Air Pressure Regulator for compressed air 1/2
Air Pressure Regulator for compressed air 1/2 Air Pressure Regulator for compressed air 1/2 Air Pressure Regulator for compressed air 1/2 Air Pressure Regulator for compressed air 1/2 Air Pressure Regulator for compressed air 1/2

Air Pressure Regulator for compressed air 1/2" with gauge wall mounting bracket

$35.19 USD

Industrial Equipment Expert

1/2" NPT Air Compressor Pressure Relief Regulating Regulator w/ Gauge & Bracket

 
  • New 1/2" Air Pressure Regulator Pressure Regulating Range: 0 to 225 PSI Flow Rate: 210 SCFM Port Size: 1/2" NPT Includes 0 - 300 PSI Pressure Gauge & Bracket Comes Complete with metal wall mount/bracket also included. This regulator comes equipped with 4 ports. Regulators offer stable air flow with locking adjustment knob to prevent accidental setting changes!
 

Product Features

  • 10 Micron Element Standard, 210 SCFM Manual Drain & Metal Bowl 1/2" NPT Female Thread Bracket Included This is a great quality filter with a metal bowl and an easy turn style drain. This filter will remove water liquid droplets and debris from your compressed air line which protects and extends the life of your air tools and provides cleaner air when using for cleaning surfaces. Specifications: -Max Pressure: 250 Maximum Working Pressure 150 PSI

Product Description

10 Micron Element Standard, 210 SCFM Manual Drain & Metal Bowl 1/2" NPT Female Thread -Easy Read Sight Glass On The Bowl For Moisture Level -Easy Twist Style Ball Valve Type Drain Particulate Filter offers cost effective solution for filtering particulate and moisture in your airline Bracket Included This is a great quality filter with a metal bowl and an easy turn style drain. This filter will remove water liquid droplets and debris from your compressed air line which protects and extends the life of your air tools and provides cleaner air when using for cleaning surfaces. Specifications: -Max Pressure: 250 Maximum Working Pressure 150 PSI

A pressure regulator's primary function is to match the flow of gas through the regulator to the demand for gas placed upon the system. If the load flow decreases, then the regulator flow must decrease also. If the load flow increases, then the regulator flow must increase in order to keep the controlled pressure from decreasing due to a shortage of gas in the pressure system.

 

Brand New !!!!