The Allen-Bradley 836T-T301JX9 Pressure Controller for traditional machine tools is a standard control circuit device from the Bulletin 836T product line in the Allen-Bradley 836 Pressure Controls series. The 836 Pressure Control series contains controllers that are designed to be used in pneumatic and hydraulic pressure system applications, and they are also built to meet the traditional requirements of the transportation, machine tool, and other heavy-duty industries. The 836T-T301JX9 Pressure Controller can be used in applications such as machine hydraulic pressures, material clamping fixtures, lubricant and coolant pressures, compactor ram pressures, air compressors, and machine tools applications. Like all of the Bulletin 836T pressure controllers, the 836T-T301JX9 Pressure Controller features adjustable pressure trips and user-selectable differential pressure settings to accommodate a wide range of applications.

The 836T-T301JX9 Pressure Controller is designed with an external copper alloy bellows actuator that makes it suitable for applications with air, water, oil, vapor, and other non-corrosive gases and liquids. On the front of this device is a locking nut, an operating pressure range adjustment screw for setting the desired pressure trip value, an external differential pressure range adjustment screw for setting the differential values, an operation indicator with metric and PSI scales, a slot for an optional pilot light, conductor entrance, and a pressure connection. It also features a 120 Volts AC high-intensity neon pilot light with 1 Amp of standard current rating as a factory modification. It offers an adjustable operating pressure range from 70 to 1000 PSI and an adjustable differential pressure range from 50 to 175 PSI. The 836T-T302JX9 Pressure Controller is supplied with a 2-circuit contact block as a standard option and it can be wired for either single-pole double throw operation or for separate operation with the same polarity. It comes with a NEMA 1, 4, and 13 rated enclosure suitable for industrial environments.