Legris 7010 08 13 Flow Control Valve 8mm 145 Psi Bspp

Product Description

The LEGRIS 7010 08 13 is a compact meter-out flow control valve designed to regulate airflow in pneumatic systems by controlling flow on the exhaust side of the circuit. Built with a nylon body, it connects via a tube-to-BSPP fitting arrangement with an 8mm tube outside diameter and a 1/4 inch male BSPP thread. It handles a maximum working pressure of 145 psi and a maximum working temperature of 160 degrees F. This valve is installed by pneumatic technicians and mechanical contractors working on compressed air systems where precise actuator speed control is required.

This meter-out valve is suited for use in industrial and light commercial pneumatic circuits, particularly in applications where cylinder or actuator extension and retraction speed must be tuned independently. The tube-to-BSPP connection style makes it common in systems that combine push-to-connect tubing with BSP-threaded ports on valves, cylinders, or manifolds. Its compact form factor allows installation in tight panel or machine enclosures where space is limited.

Key Features

• Meter-out flow control limits exhaust airflow for consistent actuator speed
• 8mm tube outside diameter with 1/4 inch male BSPP thread connection
• 145 psi maximum working pressure rating
• 160 degrees F maximum working temperature
• Nylon body construction for lightweight, corrosion-resistant performance
• Compact design for space-constrained pneumatic panel installations

Compatibility

Designed as an OEM-style replacement or direct-fit component for pneumatic circuits using 8mm tube OD push-to-connect fittings with 1/4 inch BSPP-threaded ports.

Installation Notes

Installation should be performed by a qualified pneumatic technician or mechanical contractor. Depressurize and lock out the compressed air supply completely before removing any existing fittings or valves. Ensure the BSPP thread is sealed with appropriate thread sealant tape rated for compressed air service, and verify tube insertion is fully seated in the push-to-connect end before pressurizing. Do not exceed the rated working pressure or temperature limits.