Norgren E0K510605 Pneufit E Push-in Fitting - 20 bar

Push-in tube insertion provides fast, tool-free connections with a secure grip. The immediate business impact is shorter commissioning times and dramatically reduced leak risk from over-tightened fittings. In 6 mm O/D tube applications, the Banjo elbow flow control of the Pneufit E family fits tight automation spaces and simplifies routine maintenance in automated lines. Threaded connections with O-ring sealing deliver reliable leaks protection even when vibration and temperature fluctuations are present. A metal-to-plastic interface combined with silicone-free NBR seals minimizes contamination risks and simplifies replacement during routine service. This combination supports longer uptime and consistent performance across multiple shift patterns. Operating limits of -0.9 to 20 bar and -20 to 80 °C ensure dependable performance in varied factory environments. The 6 mm tubing and M5 thread provide compatibility with common pneumatic components, while the compact shape enables closer pack density. Users benefit from predictable behavior in high-density manifold assemblies. PA66 body and silicone-free NBR seals improve chemical resistance and reduce the risk of seal swelling. The zinc and copper-free construction aligns with industry sustainability goals and helps avoid corrosion in humid shops or wash-down environments. This durable build supports longer service life in harsh production settings. Compact Banjo design and a one-piece push-in mechanism simplify mounting in tight spaces and on small manifolds. The 6 mm O/D tube and M5 thread are common in machine feeds, enabling quick retrofits and straightforward supplier substitution. Overall, installation is faster and maintenance visits are less frequent. Designed to integrate with the Pneufit E range, these fittings offer predictable performance in standard compressed air networks and provide a reliable solution for numerous automation tasks from packaging to robotics. These benefits translate to measurable efficiency gains, reduced downtime, and lower total cost of ownership over a typical production year.