Pneumatic Valve Accessories

12 Aug.,2024

 

Pneumatic Valve Accessories

Control valves are used to control pressure and flow in a pneumatic system, but they require the use of additional accessories to provide smooth and efficient operation. Accessories including gauges, operators, switches, foot pedals and mounting brackets are used for the installation and operation of pneumatic control valves. It is important to choose accessories that are compatible with your pneumatic valves to ensure safety and accuracy, and to increase efficiency and productivity.
 
Pneumatic control valve accessories help ensure optimal performance and are an essential component in a pressure control system. Electric switches help bridge the communication gap between a valve operator and control system, helping to control accuracy. Various styles of operators allow for manual and pneumatic actuation of control valves and mounting brackets are used to mount directional control valves to machinery.

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Control Valve Accessories Designed for Compatibility

Pneumadyne offers a variety of control valve accessories to customize and enhance our standard product offering. Designed for use with most of Pneumadyne&#;s pneumatic valves, our rugged operators offer several actuation options to easily fit system requirements. Installing operators on standard push button valves provides several benefits including a greater tactile surface which reduces user fatigue and a consistent appearance when used in control panels. An assortment of colors is also available for function identification.
 
The combination of Pneumadyne's control valves and valve accessories ensures the pneumatic functionality you need while providing the appearance you desire. Request a quote for control valve accessories or contact us to learn more.

The Uses of Control Valve Accessories

In machines, some of the variants of control valve accessories are very important that affect their processes and performances, including positioners which are considered main accessories. Valves that are pneumatically operated depend on them to take an input signal from a process controller and transform it into valve travel. Another significant kind of pressure control valve accessory is called a solenoid valve manifold. What determines their selection are the desired failsafe operation and actuator type. Such solenoids can be utilised on single-acting diaphragm actuators or double-acting pistons.

Limit switches have close relationships with control valves. They operate distinct and separate inputs to distributed alarms, control system, electric relays, signal lights, or small solenoid valves. Those that are cam-operated type are generally used with two to four individual switches that are operated by the valve stem&#;s movement. The switches can be located at the assembly that is mounted on the side of the actuator. And each of these switches can be adjusted individually and supplied for direct current or alternating current systems. There are other valve-mounted limit switch types that are also available.

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Then there are airsets that are also called supply pressure regulators. They help reduce plant air supply to control equipment, including valve positioners. 20, 35, and 60 psig are common reduced-air supply pressures. And it is the regulators that mount essentially to the bolts or nipple-mounts or positioner to the actuator.

With regards to pneumatic lock-up systems, they are used together with control valves to lock in existing actuator-loading pressure during the occurrence of supply pressure failure. These mentioned devices can be utilised with volume tanks to fully open or close the position of the valve on the loss of air supply. Once the supply pressure is restored, normal operation proceeds automatically. When using diaphragm actuators, control valves follow similar functional arrangements.

Another pressure control valve accessory that uses a nozzle-flapper, pneumatic relay, and torque motor and receives direct current input signal to convert the electrical signal to a pneumatic output signal is the electro-pneumatic transducer. It is the nozzle pressure that operates the relay which is piped to the torque motor feedback bellows to give out a contrast between the nozzle pressure and input signal. This transducer can be firmly fixed on a control valve directly. It will then control and operate the valve without the need for additional positioners and boosters. In terms of electronic control loops, electro-pneumatic positioners are used to operate control valve actuators.

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