Air Brake Fittings systems for commercial vehicles

Camozzi series 9000 for pneumatic brake circuits in commercial vehicles

Air brake fittings are essential components in pneumatic braking systems, ensuring secure and efficient connections between tubes that transport compressed air. These fittings play a crucial role in maintaining the integrity of the braking system, directly impacting the safety and performance of commercial vehicles.

The Series 9000 air brake fittings are designed to connect tubing in accordance with DIN 74324 and ISO 7628 standards. With a variety of tube external diameters and thread options, they provide flexibility for different pneumatic system configurations.

Tube Specifications (External Diameter/Inner Diameter in mm):

• 4/2 mm , 6/4 mm , 8/6 mm 
• 10/7 mm, 10/7.5 mm, 10/8 mm
• 12/9 mm , 15/12 mm , 16/12 mm , 18/14 mm

Fitting Thread Options:

• Metric Cylindrical Threads: M10x1, M12x1.5, M14x1.5, M16x1.5, M18x1.5, M22x1.5
• BSP GAS Threads: G1/8, G1/4
• NPTF Conical Threads: 1/8 NPTF, 3/8 NPTF

Key Features of Series 9000 Fittings:

• High reliability – Engineered for durability and secure connections.
• Easy assembly and disassembly – A compact release tool allows for quick tube removal.
• Protection against dirt and moisture – A rubber cap shields the tube interface, maintaining system integrity.
• Certified quality – TÜV certified and produced according to IATF 16949:2016 standards.

Materials:

• Brass and PTFE seal 

The screw fittings meet the requirements of:

• DIN 74324:1996
• DIN EN ISO 9227:2006
• DIN EN 60068-2-6:1996
• Gost 4364-81 and GOST R 51190-98

Designed with a robust and compact structure, these fittings ensure optimal performance in demanding environments. Additionally, customized solutions can be provided based on specific customer requirements, making them a versatile choice for pneumatic braking systems.

By combining reliability, ease of installation, and superior protection, the Series 9000 air brake fittings are an excellent choice for enhancing the safety and efficiency of commercial vehicle brake systems.