R60200-1STR

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Fuseholders are devices designed for the purpose of supporting and protecting fuse elements from damage caused by overloads or short circuits. The R60200-1STR is a fuseholder produced by Cooper Bussmann, a provider of electrical and electronic components. This fuseholder offers a cost-effective solution to protecting electrical systems in a variety of applications.

Application Field

The R60200-1STR is typically used for the protection of primary and/or secondary filament type circuits. It is especially well-suited for protecting motors, transformers, lamps, solenoids, and other related equipment from short-circuit damage. This fuseholder is rated at 600 volts and is approved for use in hazardous locations, such as Class 1, Division 2, Groups A, B, C, D, and non-hazardous locations per UL and CSA standards.

The R60200-1STR has an operating temperature range of from -40°C to +105°C (-40°F to +221°F). It is designed for direct attachment to an existing printed circuit board with the addition of an appropriate fuse block. It can also be used in a variety of other applications where the use of a reliable fuseholder is required.

Working Principle

The R60200-1STR works on the principle of providing a short-circuit protection for equipment. In the event of an over-current, the fuse element inside the holder is designed to melt, providing an open connection and thus preventing further damage to the load. This fuseholder is also designed to protect and support the fuse element from physical damage. The device is provided with terminal connections for the loads, as well as emergency shutdown capability via a power-disconnect switch.

The R60200-1STR is designed to provide reliable protection of electrical systems and equipment from overloads or short-circuits. The device is UL and CSA listed, and meets the requirements for use in hazardous locations configuration. The device is also designed to provide a cost-effective solution to protecting loads from short-circuit damage, while providing durability and reliability in its operation.

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