Skip to main content

Operation of Current to pneumatic signal converter

what is the Operation of Current to pneumatic signal converter?

Operation of Current to pneumatic signal converter is described in the video.

First of all this current to penumatic signal converter is a field mounted instrument that converts a DC milliAmps input signal to a proportional pneumatic output signal by giving supply air by air filter regulator to the signal converter.

This output signal can be used to operate pneumatic devices such as dampers,valve actuators, etc., or as the input to various pneumatic instruments.

Do you know how a current to pneumatic signal converter operates?

A dc milliAmps input signal is converted to a proportional pneumatic output signal by this following way.

A coil positioned in the field of a permanent magnet reacts to the current by producing a tangential thrust proportional to the input signal flowing through it. The thrust, acting through coil flexures, varies the gap between a flapper and a nozzle. This causes a change in the output pressure of the relay, which is also the converter output pressure. This pressure is fed to a feedback bellows which exerts a force on a feedback flexure to move the nozzle and establish a throttling relationship between the flapper and the nozzle. Thus producing the output pressure according to the input milliAmps.

This is the operation of current to pneumatic signal converter
Video Rating: / 5



how to calibrate current to pneumatic converter


still in process
Video Rating: / 5

Comments

Popular posts from this blog

Mini Motor 097--A22--UL Model MC 244PT 15 B3 Gear motor, Asynchronous Three Phase Worm, Totally Enclosed

Mini Motor 097–A22–UL Model MC 244PT 15 B3 Gear motor, Asynchronous Three Phase Worm, Totally Enclosed Asynchronous three phase worm gear motor totally enclosed High quality geared motor IP65 rated fully enclosed 1/13Hp; 230Vac; 60Hz; 223Rpm Asynchronous three phase worm gear... https://wp.me/p7COnh-6Mo

Keeping contact resistance low

Video #3 in the Brainin tutorial series ‘Electrical contact fundamentals’. This session provides an overview of methods to reduce electrical contact resistance and therefore extend contact life. Topics reviewed include contact force, mechanical wiping, contact materials, and contact geometry. Visit us at pepbrainin.com. The post Keeping contact resistance low appeared first on Tamfitronics . July 28, 2017 at 05:00AM http://ift.tt/2v4PCy4