RS PRO Thread Converter, Conduit Fitting, 16mm Nominal Size, PG11 → M16, Brass, Silver

This conduit fitting is a high-quality electrical conduit accessory designed for seamless integration between different threading standards. With a nominal size of 16mm, it effectively acts as a thread converter from PG11 to M16, facilitating reliable connections in various installations. Crafted from durable brass and featuring a nickel-plated finish, it ensures both longevity and resistance to environmental factors. This fitting meets CE standards, making it suitable for diverse applications in the automation, electronics, and mechanical industries.

• Constructed from robust brass for enhanced durability
• Nickel-plated finish for superior corrosion resistance
• Provides an effective PG11 to M16 adaptor solution
• Complies with CE standards for assured quality and safety
• Part of the NPB series, ensuring compatibility with various systems
• Compact size makes it easy to install in tight spaces

• Utilised in automation systems for secure thread conversion
• Ideal for mechanical assemblies requiring different thread sizes
• Essential for electrical installations needing thread adaptors
• Compatible with a range of electronic enclosures and fittings
• Designed for industrial where thread adaptability is crucial

The brass construction ensures excellent durability and reliability while the nickel plating provides added protection against corrosion, making it suitable for both indoor and outdoor applications in harsh conditions.

It efficiently facilitates the conversion between PG11 and M16 thread sizes, maintaining secure connections while providing strength and stability where needed, unlike some lightweight alternatives that may compromise reliability.

Yes, it is designed to integrate seamlessly with various conduit systems, effectively bridging the gap between different thread standards commonly used in the industry.

Regular inspection for signs of corrosion and ensuring the threads remain clean and free of debris will help maintain performance, although it is designed to withstand typical environmental wear and tear.

While it is robust, users should verify its suitability for high-temperature applications, as prolonged exposure to extreme heat can affect any fitting's integrity, especially if not specifically rated for such conditions.