Pneumatic Valve with Actuator

Rotary actuator is the key element of valve automation. These actuators are available in spring return and double acting models with torque output ranging from 3Nm to 4000Nm for 0-90° and upto 270° or 360°  operation for range of pressures from 1 to 8 Bar. Features • Compact design in hard anodised or chrome plated extruded aluminium and investment cast SS body• Mounting interface - Center port, Namur for solenoid valves, ISO 5211 for valves and actuators attachments, self alignment and self centering actuator, VDI / VDE 3845 for actuators and auxiliary accessories
• Arrangement for fine stroke adjustment • Perfect stroke of 0 to 90° • Double rack and pinion • Double piston rack for 3 way shut-off • No metal to metal contact • Blow out proof pinion • Trouble free for more than one million cycles operation • Field replaceable SA and DA actuator • Jamming torque actuator • Quick response • Zero play actuators• Line contact friction •Pressure balanced pinion • Aerodynamic air filling • Least pressure operating actuator.

Manufacturer of high performance universal wafer butterfly valves in addition to ball valves. These high performance butterfly valves can be installed between any flange standard.

High performance butterfly valves include multiple eccentric design, split shaft, aerodynamic slim disc and deflecting, flex rise and fall seat embedded between the body and the retainer. For maintenance, these valves are low down time serviceable as the seat is easily replaceable by just removing the retainer. The disc and the automation remain intact. The process line resultant pressure is nullified and peripherally acting due to disc design and light weight. This enables economic actuator selection. These are comparably low pressure loss butterfly valves. The high performance multi eccentric butterfly valves achieves tight shut-off, vacuum and high gain, full range throttling capabilities.

Micro high performance wafer butterfly valves provide long-lasting tight shut-off and a long service life due to non-rubbing of seat placement away from flow.