleans this area. The
cleaning liquid is drained off to the bottom in depressurized state.
Simultaneously, the lower shaft seal and the outer surfaces of
the lower valve shaft are cleaned. The cleaning liquid flushes the
spray connection and is then drained off to the bottom in
depressurized state.
The lifting stroke is limited by a metallic stop.
pressure in bar
6.5. Flushing quantity in ml per lifting cycle / 5 sec.
DN 40, 50, 65Inch 1,5”, 2”,
2,5”, 3”
DN 80, 100Inch 4”
DN 125, 150
0,1 1 2 3 4 5
5000
4500
4000
3500
3000
2500
2000
1500
1000
500
0
fig. 6.6.
fig. 6.7.
6. Cleaning
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Double seat valve
DELTA DA3+
Instruction manual: UK-rev. 5
UKAPV
7. Installation
- The valve must be installed in vertical position. Fluids are,
therefore, freely drainable from the valve housing and the leakage
chamber.
- Valve housings can be welded direct into the pipelines (completely
dismantable valve insert).
- Attention: Observe welding instructions.
- Heights of installation and dismantling (see chapter 7).
7.1. Welding Instructions
DA3+
- Before welding of the valve, the valve insert must be dismantled
from the housing. Careful handling to avoid damage to the parts is
necessary (see 11.1).It is not necessary to remove the lower shaft seal as it can be
destroyed during dismantling
- Welding should only be carried out by certified welders (DIN EN
ISO 9606-1). (Seam quality DIN EN ISO 5817).
- The welding of the valve housings must be undertaken in such a
way that the valve body is not deformed.
- The preparation of the weld seam up to 3 mm thickness must be
carried out as a square butt joint without air. (Consider shrinkage!)
- TIG orbital welding is best!
- After welding of the valve housing or of the mating flanges and after
work at the pipelines, the corresponding parts of the installation and
pipelines must be cleaned from welding residues and soiling before
operation of the valves to avoid damage to the valves and seals.
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 non-observance of these welding
instructions is not subject to our guarantee.
- Welding directives for aseptic applications shall be drawn from the
AWS/ANSI Directives and EHEDG Guidelines.
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Double seat valve
DELTA DA3+
Instruction manual: UK-rev. 5
UKAPV
Ø G
L
YX
AH
B
ØD
i
FF
inst. dimensions
min.in mm weights
in kgDN A A1 B Ø Di F Ø G H L L1 X Y
40 378 502 120 38 100 163 63 561 715 660 200 13,7
50 384 508 126 50 100 163 75 585 739 680 218 13,8
65 392 516 134 66 100 163 91 617 771 700 242 14,0
80 419 543 146 81 120 188 106 671 825 790 274 19,2
100 429 553 156 100 120 188 125 710 864 820 303 20,3
125 507 631 176 125 150 236 150 833 987 950 342 46,6
150 519 643 189 150 150 236 175 883 1037 1010 392 47,5
Inch
1,5” 379 503 119 34,9 100 163 63 561 715 660 197 13,7
2” 385 509 125 47,6 100 163 75 585 739 680 216 13,8
2,5” 389 513 131 60,3 100 163 85 605 759 700 233 14,0
3” 395 519 137 72,9 100 163 97 629 783 730 251 14,2
4” 430 554 155 97,6 120 188 125 710 864 820 301 20,3
L1
A1
Control UnitDELTA CU4
Dimensions in mm
8. Dimensions / Weights
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Double seat valve
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Instruction manual: UK-rev. 5
UKAPV
9. Technical Data
9.1. General dataproduct-wetted parts: 1.4571, 1.4404
(DIN EN 10088)
other parts: 1.4301(DIN EN 10088)
seals:
standard design: EPDM/ PTFEoption: HNBR/ PTFE
FPM/ PTFEVMQ/ PTFE
actuator: PA 12 GF 30spray connection: PP
max. line pressure: 10 bar max. operating temperature: 135°C EPDM, HNBR
*VMQ, *FPMshort-term load: 140°C EPDM, HNBR
*VMQ, *FPM* (no steam)
Tightening torque for
stop screw (11) : 15Nm
Tightening torque for safety nuts
(42, 16) at lower and upper
valve shaft: 40Nm
cleaning connection (for hose)
DN 40 - 100 / 1,5” - 4” : 8x1mmDN 125 - 150 : 10x1mm
air connection (for hose): 6x1mmmax. pneumatic air pressure: 10 barmin. pneumatic air pressure: 6 bar
9.2. Compressed air quality: Quality class acc. to DIN/ISO 8573-1
content of solid particles: 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. 0,01 mg/m³
(The oil applied must be compatible with Polyurethaneelastomer materials.)
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Double seat valve
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Instruction manual: UK-rev. 5
UKAPV
DN
40 57 46 23 25
50 120 95 42 45
65 219 148 69 78
80 296 200 120 130
100 505 320 164 170
125 800* 500* 300 330
150 1200* 700* 360 380
Inch
1,5” 47 40 21 24
2” 100 73 43 46
2,5” 170 122 59 66
3” 213 160 71 80
4” 490 294 150 160
* no measuring value
9.3. Kvs values in m³/ h
9.4.Air consumption
actuator
Air consumption
seat lift actuator
Closing times
in sec.
DN InchNL / stroke
valve open
NL / stroke
upper seat lift
NL / stroke
lower seat lift1 m 10 m
40 1,5” 0,9 1,1 0,3 1,5 2,5
50 2” 1,1 1,3 0,3 1,5 2,5
65 2,5” 1,3 1,5 0,3 1,5 2,5
3” 1,3 1,5 0,3 1,5 2,5
80 2,3 2,6 0,45 3,0 4,0
100 4” 2,3 2,6 0,45 3,0 4,0
125 6,4 7,0 1,1 5,0 6,0
150 6,4 7,0 1,1 8,0 9,0
9. Technical Data
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Double seat valve
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Instruction manual: UK-rev. 5
UKAPV
9. Technical Data
9.5. Valve stroke / Opening cross section
H2
B
A C
H1
closed
valve positionopen
valve position
upper
valve shaft
lower
valve shaft
Table to fig. 9.5.
Dimensions in mm
DN A B Cstroke H1
upper shaft
stroke H2lower shaft
40 6 3 21,2 32 26
50 11 10 21,2 39 33
65 21 16 21,2 45 39
80 31 21 36,2 50 44
100 50 21 36,2 50 44
125 63 33 55,2 62 56
150 88 33 55,2 62 56
Inch
1,5” 6 3 21,2 32 26
2” 11 10 21,2 39 33
2,5” 15 16 21,2 45 39
3” 27 16 21,2 45 39
4” 50 21 36,2 50 44
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Double seat valve
DELTA DA3+
Instruction manual: UK-rev. 5
APV
14
UK
10. Maintenance
The maintenance intervals are different depending on the
application and must be determined by the operator himself
carrying out temporary checks.
- For the dismantling of the valve, compressed air is not required.
- Required tools:
- 1 x wrench SW13
- 2 x wrench SW17
- 2 x wrench SW24
- disassembly and assembly tool for the lower shaft seal,
ref.-No. 000 51-13-100/17; H171889
- For the valve maintenance we supply complete seal kits
(see spare parts lists).
- Replacement of seals, see Service Instructions.
- To simplify the installation of the middle seal, the following
assembly tools are available.
Assembly tool for middle seal (see page 21)
Provide all seals with a thin layer of grease before their installation (see lubrication chart )!
Recommendation:APV assembly grease for EPDM, HNBR and FPM (Viton)(0,75 kg/ tin - ref.-No. 000 70-01-019/93)
(60 g/ tube - ref.-No. 000 70-01-018/93)
APV assembly grease for VMQ (Silikon)(0,60kg/ tin - ref.-No. 000 70-01-017/93)
(60 g/ tube - ref.-No. 000 70-01-016/93)
Recommendation for actuator:APV pneumatic grease:
(25 ml-tube - ref.-No. 000 70-01-008/93 )
- Assembly of valve according to Service Instructions.
DN Inch Designation Reference number
405065
1,5”2”
2,5”3”
DA3 - 6251 - 13 - 210/17
H207310
80100 4”
DA3 - 9251 - 13 - 211/17
H207311
125*150*
D3 - 13851 - 13 - 676/17
H151824
Scan for DA3+ Valve
Maintenance Video
15
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Double seat valve
DELTA DA3+
Instruction manual: UK-rev. 5
APV
The item numbers refer to the spare parts drawings
DIN design: RN 01.053.73Inch design: RN 01.053.73-1
11.1. Dismantling from the line system
1. Shut off the line pressure in the product and cleaning lines,
discharge the pipes if possible.
2. Remove the pneumatic air line.
3. Release the nut of the proximity switch holder (13) and pull off the
proximity switch (remove CU if necessary).
4. Remove the flange screws (7) at the spring cylinder (8).
5. Screw in one flange screw into the threaded bore of the spring
cylinder to lift the complete valve insert. Do not remove the screw
which will help to re-install the valve insert.
6. Carefully lift the valve insert vertically out of the valve housing.
11. Service Instructions
!
UK
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Instruction manual: UK-rev. 5
UKAPV
11.2. Dismantling of product-wetted parts(service, fig. 11.2. )
1. Remove the lower and upper housing seal (32) from the
valve seat (6).
2. Release the lower safety nut (42). Holding the lower shaft (3) with
a wrench SW17 prevents it from turning.
3. After removal of the nut, draw off the lower shaft.
4. Take a pointed tool to stick into the middle seal (38) and to pull it
out of the groove. Take the o-ring (39) out of the groove.
