The 836-C63AX171 controller is an electromechanical pressure controller manufactured by Allen-Bradley/Rockwell Automation as part of the Bulletin 836 Pressure Controls series. It is a Style C controller that has stainless steel external bellows. This device is designed to operate as a pressure controller for systems that use air, non-corrosive hydraulic fluids, water, and some types of corrosive liquids and gases. It comes with a single pole double throw-slow contact that does not have snap action. Other features of this Bulletin 836 pressure controller include an operating range of 4 to 150 PSI, a maximum line pressure of 270 PSI, and 270 PSI of maximum occasional surge pressure. The enclosure rating of this electromechanical pressure controller is NEMA Type 1 and it has a quarter-inch NPTF connection option.
The Allen-Bradley 836-C63AX171 electromechanical pressure controller is designed to provide control solutions or monitor the operating conditions for different types of hydraulic or pneumatic pressure applications. Additionally, it is intended to help improve systems and applications processes as well as to protect expensive equipment and offer general safety solutions. The Allen-Bradley 836-C63AX171 electromechanical pressure controller and the entire Bulletin 836 Pressure Controls series are suitable for general industrial use and they are also intended for controlling and detecting pressure levels in an application to prevent them from becoming too high or too low. The 836-C63AX171 electromechanical pressure controller features a unique design and high-quality components that give it a long operating life. It is able to work with some corrosive gasses and liquids because its bellows are made of stainless steel instead of copper alloy like the bellows in other controllers from the 836 series.
Repair Services for 836-C63AX171
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Our highly skilled technicians can repair your 836-C63AX171. All of our repairs come with a 1 Year DO Supply Warranty. Please contact us for additional information about our repair process.