Resistors, dedicated for use with MCRF-ST 16kW frequency inverters 4 OHM MCRF-ST 16KW 4 OHM
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Sales unit dimensions and weight: 1 pcs
Resistors, dedicated for use with MCRF-ST 16kW frequency inverters 4 OHM MCRF-ST 16KW 4 OHM
Braking resistors from the MCRF-ST series are a key element in installations using frequency inverters, providing effective dissipation of energy generated during motor braking. Instead of losing energy in the form of heat, the resistor converts it safely, protecting both the inverter and the entire installation. This particular model, with a power of 16 kW and a resistance of 4 Ohm, is dedicated to working with LS Electric inverters, offering optimal performance and reliability.
These resistors are characterized by a compact design and a safe housing, which facilitates installation and ensures long-term operation. A built-in thermostat (in some models) provides additional protection against overheating. Thanks to this solution, the motor braking process becomes more controlled and energy efficient.
Application and benefits:
- Effective braking: The resistor enables effective motor braking without excessive load on the power supply network.
- Inverter protection: By dissipating braking energy, the resistor protects the inverter from damage caused by overvoltage.
- Compact dimensions: Allow installation in limited space.
- Safety: The safe housing minimizes the risk of accidental contact with live parts.
- Dedicated to LS Electric: Ensures optimal compatibility and performance with inverters of this brand.
- High reliability: Solid construction guarantees long-lasting and trouble-free operation.
It is worth noting that selecting the appropriate braking resistor is crucial for the proper functioning of the system. It is necessary to take into account the motor power, inverter parameters and load characteristics. This 16kW/4 Ohm model is ideal for applications requiring significant braking power, such as cranes, hoists or industrial machines. Additionally, it is important to ensure adequate ventilation in the resistor mounting location to avoid overheating and ensure its optimal operation.
