ABB SACE15RE13 Braking Resistor

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Product Overview

ABB SACE15RE13 Braking Resistor
The ABB SACE15RE13 is a braking resistor designed for inverter systems to absorb regenerative energy generated during motor braking or deceleration. It protects the drive system and ensures smooth motor stopping. The resistor rapidly converts regenerative energy into heat, preventing DC bus overvoltage and enhancing system reliability and safety. Its modular design is suitable for industrial environments and provides high-temperature and high-power endurance.

Technical Specifications

• Model: SACE15RE13

• Device Type: Braking Resistor

• Applicable Equipment: ABB inverters (VFD / ACS series)

• Rated Power: 15 kW (depending on usage conditions)

• Resistance: 13 Ω

• Maximum Operating Voltage: DC 600 V

• Cooling Method: Natural or forced air cooling (depending on installation)

• Operating Temperature: -25℃ to +70℃

• Protection Class: IP20 (open installation environment)

• Mounting Method: Panel or DIN rail (depending on model)

• Standards: IEC 60204-1 industrial electrical safety standard

Advantages and Features

1. High-Efficiency Braking
   Quickly absorbs regenerative energy, preventing DC bus overvoltage and enhancing inverter protection.

2. Industrial Durability
   Supports high-power, continuous operation, suitable for high-temperature and vibration environments.

3. Compact Design
   Modular and compact, easy to install in control cabinets or near inverters.

4. Safe and Reliable
   Built with high-temperature resistant materials, reducing overheating risks for stable long-term operation.

5. Strong Compatibility
   Compatible with a variety of ABB low- and medium-voltage inverter systems.

Typical Applications

• Inverter-driven industrial automation production lines

• Motor braking control for elevators, cranes, and conveyors

• Fan, pump, and pumping station speed control systems

• Rapid braking control for robots and automated equipment

• Industrial applications requiring safe stops and DC bus protection

Installation & Usage Notes

1. Power Off Before Installation: Disconnect power to avoid electric shock or equipment damage.

2. Installation Position: Ensure adequate airflow and avoid enclosed spaces to prevent overheating.

3. Wiring Requirements: Connect to inverter braking resistor terminals according to the manual.

4. Power Rating Matching: Select resistor power according to inverter and load braking energy.

5. Regular Inspection: Check for overheating signs and ensure wiring is secure.