Is the Straight Connector with Valve R134 BURGACLIP, 548751 compatible with hose type 3090 and standard automotive A/C systems?

Yes. The Straight Connector with Valve R134 BURGACLIP, 548751 is specifically designed for hose type 3090 and is suitable for standard automotive A/C systems using R134a refrigerant. Made from high‑quality steel and engineered for a secure fit, it provides durable, leak‑resistant performance, supports correct refrigerant flow, and allows quick installation—making it a compatible and reliable choice for professional automotive A/C applications.

Can the Straight Connector with Valve R134 BURGACLIP, 548751 maintain leak‑free performance under high‑pressure and high‑vibration conditions in heavy‑duty A/C systems?

Yes. The Straight Connector with Valve R134 BURGACLIP, 548751 is designed for demanding automotive and industrial A/C applications and, based on the provided description, is well suited to maintain leak‑free performance under high‑pressure and high‑vibration conditions. Key supporting points: - Material strength: Manufactured from high‑quality steel, it offers excellent durability and resistance to pressure cycles common in heavy‑duty systems. - Precision fit: Its precise construction ensures a secure connection to hose type 3090, minimizing gaps and potential leak paths. - Vibration resilience: Robust build and secure fit reduce movement at the joint, lowering the risk of vibration‑induced loosening or failure. - Operational reliability: Engineered for consistent refrigerant flow and long service life, it supports sustained, leak‑free operation when installed correctly. Caveats: Proper installation, correct torque, compatible hose assembly (hose type 3090), and routine maintenance are required to achieve the described performance. For extreme duty beyond typical heavy‑vehicle A/C specs, verify actual system pressure ratings and conduct field testing or consult manufacturer datasheets for maximum pressure and vibration specifications.

Straight Connector with Valve R134 BURGACLIP, 548751

Additional information

Material	CS – steel (cast iron)

The straight connector with R134 BURGACLIP valve is a robust and reliable solution designed for hose type 3090 in automotive and industrial air conditioning systems. Manufactured from high‑quality steel, it ensures exceptional durability, resistance to pressure, and long‑lasting performance even under demanding conditions. Its precise construction guarantees a secure fit, minimizing the risk of leaks and maintaining optimal refrigerant flow for maximum cooling efficiency. Engineered for seamless integration, this connector supports quick installation and consistent operation, making it an excellent choice for professionals seeking dependable components. With its combination of strength, precision, and compatibility, it provides a cost‑effective way to enhance system reliability and extend the service life of air conditioning equipment.

List of product variants

Article number	Product variant name	Nominal inner diameter	Working pressure [bar]
BU-548751-06-06-HP-S	Straight connector BC with R134 HP valve for 5/16" hoses, steel	-	35
BU-548751-08-08-HP-S	Straight connector BC with R134 HP valve for 13/32" hoses, steel	-	35
BU-548751-10-10-LP-S	Straight connector BC with R134 LP valve for 1/2" hoses, steel	-	35
BU-548751-12-12-LP-S	Straight connector BC with R134 LP valve for 5/8" hoses, steel	-	35

The straight connector with R134 BURGACLIP valve is a robust and reliable solution designed for hose type 3090 in automotive and industrial air conditioning systems. Manufactured from high‑quality steel, it ensures exceptional durability, resistance to pressure, and long‑lasting performance even under demanding conditions. Its precise construction guarantees a secure fit, minimizing the risk of leaks and maintaining optimal refrigerant flow for maximum cooling efficiency. Engineered for seamless integration, this connector supports quick installation and consistent operation, making it an excellent choice for professionals seeking dependable components. With its combination of strength, precision, and compatibility, it provides a cost‑effective way to enhance system reliability and extend the service life of air conditioning equipment.