IRN

RARA IRN100

Flat Type Metal Clad Wire Wound Resistors
  • Flat and narrow type metal clad wire wound resistor
  • Cement or silicone filling material with an extruded aluminium housing
  • 300mm flying leads
  • Excellent heat dissipation
  • Insulation resistance of 20MΩ minimum
  • Temperature range of -55°C up to +200°C (cement) / +150°C (silicone)
  • Short time overload of 5 x power rating is 5 seconds

RARA IRN150

Flat Type Metal Clad Wire Wound Resistors
  • Flat and narrow type metal clad wire wound resistor
  • Cement or silicone filling material with an extruded aluminium housing
  • 300mm flying leads
  • Excellent heat dissipation
  • Insulation resistance of 20MΩ minimum
  • Temperature range of -55°C up to +200°C (cement) / +150°C (silicone)
  • Short time overload of 5 x power rating is 5 seconds

RARA IRN50

Flat Type Metal Clad Wire Wound Resistors
  • Flat and narrow type metal clad wire wound resistor
  • Cement or silicone filling material with an extruded aluminium housing
  • 300mm flying leads
  • Excellent heat dissipation
  • Insulation resistance of 20MΩ minimum
  • Temperature range of -55°C up to +200°C (cement) / +150°C (silicone)
  • Short time overload of 5 x power rating is 5 seconds

Custom Component Solutions

Working alongside your design team from the earliest stage, we help you select the right part for the application and, where a standard part will not do, develop customised components with our manufacturing partners such as lead length, termination and package size.

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Manufacturers

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IRN

Experience engineering precision with the IRN Series, a lineup of metal-clad resistors designed for industrial applications. The IRN models, featuring a narrow and flat design, deliver high-power performance ranging from 50W to 150W with low inductance. Housed in aluminum chassis, these wirewound resistors ensure rugged protection in demanding environments. The resistance spans from 1Ω to 1.75kΩ, providing flexibility for various projects. Tolerances of ±0.5%, ±1%, ±2%, ±5%, and ±10% guarantee accuracy, while a maximum Temperature Coefficient of Resistance (TCR) of 260ppm/℃ ensures stability. Suitable for diverse applications such as motor drives, braking, and power sources in industrial settings, the IRN Series excels with its flat design, allowing excellent heat dissipation. Explore the precision of the IRN Series for reliable performance in challenging conditions.