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Festo — VTOP — 2021-07

Modification

12.2

Reversing effective direction

1

4

3

2

5

Fig. 22: Reversing effective direction

1

End plate VABA

2

Reversing plate

3

Screw

4

Spring washer

5

Seal

1. Unscrew the screws of the end plate VABA.
2. Remove the end plate VABA.
3. Unscrew the screw of the reversing plate.
4. Remove the reversing plate from the end plate VABA.
5. Check that the seals on the reversing plate are seated correctly.
6. Replace the reversing plate in the end plate VABA.
7. Attach the split washer to the screw of the reversing plate.
8. Tighten the screw of the reversing plate. Tightening torque: 0.9 Nm ± 10%
9. Assemble the end plate VABA with the module in the correct position.
10. Apply the screws of the end plate VABA and tighten evenly. Tightening torque: 10 Nm ± 20%

Summary of Contents for VTOP

Page 1: ...VTOP Valve terminal Operating instruc tions 8158463 2021 07 8158465...

Page 2: ...Translation of the original instructions...

Page 3: ...lume booster VOGM 11 4 3 4 Filter regulator PCRI 12 4 3 5 Fail safe module VOGI 13 4 3 6 Flange module for safety functions VABP 14 4 3 7 End plate VABE 16 5 Transport and storage 16 6 Assembly 17 6 1...

Page 4: ...2 2 Reversing effective direction 24 13 Technical data 25 13 1 Valve terminal VTOP 25 13 2 Adapter plate VABA C13 100 F90 G12 26 13 3 Volume booster VOGM FD100 33 M F90 27 13 4 Filter regulator PCRI 1...

Page 5: ...c valve VOGI F100FS T32H M F90 Fail safe module VOGI Pneumatic valve VOGM FD100 M F90 Volume booster VOGM Tab 1 Product designation in the document 1 3 Product labelling The product labelling is locat...

Page 6: ...ns 2 2 1 Permissible components The product may only be used in combination with permissible components The documentation of the components used must be observed Festo products Third party products Pn...

Page 7: ...plate VABA VABA C13 100 1 F90 G12 Interface between valve terminal VTOP pneumatic actuator and positioner VABA C13 100 2 F90 G12 Volume booster VOGM VOGM FD100 M33E M F90 Boosting the compressed air...

Page 8: ...RI 5 End plate VABE A Side A B Side B 4 3 2 Adapter plate VABA The adapter plate VABA is the interface between valve terminal VTOP pneumatic drive and positioner Various adapter plates are available d...

Page 9: ...rminal 2 Pneumatic port for supply air 1 3 Interface for pneumatic drive in accordance with VDI VDE 3845 1 4 Module interface 5 Thread 6 7 8 9 Fig 4 VABA C13 100 1 F90 G12 view B 6 Pneumatic port for...

Page 10: ...erminal 2 Pneumatic port for supply air 1 3 Interface for pneumatic drive in accordance with VDI VDE 3845 1 4 Module interface 5 Thread 6 7 8 9 Fig 6 VABA C13 100 2 F90 G12 view B 6 Pneumatic port for...

Page 11: ...ity for initialisation is set using a flow control screw for a single acting module and two flow control screws for a double acting module 9 2 Adjusting volume boost 2 3 1 4 Fig 7 VOGM FD100 T33H M F9...

Page 12: ...g the filter A pressure gauge can be mounted to display the set outlet pressure 6 3 1 Mounting pressure gauge The set outlet pressure can be secured against unauthorised adjustment www festo com catal...

Page 13: ...and duct 4 is connected via the redundant pneumatic supply air connection 1 at the fail safe Module VOGI pressurised with compressed air The defined end position depends on the orientation of the rev...

Page 14: ...the valve terminal VTOP The flange module for safety functions VABP only provides the interface for various safety architec tures and is not a safety device The safety related values are dependent on...

