6 Nm Electromagnetic Power Off Brake, 24VDC

The 6 Nm electromagnetic cut-off brake is designed for applications that require reliable and immediate braking. The 24V DC servo motor brake provides powerful braking force while taking up minimal space in your facility.

Specification

• Model: ATO-POB-S100
• Static Torque: 6 Nm
• Rated Voltage: DC 24V
• Rated Power: 23W
• Closing Time: 80 m/s
• Disconnection Time: 40 m/s
• Insulation Grade: H
• Weight: 0.89kg

Features

• The electromagnetic power-off brake offers a dependable braking performance. The brake engages automatically when the power supply is interrupted or switched off.
• Power-off brakes are designed with a compact footprint, allowing for easy integration into various systems and machinery without occupying excessive space.
• The electromagnetic power-off brake has a quick response time, allowing for prompt engagement and disengagement.
• Due to their simple and robust design, 6 Nm power-off brakes require minimal maintenance.

Dimensions (unit: mm)

Applications

The electromagnetic power-off brake is suitable for various machinery applications such as metallurgy, machine tools, packaging, construction, chemical industry, food industry, stage equipment, elevators, ships, etc. It is used in situations where braking is required during power failure to achieve rapid stopping, precise positioning, and safe braking.

Tips: Are servo motor brakes compatible with all servo motors?

Servo motor brakes are not inherently compatible with all servo motors. The compatibility of a servo motor brake depends on several factors, including the specific design and specifications of both the servo motor and the brake.

Servo motor brakes are typically designed to work with specific servo motor models or families, and they may have different mounting configurations, power requirements, and control interfaces. Therefore, it is essential to check the compatibility information provided by the manufacturer of both the servo motor and the brake.

When selecting a servo motor brake, you should consider factors such as the servo motor's size, voltage, torque, and speed requirements, as well as the specific application and operating conditions. It is recommended to consult the documentation or contact the manufacturer of the servo motor and the brake to ensure compatibility and obtain the appropriate components for your system.