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Hager SN216 Modular Socket 2P+E 10A 250V for DIN Rail
Hager SN216 Modular Socket 2P+E 10A 250V for DIN Rail
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Hager SN216 Modular Socket 2P+E 10A 250V for DIN Rail
Leave your address - as soon as the price of the product goes down, you'll know about it right away
Hager SN216 Modular Socket 2P+E 10A 250V for DIN Rail
Hager SN216 Modular Socket 2P+E 10A 250V for DIN Rail
The Hager SN216 is a professional-grade modular socket designed for seamless integration into electrical distribution boards and control cabinets. Engineered for mounting on a standard 35mm DIN rail, this device provides a reliable and accessible power connection point directly within your electrical enclosure. With a 2P+E configuration, it ensures safety and compatibility with standard electrical systems, making it an essential component for industrial, commercial, and residential electrical setups.
The primary advantage of the Hager SN216 is its space-saving modular design, which allows for quick and secure installation on DIN rails without the need for complex mounting hardware. Its robust construction ensures long-term durability in demanding environments, while the 10A current rating and 250V voltage capacity provide sufficient power for a wide range of auxiliary equipment. By incorporating this socket into your distribution board, you eliminate the need for external extension cords, thereby improving safety and organization within the cabinet.
This socket may not be suitable for high-power applications exceeding its 10A current rating, as it is designed for auxiliary use rather than heavy-duty machinery. It is also not intended for outdoor installation unless housed within a suitable IP-rated enclosure to protect it from moisture and environmental contaminants.
To use the Hager SN216, simply snap the unit onto a standard DIN rail inside your distribution board or control cabinet. Ensure that the electrical supply is disconnected before wiring the socket to the appropriate circuit. Connect the phase, neutral, and earth conductors to the designated terminals on the device, ensuring all connections are tightened to the manufacturer's specified torque to prevent overheating or loose contacts.
Always ensure that the circuit connected to the socket is protected by an appropriate miniature circuit breaker or fuse to prevent overloading the system. Regularly inspect the socket for signs of wear or heat damage during routine maintenance checks.
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