Resistors, dedicated for use with MCRF 2kW 40 OHM frequency inverters MCRF 2KW 40 OHM
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TECHNICAL DATA
Sales unit dimensions and weight: 1 pcs
Resistors, dedicated for use with MCRF 2kW 40 OHM frequency inverters MCRF 2KW 40 OHM
Braking resistors for frequency inverters
Resistors dedicated to working with frequency inverters, such as the MCRF 2kW 40 OHM model, play a key role in motor braking systems. Their task is to safely dissipate excess energy generated during braking, converting it into heat. Using a braking resistor protects the inverter from damage and ensures stable system operation.
Construction and application
This specific model, with a power of 2kW and a resistance of 40 Ohm, is designed specifically for use with LS Electric inverters. These resistors are used in a variety of industrial applications where effective motor braking is required – from simple production lines to advanced automation systems. Compact dimensions (510 x 70 x 45 mm) facilitate mounting even in limited spaces.
Key features and benefits
- Dedicated to LS inverters: Ensures optimal operating parameters and compatibility with LS Electric devices.
- High power: 2kW power allows for effective braking of higher power motors.
- Precise resistance: A value of 40 Ohm guarantees correct dissipation of braking energy.
- Wide operating temperature range: From -55°C to 200°C enables operation in harsh industrial conditions.
- Durable construction: Ensures long-lasting and reliable operation of the device.
- Safety: Safe housing minimizes the risk of accidental contact with live parts.
- Insulation: High insulation (100 MΩ) increases safety of use.
- Dielectric strength: AC 2,500V / 1 Min provides protection against insulation breakdown.
The MCRF 2kW 40 OHM resistor is a solid solution for installers and users looking for a reliable motor braking system component that will ensure long-lasting and safe operation of the inverter. The temperature coefficient of resistance is ±260 ppm/°C, which means stable parameters in various temperature conditions.
