Norgren 10A510605 Push-in Tube Fitting M5x0.8 6mm

Product Description

The NORGREN 10A510605 is a Pneufit push-to-connect tube fitting that joins a 6mm outside-diameter tube to an M5 x 0.8 metric thread port. The body is nickel-plated brass with a nitrile O-ring seal, rated for a maximum working pressure of 260 psi. The push-in design allows fast, tool-free tube insertion for pneumatic circuit assembly. Operating temperature range spans 0 degrees F to 175 degrees F, making it suitable for standard industrial and light-duty compressed-air applications. Licensed HVAC and mechanical technicians, as well as pneumatic system assemblers, typically install this fitting in control panels and fluid-power circuits.

This fitting is used in pneumatic control and instrumentation systems where a tube needs to terminate at an M5 metric threaded port. The 6mm tube OD and M5 x 0.8 thread size are common in European-standard pneumatic components, solenoid valves, and small-bore air circuits found in both light commercial and industrial settings. It is sold individually and is well suited for low-volume maintenance, repair, and retrofit work on existing pneumatic assemblies.

Key Features

• Push-in, tool-free tube connection for fast assembly and disassembly
• Nickel-plated brass body resists corrosion in compressed-air environments
• Nitrile O-ring provides a reliable seal across the rated temperature range
• 260 psi maximum working pressure supports standard shop-air and control-air circuits
• M5 x 0.8 metric thread mates with common European-standard pneumatic ports
• Compact form factor suits tight panel and manifold installations

Compatibility

Designed as an OEM-style push-in fitting for pneumatic systems using 6mm OD tubing and M5 x 0.8 metric threaded ports.

Installation Notes

Installation is performed by qualified pneumatic technicians or mechanical contractors. De-pressurize and lock out the compressed-air supply before servicing any fitting in the circuit. Ensure the tube end is cut square and deburred before insertion to maintain a leak-free push-in seal. Confirm thread engagement is complete and inspect for leaks at system startup per applicable fluid-power safety practices.