RER60F8450RC02

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Chassis Mount Resistors
RER60F8450RC02, also known as Fusible Resistors, are ideal for reducing inrush current or other surge loads in power supplies, motor controllers, and process controllers. These resistors provide an overload protection function that is designed to protect sensitive components from excessive load current or transient voltage surges.
RER60F8450RC02 resistors feature a long-term stability rating and have an insulation-sleeve construction that helps reduce any permanent contact or abrasion damage. The internal resistor element is of a MELF, or Metal Oxide Film element, designed to provide reliable electrical performance. The resistor also features a lead-free, RoHS compliant construction.
Application Field
RER60F8450RC02 resistors are most commonly used in a variety of applications involving power supplies, motor controllers, process controllers, and other industrial or automotive controllers. They are ideally suited for reducing inrush current or other large surge loads, protecting sensitive components from excessive current or voltage. The long-term stability rating and RoHS compliant construction also make these resistors an ideal choice for applications requiring reliable, high performance parts.
Working Principle
RER60F8450RC02 resistors are designed to reduce inrush current or other surge loads in power supplies, motor controllers, and process controllers. The resistor is constructed using a MELF film element that is encased in an insulation-sleeve construction. This construction helps to protect the resistor from physical abrasion or contact damage. The resistor also features lead-free, RoHS compliant construction, making it suitable for various industrial and automotive applications.
When a load such as an inrush current or surge load is applied to the resistor, the resistor will absorb and reduce the load from the power supply or process controller, preventing it from travelling back to the source. This helps to protect sensitive components from excessive current or voltage surges.

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