CHM3DU

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CHM3DU Fuseholders are the important connecting tools used in electrical systems. They are mainly used to protect electrical circuits from fast-spreading electric current is caused by an unexpected fault in the power supply system. They also help to maintain local current level in an emergency event.

The CHM3DU Fuseholders are designed to accept both two and three pole meters. They provide precise control in various industrial applications. These fuseholders are suitable for a wide range of current ratings ranging from 3 A to 32 A. They have a high current range capacity, making them suitable for use in harsh environment and electrical distribution system.

The CHM3DU Fuseholders utilize self adjustable clamps for secure connection. The clamps automatically compensate the fuseholders’ structure for various rated currents. They can be used with various types of fuse carriers like mini-fuses, micro-fuses, cartridge fuses, etc. The wide range of fuse carriers fits the CHM3DU Fuseholders perfectly & securely.

The CHM3DU Fuseholders feature a quick release, short-circuit proof spring mechanism which lets users open and close easily without any risk of sparking or short-circuiting. They are designed for safe connection irrespective of the ambient temperature. The design of the fuseholders allows for secure and reliable connection of low voltage electrical circuits.

The CHM3DU Fuseholders work on the principle of simple 3-pole structure. It consists of two statically insulated contact poles and one current-equalizing contact pole. When the current equalizing contact pole senses the current load, the static contact poles will adjust its current accordingly. This ensures that the current is distributed evenly between the two static contact poles ensuring reliable and dependable electrical operation.

The CHM3DU Fuseholders are an ideal choice for applications where precise control and reliable current application is required. They are widely used in industrial and commercial electrical systems. Their reliable attaching mechanism allows secure connection for a wide range of current ratings. They ensure steady current flow avoiding over-load and short-circuit.

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