5. Unscrew the stop screw (11).
6. Lift the guide rod (4) out to the top and remove the o-ring (31).
7. Remove the safety nut (16). By holding the safety disc (17) with a
wrench SW24 it is prevented from turning. Remove the safety disc.
8. Lift off the spring cylinder (8) with main cylinder (9) and seat lift
cylinder (10). (Service of main and seat lift cylinder, see 11.3).
9. Press the upper valve shaft (5) with seat ring (37) to the bottom
out of the valve seat (6).
10. Slide the seat ring (37) over the compensating piston of the upper
valve shaft.
11. Remove the seat seals (36) from the groove. (see fig. X)
12. Dismantling of upper shaft seal (33, 34)Take a peaked object to stick into the seat seal (33) and pull it
out of the valve seat. Afterwards, remove the PTFE seal (34).
13. Dismantling of lower shaft seal (33, 34) from the housingTake the metal point of the disassembly tool to stick into the seat
seal (33) and pull it off to the top.
Afterwards, remove the PTFE seal (34) to the top through the
housing by means of the mandril of the assembly tool.
14. Remove the seal ring (30) and guide band (29) from the groove of
the valve seat (6).
11
16
17
8
10
4
29
3031
32
32
X
6
5
3
66
32
36
37
38
3
33, 34
42
39
9
33, 34
X
fig. 11.2.
11. Service Instructions
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Double seat valve
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Instruction manual: UK-rev. 5
UKAPV
11. Service Instructions
DA3+ actuator 18
19
20
10
9
8
21
22
22
22
25
27
23
23
26
24
25
The spring cylinder (8) is
preloaded by spring force.
Opening of the spring cylinders
is strictly forbidden.
D a n g e r t o l i f e !
!
11.3. Actuator / Cylinder (service)1. The actuator (seat lift cylinder (10), main cylinder (9) and spring
cylinder (8) must be dismantled from the valve insert as described
in 11.2 1.-8.
2. Remove the hexagon screws (19).Lift the seat lift cylinder with the main cylinder from the spring
cylinder.
11.3.1. Dismantling of seals and disassembly of the seat lift and main cylinder
1. Lift the seat lift cylinder (10) from the main cylinder (9).Push the piston rod (20) out of the seat lift cylinder.
2. Remove the piston seal (23), quadrings (18, 22), guide band (21) and o-ring (25).
3. Clean the seat lift cylinder and the piston rod.
4. Press the piston of the main cylinder (26) with cover (27) out of
the main cylinder. Slide the cover from the piston.
5. Remove the quadrings (22), o-ring (25) and piston seal (23).
6. Clean the main cylinder, cover and piston.
11.3.2. Installation of seals and assembly of the seat liftand main cylinder
1. Slightly grease all seals.
Attention: See to all seals and bearing surfaces in the seat
lift cylinder and main cylinder being greased
sufficiently!
(see lubrication chart: RN 260.064-1)Use appropriate pneumatic grease.
Recommendation for the actuator (main cylinder):APV pneumatic grease: (25 ml tube - ref.-No. 000-70-01-008/93)
2. Insert the seals into their corresponding grooves.
3. Insert the piston rod (20) in the seat lift actuator.
4. Slide the piston of the main cylinder (26) into the main cylinder
until it stops.
5 Slide the cover (27) over the piston (26). Press the cover into the
main cylinder.
6. Place the seat lift cylinder on the main cylinder:
The cylindrical dowel pin (24) must engage in the bore of the
housing of the main cylinder.
7. Place the main cylinder with the seat lift cylinder on the
spring cylinder (8).
8. Insert the hexagon screws (19) and tighten them crosswise.
18
APV_DA3+_UK-5_122016.qxp
Double seat valve
DELTA DA3+
Instruction manual: UK-rev. 5
UKAPV
11.4. Installation of product-wetted seals and assembly of the valve DELTA DA3+
Attention: See to all seals and bearing surfaces in theproduct area being slightly greased before their installation(see lubrication chart: RN 260.064-1).
1. Install the lower shaft seal (33, 34) in the lower housingflange (see page 19).
2. Place the quadring (30) and the guide band (29) in the valve seat (6).
3. Install the upper shaft seal (33, 34) in the valve seat.Insert the PTFE ring (34), at first. Then press the elastomerring (33), the wide side to the front, into the groove betweenPTFE seal and valve seat.
4. Install the upper and lower housing seals (32).
5. Press the upper and lower seat seal (36) into the seat ring (37).
Attention: The seal shoulder must fit properly into thegroove (see fig. X).
6. Slide the seat ring (37) from the top over the compensating piston of the upper valve shaft (5).
7. Slide the valve seat (6) over the compensating piston of theupper valve shaft (5) in the same way.
8. Insert the upper valve shaft (5) with seat ring (37) and valve seat (6) through the actuator until it stops.
9. Fasten the valve shaft with safety disc (17) and safety nut (16). Holding the safety disc with a wrench SW24 prevents the safety nut from turning.Tightenting torque: Md = 40 Nm
10. Insert the middle seal (38) into the lower shaft (3) by meansof the assembly tool (see page 21).
Assembly without assembly tool:Press the slightly greased seal at four spots into the groove.Then press the four loops in by means of an even object. Vent the seal groove at this occasion.
11. Insert the o-ring (39) in the lower valve shaft.
12. Install the o-ring (31) on the guide rod (4).
13. Slide in the guide rod from the top through the actuator until it stops.
14. Slide the lower valve shaft on the guide rod and fasten it with the safety nut (42).
Tightening torque: Md = 40 NmAttention: Check the position of the lower seat seal (36)
(section X).
15. Screw in the stop screw (11) until it stops.Tightening torque: Md = 15 Nm
11
16
17
8
10
4
29
3031
32
32
X
6
5
3
66
32
36
37
38
3
33, 34
42
39
9
33, 34
X
fig. 11.4.
11. Service Instructions
19
APV_DA3+_UK-5_122016.qxp
Double seat valve
DELTA DA3+
Instruction manual: UK-rev. 5
UKAPV
11. Service Instructions
11.5. Installation of the valve insert
1. Carefully place the valve insert in the valve housing until
the screw stops (see 11.1.5.).
2. Remove the stop screw and carefully press the valve insert
into the housing.
3. Enter screws (7) and tighten them crosswise.
4. Install the pneumatic air and cleaning lines.
upper air connection A1 : lifting of lower shaft
medium air connection B : valve open
lower air connection A2 : lifting of upper shaft
5. Installation of valve position indication.
Release nut and push the proximitiy switches into the sleeve
until they stop.
6. Fix the proximity switches by the nut.
(Install CU if necessary.)
7. The spray connection (1) can be disassembled from the
housing (2) by levering it by means of a wide screw driver.
20
APV_DA3+_UK-5_122016.qxp
Double seat valve
DELTA DA3+
Instruction manual: UK-rev. 5
APV
12.1. Assembly of lower shaft seal, pos. 33, 34
For a simple disassembly and assembly of the lower shaft seal
a universal tool (ref.-No. 000 51-13-100/17) can be used.
The use of this tool is especially recommended for valves of the
small series (DN 40-65, 1,5”-3”), as access to the lower
shaft seal from the top is impossible as a result of the
narrow seat.
Attention:Do not damage the seal lip of the PTFE seal during assembly.
To avoid injuries the disassembly tip must be covered by the
assembly mandril if not used.
12.1.1. Assembly of the PTFE seal (fig. 1,2)
1. Press the PTFE ring into an oval shape.
2. Introduce the PTFE ring from the top by means of the assembly
tool, the wide side to the front, through the intermediate ring of the
housing into the lower housing (fig. 1).3. Pull the PTFE ring into a round shape by means of the assembly
mandril (fig. 2/I) and press it into the groove - do not knock or beat (fig. 2/II).
12.1.2. Assembly of the elastomer seal (fig. 1,3,4)
1. Slightly grease the seal.
2. Insert the elastomer from the top by means of the assembly tool,
the wide side to the front, through the intermediate ring of the
housing into the lower housing (fig. 1).3. Fix the seal by means of the groove of the assembly mandril
(fig. 3/I).4. Press in the elastomer at one spot between the housing flange and
the PTFE (fig. 3/II).5. By sliding the assembly mandril around the seal, the seal is
inserted completely into the groove (fig. 4). See to an even fit
of the elastomer seal in the groove.
2) 3)
1)
4)
Seal 33, 34
Assembly tool
seal lipelastomer seal
PTFE seal
assembly mandril
disassembly tip
!
12. Disassembly and Assembly Tool
UK
21
APV_DA3+_UK-5_122016.qxp
Double seat valve
DELTA DA3+
Instruction manual: UK-rev. 5
UKAPV
13. Assembly Tool for Middle Seal
The assembly tool consists of:- nut
- thrust ring
- ring with vent nose
- housing
- threaded bolt
Installation of the middle seal in the valve shaft(fig. 13.1)
1. Insert the valve shaft into the housing in such a way that
the 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 middle seal with APV food-grade grease.
Then install the seal on the ring.
4. Introduce the ring with the installed seat seal into the housing.
The vent nose is positioned in the seal groove.
5. Insert the thrust ring around the ring in the housing. Screw on the
nut and tighten it 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 middle seal.
thrust ring
housing
threaded bolt
valve shaft
middle seal
ring
nut
* For the valves of the series DN 125, 150the assembly tool in the old designmust be used. See fig. 13.2.
valve shaft
nut
seal groove
thrust ring
union ring
ring with
vent nose
housing with
two slewable
brackets
fig. 13.2.
fig. 13.1.
Assembly tool for middle seal (fig. 13.1.)
