Pro-source 5400001613JP Quick Exhaust Valve 1/8 Npt

Product Description

The PRO-SOURCE 5400001613JP is a quick exhaust valve designed for pneumatic control systems. It allows actuators and cylinders to exhaust air rapidly by bypassing the control valve, reducing cycle times and improving system response. The inlet port is sized at 1/8 inch NPT, and the exhaust port measures 1/4 inch. Built from aluminum alloy, the valve handles operating pressures from 7.1 to 140.78 psi. It is installed by pneumatic technicians and industrial maintenance professionals working on compressed air circuits in manufacturing, automation, and process control applications.

This valve is suited for use in pneumatic actuator circuits where fast exhaust is required to speed up return strokes or reduce back pressure on cylinders. The compact body dimensions of 1.81 inches wide, 1.26 inches tall, and 0.75 inches in length make it a practical fit in tight panel or manifold installations. It is applicable to both light industrial and general-purpose compressed air systems operating within the stated pressure range.

Key Features

• 1/8 inch NPT inlet port for direct inline installation in pneumatic circuits
• 1/4 inch exhaust port for rapid air discharge and reduced actuator cycle time
• Operating pressure range of 7.1 to 140.78 psi
• Aluminum alloy construction for lightweight durability
• Compact body: 1.81 inches wide, 1.26 inches tall, 0.75 inches in length

Compatibility

Designed as an inline quick exhaust valve for pneumatic actuator and cylinder circuits using 1/8 inch NPT port connections within the 7.1 to 140.78 psi operating pressure range.

Installation Notes

Installation is performed by qualified pneumatic or industrial maintenance technicians. Depressurize the compressed air supply and lock out the system before installing or replacing any pneumatic valve. Verify that all port thread connections are properly sealed with appropriate thread sealant compatible with compressed air service. Ensure the valve is oriented correctly so the inlet and exhaust ports align with the circuit flow direction as specified by the system design.