Norgren E02250405 Pneufit E Adaptor - 4 mm O/D, M5
Part Number: E02250405
Quick Summary
Pneufit E push-in adaptor from Norgren delivers fast, reliable tube connections for compressed air systems. Engineers often struggle with slow, leak-prone threaded fittings that waste maintenance time and jeopardize line uptime. While the model data lists operating temperatures from -20 to 80 °C and a wide operating range up to 20 bar, confirm model-specific certifications such as CE, IP ratings, or SIL in the official datasheet. This solution combines a compact, easy-to-install design with a push-in connection that reduces assembly steps. For procurement and field deployment, it supports efficient, scalable automation while preserving reliability across diverse industrial environments.
Product Information
Extended Description
E02250405 Norgren: Zinc and Copper free | Easy to install and remove the tubes by pushing them in with one movement | Screw threads with O-ring sealing | Applications up to 20bar and 80°C | The compact design makes it easy to mount in a small area
Medium
Compressed air
Operating Temperature
-20 ... 80 °C, -4 ... 176 °F
Operating Pressure
-0.9 ... 20 bar, -13 ... 290 psi
O/D Tube
4 mm
Thread
M5
Shape
Straight
Materials - Seals
NBR (silicone free)
Country of Origin
South Korea
Range
E0225
Series
Pneufit E
Brand
IMI Norgren
Push-in release with one-movement tube insertion reduces installation time and labor costs while improving overall line uptime and repeatability. The O-ring sealed screw threads provide robust leak prevention, delivering increased system integrity and predictable performance in every cycle. With a 4 mm outside diameter tube and an M5 thread, this adaptor is a natural fit for common pneumics and compact manifolds, enabling tighter panel layouts and faster changeovers. The design uses NBR seals that are silicone-free, lowering contamination risk in clean environments and simplifying maintenance routines. A straight, compact shape supports space-constrained installations, ideal for small enclosures and densely packed automation cells. Zinc- and copper-free construction aligns with environmental and regulatory expectations, reducing material concerns in quality systems. Overall, these attributes translate to lower total cost of ownership through faster assembly, fewer leaks, and easier part replacement in busy production lines.
Get a Quick Quote for a Norgren E02250405
Chat with us on WhatsApp - fast responses guaranteed
Need to speak with someone? We'll call you back within 2 hours during business hours
Interested in Norgren E02250405?
Enquire Now
FAQs
To install, insert the 4 mm O/D tube fully into the push-in adaptor until seated, ensuring the M5 threaded connection engages cleanly. The O-ring sealing on the threaded joint provides leak prevention. To release, pull the tube while guiding it out in a straight motion. Verify no gaps or cracks in the mating surfaces during setup.
Key specs include operating pressure from -0.9 to 20 bar, operating temperature from -20 to 80 °C, 4 mm O/D tube, M5 thread, straight shape, and silicone-free NBR seals. These parameters support reliable operation across common pneumatic circuits and ensure compatibility with standard 4 mm tubing and compact installations.
Yes. The straight, compact design is ideal for tight installations, enabling tighter panel layouts and easier routing in crowded automation cells. The push-in connection reduces assembly depth and simplifies field changes, making it a practical choice for compact manifolds and panel-mounted fittings.
The provided data does not specify model-level certifications. When sourcing, verify the datasheet and supplier documentation for CE, IP ratings, SIL, or other regulatory approvals applicable to your region and application. Always confirm exact certification status for this model before deployment.
The push-in design minimizes installation time and reduces labor costs, while the O-ring sealed threads improve leak resistance and system reliability. Silicone-free NBR seals reduce contamination risk, potentially lowering maintenance frequency. Together, these factors contribute to faster changeovers, less downtime, and a lower total cost of ownership in demanding production environments.