Actuator

Pneumatic actuators utilize compressed air to generate the operating energy. These actuators are quick to respond, but are not ideal for environments under high pressures, as gas is compressible.

Application: For Linear/Quarter Turn Valves
Design: Piston/Diaphragm/Spring Return/Double Acting
Configuration: Scotch-Yoke/Rack & Pinion
Yoke Type (for scotch-yoke configuration): Symmetric/Canted Yoke
Mode: Fail Close/Fail Open
Operating Air Supply (Std): Up to 12 bars
Operating Temp Range (Std):-30 deg C – 100 deg C
Torque (Nm)/ Thrust (N) Std: Up to 600, 000 Nm/ Up to 5,000,000 N

Generally, can exert a large amount of force, because liquid is not compressible, but are generally limited in acceleration and speed

Application: For Linear/Quarter Turn Valves
Design: Spring Return/Double Acting
Configuration: Scotch-Yoke/Rack & Pinion
Yoke Type (for scotch-yoke configuration): Symmetric/Canted Yoke
Mode: Fail Close/Fail Open
Operating Fluid Supply (Std):Up to 250 bars
Operating Temp Range (Std):-30 deg C – 100 deg C
Torque (Nm)/ Thrust (N) Std:Up to 700, 000 Nm/ Up to 5,000,000 N

Created for the life of an application, and have easy and economic replaceable parts, as well as the best data collection proficiencies, but has a velocity maximum that cannot be exceeded limiting its application area.

Application: For Linear/Quarter Turn Valves
Design: Spring Return/Double Acting
Configuration: Scotch-Yoke/Rack & Pinion
Yoke Type (for scotch-yoke configuration): Symmetric/Canted Yoke
Mode: Fail Close/Fail Open
Operating Fluid Supply (Std):Up to 250 bars
Operating Temp Range (Std):-30 deg C – 100 deg C
Torque (Nm)/ Thrust (N) Std:Up to 700, 000 Nm/ Up to 5,000,000 N