DN Inch Designation Reference number
405065
1,5”2”
2,5”3”
DA3 - 6251 - 13 - 210/17
H207310
80100 4”
DA3 - 9251 - 13 - 211/17
H207311
125*150*
D3 - 138(fig. 12.2.)
51 - 13 - 676/17H151824
APV_DA3+_UK-5_122016.qxp
Double seat valve
DELTA DA3+
Instruction manual: UK-rev. 5
UKAPV
22
When damaged seals are changed, general ly a l l seals should be replaced.
For valve service act ions we supply complete seal k i ts
(see spare parts l ists) .!
Fa i l u r e Remedy
Leakage at the upper housing flange Replace upper housing seal (32).
Leakage from the leakage bore between
the connecting ports
Replace lower housing seal (32) and seat seals (36).
Leakage from the bore of the spring cylinder (8)Replace upper shaft seal (33, 34) andseals in flushing chamber (29, 30).
Liquids from the drain pipeTo be able to make a detailed diagnosis,remove the drain pipe (1).
Valve closed and pressure in the upper housing
Leakage at the inner side of the
lower valve shaft (3)Replace upper seat seal (36).
Leakage at the inner tube of the
lower valve shaft (3)Replace upper shaft seal (33, 34).
Valve closed and pressure in the lower housing
Leakage at the inner side of the
lower valve shaft (3)Replace lower seat seal (36).
Leakage at the outer side of the
lower valve shaft (3)Replace lower shaft seal (33, 34).
Open valve posit ion
Leakage at the inner side of the
lower valve shaft (3)Replace middle seal (38).
14. Trouble Shooting
APV_DA3+_UK-5_122016.qxp
Double seat valve
DELTA DA3+
Instruction manual: UK-rev. 5
UKAPV
23
15. Spare Parts Lists and Lubrication Chart
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.
Data are subject to change
Gep
rüft:
SP
X F
low
Tec
hnol
ogy
Ros
ista
Gm
bH D
-594
25 U
nna
Ger
man
y
Try
tko
1vo
n11
Nam
e:T
rytk
oT
rytk
o
Dat
um:
Bla
tt
C.K
eil
Dop
pels
itzve
ntil
DA
3 D
N40
- 1
50 ;
1.5
"- 4
"D
oubl
e se
at v
alve
DA
3 D
N40
- 1
50 ;
1.5"
- 4
"N
ame:
21.0
9.16
RN
01.
053.
73G
eprü
ft:
Try
tko
Ers
atzt
eilli
ste:
spa
re p
arts
list
Dat
um:
17.0
1.13
08.0
5.13
04.0
3.14
18.0
9.14
Wei
terg
abe
sow
ie V
ervi
elfä
ltigu
ng d
iese
r U
nter
lage
, Ver
wer
tung
und
Mitt
eilu
ng ih
res
Inha
lts n
icht
ges
tatte
t, so
wei
t nic
ht s
chri
ftlic
h zu
gest
ande
n. 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
.
SP
X F
low
Tec
hnol
ogy
Ros
ista
Gm
bH D
-594
25 U
nna
Ger
man
y
16-2
2-21
3/42
16-2
2-21
2/42
H14
9302
H14
9301
16-3
7-39
4/43
16-3
7-44
4/43
16-3
7-49
4/43
16-3
7-51
9/43
16-2
2-21
0/42
H14
9299
16-2
2-49
3/42
16-2
2-51
8/42
H17
6326
H17
6322
H17
6327
16-6
4-43
2/47
16-6
4-45
7/47
H17
6655
H17
6650
16-6
4-38
2/47
16-6
4-40
7/47
H17
6320
H17
6325
16-6
2-38
2/47
16-6
2-40
7/47
H17
6645
H17
6640
16-6
3-38
2/47
16-6
3-40
7/47
Spr
itz A
nsch
luss
CIP
con
nect
ion
16-2
4-44
2/42
H17
6394
Low
er v
alve
sha
ft
1.44
04
1.44
04
1.44
04
1.44
04
1.44
04
Sch
aft u
nten
1.44
04G
uide
rod
Upp
er v
alve
sha
ft
16-2
2-44
3/42
H17
6356
1.44
04
16-2
2-21
1/42
H14
9300
H17
6351
WS
-Nr.
H17
6652
H17
6656
H17
6651
H17
6321
16-6
1-38
2/47
ref.-
no.
ref.-
no.
ref.-
no.
16-6
1-43
2/47
3
Mat
eria
l
mat
eria
l
2
1 1
61
65-0
1-07
9/15
51
Sch
aft o
ben
Ven
tilsi
tz m
it S
pülk
amm
er1.
4404
1.43
01S
kt. S
chra
ube
11.
4301
Spr
ing
actu
ator
Hex
. Scr
ewD
IN E
N 2
4017
-M
8x14
-A2-
70
Val
ve s
eat w
ith fl
ushi
ng c
ham
ber
1.43
01
1074
91
Hau
ptzy
linde
rV
esta
mid
Mai
n ac
tuat
or
Fed
erzy
linde
r8 11
1A
nsch
lags
chra
ube
Ves
tam
idS
top
slee
ve
Anl
üftz
ylin
der
Sea
t lift
ing
devi
ce1
Ves
tam
id
123
Mou
ntin
g bl
ock
41
item
desc
riptio
n
quantity
Bes
chre
ibun
g
1
Dat
um:
17.0
1.13
Nam
e:T
rytk
o
Bla
tt2
von
11
2,5"
RN
01.
053.
73
11
PP
GF
30H
OS
TA
C
Nam
e:
ref.-
no.
ref.-
no.
ref.-
no.
Gep
rüft:
pos.
Menge
Dat
um:
Ers
atzt
eilli
ste:
spa
re p
arts
list
Dop
pels
itzve
ntil
DA
3 D
N40
- 1
50 ;
1.5
"- 4
"D
oubl
e se
at v
alve
DA
3 D
N40
- 1
50 ;
1.5"
- 4
"
08.0
5.13
04.0
3.14
18.0
9.14
Try
tko
Try
tko
Try
tko
Gep
rüft:
DN
401,
5"D
N50
2"D
N65
WS
-Nr.
WS
-Nr.
WS
-Nr.
WS
-Nr.
WS
-Nr.
16-6
1-45
7/47
16-6
1-48
2/47
16-6
1-50
7/47
H17
6636
H17
6630
09-4
0-11
4/93
H16
8321
16-6
1-40
7/47
H17
6634
H17
6629
H17
6641
H17
6631
16-6
2-43
2/47
16-6
2-45
7/47
16-6
2-48
2/47
16-6
2-50
7/47
H17
6635
H17
6657
H17
6647
16-6
4-48
2/47
16-6
4-50
7/47
H17
6642
16-6
3-43
2/47
16-6
3-45
7/47
16-6
3-48
2/47
16-6
3-50
7/47
H17
6646
1
16-2
2-39
3/42
Zug
stan
ge
2P
A6.
6 sc
hwar
z
1
Initi
ator
halte
rung
1315
-33-
918/
93H
1549
13
W-V
ersc
hrau
bung
G1/
8" 6
x1A
ngul
ar u
nion
08-6
0-75
0/93
Geh
äuse
Geh
äuse
DA
31 1
+2S
Hou
sing
Geh
äuse
DA
32 1
+2+
3SH
ousi
ng
DA
34 1
+2+
3+4S
Hou
sing
Geh
äuse
DA
33 1
+2+
3SH
ousi
ng
H17
6345
H17
6347
H17
6346
16-2
4-39
2/42
H17
6393
H78
768
H32
3172
15-3
1-23
9/93
H17
6344
16-3
0-50
0/17
16-2
4-51
7/42
H17
6396
H17
6395
H17
6368
H17
6363
16-2
4-49
2/42
H15
1072
16-3
0-22
5/93
16-2
8-26
0/93
H15
1130
H20
8825
H17
6400
Wei
terg
abe
sow
ie V
ervi
elfä
ltigu
ng d
iese
r U
nter
lage
, Ver
wer
tung
und
Mitt
eilu
ng ih
res
Inha
lts n
icht
ges
tatte
t, so
wei
t nic
ht s
chri
ftlic
h zu
gest
ande
n. 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
.
SP
X F
low
Tec
hnol
ogy
Ros
ista
Gm
bH D
-594
25 U
nna
Ger
man
y
08-6
0-00
5/93
H16
218
ref.-
no.
RN
01.
053.
73
ref.-
no.
DN
40
Ent
lüftu
ngss
topf
enG
1/8"
Ven
ting
plug
Sic
heru
ngss
chei
be
08-0
5-06
6/93
H15
4816
67-0
3-00
1/15
H14
7639
17 2422
58-0
1-23
7/83
H14
8386
65-0
1-11
4/15
Dat
um:
Gep
rüft:
WS
-Nr.
WS
-Nr.
ref.-
no.
Nam
e: M8x
156
H15
2060
16-2
9-06
5/17
H14
9396
58-0
1-23
6/83
H14
8385
58-0
1-76
0/83
H76
868
1.43
01
3 1
Tur
cite
51
NB
R
1.43
05
1
Qua
drin
gQ
4216
-N70
0428
,1x3
,53
PT
FE
driv
ing
band
20P
isto
n sh
aft f
or s
eat l
iftin
g de
vice
cpl
.
2O
-Rin
gN
BR
08-3
9-19
8/93
H15
0892
1
Hex
. Scr
ewK
olbe
nsta
nge
Anl
üftz
ylin
der
kpl.
25181
NB
R
194
1.43
01D
IN E
N 2
4017
-A2-
70
21
Skt
. Sch
raub
e
151
PV
C
16
Qua
drin
g
1.43
01
11.
