Is the Aluminum Adaptor with Metric GW / Camlock A Plug, NSK Type rated for safe use at pressures up to 6 bar and temperatures between -20°C and +30°C?

Yes. The Aluminum Adaptor with Metric GW / Camlock A Plug, NSK Type is rated for safe use at working pressures up to 6 bar and temperatures from -20°C to +30°C. The product description specifies operation at a working pressure of up to 6 bar and within the temperature range -20°C to +30°C, with durable aluminum construction and NBR sealing suitable for demanding industrial environments.

Can the Aluminum Adaptor with Metric GW / Camlock A Plug, NSK Type be used interchangeably with other camlock types or metric thread standards in my fluid transfer system?

No — the Aluminum Adaptor with Metric GW / Camlock A Plug, NSK Type is not universally interchangeable with all other camlock types or metric thread standards. Key points: - Camlock compatibility: The adaptor includes a CAMLOCK Type A plug. Camlock couplings are gender- and type-specific (A, B, C, D, E, F, DC, DP). A Type A plug will only properly mate with a corresponding Type B coupler, not with other camlock types. - Metric thread compatibility: The adaptor has an internal metric (GW) thread. Metric threads must match in diameter, pitch and class of fit; mismatched metric standards or non‑metric (BSP, NPT) threads will not seal or may damage threads. - Sealing and pressure: The NBR gasket and aluminum construction are rated for up to 6 bar and −20°C to +30°C. Using non‑matching camlock parts or wrong-threaded fittings risks leaks, gasket failure or loss of pressure integrity under those conditions. - Material and application considerations: Aluminum and NBR perform well in many environments, but chemical compatibility and mechanical load should be checked before substituting with components of different materials. Recommendation: Verify that the mating part is a Camlock Type B coupler with matching metric thread specifications (diameter, pitch, tolerance) and compatible materials and pressure/temperature ratings before interchange.

Aluminum Adaptor with Metric GW / Camlock A Plug, NSK Type

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Additional information

Material	AL – aluminum

This robust adapter combines an internal metric thread with a CAMLOCK Type A plug and a durable gasket, ensuring a secure and reliable connection in demanding industrial environments such as railway tankers. Manufactured from high‑quality aluminum, it offers excellent strength while remaining lightweight, making installation and handling easier. The NBR sealing guarantees dependable tightness and resistance to wear, providing long‑lasting performance even under intensive use. Designed to operate at a working pressure of up to 6 bar and within a temperature range from ‑20°C to +30°C, the adapter delivers consistent functionality in both cold and moderate climates. Its precise engineering and durable construction make it a trusted solution for professionals seeking efficiency, safety, and reliability in fluid transfer systems.

List of product variants

Article number	Product variant name	Nominal inner diameter	Working pressure [bar]
ZK-NSK-130-06-075-A	Adaptor NSK GW M130x6 / CAMLOCK A 3", aluminium	-	6
ZK-NSK-130-06-100-A	Adaptor NSK GW M130x6 / CAMLOCK A 4", aluminium	-	6
ZK-NSK-130-09-075-A	Adaptor NSK GW M130x9 / CAMLOCK A 3", aluminium	-	6
ZK-NSK-130-09-100-A	Adaptor NSK GW M130x9 / CAMLOCK A 4", aluminium	-	6

This robust adapter combines an internal metric thread with a CAMLOCK Type A plug and a durable gasket, ensuring a secure and reliable connection in demanding industrial environments such as railway tankers. Manufactured from high‑quality aluminum, it offers excellent strength while remaining lightweight, making installation and handling easier. The NBR sealing guarantees dependable tightness and resistance to wear, providing long‑lasting performance even under intensive use. Designed to operate at a working pressure of up to 6 bar and within a temperature range from ‑20°C to +30°C, the adapter delivers consistent functionality in both cold and moderate climates. Its precise engineering and durable construction make it a trusted solution for professionals seeking efficiency, safety, and reliability in fluid transfer systems.