BW156 Braking Resistor
Compact, reliable energy dissipation for modern inverter drives. Protect sensitive components, prevent overvoltage, and extend drive life.
Why choose BW156
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High Power Density
Delivers strong braking performance in a compact footprint.
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Thermally Optimised
Efficient heat path for stable operation and long life.
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Easy Integration
Compatible with leading VFD brands.
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Certified Safety
Built to IEC / UL requirements and proven in industry.
Technical snapshot
Where REO Braking Resistors are used
- Elevators & Lifts
- Cranes & Hoists
- Railway Systems
- Marine & Offshore Equipment
- Wind & Energy Systems
Latest news & insights
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Understanding intermittent/peak duty and why the headline wattage can mislead.
Read articleFrequently asked questions
What is a braking resistor and how does it work?
A braking resistor dissipates excess energy when an electric motor slows down. The resistor converts the energy into heat, preventing drive damage.
Why are braking resistors used in motor drives?
They protect drives from overvoltage during deceleration by safely dissipating energy that would otherwise damage DC components.
What are the benefits of using a braking resistor?
Improved braking performance, reduced stopping time, and increased drive protection.
How do I choose the right braking resistor?
You need to ensure that the resistor’s power rating and ohmic value are matched to your specific drive. It is always safer to use an oversized resistor than an undersized one. Contact the REO team for help with sizing
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Get pricing, lead times, or sizing help from our engineering team.