Page 15: ...Interface for control valve to VDI VDE 3845 1 above 2 Interface for control valve in accordance with VDI VDE 3845 1 side 3 Interface with modules page A 4 Screw 5 6 7 8 9 10 Fig 16 VABP C13 100HFT1 F...

Page 16: ...supply fails in the double acting pneumatic drive 1 Fig 17 VABE C13 100 F90 DU view A 1 Display of effective direction double arrow parallel 2 2 4 4 factory setting arrows crossed 2 4 4 2 2 4 3 6 5 Fi...

Page 17: ...sible module combinations Fail safe module VOGI and flange module for safety functions VABP Identical modules Exception flange modules for safety functions VABP Different filter regulating valves PCRI...

Page 18: ...e seated correctly 3 Connect the modules correctly 4 Apply the screws and tighten evenly Tightening torque 10 Nm 20 6 2 Attachment 6 2 1 Attaching valve terminal VTOP The valve terminal VTOP is attach...

Page 19: ...play the set outlet pressure at the filter regulator PCRI 1 Select the appropriate pressure gauge www festo com catalogue 2 Unscrew the plug screw at the pressure gauge connection 3 Check that the sea...

Page 20: ...Unscrew the threaded pin and screw it into the threaded pin hole at the unused interface up to the stop 3 Check that the O rings on the covering are seated correctly 4 Place the covering on the unuse...

Page 21: ...slowly 2 Check the function and the direction of action If necessary change the effective direction 12 2 Reversing effective direction 3 Check the safety related reaction time with the selected contro...

Page 22: ...using a flow control screw Initialisation of the volume booster VOGM 8 Commissioning 1 Unscrew the blanking plug The flow control screw is accessible 2 Adjust the volume boost or sensitivity at the fl...

Page 23: ...the reversing plate in the end plate VABA Pneumatic drive does not move to the desired end position in the event of a compressed air failure Supply air port 1 on fail safe module VOGI not connected o...

Page 24: ...reversing plate 4 Remove the reversing plate from the end plate VABA 5 Check that the seals on the reversing plate are seated correctly 6 Replace the reversing plate in the end plate VABA 7 Attach th...

Page 25: ...ty www festo com Corrosion protection CRC31 Vibration resistance in accordance with DIN EN 60068 2 6 0 15 mm path at 10 58 Hz 2 g acceleration at 58 150 Hz Shock resistance in accordance with DIN EN 6...

Page 26: ...0 80 Transport and storage temperature C 40 80 Pneumatic port 1 G1 2 Pneumatic port 3 G1 2 Operating medium Compressed air to ISO 8573 1 2010 7 7 Inert gas Information on operating medium Lubricated o...

Page 27: ...C 40 80 Operating medium Compressed air to ISO 8573 1 2010 7 7 Inert gas Information on operating medium Lubricated operation not possible Medium temperature C 40 80 Operating pressure MPa 0 14 0 8 ba...

Page 28: ...2010 7 Inert gas Information on operating medium Lubricated operation not possible Medium temperature C 40 80 Operating pressure MPa 0 1 0 9 bar 1 9 psi 14 5 130 5 Air quality class at the output Comp...

Page 29: ...on Double acting Ambient temperature C 20 80 Transport and storage temperature C 20 80 Pneumatic port 1 G1 2 Operating medium Compressed air to ISO 8573 1 2010 7 7 Inert gas Information on operating m...

Page 30: ...ansport and storage temperature C 40 80 Operating medium Compressed air to ISO 8573 1 2010 7 7 Inert gas Information on operating medium Lubricated operation not possible Medium temperature C 40 80 Op...

Page 31: ...ature C 40 80 Transport and storage temperature C 40 80 Operating medium Compressed air to ISO 8573 1 2010 7 7 Inert gas Information on operating medium Lubricated operation not possible Medium temper...

Page 32: ...2021 all rights reserved to Festo SE Co KG Copyright Festo SE Co KG 73734 Esslingen Ruiter Stra e 82 Deutschland Phone 49 711 347 0 Internet www festo com...

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