SENRISE 10W-50W Aluminium Clad Power Resistors Shell Resistor Housing Chassis Mount Wirewound 0.01ohm-100Kohm

Overview: Aluminum shell resistor, the shell is made of aluminum alloy (gold aluminum shell), the surface has heat dissipation groove, small volume, high power, high temperature resistance, strong overload capability, weather resistance, high precision, standard low induction resistance, high stability, strong architecture It has a flexible combination of multiple combinations, which is conducive to mechanical protection and easy to install and use. Features: - Metal aluminum shell, good heat dissipation, suitable for heat sink installation, long-term use in harsh environments. - Small size and high load power. - High insulation, integrated with flame-retardant inorganic materials, good shock resistance. - Widely used in power supplies, inverters, elevators, stage audio and high-end equipment industries. Specifications: Material: Alloy Rated power: 10W/25W/50W Resistance: 0.1 Ohm/0.22 Ohm/0.47 Ohm/1 Ohm/10 Ohm/100 Ohm/2.2 Ohm/22 Ohm/3.3 Ohm/4.7 Ohm/47 Ohm/470 Ohm/6.8 Ohm/8.2 Ohm(As Selected) Max Voltage : 200V Tolerance : 5% Temperature Coefficient : 300ppm/°C Fixing Points : 2 Terminal Length : 11mm Body Length : 20mm (10W), 28mm (25W), 50mm (50W) Height : 11mm (10W), 14mm (25W), 14mm (50W) Width : 23mm (10W), 27mm (25W), 27mm (50W) Distance Between Fixing Centers : 14mm x 17mm (10W), 18mm x 20mm (25W), 40mm x 20mm (50W) Package Included: 1 × Aluminium Clad Power Resistors

✔️Small size and high load power. ✔️High insulation, integrated with flame-retardant inorganic materials, good shock resistance. ✔️Widely used in power supplies, inverters, elevators, stage audio and high-end equipment industries. ✔️Shell is Made of Aluminum Alloy, A Heat Radiating Groove on The Surface, Suitable for Cooling Plate Installation, Can be Used in Atrocious Environment. ✔️Your satisfaction and positive feedback is very important to us. If you have any problems about the item, please do not have any hesitation to contact us. We would solve your problem first.