Quick-Acting Barbed Fitting With Brass Female Compression Fitting

Description

This range of fittings is designed to meet the requirements of the automotive and robotics industries, provides optimum CNOMO manufacturing quality, simple installation, reliable operation and a long service life.

Technical Specifications
Body Material: Brass
Materials of Construction: Brass (Nut)
Maximum Operating Pressure: 16 bar
Minimum Operating Temperature: -20 °C
Maximum Operating Temperature: 100 °C
Quantity per Box: 10, 5
Weight: 0.01 to 0.128 kg
Application: Pneumatics, Cooling Systems, Automotive Process, Lubrication, Fluid Transmission, Packaging, Industrial Machinery
For Fluid Type: Coolants, Air (Compressed Air)
Specifications Met: REACH, RoHS
Shape: Self-fastening Barb Connector for Brass Compression Fitting
Product Type: Self-Fastening Barb Connectors for NBR Hose

Features/Benefits:
– Perfect for Self-Fastening NBR Hose
• Quick and simple to install
• Compatible with the Parker Legris range of brass compression fittings
• Mechanical properties proven for use in industrial robotic installations
• Spark-resistant

– Ergonomic and Time-Saving
• Fitting does not require lubrication or clamping, reducing assembly time
• Visual stop confirms installation is correct and improves operating safety
• Removal by cutting the tube
• The fitting can be re-used if necessary

Markets:
• Packaging
• Miscellaneous Manufacturing
• Vehicle Assembly Facilities
• Machine Tools

Applications:
• Pneumatic Machinery Equipment at Medium and High Pressure
• Lubrication Systems
• Cooling Systems
• Welding Robots
• Suitable for Vacuum Applications

Technologies:
Brass fittings for a quick connection of self-fastening hose to a female port.

Technical Characteristics:
• Fluids: Coolants, compressed air
• Materials: brass, engineering polymer, silicone free
• Pressure: 0 to 16 bar
• Temperature:
0°C to +100°C (water)
-20°C to 70°C (air)

Regulations:
• DI: 2002/95/EC (RoHS), 2011/65/EC
• DI: 97/23/EC (PED)
• RG: 1907/2006 (REACH)
• CNOMO: E07.21.115N

Additional information