5W Non-Inductive Cement Resistor — High Pulse & Surge Resistance

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Description

5W Non-Inductive Cement Resistor — High Pulse & Surge Performance

This 5W cement-type resistor is designed for circuits that require stable operation under frequent pulses and surge loads. With a low-inductance internal structure and excellent thermal endurance, it maintains consistent performance in power electronics and industrial control environments.

Key Features of Non-inductive Resistor

  1. Non-Inductive Construction — Minimizes parasitic inductance for accurate performance in high-frequency and switching environments.

  2. High Pulse Tolerance — Cement body and robust internal structure withstand repeated surge and pulse loads.

  3. Excellent Thermal Stability — High heat resistance ensures stable resistance over wide temperature ranges.

  4. High Power Dissipation (5W) — Optimized for continuous and pulsed power applications.

  5. Durable Cement Housing — Provides mechanical protection, flame resistance, and long service life.

  6. Available Tolerances & Mounting Options — Multiple tolerance grades and axial/lead styles available on request.

5W Non-Inductive Cement Resistor for Surge Suppression10W-Non-Inductive-Cement-Resistor

   Dimensions:

10W resistor

Part No.PowerResistance Range (Ω)A (mm) ±1.5B (mm) ±1.5C (mm) ±1.5H (mm) ±1.5P (mm) ±1.5d (mm) ±0.05Max. Working VoltageMax. Overload VoltageMax. Insulation Voltage
MPR2W0R01~2R28.514.05.04~189.00.75100V100V800V
MPR3W0R01~2R213.014.05.04~189.00.75100V100V800V
MPR5W0R01~2R718.014.05.04~189.50.75150V150V1000V
MPR5WOR01~2R718.016.08.54~1810.00.75150V150V1000V
MPR7W0R01~2R718.014.05.04~189.50.75150V150V1000V
MPR10WOR01~4R717.026.05.04~1820.00.75300V300V1000V
MPR2W+2WOR01~4R710.026.05.04~1810.00.75200V200V1000V
MPR3W+3W0R01~4R713.026.05.04~1810.00.75250V250V1000V
MPR5W+5W0R01~4R717.026.05.04~1810.00.75300V300V1000V
MPR7W+7W0R01~4R720.026.05.04~1810.00.75350V350V1000V
MPR5W+5W0R01~4R714.026.08.04~1810.00.75350V350V1000V

Bend Forming Type Dimensions:

10W non-inductive resistor

Part No.PowerResistance Range (Ω)A (mm) ±1.5B (mm) ±1.5C (mm) ±1.5H (mm) ±1.5P (mm) ±1.5D (mm) ±0.05Max. Working VoltageMax. Overload VoltageMax. Insulation Voltage
MPR2WOR01~2R28.514.05.013.09.00.75100V100V800V
MPR3W0R01~2R213.014.05.013.09.00.75100V100V800V
MPR5W0R01~2R718.014.05.013.09.50.75150V150V1000V
MPR7W0R01~2R718.014.05.013.09.50.75150V150V1000V
MPR10W0R01~4R717.026.05.013.020.00.75300V300V1000V
MPR2W+2W0R01~4R710.026.05.013.010.00.75200V200V1000V
MPR3W+3WOR01~4R713.026.05.013.010.00.75250V250V1000V
MPR5W+5W0R01~4R717.026.05.013.010.00.75300V300V1000V
MPR7W+7W0R01~4R720.026.05.013.010.00.75350V350V1000V
MPR5W+5W0R01~4R714.026.08.013.010.00.75350V350V1000V

Technical Specifications

Power Rating5W
Resistance Range0.01Ω to 4.7Ω (or customize)
Tolerance±5% 10%
Max Working Voltage300V
Max Overload Voltage300V
Max Insulation Voltage1000V
Operating Temperature Range-40°C to +125°C

Applications of Non-inductive Resistor

  • Surge suppression and snubber networks (with an external capacitor)

  • Load testing and dummy load circuits

  • Power supplies and inverters

  • Motor drive boards and industrial controllers

  • High-frequency switching environments where low inductance is required

Quick Note — RC Snubber vs. Non-Inductive Cement Resistor

  • RC snubber = a network (resistor + capacitor) used to damp transients across switches (e.g., IGBTs).

  • Non-inductive cement resistor = a standalone resistor with very low inductance and high pulse capability.

  • It can be used as the resistive element in an RC snubber, but by itself it is not a complete snubber network