4301
Lock
was
her
Füh
rung
sban
d
WS
-Nr.
1S
iche
rung
smut
ter
Sto
p nu
t
ref.-
no.
ref.-
no.
ref.-
no.
Cov
er fo
r m
ain
actu
ator
141
PE
-Har
d/Y
ello
w
DN
50
item
desc
riptio
nm
ater
ial
WS
-Nr.
WS
-Nr.
1,5"
2"D
N65
2,5"
pos.
Mengequantity
Bes
chre
ibun
gM
ater
ial
Bla
tt3
Try
tko
Try
tko
11
Try
tko
Dop
pels
itzve
ntil
DA
3 D
N40
- 1
50 ;
1.5
"- 4
"D
oubl
e se
at v
alve
DA
3 D
N40
- 1
50 ;
1.5"
- 4
"
Nam
e:T
rytk
o
Gep
rüft:
17.0
1.13
08.0
5.13
04.0
3.14
18.0
9.14
Pis
ton
seal
Dec
kel H
zyl.
PA
12
232
NB
RK
olbe
ndic
htun
g
Füh
rung
sban
dP
TF
E d
rivin
g ba
nd
261
Kol
ben
Hau
ptzy
linde
r1.
4301
271
281
Spr
engr
ing
1.43
10R
etai
ner
ring
291
67-1
5-05
5/12
Qua
drin
gQ
4221
-N70
0436
x3,5
3
H14
9352
H14
9351
H14
9350
Qua
drin
g
16-0
0-20
9/93
16-0
0-20
8/93
O-r
ing
H14
7811
58-0
6-37
2/83
OR
82,
22x2
,62
H15
0893
16-2
9-07
0/12
08-3
9-08
3/13
H14
883
H14
9389
16-0
0-20
7/93
H14
7972
Ers
atzt
eilli
ste:
spa
re p
arts
list
Ver
schl
ußka
ppe
ø11
,1x5
Cap
H14
7640
65-5
0-13
7/15
von
WS
-Nr.
Dat
um:
Cyl
. Pin
Zyl
inde
rker
bstif
t6x
14,
8
Pis
ton
for
mai
n ac
tuat
or
08-3
9-18
7/93
Wei
terg
abe
sow
ie V
ervi
elfä
ltigu
ng d
iese
r U
nter
lage
, Ver
wer
tung
und
Mitt
eilu
ng ih
res
Inha
lts n
icht
ges
tatte
t, so
wei
t nic
ht s
chri
ftlic
h zu
gest
ande
n. V
erst
oß v
erpf
licht
etzu
m S
chad
ense
rsat
z un
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H17
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Dop
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Dat
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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
.
16-3
6-56
9/69
H20
5659
16-3
6-56
9/29
H20
1115
16-3
6-56
9/61
H17
9715
H20
7015
1D
icht
ungs
satz
HN
BR
58-3
4-68
6/06
Sea
l kit
H17
9208
1D
icht
ungs
satz
VM
Q58
-34-
686/
02S
eal k
itH
2019
89
1D
icht
ungs
satz
EP
DM
58-3
4-68
6/01
Sea
l kit
H17
9206
1D
icht
ungs
satz
FP
M58
-34-
686/
00S
eal k
it
1V
entil
eins
atz
VM
QV
alve
inse
rt
1V
entil
eins
atz
HN
BR
Val
ve in
sert
1 1V
entil
eins
atz
Val
ve in
sert
WS
-Nr.
WS
-Nr.
WS
-Nr.
ref.-
no.
ref.-
no.
ref.-
no.
ref.-
no.
ref.-
no.
ref.-
no.
item
desc
riptio
nm
ater
ial
WS
-Nr.
WS
-Nr.
WS
-Nr.
3"D
N80
DN
100
4"D
N12
5D
N15
0
Gep
rüft:
pos.
Mengequantity
Bes
chre
ibun
gM
ater
ial
Bla
tt11
von
11N
ame:
C.K
eil
RN
01.
053.
73
Dat
um:
21.0
9.16
Nam
e:T
rytk
oT
rytk
oT
rytk
oT
rytk
o
Gep
rüft:
Ers
atzt
eilli
ste:
spa
re p
arts
list
Dat
um:
17.0
1.13
08.0
5.13
04.0
3.14
18.0
9.14
SP
X F
low
Tec
hnol
ogy
Ros
ista
Gm
bH D
-594
25 U
nna
Ger
man
yD
oppe
lsitz
vent
il D
A3
DN
40 -
150
; 1.
5 "-
4"
Dou
ble
seat
val
ve D
A3
DN
40 -
150
; 1.
5" -
4"
H17
9209
H20
1786
58-3
4-68
9/01
58-3
4-69
2/01
H17
9207
H20
1787
58-3
4-68
9/02
58-3
4-69
2/02
58-3
4-68
9/06
58-3
4-69
2/0616
-36-
744/
69
Pos
. 29
, 30,
31,
32,
33,
34,
36,
38,
39
nur
im k
ompl
ette
n D
icht
ungs
satz
erh
ältli
chIte
m 2
9, 3
0, 3
1, 3
2, 3
3, 3
4, 3
6, 3
8, 3
9 av
aila
ble
as c
ompl
ete
seal
kits
onl
y58
-34-
689/
0058
-34-
692/
00H
2025
35H
2025
36
EP
DM
16-3
6-56
9/59
16-3
6-54
4/59
H20
1990
H33
1164
FP
M
16-3
6-69
4/59
16-3
6-74
4/59
Val
ve in
sert
H17
6406
H17
6407
H20
0959
H20
0961
Ven
tilei
nsat
z
H20
4847
16-3
6-54
4/61
H20
2592
16-3
6-54
4/69
H18
0818
16-3
6-69
4/69
16-3
6-69
4/29
16-3
6-54
4/29
16-3
6-74
4/29
16-3
6-69
4/61
16-3
6-74
4/61
H33
1178
16-3
6-64
4/61
16-3
6-64
4/59
H17
6408
16-3
6-64
4/69
H20
6984
16-3
6-64
4/29
Wei
terg
abe
sow
ie V
ervi
elfä
ltigu
ng d
iese
r U
nter
lage
, Ver
wer
tung
und
Mitt
eilu
ng ih
res
Inha
lts n
icht
ges
tatte
t, so
wei
t nic
ht s
chri
ftlic
h zu
gest
ande
n. 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
.
000
16-2
4-40
0/42
Ers
atzt
eilli
ste:
spa
re p
arts
list
Dat
um:
10.1
0.16
SP
X F
low
Tec
hnol
ogy
Ros
ista
Gm
bH D
-594
25 U
nna
Ger
man
yD
oppe
lsitz
vent
il D
A3
Mitt
eldi
chtu
ng V
ersi
on 2
DN
40
- 15
0, 1
,5"-
4"D
oubl
e se
at v
alve
mid
dle
seal
ver
sion
2 D
A3
DN
40 -
15
0, 1
,5"-
4"
Nam
e:C
.Kei
l
Gep
rüft:
Dat
um:
Bla
tt1
von
1N
ame:
RN
01.
053.
73po
s.
Mengequantity
Bes
chre
ibun
gM
ater
ial
4050
6580
Gep
rüft:
item
desc
riptio
nm
ater
ial
WS
-Nr.
WS
-Nr.
WS
-Nr.
1D
A3
Sch
aft U
nten
Ver
sion
21.
4404
WS
-Nr.
ref.-
no.
ref.-
no.
ref.-
no.
ref.-
no.
H32
8270
H32
8271
351
PT
FE
H33
3592
000
16-2
2-54
6/42
DA
3 lo
wer
sha
ft ve
rsio
n 2
51
1.44
04
3 381
HN
BR
381
EP
DM
Mitt
eldi
chtu
ng V
ersi
on 2
mid
dle
seal
ver
sion
2
Mitt
eldi
chtu
ng V
ersi
on 2
mid
dle
seal
ver
sion
2
O-r
ing
12x1
391
O-R
ing
12x1
EP
DM
mid
dle
seal
ver
sion
238
1M
ittel
dich
tung
Ver
sion
2F
PM
Wei
terg
abe
sow
ie V
ervi
elfä
ltigu
ng d
iese
r U
nter
lage
, Ver
wer
tung
und
Mitt
eilu
ng ih
res
Inha
lts n
icht
ges
tatte
t, so
wei
t nic
ht s
chrif
tlich
zug
esta
nden
.V
erst
oß v
erpf
licht
et z
um 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
, Par
agra
ph 1
06 U
rhG
). E
igen
tum
und
alle
Rec
hte,
auch
für
Pat
ente
rtei
lung
und
Geb
rauc
hsm
uste
rein
trag
ung,
vor
beha
lten.
SP
X F
low
Tec
hnol
ogy
Ros
ista
Gm
bH.
pos.
Mengequantity
Bes
chre
ibun
gM
ater
ial
mat
eria
lW
S-N
r.W
S-N
r.
31
1.44
04D
A3
Sch
aft U
nten
Ver
sion
2D
A3
low
er s
haft
vers
ion
200
0 16
-24-
400/
42re
f.-no
.ite
mde
scrip
tion
WS
-Nr.
1.5"
2"2.
5"
ref.-
no.
