Products / Coval - Vacuum managers

Heavy Duty Vacuum Pump GVMAX HD Series autonome with SMART SWAP quick-mounting system onto pneumatic socket, max. vacuum 85 %, 3 mm nozzle dia., pulse-triggered bistable vacuum control and 24 V DC NC blow-off, 1 connector M12 5-pin, with powerful blow-off.
ref. : GVMAXHD90X30LC15A1XG1F2DRA
characteristics
type of product (typp) venturi
Nozzle diameter (Ø) 3mm
Air drawn in (aa) 230Nl/min
Generator Control (PG) Bistable/NC
Connection (Cx) 1 x M12-5pin
for islands mounting (Ilot) no
Maximum vacuum (mv%) 85%
Air consumed (ca) 380Nl/min
Blow-off (S-SP) Powerful
models (mod) Module with SMART SWAP
Dimensions
Characteristics
Pneumatic diagram
Model GVMAXHD__L: vacuum pump with pulse-triggered bistable vacuum control and NC blow-off (patented system)
In the event of power failure, the vacuum pump maintains its previous state.
More specifically, one of the following two scenarios will take place should the failure occur:
- During vacuum generation, the vacuum is maintained => fail-safe
- During blow-off or when the pump is off, the pump remains “Off”
Vacuum control is automatically stopped when the blow-off command is activated.
The vacuum can only be stopped with the blow-off command.
In the event of compressed air failure, the vacuum is no longer maintained.
• Pulse-triggered bistable vacuum control solenoid valve (50 ms
min.)
• NC blow-off control solenoid valve
• Blow-off controlled by external signal
Electrical connections
(1) 24 V DC suction command, depending on version:
- S: 24 V DC vacuum control
- V: 24 V DC vacuum off command
- L: 24 V DC vacuum control with min. pulse-triggering of 50 ms
Blow-off
Powerful blow-off (version GVMAXHD…F2)
This type of blow-off allows for objects to be quickly released in the event that the pump cannot be placed as close as possible to the suction cups, or to reduce the cycle time as much as possible.
The isolation valve F directs the entire blow-off flow towards the suction cups. In this case, the blow-off pressure is identical to the vacuum pump’s compressed air supply pressure.
3D Model

To generate the 3D file in the required format, we use the TRACEPARTS platform. To download the file, please use your TRACEPARTS username and password.