KV1450510000G

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KV1450510000G application field and working principle

KV1450510000G is an extremely reliable terminal blocks header, plugs, and sockets that are made of direct current grade material that guarantees the product’s great electrical transfer and spark resistance. KV1450510000G primary application field is medical and communications devices. It supports a voltage resistance of up to 11 kilovolts and a minimum voltage resistance of 0.1 kilovolts.

The product is designed to provide ultra-high shielding efficiency against electromagnetic interference for the connection you need. To ensure high reliability and secure mating connection, KV1450510000G has a design of screw lock and overload protection technology. Moreover, a precise terminal blocks design allows the user to assemble it quickly and securely when installing or repairing the equipment.

KV1450510000G offers a dual-protection of electric current overload and static electricity. By utilizing current fuse and PTC methods, the product will protect the connected load from the hazard of over current/over voltage circumstances. In addition, KV1450510000G offers an advanced Zero Insulated Terminal structure. This structure prevents accidental short circuit or collapse of the circuit even at high voltage.

KV1450510000G is able to handle up to eleven kilovolts, making it an ideal choice for medical and communication devices. The product’s working principle is based on two points. First, its construction is based on the principle of voltage drop along the path of least resistance. This helps to protect the connected load from any form of electrical shock, surge, or over-current. Secondly, the product is designed so that it minimizes the risk of electric current leakage, thus reducing the possibility of electrical and fire hazards.

In summary, KV1450510000G is a reliable and advanced terminal blocks header, plugs, and sockets made of direct current grade material that can provide ultra-high shielding efficiency against electromagnetic interference. It has a dual protection of electric current overload and static electricity, as well as Zero Insulated Terminal structure to prevent any hazardous electricity shocks. Furthermore, its design is based on the principle of voltage drop along the path of least resistance, making it an ideal choice for medical and communication devices.

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