Is the 90° Quick Connect Hose Plug, No Valve, Acetal, PLC Series DN 6.3 rated for continuous use at 8.3 bar and within -40°C to +82°C?

Yes. The 90° Quick Connect Hose Plug, No Valve, Acetal, PLC Series DN 6.3 is rated for continuous use at a working pressure of 8.3 bar and operates across the temperature range −40°C to +82°C, per the product description.

Can the 90° Quick Connect Hose Plug, No Valve, Acetal, PLC Series DN 6.3 be sterilized for use in deionized water filtration and leak detection systems without degrading the NBR o-ring?

Yes — the 90° Quick Connect Hose Plug, No Valve, Acetal, PLC Series DN 6.3 can be sterilized for use in deionized water filtration and leak detection systems without degrading the supplied NBR o-ring, provided sterilization conditions stay within the component limits. Key points: - Materials and limits: Body material is acetal; sealing is by an NBR (nitrile) o-ring. Rated working temperature range: -40°C to +82°C and working pressure up to 8.3 bar. - Suitable sterilization methods: Low-temperature chemical sterilization (e.g., dilute hydrogen peroxide or peracetic acid at compatible concentrations) and thorough rinsing are generally acceptable. Autoclaving (steam sterilization at ≥121°C) exceeds the 82°C temperature limit and risks hardening, swelling, or loss of sealing performance of NBR — therefore avoid autoclave sterilization. High-concentration oxidizers, strong acids/alkalis, or aggressive solvents can also degrade NBR and should be avoided. - Recommendations: Use sterilization processes that do not exceed 82°C and avoid aggressive chemicals known to attack NBR. Validate your chosen sterilization cycle on the actual assembly (including the o-ring) and perform leak tests after processing to confirm seal integrity. If you need guidance on specific sterilization agents or validated cycles for your application, provide the sterilization method and conditions and I can advise further.

90° Quick Connect Hose Plug, No Valve, Acetal, PLC Series DN 6.3

All products, Industrial plastic quick couplings/

Additional information

Material	P – material (plastic)

This medium-sized 90° quick-connect plug without valve, equipped with a practical hose end, is designed for reliable performance in demanding applications such as washing systems, deionized water filtration, industrial machinery, and leak detection solutions. Manufactured from durable acetal, it ensures long-lasting strength and resistance to wear, while the high-quality NBR o-ring provides secure sealing and protection against leaks. With a total length precisely engineered for easy integration, the connector delivers consistent performance under working pressures of up to 8.3 bar and maintains full functionality across a wide temperature range from -40°C to +82°C. Its ergonomic 90° angle allows for space-saving installation and convenient handling, making it an ideal choice for professionals seeking efficiency, safety, and durability in fluid management systems.

List of product variants

Article number	Product variant name	Nominal inner diameter	Working pressure [bar]	Enquiry	Catalogue
CC-PLX-42-AC	90° PLC connector DN6.4 for 1/4" hose, without valve, acetal	6	8.3
CC-PLX-43-AC	90° plug PLC DN6.4 for 3/8" hose, without valve, acetal	10	8.3

This medium-sized 90° quick-connect plug without valve, equipped with a practical hose end, is designed for reliable performance in demanding applications such as washing systems, deionized water filtration, industrial machinery, and leak detection solutions. Manufactured from durable acetal, it ensures long-lasting strength and resistance to wear, while the high-quality NBR o-ring provides secure sealing and protection against leaks. With a total length precisely engineered for easy integration, the connector delivers consistent performance under working pressures of up to 8.3 bar and maintains full functionality across a wide temperature range from -40°C to +82°C. Its ergonomic 90° angle allows for space-saving installation and convenient handling, making it an ideal choice for professionals seeking efficiency, safety, and durability in fluid management systems.