R Jeet Enterprises

Power Resistors are high-wattage resistive components designed to handle large electrical loads with stable performance. They are used for current limiting, voltage dropping, braking, load testing, and energy dissipation in industrial and power electronics applications, offering high reliability, thermal stability, and long service life.

Dynamic Braking Resistors (DBR) are high-power resistors used to safely dissipate excess energy generated during motor deceleration. They protect drives and inverters from over voltage, ensure controlled braking, and improve system safety and performance in applications such as elevators, cranes, and industrial motor drives.

Dynamic Braking Resistors (DBR) are high-power resistors used to safely dissipate excess energy generated during motor deceleration. They protect drives and inverters from over voltage, ensure controlled braking, and improve system safety and performance in applications such as elevators, cranes, and industrial motor drives.

Multi-Tap Wire Wound Resistors are high-power resistors with multiple terminals that provide selectable resistance values from a single unit. Built with resistance wire wound on a ceramic core, they offer excellent thermal stability, flexibility, and reliability for voltage control, current limiting, and industrial power applications. stability, industrial-grade construction.

Wire Wound Resistors are precision resistors made by winding resistance wire around an insulated core. They offer high accuracy, excellent thermal stability, and high power handling, making them ideal for current limiting, voltage dropping, and load applications in industrial, power, and electronic systems.

Silicone Coated Power Resistors are high-reliability resistors designed for high-power and high-temperature applications. The heat-resistant silicone coating provides excellent insulation and protection against moisture, dust, vibration, and chemicals, ensuring stable performance, safety, and long service life in demanding industrial environments.

Heating Resistors are high-power resistive elements designed to convert electrical energy into controlled heat. They provide uniform heating, high thermal efficiency, and reliable performance, making them suitable for industrial heating applications such as panel heaters, load banks, ovens, dryers, and temperature-controlled systems.

Discharge Resistors are high-power resistive devices used to safely dissipate stored electrical energy from capacitors, DC buses, batteries, and power systems after shutdown. They reduce residual voltage to safe levels, enhance operational safety, and protect equipment and personnel in industrial, power electronics, and energy storage applications.

Discharge Resistors are high-power resistive devices used to safely dissipate stored electrical energy from capacitors, DC buses, batteries, and power systems after shutdown. They reduce residual voltage to safe levels, enhance operational safety, and protect equipment and personnel in industrial, power electronics, and energy storage applications.

Loading Resistors are high-power resistive components used to apply controlled electrical loads for testing, commissioning, and performance evaluation of electrical systems. They safely dissipate electrical energy while simulating real operating conditions, making them ideal for generator testing, UPS systems, inverters, power supplies, and industrial electrical equipment.

Loading Resistors are high-power resistive devices used to apply controlled electrical loads for testing, commissioning, and system validation. They safely dissipate electrical energy while simulating real operating conditions, making them essential for load testing of generators, power supplies, UPS systems, inverters, and industrial electrical equipment.

Punched Grid Stainless Steel Resistors are high-power resistors designed for heavy-duty energy dissipation in demanding industrial applications. Manufactured from precision-punched stainless steel grids, they offer excellent thermal performance, mechanical strength, and overload capability, making them ideal for braking, load testing, discharge, and dynamic energy control systems.