Elevator Brake Resistors

Elevator brake resistors, also known as braking resistances, are essential components in lift control panels using VVVF inverter drive systems. During elevator deceleration, the motor may generate regenerative braking energy. The brake resistor helps absorb and dissipate this excess energy as heat, supporting stable inverter operation and controlled elevator stopping performance.

At ISF Elevator Shop, this category includes original Arkel elevator brake resistors for VVVF drive systems, Arkel control panels, modernization projects, and professional lift installations.

Arkel Elevator Brake Resistors for Lift Drive Systems

Arkel brake resistors are selected according to the elevator motor power, inverter rating, braking duty, and control panel requirements. Choosing the correct resistance value and wattage is important for safe braking energy management, drive stability, and long-term elevator performance.

This category includes three Arkel elevator brake resistor models:

• Arkel 50Ω 1000W Brake Resistor – for 5.5 kW and 7.5 kW elevator motors
• Arkel 40Ω 1000W Brake Resistor – for 11 kW elevator motors
• Arkel 25Ω 2000W Brake Resistor – for 15 kW elevator motors

Why Brake Resistors Are Important in Elevator Systems

In VVVF-controlled elevator systems, the drive must manage the energy produced during braking and deceleration. If this energy is not handled correctly, the DC bus voltage of the inverter can rise and cause drive faults, unstable operation, or unnecessary elevator interruptions.

A properly selected brake resistor helps the elevator drive dissipate braking energy safely and supports consistent elevator operation, especially in traction lift systems, frequent-start applications, and modernization projects.

• Controlled braking energy dissipation during elevator deceleration
• Improved VVVF drive stability under braking conditions
• Reduced risk of overvoltage-related drive faults
• More reliable elevator stopping performance
• Suitable for lift modernization and replacement projects
• Professional compatibility with Arkel elevator drive systems

Available Arkel Elevator Brake Resistor Models

Arkel 50Ω 1000W Brake Resistor for Elevator Systems

The Arkel 50 Ohm 1000W Brake Resistor is designed for elevator drive applications using 5.5 kW and 7.5 kW motor powers. It is a suitable choice for smaller and medium residential lift systems, compact traction elevators, and modernization projects where reliable braking energy dissipation is required.

• Product Code: 1001434
• Resistance: 50 Ohm
• Power Rating: 1000W
• Recommended Motor Power: 5.5 kW / 7.5 kW
• Application: Elevator VVVF drive systems, lift control panels, modernization projects
• Price: Login or register to view pricing

Arkel 40Ω 1000W Brake Resistor for Elevator Systems

The Arkel 40 Ohm 1000W Brake Resistor is suitable for elevator systems using approximately 11 kW motor power. It is commonly used in medium-capacity lift drive control applications where the braking resistor must support controlled deceleration and inverter stability.

• Product Code: 1001432
• Resistance: 40 Ohm
• Power Rating: 1000W
• Recommended Motor Power: 11 kW
• Application: Elevator drive control, VVVF lift panels, spare part replacement
• Price: Login or register to view pricing

Arkel 25Ω 2000W Brake Resistor for Elevator Systems

The Arkel 25 Ohm 2000W Brake Resistor is designed for higher-power elevator drive applications using approximately 15 kW motor power. With its higher wattage rating, it is suitable for stronger traction lift systems and more demanding braking energy dissipation requirements.

• Product Code: 1001430
• Resistance: 25 Ohm
• Power Rating: 2000W
• Recommended Motor Power: 15 kW
• Application: High-power elevator VVVF drives, traction lift systems, modernization panels
• Price: Login or register to view pricing

How to Choose the Correct Elevator Brake Resistor

The correct brake resistor should be selected according to the elevator motor power, drive model, braking duty, and manufacturer recommendations. Using an incorrect resistance value or wattage rating can cause poor braking performance, overheating, or drive fault conditions.

• Choose 50Ω 1000W for 5.5 kW and 7.5 kW elevator motors
• Choose 40Ω 1000W for 11 kW elevator motor applications
• Choose 25Ω 2000W for 15 kW elevator motor applications
• Always confirm compatibility with the elevator inverter and control panel
• Check ventilation, mounting position, cable routing, and heat dissipation area before installation
• For professional elevator systems, follow the drive manufacturer’s braking resistor recommendations

Important Installation Notes

Brake resistors can reach high surface temperatures during operation because they dissipate electrical energy as heat. For this reason, installation should be carried out by qualified elevator technicians or electrical professionals.

• Install the resistor in a well-ventilated area
• Keep sufficient distance from heat-sensitive components and cables
• Use correct cable sizing and secure terminal connections
• Ensure proper grounding and panel safety practices
• Do not touch the resistor immediately after operation
• Check the elevator drive manual before commissioning

Professional Elevator Brake Resistor Supply

ISF Elevator Shop supplies Arkel elevator brake resistors for lift companies, control panel manufacturers, modernization projects, and elevator maintenance teams. To access current stock status, trade conditions, and product prices, please login or register to view pricing.