351
Füh
rung
sbuc
hse
PT
FE
guid
e rin
g
51
1.44
04D
A3
Sch
aft o
ben
Ver
sion
2D
A3
uppe
r sh
aft v
ersi
on 2
381
HN
BR
381
Mitt
eldi
chtu
ng V
ersi
on 2
EP
DM
mid
dle
seal
ver
sion
2M
ittel
dich
tung
Ver
sion
2m
iddl
e se
al v
ersi
on 2
391
O-R
ing
12x1
EP
DM
381
FP
M
000
58-0
6-04
0/63
H16
9477
H33
2653
000
58-3
3-99
8/71
000
58-3
3-99
7/71
O-r
ing
12x1
Mitt
eldi
chtu
ng V
ersi
on 2
mid
dle
seal
ver
sion
2
--
--
H33
2652
000
58-3
3-99
7/93
H32
7985
000
58-3
3-99
7/93
H32
7985
000
58-3
3-99
8/93
H33
2648
000
58-3
3-99
7/71 H32
8276
3"
H32
8271
H32
8273
ref.-
no.
WS
-Nr.
ref.-
no.
ref.-
no.
000
16-2
4-45
0/42
000
16-2
4-50
0/42
000
16-2
4-55
0/42
H32
8272
H32
8274
H32
8276
000
16-2
4-52
5/42
4"W
S-N
r.
000
16-2
4-67
5/42
000
08-3
9-08
0/93
H14
880
-
H33
2649
000
58-3
3-99
8/71
H33
2653
DA
3 S
chaf
t obe
n V
ersi
on 2
DA
3 up
per
shaf
t ver
sion
2
-
H32
7985
000
58-3
3-99
8/33
H33
2652
000
58-3
3-99
7/33
000
58-3
3-99
7/93
-F
ühru
ngsb
uchs
egu
ide
ring
100
WS
-Nr.
ref.-
no.
000
16-2
4-57
5/42
--
000
16-2
2-64
6/42
H33
3619
000
16-2
2-64
6/42
H33
3619
H32
8275
000
58-0
6-04
0/63
H16
9477
-
000
58-3
3-99
8/93
H32
7602
000
16-2
4-67
5/42
000
16-2
4-45
0/42
-
-
H32
7602
000
58-3
3-99
8/33
H33
2648
H32
8270
000
08-3
9-08
0/93
H14
880
-
-
SP
X F
low
Te
ch
no
log
y R
osis
ta G
mb
H
D-5
94
25
Un
na
Ge
rma
ny
1von
Ers
atz
teill
iste
: spare
part
s lis
tD
atu
m:
23.0
1.1
312.0
3.1
5
Geprü
ft:
RN
01
.05
3.7
3-2
Geprü
ft:
Do
pp
els
itzve
nti
l D
A3
1
.5 -
6 S
h5
Do
ub
le s
ea
t va
lve
DA
3
1,5
- 6
Sh
5N
am
e:
6
Nam
e:
Try
tko
Try
tko
Datu
m:
Bla
tt
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
t zum
Schadense
rsatz
und k
ann s
trafr
echtlic
he F
olg
en h
aben
(Para
gra
ph 1
8 U
WG
, Para
gra
ph 1
06 U
rhG
). E
igentu
m u
nd a
lle R
echte
, auch
für
Pate
nte
rteilu
ng u
nd G
ebra
uchsm
ust
ere
intr
agung, vorb
ehalten. A
PV
Rosi
sta G
mbH
.
16
-30
-50
0/1
7
H3
23
17
2
65
-01
-13
0/1
5
M8
x1
4
H7
87
68
65
-01
-07
9/1
5
Initia
torh
alte
run
g
H1
78
95
0
M1
0x1
6
H7
88
06
16
-30
-10
8/1
7
H1
50
22
9
H3
28
63
8
Ge
hä
use
DA
32
1+
2+
3S
Ho
usin
g
He
x.
Scre
w
An
gu
lar
un
ion
1.4
30
1
10
1V
esta
mid
1G
eh
äu
se
9
DIN
EN
24
01
7-A
2-7
0
W-V
ers
ch
rau
bu
ng
G1
/8"
6x1
16
-64
-65
8/4
71
6-6
4-8
08
/47
16
-63
-50
8/4
71
6-6
3-5
58
/47
16
-63
-65
8/4
71
6-6
3-6
58
/47
H1
79
06
5H
17
90
66
16
-62
-50
8/4
71
6-6
2-5
58
/47
16
-62
-65
8/4
71
6-6
2-8
08
/47
H1
79
06
7
16
-62
-40
8/4
7
16
-61
-55
8/4
71
6-6
1-6
58
/47
16
-61
-80
8/4
7
H1
79
06
9H
17
90
68
16
-61
-45
8/4
71
6-6
1-5
08
/47
1,5
Sh5
2 S
h5
2,5
Sh5
3 S
h5
4 S
h5
WS
-Nr.
WS
-Nr.
WS
-Nr.
WS
-Nr.
WS
-Nr.
Ers
atz
teill
iste
: spare
part
s lis
t
Do
pp
els
itzve
nti
l D
A3
1
.5 -
6 S
h5
Do
ub
le s
ea
t va
lve
DA
3
1,5
- 6
Sh
5
12.0
3.1
5
Try
tko
Geprü
ft:
Datu
m:
11
PP
GF
30
HO
ST
AC
Nam
e:
ref.
-no.
ref.
-no.
ref.
-no.
Geprü
ft:
pos.
Menge
6 S
h5
RN
01
.05
3.7
3-2
Bla
tt2
von
6
Datu
m:
23.0
1.1
3
Nam
e:
Try
tko
item
description
Zu
gsta
ng
e
quantity
Beschre
ibung
1
41
12
Mo
un
tin
g b
lock
13
11
1A
nsch
lag
sch
rau
be
3
Ve
sta
mid
/
1.4
05
7S
top
sle
eve
An
lüft
zylin
de
r
Se
at
liftin
g d
evic
e
1H
au
ptz
ylin
de
rV
esta
mid
Ma
in a
ctu
ato
r
2P
A6
.6 s
ch
wa
rz
08
-60
-75
0/9
3
H2
08
82
5
15
-33
-91
8/9
3
H1
54
91
3
74
1.4
30
1S
kt.
Sch
rau
be
11
.43
01
Sp
rin
g a
ctu
ato
r8
Fe
de
rzylin
de
r
51
Sch
aft
ob
en
Ve
ntils
itz m
it
Sp
ülk
am
me
r1
.44
04
3
Mate
rial
mate
rial
2
1 1
61
WS
-Nr.
H1
79
41
1
16
-61
-40
8/4
7
ref.
-no.
ref.
-no.
ref.
-no.
1S
ch
aft
un
ten
1.4
40
4G
uid
e r
od
Up
pe
r va
lve
sh
aft
1.4
40
4
1.4
40
4
Sp
ritz
An
sch
luss
CIP
co
nn
ectio
n
Lo
we
r va
lve
sh
aft
Va
lve
se
at
with
flu
sh
ing
ch
am
be
r
DA
31
1+
2S
Ho
usin
g1
.44
04
1.4
40
4
1.4
40
4
1.4
40
4D
A3
4 1
+2
+3
+4
SH
ou
sin
g
Ge
hä
use
DA
33
1+
2+
3S
Ho
usin
g
Ge
hä
use
16
-62
-45
8/4
7
16
-63
-40
8/4
71
6-6
3-4
58
/47
16
-64
-40
8/4
71
6-6
4-4
58
/47
H1
79
40
8H
17
94
10
16
-22
-19
7/4
21
6-2
2-0
39
/42
H1
79
41
2H
17
94
13
H3
28
62
8
16
-64
-50
8/4
71
6-6
4-5
58
/47
H1
78
88
1H
32
86
31
16
-24
-02
0/4
21
6-2
4-8
17
/42
H1
78
83
0H
32
86
41
16
-24
-01
9/4
2
H1
78
82
9
16
-22
-19
1/4
21
6-2
2-0
40
/42
H1
78
84
6H
32
86
37
16
-37
-06
3/4
31
6-3
7-0
64
/43
SP
X F
low
Te
ch
no
log
y R
osis
ta G
mb
H
D-5
94
25
Un
na
Ge
rma
ny
H1
78
87
8
16
-22
-19
5/4
21
6-2
2-1
96
/42
16
-22
-19
4/4
2
H1
78
87
7H
17
88
79
H1
78
88
0
09
-40
-11
4/9
30
9-4
0-1
15
/93
09
-40
-11
8/9
3
H1
68
32
1H
16
83
22
H2
00
32
0
16
-22
-19
3/4
2
16
-24
-01
6/4
21
6-2
4-0
17
/42
H1
78
82
6H
17
88
27
16
-24
-01
8/4
2
H1
78
82
8
16
-22
-18
7/4
21
6-2
2-1
88
/42
H1
78
84
2H
17
88
43
16
-22
-18
9/4
21
6-2
2-1
90
/42
H1
78
84
4H
17
88
45
H1
78
93
7H
17
89
42
16
-37
-49
4/4
31
6-3
7-0
62
/43
H1
76
34
7H
17
89
48
16
-37
-05
9/4
31
6-3
7-0
60
/43
H3
23
20
1
16
-30
-50
1/1
7
15
-31
-23
9/9
3
H1
51
07
2
16
-30
-22
5/9
3
H2
00
72
8H
17
64
00
15
-31
-24
0/9
31
5-3
1-2
41
/93
H1
51
13
0
16
--2
8-2
62
/32
16
-28
-26
0/9
3
H1
47
79
5H
15
05
26
16
-30
-22
6/9
31
6-3
0-2
27
/93
H1
47
79
4H
15
05
25
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
t zum
Schadense
rsatz
und k
ann s
trafr
echtlic
he F
olg
en h
aben
(Para
gra
ph 1
8 U
WG
, Para
gra
ph 1
06 U
rhG
). E
igentu
m u
nd a
lle R
echte
, auch
für
Pate
nte
rteilu
ng u
nd G
ebra
uchsm
ust
ere
intr
agung, vorb
ehalten. A
PV
Rosi
sta G
mbH
.
