Is the BURGACLIP Steel Tube End with GW UNF for Compressor, Type 54707 compatible with 3090 type air conditioning hoses?

Yes. The BURGACLIP Steel Tube End with GW UNF for Compressor, Type 54707 is compatible with 3090 type air conditioning hoses. Its internal UNF thread and robust steel construction are specifically designed for use with 3090 hoses, providing a secure, leak‑free connection suitable for compressor systems. It offers strong resistance to pressure and wear for reliable, long‑lasting performance; compatible clips and clamps are available separately to complete the installation.

Can BURGACLIP Steel Tube End with GW UNF for Compressor, Type 54707 withstand high-pressure and temperature variations in automotive A/C systems?

BURGACLIP Steel Tube End with GW UNF for Compressor, Type 54707 is manufactured from high‑quality steel and specifically designed for use with 3090 type air conditioning hoses, so it offers strong resistance to pressure, wear and demanding operating conditions typical for automotive A/C compressors. Its robust construction and precise internal UNF threading ensure a tight, leak‑free fit that helps maintain system integrity under varying loads. However, while the description highlights excellent resistance to pressure and demanding conditions, it does not specify exact pressure ratings, temperature limits, or compatibility with particular refrigerants and system pressures. For assurance under high‑pressure and wide temperature variations (for example in modern R‑1234yf/R‑134a systems or extreme operating environments), you should verify the component’s technical datasheet or manufacturer specifications for maximum working pressure, burst pressure, and temperature range. Also confirm correct hose/clamp selection and proper installation torque to ensure long‑term performance.

BURGACLIP Steel Tube End with GW UNF for Compressor, Type 54707

Additional information

Material	CS – steel (cast iron)

The BURGACLIP tube end with internal UNF thread is a durable and reliable solution designed for use with 3090 type air conditioning hoses, ensuring secure and efficient connections within compressor systems. Manufactured from high‑quality steel, it provides excellent resistance to pressure, wear, and demanding operating conditions, making it ideal for professional automotive and industrial applications. This component enables seamless integration of rubber hoses with various air conditioning elements, supporting optimal system performance and long‑lasting functionality. To complement the installation, a wide range of compatible clips and clamps is available separately, offering flexibility and convenience in assembly. With its robust construction and precise threading, the BURGACLIP tube end guarantees a tight, leak‑free fit, helping maintain system reliability and efficiency while reducing downtime and maintenance costs.

List of product variants

Article number	Product variant name	Nominal inner diameter	Working pressure [bar]
BU-54707-10-08-S	End. BC for compressor, GW 1", hose 13/32", steel	-	35
BU-54707-10-10-S	End. BC for compressor, GW 1", hose 1/2", steel	-	35
BU-54707-10-12-S	End. BC for compressor, GW 1", hose 5/8", steel	-	35

The BURGACLIP tube end with internal UNF thread is a durable and reliable solution designed for use with 3090 type air conditioning hoses, ensuring secure and efficient connections within compressor systems. Manufactured from high‑quality steel, it provides excellent resistance to pressure, wear, and demanding operating conditions, making it ideal for professional automotive and industrial applications. This component enables seamless integration of rubber hoses with various air conditioning elements, supporting optimal system performance and long‑lasting functionality. To complement the installation, a wide range of compatible clips and clamps is available separately, offering flexibility and convenience in assembly. With its robust construction and precise threading, the BURGACLIP tube end guarantees a tight, leak‑free fit, helping maintain system reliability and efficiency while reducing downtime and maintenance costs.