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attributes.Port_Connection

attributes.Maximum_Outlet_Pressure

attributes.Minimum_Outlet_Pressure

attributes.Maximum_Input_Pressure

attributes.Manufacturer_Series

attributes.Pressure_Gauge_Port_Size

attributes.Port_Connection_Thread_Size

attributes.Pressure_Gauge_Port_Thread_Size

attributes.Maximum_Flow_Rate

attributes.Typical_Flow_Rate

attributes.Integral_Check_Valve

attributes.Port_Connection_Thread_Standard

attributes.Minimum_Operating_Temperature

attributes.Maximum_Operating_Temperature

Parker G 3/8 Pneumatic Regulator - to 8bar, 3/8in

Parker G 1/4 Pneumatic Regulator - 0bar to 8.5bar, 1/4in, 20.7bar max. input

Parker G 3/4 Pneumatic Regulator - 0bar to 8bar, 3/4in, 20bar max. input

Parker G 1/2 Pneumatic Regulator - to 8bar, 1/2in

Parker NPT 1/4 Pneumatic Regulator - 2psi to 100psi, 1/4in, 400psi max. input

Parker G 1/2 Pneumatic Regulator - 0bar to 8.5bar, 1/2in, 20.7bar max. input


Pneumatic regulators, also known as pressure-reducing valves, are used in pneumatic systems to maintain the output air pressure. They are commonly used in [pneumatic air compressors](https://uk.rs-online.com/web/c/pneumatics-hydraulics-power-transmission/pneumatic-air-compressors-boosters-vacuum-pumps/). Pneumatic regulators can provide a quick response and accurate pressure regulation for even the most demanding industrial air preparation applications. They make sure that compressed air in a pneumatic system is not wasted.

### How does a pneumatic regulator work?

Pneumatic regulators maintain output pressure by automatically cutting off the flow of a gas or liquid when it’s at a certain pressure. Most regulators use simple wire coil springs to control the pressure.

When installing a pressure regulator, it's important to choose one that is appropriately sized for your particular system. If it's too large it will increase air usage and waste energy. So ensuring the proper sizing and setting of your pressure regulator is crucial for efficient air consumption.

### Where are pneumatic regulators used?

Pneumatic regulators are found in many common home and industrial applications, including heating furnaces and gas grills as well as in medical and dental equipment. They're ideal when pressure must be closely controlled, as is the case when dealing with gas.

### Things to consider when choosing a regulator:
- Inlet pressure
- Outlet pressure
- Connection port sizes
- Flow rate
- Operating temperature
- Size and weight requirements


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RS PRO G 1/4 Pneumatic Regulator - 0.3bar to 10bar, 15bar max. input

Norgren G 1/2 Pneumatic Regulator - 0.3bar to 10bar 20bar max. input

Parker Pneumatic Regulators

6 Products showing for Parker Pneumatic Regulators

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