Optimising Controls

Optimising Controls

Optimising controls

For pump/system

Air saving 

Control

Vacuum 

On/Off

Included

in the code

Recommended
AVMTM2 AVM2 Optimising Controls P3010/P5010/P6010 X
CU (Control Unit) CU Optimising Controls P3010/P5010/P6010  X
Vacustat/ES

(Automatic energy saving)

P3010/P5010/P6010 

piCLASSIC

VGSTM3010/VGSTM5010

Any system

PCC (PIAB Cruise Control) PCC Optimising Controls P6010  X
Solenoid valve Solenoid valve Optimising Controls P3010/P6010  Any system X
Regulators Regulator Optimising Controls Any system X
QR (Quick-release valve) QR Optimising Controls  P3010VGSTM3040 VGSTM3010/VGSTM5010

Any system

 X
Blow-off check valve Blow off Optimising Controls  VGSTM3040 Any system
Vacuum switches

(Pneumatic)

Vacuum switch Optimising Controls Any system
Vacuum switches

(Electro-mechanical)

Vacuum switch 2 Optimising Controls  P3010 Any system
Vacuum switches

(Solid state)

Vacuum switch 3 Optimising Controls piCOMPACT/P3010  Any system

 

Function Features and benefits
Release/blow-off Vacuum sensing Pressure sensing
  • Complete electrical operated control unit with built in air saving and monitoring system.
  • Suitable for pumps in sealed applications.
X X
  • Electrical operated control unit.
  • Suitable for pumps in leaking applications or small, fast pick-and-place applications.
X
  • Independent air saving for vacuum or blow pumps, pneumatic or electrical operated.
  • Suitable in sealed applications or centralized vacuum system with external manifolds.
X X
  • Electrical operated control device which automatically regulates the feed pressure towards an optimal programmed vacuum level.
  • The function gives air savings in leaking applications.
  • Electrical operated air valves to control when the pump is to be turned on/off.
  • Pneumatic or mechanical compressed air regulators for controlling the pump’s optimum feed pressure.
X
  • Valves that uses the atmospheric pressure to quickly eliminate vacuum in, e.g.suction cups.
  • Saves energy and simplifies the vacuum system since its control is synchronized with pump.
X
  • Non-return valve that separates the vacuum- and the blow-off part in a vacuum system.
  • Optimized opening blow-off pressure for being used in decentralized vacuum systems.
X
  • Air operated vacuum sensors that gives a pneumatic clear signal at desired vacuum level.
  • Suitable for increased safety and monitoring in fully pneumatic system e.g. ergonomic lifting devices.
X
  • Electrical operated vacuum sensors that gives a electrical clear signal at desired vacuum level.
  • Suitable to be used to feed another load, like connecting several sensors serially to provide one common output to a PLC or BUS-I/0, e.g. in decentralized vacuum systems in robot applications.
X X
  • Electrical operated vacuum sensors with a transistor output that gives a clear signal at desired vacuum level.
  • Available with display and recommended when accuracy and repeatability are needed.
  • Intended for integrations into control and monitoring systems.