H1
52
00
6
58
-01
-76
1/8
35
8-0
1-7
60
/83
H7
68
68
H7
68
69
58
-06
-49
3/8
3
10
1,2
7x2
,62
H
14
83
85
58
-06
-37
2/8
3
82
,22
x2
,62
H
15
08
93
16
-29
-07
1/1
21
6-2
9-0
72
/12
H1
50
29
1
08
-39
-18
5/9
3
16
-00
-20
8/9
3
H1
49
35
1
16
-00
-20
7/9
3
08
-39
-18
8/9
3
08
-39
-08
3/1
3
H1
48
83
58
-06
-69
6/8
3
154x3
H
174262
H1
47
59
4
16
-29
-07
0/1
2
H1
49
38
9
H1
49
35
0
16
-00
-21
0/9
3
H1
47
75
0
16
-00
-21
1/9
3
H1
50
91
8
16
-29
-06
6/1
7
H1
49
65
4
16
-29
-06
7/1
7
H1
50
50
3
58
-01
-76
3/8
3
H7
68
71
H1
47
97
2
16
-29
-06
5/1
7
H1
49
39
6
08
-39
-18
7/9
3
65
-01
-11
4/1
5
M8
x1
56
H
15
20
60
65
-01
-11
5/1
5
M8
x1
68
H
31
32
15
H
Datu
m:
Ca
p
Cyl. P
in
Zylin
de
rke
rbstift
6x 1
4,8
Pis
ton
fo
r m
ain
actu
ato
r
H1
47
64
0
En
tlü
ftu
ng
ssto
pfe
nG
1/8
"V
en
tin
g p
lug
Ers
atz
teill
iste
: spare
part
s lis
t
Ve
rsch
luß
ka
pp
e
H1
47
81
1
65
-50
-13
7/1
5
65
-01
-15
7/1
5
H1
47
97
3
08
-39
-19
8/9
3
H1
50
89
2
67
-15
-05
5/1
2
Qu
ad
rin
gQ
42
21
-N7
00
4
36
x3
,53
Qu
ad
rin
g
1S
pre
ng
rin
g1
.43
10
Re
tain
er
rin
g
29
1F
üh
run
gsb
an
d
PT
FE
dri
vin
g b
an
d
28
26
1K
olb
en
Ha
up
tzylin
de
r1
.43
01
27
1D
ecke
l H
zyl.
PA
12
NB
RK
olb
en
dic
htu
ng
Pis
ton
se
al
25
2O
-Rin
gN
BR
O-r
ing
1.4
30
5
23
2
Qu
ad
rin
g2
8,1
x3
,53
ø1
1,1
x5
12.0
3.1
5
Try
tko
Try
tko
von
23.0
1.1
3
6
Do
pp
els
itzve
nti
l D
A3
1
.5 -
6 S
h5
Do
ub
le s
ea
t va
lve
DA
3
1,5
- 6
Sh
5
Nam
e:
Geprü
ft:
Bla
tt3
Mate
rial
1,5
Sh5
WS
-Nr.
3 S
h5
RN
01
.05
3.7
3-2
4 S
h5
6 S
h5
2 S
h5
WS
-Nr.
14
1P
E-H
ard
/Ye
llow
2,5
Sh5
item
description
mate
rial
WS
-Nr.
WS
-Nr.
1S
ich
eru
ng
sm
utt
er
Sto
p n
ut
1
58
-01
-23
6/8
3
H1
48
38
5
ref.
-no.
ref.
-no.
ref.
-no.
ref.
-no.
Co
ve
r fo
r m
ain
actu
ato
r
Sic
he
run
gssch
eib
e
1.4
30
1
Tu
rcite
51
NB
R
Skt.
Sch
rau
be
15
1P
VC
16
Qu
ad
rin
g
1.4
30
1
18
1N
BR
19
41
.43
01
DIN
EN
24
01
7-A
2-7
0H
ex.
Scre
w
22
21
1F
üh
run
gsb
an
d
PT
FE
dri
vin
g b
an
d
20
Pis
ton
sh
aft
fo
r se
at
liftin
g d
evic
e c
pl.
1K
olb
en
sta
ng
e A
nlü
ftzylin
de
r kp
l.
3
H1
48
38
6
Datu
m:
Geprü
ft:
WS
-Nr.
WS
-Nr.
ref.
-no.
58
-01
-23
7/8
3
24
08
-05
-06
6/9
3
H1
54
81
6
67
-03
-00
1/1
5
H1
47
63
9
08
-60
-00
5/9
3
H1
62
18
Nam
e:
1
pos.
Mengequantity
Beschre
ibung
1.4
30
1L
ock w
ash
er
17
ref.
-no.
SP
X F
low
Te
ch
no
log
y R
osis
ta G
mb
H
D-5
94
25
Un
na
Ge
rma
ny
M10x2
04
H152018
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
t zum
Schadense
rsatz
und k
ann s
trafr
echtlic
he F
olg
en h
aben
(Para
gra
ph 1
8 U
WG
, Para
gra
ph 1
06 U
rhG
). E
igentu
m u
nd a
lle R
echte
, auch
für
Pate
nte
rteilu
ng u
nd G
ebra
uchsm
ust
ere
intr
agung, vorb
ehalten. A
PV
Rosi
sta G
mbH
.
16
-00
-19
1/4
21
6-0
0-1
93
/42
H1
48
25
5H
15
04
09
H1
68
90
1H
16
89
02
58
-33
-04
5/1
35
8-3
3-0
46
/13
H1
53
31
9H
15
39
38
58
-33
-04
5/7
35
8-3
3-0
46
/73
H1
53
31
8H
15
39
37
58
-33
-04
5/3
35
8-3
3-0
46
/33
58
-33
-04
4/3
3
H1
68
90
0
58
-33
-04
4/1
3
H1
53
31
7
16
-00
-19
0/4
2
H1
49
39
7
58
-33
-04
4/9
35
8-3
3-0
45
/93
58
-33
-04
6/9
3
H1
49
61
8H
14
96
19
H1
50
52
9
58
-33
-74
3/1
3
H7
75
84
H7
76
26
58
-33
-01
7/2
35
8-3
3-0
18
/23
H1
50
70
8H
15
05
31
H1
49
62
0
58
-33
-74
3/9
3
H7
75
86
H7
76
28
58
-33
-64
3/7
35
8-3
3-7
43
/73
H7
75
85
H7
76
27
58
-33
-64
3/9
3
58
-33
-64
3/1
3
Qu
ad
rin
g
H7
75
42
58
-33
-54
2/3
3
H1
70
07
5
58
-33
-49
3/9
3
58
-33
-49
3/3
3
H1
66
67
8
Se
at
se
al
Ge
hä
use
dic
htu
ng
Ge
hä
use
dic
htu
ng
Q4
23
0-N
75
02
Sch
aft
dic
htu
ng
Ho
usin
g s
ea
l
58
-33
-64
2/7
3
58
-33
-04
4/7
3
Sitzd
ich
tun
g
Se
at
se
al
Se
at
se
al
2
36
58
-01
-32
9/6
3
H1
50
89
8
Ers
atz
teill
iste
: spare
part
s lis
tD
atu
m:
37
1S
itzri
ng
Sitzd
ich
tun
g
1.4
40
4S
ea
t ri
ng
H1
48
38
7
58
-01
-23
8/6
35
8-0
1-7
91
/63
H1
52
00
5
23.0
1.1
3
58
-33
-74
2/7
3
2
HN
BR
FD
A-k
on
form
VM
Q
FD
A-k
on
form
2
H1
48
80
Se
at
se
al
Se
at
se
al
35
2
F
PM
FD
A-k
on
form
H7
75
14
58
-33
-64
3/3
35
8-3
3-7
43
/33
H1
66
68
2H
17
01
77
Qu
ide
rin
g
2H
ou
sin
g s
ea
l
Try
tko
58
-33
-54
2/9
3
H7
75
82
Geprü
ft:
FP
M
FD
A-k
on
form
EP
DM
FD
A-k
on
form
Te
llerd
ich
tun
g
Ge
hä
use
dic
htu
ng
58
-33
-64
2/3
35
8-3
3-7
42
/33
H1
70
07
4H
17
21
26
H7
75
15
58
-33
-49
3/7
3
VM
Q
FD
A-k
on
form
1F
üh
run
gsri
ng
PT
FE
25
%K
oh
le
08
-39
-08
0/9
3
H1
53
31
6
58
-33
-49
3/1
3
H7
75
13
58
-33
-01
6/2
3
2 2
HN
BR
FD
A-k
on
form
EP
DM
FD
A-k
on
form
Sitzd
ich
tun
g
2 2
33
32
Te
llerd
ich
tun
g
Se
at
se
al
2
Do
pp
els
itzve
nti
l D
A3
1
.5 -
6 S
h5
Do
ub
le s
ea
t va
lve
DA
3
1,5
- 6
Sh
5D
atu
m:
34
2P
TF
E
2 S
h5
2,5
Sh5
1,5
Sh5
Bla
tt
12.0
3.1
5
Nam
e:
Try
tko
Nam
e:
Geprü
ft:
item
description
WS
-Nr.
ref.
-no.
ref.
-no.
H7
75
43
H7
76
24
30
1E
PD
M
WS
-Nr.
WS
-Nr.
WS
-Nr.
HN
BR
FD
A-k
on
form
pos.
Menge
mate
rial
quantity
Beschre
ibung
Mate
rial
31
1E
PD
M
FD
A-k
on
form
4
ref.
