J60200-1CR

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Fuseholders are one of the most common electrical components to be found in an electrical circuit. The J60200-1CR is a type of fuseholder that is used in a variety of different applications, and its working principle aren\'t too difficult to understand. This article will explain the J60200-1CR application field and working principle.

The J60200-1CR is a single-pole AC/DC fuseholder. It is designed to accept one 10x38 Type gG or gL cartridge fuse, with AC ratings of 250V and DC ratings of 450V. The fuseholder has UL/CSA approvals and is made from an injection-molded flame retardant housing and contacts. The device is designed for panel mounting and can be used to mount up to six circuit board mount terminals for ease of installation.

The main application for the J60200-1CR is for the protection of electrical circuits in AC and DC power supplies, power supplies in electronics equipment, and wherever a fuseholder is needed. In particular, it is ideal for protecting sensitive electronics in electronic equipment.

The working principle of the J60200-1CR is simple. It is designed to interrupt the flow of current whenever there is a fault in the circuit. The fuseholder contains an appropriate size fuse, which must be the correct size for the current passing through the circuit. When the fault occurs, the current causes the electro-thermal element of the fuseholder to heat up. This heat builds up until it causes the fuse to break, which interrupts the circuit and stops the flow of current.

The J60200-1CR has a number of safety features built in, such as a double-pole construction to prevent arcing and isolation between the two poles, a high temperature plastic housing to prevent electric shock, and a built-in locking mechanism to prevent accidental contact with the fuseholder.

In summary, the J60200-1CR is a single-pole AC/DC fuseholder that is designed for panel mounting. It is ideal for protecting sensitive electronics in electronic equipment and for interrupting the flow of current whenever a fault in the circuit occurs. Its safety features include a double-pole construction, a high temperature plastic housing, and a built-in locking mechanism to prevent accidental contact with the fuseholder.

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