Honeywell 3162 , Inc. Fluid Power Gas Valve Actuator 5 psi max 120 Vac 60 Hz 13 sec opening

120V FLUID POWER ACTUATOR 13 SECOND

The series 3162, 5 psi max, 120 Vac, 60 Hz fluid power actuator has 13 second actuation time. This series actuator is available in normally closed or normally open positions . The SD series actuators have a low pressure cut-off at 0 psig with maximum flow of 10 GPM at 10 psi. The valve type is Double Block and Bleed with an adjustable pilot control. The adjustment range of the pilot control is 20% to 100%.

The Honeywell 3162 (13-Second) Fluid Power Actuator uses an industry standard electromagnetic valve actuator, which is constructed from die-cast aluminum. The 3162 (13-second) fluid power actuator has a reliable and proven electromechanical actuator with a 13-second cycle time.

Our flui d power actuator provides a 13 second actuator stroke with an adjustable pressure range of 5 psi or 2.57 kg/cm2 to 5 psi or 2.57 kg/cm2, fluid power output to 0.5 gpm and a dual-position override lever.

The fluid power valve actuator has a range of 5 PSI to 10 PSI. It can open to a 13 second signal. This actuator is used on small tank units for gas valves, air brakes, and electrical solenoids.

The PV3162 120V Fluid Power Valve Actuator, has a non-pressurized gas supply to the actuator; it is typically used for remote activation of solenoid valves.

This valve actuation provides a compact, lightweight terminal solution for fluid power applications. It comes with a manually operated actuator, an over-center lever and three-position handle. The operator can connect to the valve stem using various types of couplings and seals and use either open center or spring return applications. Spring return applications can be used if the valve is normally closed.

The Honeywell 3162 gas valve flow controller is a solenoid style gas valve actuation for use on a wide range of natural gas and propane gas valves. The 3162 is an ideal solution for remote control of pipeline natural gas or propane gas valves. The actuation is controlled by Honeywell's pulsed thermoswitch which uses a precision monostable mechanism with temperature compensation to achieve very accurate 13 second on-off cycles.