Is the Quick-Connect Hose Socket with Valve, Acetal, PLC Series DN 6.3 compatible with deionized water and safe for continuous use at up to 8.3 bar?

Yes. The Quick-Connect Hose Socket with Valve, Acetal, PLC Series DN 6.3 is compatible with deionized water and is safe for continuous use up to 8.3 bar. Its acetal construction and NBR O‑ring seal are suitable for deionized water applications, and the coupling is rated for a working pressure of up to 8.3 bar with an operating temperature range of −40°C to +82°C, making it appropriate for continuous service in those conditions.

Can the Quick-Connect Hose Socket with Valve, Acetal, PLC Series DN 6.3 be safely used in high-temperature environments up to +82°C without degrading the acetal body or NBR seal?

Yes. The Quick-Connect Hose Socket with Valve, Acetal, PLC Series DN 6.3 is rated for an operating temperature range up to +82°C and is constructed from acetal with an NBR (nitrile) o‑ring. Within this specified range (−40°C to +82°C) the acetal body and NBR seal are intended to perform reliably without accelerated degradation when used under normal conditions. Ensure you also respect the stated maximum working pressure (8.3 bar) and avoid exposure to aggressive chemicals or steam that can attack acetal or NBR; such conditions could cause premature failure even if temperature limits are not exceeded.

Quick-Connect Hose Socket with Valve, Acetal, PLC Series DN 6.3

All products, Industrial plastic quick couplings/

Additional information

Material	P – material (plastic)

This medium-sized quick coupling socket with hose end is a reliable and versatile solution designed for demanding applications such as washing installations, deionized water filtration systems, industrial machinery, and leak detection setups. Its innovative construction, free from traditional balls and securing sleeves, ensures effortless one-handed operation, allowing users to connect and disconnect quickly and safely. The secure fit is confirmed by a distinct audible click, providing both convenience and confidence during use. Crafted from durable acetal and equipped with an NBR o-ring seal, the coupling guarantees long-lasting performance even under intensive conditions. With a working pressure capacity of up to 8.3 bar and an impressive operating temperature range from -40°C to +82°C, it delivers consistent reliability across a wide spectrum of environments. Compact in design yet highly efficient, this coupling socket combines ease of handling with robust technical parameters, making it an excellent choice for professionals seeking efficiency, safety, and durability in fluid handling systems.

List of product variants

Article number	Product variant name	DN	BAR	Availability	Actions
CC-PLV-15-AC	PLC socket DN6.4 for 1/4" hose, with valve, acetal	-	8.3	In stock	Enquiry
CC-PLV-16-AC	PLC socket DN6.4 for 5/16" hose, with valve, acetal	-	8.3	In stock	Enquiry
CC-PLV-17-AC	PLC socket DN6.4 for 3/8" hose, with valve, acetal	-	8.3	In stock	Enquiry

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This medium-sized quick coupling socket with hose end is a reliable and versatile solution designed for demanding applications such as washing installations, deionized water filtration systems, industrial machinery, and leak detection setups. Its innovative construction, free from traditional balls and securing sleeves, ensures effortless one-handed operation, allowing users to connect and disconnect quickly and safely. The secure fit is confirmed by a distinct audible click, providing both convenience and confidence during use. Crafted from durable acetal and equipped with an NBR o-ring seal, the coupling guarantees long-lasting performance even under intensive conditions. With a working pressure capacity of up to 8.3 bar and an impressive operating temperature range from -40°C to +82°C, it delivers consistent reliability across a wide spectrum of environments. Compact in design yet highly efficient, this coupling socket combines ease of handling with robust technical parameters, making it an excellent choice for professionals seeking efficiency, safety, and durability in fluid handling systems.