RER70F14R3RCSL

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Chassis Mount Resistors have a wide range of applications, from high-voltage to low-power applications. RER70F14R3RCSL is one of these resistors, specifically designated for high-reliability applications. This type of resistor is constructed in a metallic cage, providing superior heat dissipation, shock resistance and robustness to withstand vibrations.

RER70F14R3RCSL is designed to handle high-voltage applications and as a result has a wide power range of 70W and a resistance range of 1.4Ω-23.3kΩ. The hot-spot temperature should not exceed 175°C. This resistor is capable of dissipating temperature through its highly conductive aluminum spaced-bar cage. This also provides excellent thermal shock resistance. Additionally, it is resistant to moisture, mold and salt water.

RER70F14R3RCSL has a unique working capability, which is unique to chassis mount resistors. It uses a funneled connection to the chassis as its electrical connection terminal, enabling a high-voltage application to be increased to a high power dissipating device. With the use of a special bracket and a terminal fixing screw, the connection is securely fixed to the chassis. This terminal connection ensures that the resistor is capable of dissipating heat quickly and effectively, without failing.

The unique design of the resistor ensures that its behaviors do not alter over time. Unlike most other resistors, which need to be re-measured after a period of time, the RER70F14R3RCSL remains stable. This reduces the labor cost and cost of maintenance of the resistor.

RER70F14R3RCSL also offers Enhanced Capacitance Immunity. Through the use of a 1Hr overvoltage and an integrated ESD/LED protection circuit, it effectively prevents damage to the resistor due to ESD, transient noise and power cycling. This ensures that the resistor can work reliably in the most extreme environments.

RER70F14R3RCSL is an excellent choice for use in high-reliability or harsh working environments. It is constructed using high-grade low-loss materials, which make it resistant to aging and corrosion. It is also designed for long-term reliability. With its superior heat dissipation, shock resistance and enhanced capacitance immunity, it is the perfect choice for a variety of high-voltage applications.

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