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Hager KDN463B 4-Pole Fork Busbar 63A 10mm2
The Hager KDN463B is a 4-pole fork-type busbar engineered for streamlined power distribution within electrical distribution boards. Designed to facilitate efficient connectivity, this component allows for the reliable bridging of multiple modular devices such as circuit breakers and residual current devices. Its robust construction and precise engineering ensure a stable electrical connection, contributing to a clean and organized installation environment.
This busbar offers significant benefits for electrical panel assembly by reducing the need for individual wire jumpers, which minimizes the risk of loose connections and enhances overall system safety. The fork-type design provides a secure mechanical and electrical interface with compatible modular components. Its 63A current rating and 10mm2 cross-section make it a versatile solution for various standard electrical distribution requirements, ensuring consistent performance and long-term durability in professional setups.
This busbar may not be suitable for applications requiring a current capacity exceeding 63A or for devices that utilize pin-type terminals instead of fork-type connections. It is also not intended for use in environments where the physical spacing between modular devices does not align with standard busbar tooth pitch.
To use the Hager KDN463B, first ensure that the main power supply to the distribution board is disconnected. Measure and cut the busbar to the required length if necessary, ensuring that the ends are properly insulated with end caps to prevent accidental contact. Align the fork terminals with the connection points of the modular devices and insert them securely. Tighten the terminal screws on the devices to ensure a firm mechanical and electrical connection before restoring power.
Usage recommendations: Always ensure that all terminal screws are tightened to the manufacturer's specified torque settings to prevent overheating. Use appropriate end covers to maintain safety standards and prevent exposure to live parts.
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