-no.
ref.
-no.
von
6
ref.
-no.
ref.
-no.
WS
-Nr.
WS
-Nr.
RN
01
.05
3.7
3-2
4 S
h5
6 S
h5
3 S
h5
58
-33
-64
2/9
3
H7
75
83
Se
at
se
al
Sh
aft
se
al
H1
48
38
8
Sitzd
ich
tun
g
Te
llerd
ich
tun
g
2
E
PD
M
FD
A-k
on
form
Ho
usin
g s
ea
l
Te
llerd
ich
tun
g
Se
at
se
al
O-R
ing
OR
9,2
5x1
,78
O-r
ing
F
PM
FD
A-k
on
form
Qu
ad
rin
g
58
-33
-74
2/9
3
H7
76
25
58
-33
-54
2/7
3
58
-06
-02
9/6
4
SP
X F
low
Te
ch
no
log
y R
osis
ta G
mb
H
D-5
94
25
Un
na
Ge
rma
ny
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
t zum
Schadense
rsatz
und k
ann s
trafr
echtlic
he F
olg
en h
aben
(Para
gra
ph 1
8 U
WG
, Para
gra
ph 1
06 U
rhG
). E
igentu
m u
nd a
lle R
echte
, auch
für
Pate
nte
rteilu
ng u
nd G
ebra
uchsm
ust
ere
intr
agung, vorb
ehalten. A
PV
Rosi
sta G
mbH
.
58
-06
-29
5/6
3
69
x3
H
77
03
9
58
-06
-49
0/6
35
8-0
6-6
55
/63
10
0x3
H
77
06
11
35
x3
H
77
08
1
H1
68
90
4H
16
89
05
58
-33
-04
8/1
35
8-3
3-0
49
/13
H1
53
32
3H
15
39
40
58
-33
-04
7/1
3
H1
53
32
5
58
-33
-04
8/9
35
8-3
3-0
49
/93
H1
49
62
1H
15
05
30
58
-33
-04
8/7
35
8-3
3-0
49
/73
H1
53
32
2H
15
39
39
58
-33
-04
7/9
3
H1
49
61
7
von
Nam
e:
Try
tko
46
1P
A 6
.6 G
F3
0
sch
wa
rz
CU
4-M
-Ad
ap
ter
ko
mp
lett
1P
A 1
2 "
W
CU
4-M
-ad
ap
ter
co
mp
lete
08
-74
-00
7/9
30
8-7
4-0
14
/93
6D
atu
m:
Bla
tt5
1,5
Sh5
2 S
h5
ref.
-no.
58
-33
-04
7/3
35
8-3
3-0
48
/33
58
-33
-04
9/3
3
Geprü
ft:
O-r
ing
EP
DM
H1
68
90
3
39
1
Try
tko
Geprü
ft:
23.0
1.1
312.0
3.1
5D
atu
m:
OR
12
x1
Nam
e:
2,5
Sh5
3 S
h5
4 S
h5
RN
01
.05
3.7
3-2
WS
-Nr.
WS
-Nr.
WS
-Nr.
ref.
-no.
ref.
-no.
pos.
Mengequantity
Beschre
ibung
item
ref.
-no.
Mitte
ldic
htu
ng
Se
al
ref.
-no.
6 S
h5
mate
rial
WS
-Nr.
WS
-Nr.
WS
-Nr.
1E
PD
M
FD
A-k
on
form
PA
6.6
GF
30
sch
wa
rz
Str
aig
ht
un
ion
08
-75
-02
0/5
3
H1
65
16
Ve
rsch
luß
-Sto
pfe
n
1 1
He
xa
go
n n
ut
with
cla
mp
pa
rt
CU
43
-M-D
C
CU
43
-M-A
S-I
-sta
nd
ard
CU
43
-M-A
S-I
-sta
nd
ard
CU
43
-M-D
C
Ku
nst.
sch
wa
rz
O-r
ing
Se
al
47
Lu
ftsch
lau
ch
6
x 1
(øA
xI
6x4
)
Se
al
41
1
Mitte
ldic
htu
ng
O-R
ing
PO
M
1
EP
DM
FD
A-k
on
form
O-R
ing
ref.
-no.
VM
Q
FD
A-k
on
form
1
42
1
40
1 1
PV
DF
-sch
wa
rz
/ P
A6
.6
G-V
ers
ch
rau
bu
ng
PA
6.6
GF
30
sch
wa
rz
Air
Ho
se
08
-63
-00
3/1
3
CU
43
-M-A
S-I
-exte
nd
ed
Mate
rial
Do
pp
els
itzve
nti
l D
A3
1
.5 -
6 S
h5
Do
ub
le s
ea
t va
lve
DA
3
1,5
- 6
Sh
5
1
HN
BR
FD
A-k
on
form
Mitte
ldic
htu
ng
Se
al
description
58
-33
-04
7/7
3
H1
53
32
4
CU
43
-M-A
S-I
-exte
nd
ed
M1
0x1
Se
ch
ska
nt
Mu
tte
r m
. K
lem
mte
il
G 1
/4"
H1
76
01
1
Ers
atz
teill
iste
: spare
part
s lis
t
Mitte
ldic
htu
ng
G 1
/8"
H1
63
88
38
58
-06
-04
0/6
3
FP
M
FD
A-k
on
form
H1
69
47
7
G 1
/4"
H1
76
01
0G
1/8
" H
16
50
7
08
-63
-00
6/1
3
H3
14
10
14
41 1
nu
r b
ei 6
Sh
5
on
ly f
or
6 S
h5
1.4
30
1
Lo
ckin
g p
lug
65
-50
-08
7/1
5
08
-39
-00
1/9
3
H1
18
90
3
An
sch
lag
rin
g
45
Sto
p r
ing
PA
6.6
GF
30
sch
wa
rz
43
08
-45
-10
5/9
3
H3
20
46
5
08
-45
-11
5/9
3
H3
20
47
2
08
-45
-25
5/9
3
H3
24
67
8
SP
X F
low
Te
ch
no
log
y R
osis
ta G
mb
H
D-5
94
25
Un
na
Ge
rma
ny
08
-48
-60
2/9
3
H3
20
47
6
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
t zum
Schadense
rsatz
und k
ann s
trafr
echtlic
he F
olg
en h
aben
(Para
gra
ph 1
8 U
WG
, Para
gra
ph 1
06 U
rhG
). E
igentu
m u
nd a
lle R
echte
, auch
für
Pate
nte
rteilu
ng u
nd G
ebra
uchsm
ust
ere
intr
agung, vorb
ehalten. A
PV
Rosi
sta G
mbH
.
16
-37
-41
5/6
11
6-3
7-4
65
/61
16
-37
-51
5/6
11
6-3
7-5
65
/61
16
-37
-66
5/6
1
16
-37
-41
5/6
9
16
-37
-46
5/6
9
16
-37
-51
5/6
9
16
-37
-56
5/6
9
16
-37
-66
5/6
9
16
-36
-15
2/5
9
Va
lve
in
se
rtH
17
89
93
H1
78
99
5H
17
89
98
H1
79
00
0H
17
90
02
H3
28
62
5
H1
79
20
8H
17
92
09
Ve
ntile
insa
tzE
PD
M1
6-3
7-4
15
/59
16
-37
-46
5/5
91
6-3
7-5
15
/59
16
-37
-56
5/5
91
6-3
7-6
65
/59
H1
79
20
6H
17
92
07
58
-34
-68
6/0
25
8-3
4-6
89
/02
H2
01
98
9H
20
19
90
58
-34
-68
6/0
05
8-3
4-6
89
/00
H2
02
53
6H
20
25
35
58
-34
-68
6/0
15
8-3
4-6
89
/01
16
-36
-15
2/6
1
16
-37
-41
5/2
91
6-3
7-4
65
/29
16
-37
-51
5/2
91
6-3
7-5
65
/29
16
-37
-66
5/2
9
item
description
mate
rial
WS
-Nr.
WS
-Nr.
WS
-Nr.
1,5
Sh5
2 S
h5
2,5
Sh5
3 S
h5
4 S
h5
6 S
h5
pos.
Mengequantity
Beschre
ibung
Mate
rial
RN
01
.05
3.7
3-2
Geprü
ft:
Nam
e:
von
6B
latt
Datu
m:
Do
pp
els
itzve
nti
l D
A3
1
.5 -
6 S
h5
Do
ub
le s
ea
t va
lve
DA
3
1,5
- 6
Sh
5
Nam
e:
Try
tko
6
Try
tko
Datu
m:
Geprü
ft:
23.0
1.1
312.0
3.1
5
ref.
-no.
16
-36
-15
2/6
9
16
-36
-15
2/2
9
WS
-Nr.
WS
-Nr.
WS
-Nr.
ref.
-no.
Ers
atz
teill
iste
: spare
part
s lis
t
ref.
-no.
Va
lve
in
se
rt
ref.
-no.
ref.
-no.
ref.
-no.
1 1V
en
tile
insa
tzF
PM
Se
al kit
Va
lve
in
se
rt
VM
Q
1V
en
tile
insa
tzH
NB
R
1V
en
tile
insa
tz
Dic
htu
ng
ssa
tz
Va
lve
in
se
rt
Po
s.
29
, 3
0,
31
, 3
2,
33
, 3
4,
36
, 3
8,
39
nu
r im
ko
mp
lett
en
Dic
htu
ng
ss
atz
erh
ält
lic
h
Ite
m
29
, 3
0,
31
, 3
2,
33
, 3
4,
36
, 3
8,
39
ava
ila
ble
as
co
mp
lete
se
al
kit
s o
nly
1F
PM
1D
ich
tun
gssa
tzE
PD
MS
ea
l kit
1D
ich
tun
gssa
tzV
MQ
Se
al kit
58
-34
-69
2/0
2
Se
al kit
1D
ich
tun
gssa
tzH
NB
R5
8-3
4-6
92
/06
H2
01
78
6
58
-34
-68
6/0
65
8-3
4-6
89
/06
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
-34
-69
2/0
0
58
-34
-69
2/0
1
H2
01
78
7
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
t zum
Schadense
rsatz
und k
ann s
trafr
echtlic
he F
olg
en h
aben
(Para
gra
ph 1
8 U
WG
, Para
gra
ph 1
06 U
rhG
). E
igentu
m u
nd a
lle R
echte
, auch
für
Pate
nte
rteilu
ng u
nd G
ebra
uchsm
ust
ere
intr
agung, vorb
ehalten. A
PV
Rosi
sta G
mbH
.
00
0 1
6-2
4-4
00
/42
-
-
H3
27
60
20
00
58
-33
-99
8/3
3
H3
32
64
8
H3
28
27
0
00
0 0
8-3
9-0
80
/93
H1
48
80
-
-0
00
16
-22
-64
6/4
2H
33
36
19
H3
28
27
5
00
0 5
8-0
6-0
40
/63
H1
69
47
7
-
00
0 5
8-3
3-9
98
/93
H3
27
60
2
Fü
hru
ng
sb
uch
se
gu
ide
rin
g
100
WS
-Nr.
ref.
-no
.
00
0 1
6-2
4-5
75
/42
--
00
0 1
6-2
2-6
46
/42
H3
33
61
9D
A3
Sch
aft
ob
en
Ve
rsio
n 2
DA
3 u
pp
er
sh
aft
ve
rsio
n 2
-
H3
27
98
50
00
58
-33
-99
8/3
3H
33
26
52
00
0 5
8-3
3-9
97
/33
00
0 5
8-3
3-9
97
/93
-
00
0 1
6-2
4-6
75
/42
00
0 1
6-2
4-4
50
/42
00
0 1
6-2
4-5
25
/42
4"
WS
-Nr.
00
0 1
6-2
4-6
75
/42
00
0 0
8-3
9-0
80
/93
H1
48
80
00
0 1
6-2
4-4
50
/42
00
0 1
6-2
4-5
00
/42
00
0 1
6-2
4-5
50
/42
H3
28
27
2H
32
82
74
H3
28
27
6
-
H3
32
64
90
00
58
-33
-99
8/7
1H
33
26
53
H3
32
64
80
00
58
-33
-99
7/7
1
H3
28
27
6
3"
H3
28
27
1H
32
82
73
ref.
-no
.W
S-N
r.
--
--
H3
32
65
20
00
58
-33
-99
7/9
3H
32
79
85
00
0 5
8-3
3-9
97
/93
H3
27
98
50
00
58
-33
-99
8/9
3
00
0 5
8-0
6-0
40
/63
H1
69
47
7
H3
32
65
30
00
58
-33
-99
8/7
10
00
58
-33
-99
7/7
1
O-r
ing
12
x1
Mitt
eld
ich
tun
g V
ers
ion
2m
idd
le s
ea
l ve
rsio
n 2
39
1O
-Rin
g 1
2x1
EP
DM
38
1F
PM
38
1H
NB
R
38
1M
itte
ldic
htu
ng
Ve
rsio
n 2
EP
DM
mid
dle
se
al v
ers
ion
2M
itte
ldic
htu
ng
Ve
rsio
n 2
mid
dle
se
al v
ers
ion
2
35
1F
üh
run
gsb
uch
se
PT
FE
gu
ide
rin
g
51
1.4
40
4D
A3
Sch
aft
ob
en
Ve
rsio
n 2
DA
3 u
pp
er
sh
aft
ve
rsio
n 2
ref.
-no.
ref.
-no.
ref.
-no.
item
descri
ption
WS
-Nr.
1.5
"2"
2.5
"
31
1.4
40
4D
A3
Sch
aft
Un
ten
Ve
rsio
n 2
DA
3 lo
we
r sh
aft
ve
rsio
n 2
00
0 1
6-2
4-4
00
/42
ref.
-no.
Weite
rgab
e s
ow
ie V
erv
ielfälti
gung
die
ser
Unte
rlag
e, V
erw
ert
ung
und M
itte
ilung
ihre
s In
halts
nic
ht g
esta
ttet, s
ow
eit
nic
ht sc
hri
ftlic
h z
ug
est
anden.
Vers
toß
verp
flic
hte
t zu
m S
chadensers
atz
und k
ann s
trafr
echtli
che F
olg
en h
ab
en (
Para
gra
ph 1
8 U
WG
, P
ara
gra
ph 1
06 U
rhG
). E
igentu
m u
nd a
lle R
ech
te,
auch
für
Pate
nte
rteilu
ng
und G
eb
rauch
sm
ust
ere
intr
ag
ung
, vorb
ehalte
n. S
PX
Flo
w T
ech
nolo
gy
Rosi
sta G
mb
H.
po
s.
Mengequantity
Besch
reib
ung
Mate
ria
l
mate
ria
lW
S-N
r.W
S-N
r.
O-r
ing
12
x13
91
O-R
ing
12
x1E
PD
M
mid
dle
se
al v
ers
ion
23
81
Mitt
eld
ich
tun
g V
ers
ion
2F
PM
38
1H
NB
R
38
1E
PD
M
Mitt
eld
ich
tun
g V
ers
ion
2m
idd
le s
ea
l ve
rsio
n 2
Mitt
eld
ich
tun
g V
ers
ion
2m
idd
le s
ea
l ve
rsio
n 2
35
1P
TF
E
H3
33
59
20
00
16
-22
-54
6/4
2D
A3
low
er
sh
aft
ve
rsio
n 2
51
1.4
40
4
31
DA
3 S
ch
aft
Un
ten
Ve
rsio
n 2
1.4
40
4
WS
-Nr.
ref.
-no.
ref.
-no.
ref.
-no.
ref.
-no.
H3
28
27
0H
32
82
71
Geprü
ft:
item
descri
ption
mate
ria
lW
S-N
r.W
S-N
r.W
S-N
r.
po
s.
Mengequantity
Besch
reib
ung
Mate
ria
l40
50
65
80
Bla
tt1
von
1
Nam
e:
RN
01.0
53
.73
Datu
m:
SP
X F
low
Technolo
gy
Rosis
ta G
mbH
D-5
9425 U
nna G
erm
any
Do
pp
els
itzve
nti
l D
A3
Mit
teld
ich
tun
g V
ers
ion
2 D
N4
0 -
15
0, 1
,5"-
4"
Do
ub
le s
ea
t va
lve
mid
dle
se
al ve
rsio
n 2
DA
3 D
N4
0 -
15
0, 1
,5"-
4"
Nam
e:
C.K
eil
Geprü
ft:
Ers
atz
teill
iste
: sp
are
part
s lis
tD
atu
m:
10.1
0.1
6
Datum: 17.01.13
Name: Trytko
Ersatzteilliste: spare parts list
Geprüft:
SPX Flow Technology Rosista GmbH
D-59425 Unna Germany
DA3 Lubrication Chart Blatt 1 von 1
RNGB 260.064-1We
ite
rga
be s
ow
ie V
erv
ielfä
ltig
un
g d
iese
r U
nte
rla
ge
, V
erw
ert
un
g u
nd
Mitte
ilun
gih
res In
ha
lts n
ich
t g
esta
tte
t, s
ow
eit n
ich
t sch
rift
lich
zu
ge
sta
nd
en
. V
ers
toß
ve
rpflic
hte
t zu
m S
ch
ad
en
se
rsa
tz u
nd
ka
nn
str
afr
ech
tlic
he
Fo
lge
n h
ab
en
(Pa
rag
rap
h 1
8 U
WG
, P
ara
gra
ph
10
6 U
rhG
). E
ige
ntu
m u
nd
alle
Re
ch
te, a
uch
für
Pa
ten
tert
eilu
ng
un
d G
eb
rau
ch
sm
uste
rein
tra
gu
ng
, vo
rbe
ha
lte
n. A
PV
Ro
sis
ta G
mb
H.
Blatt 1 von 1
RN 260.064-1
17.01.13
Trytko
SPX Flow Technology Rosista GmbH
D-59425 Unna Germany
DA3 Schmierplan
Datum:
Name:
Geprüft:
Ersatzteilliste: spare parts list
We
ite
rga
be s
ow
ie V
erv
ielfä
ltig
un
g d
iese
r U
nte
rla
ge
, V
erw
ert
un
g u
nd
Mitte
ilun
gih
res In
ha
lts n
ich
t g
esta
tte
t, s
ow
eit n
ich
t sch
rift
lich
zu
ge
sta
nd
en
. V
ers
toß
ve
rpflic
hte
t zu
m S
ch
ad
en
se
rsa
tz u
nd
ka
nn
str
afr
ech
tlic
he
Fo
lge
n h
ab
en
(Pa
rag
rap
h 1
8 U
WG
, P
ara
gra
ph
10
6 U
rhG
). E
ige
ntu
m u
nd
alle
Re
ch
te, a
uch
für
Pa
ten
tert
eilu
ng
un
d G
eb
rau
ch
sm
uste
rein
tra
gu
ng
, vo
rbe
ha
lte
n. A
PV
Ro
sis
ta G
mb
H.
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 12/2016 - Translation of original manual
COPYRIGHT ©2016 SPX FLOW, Inc.
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