MAG BG657 Automatic Barrier Gate

MAG BG657 Automatic Barrier Gate

The MAG BG657 is an advanced automatic barrier gate designed to provide a safe, efficient, and stylish entrance control solution for areas with high traffic flow. With modern technology and improved features, the MAG BG657 not only optimizes performance but also minimizes maintenance costs and ensures long-term, reliable operation.

This barrier gate is equipped with the BlueSpeed motor, which uses optimized speed and torque ratio technology, enabling fast operation, reducing wear, and eliminating the need for motor maintenance. The DSP Dual Spring Mechanism ensures smooth arm movement, reduces vibration, and protects the springs from damage, minimizing downtime.

The MAG BG657 also features DSD Dual Sensor Detection technology, which automatically reverses the barrier arm when there is an abrupt change in motor rotation or current, preventing collisions with vehicles and pedestrians. With the NLSV2 Design, the gate eliminates blind spots, ensuring precise and consistent opening and closing without interference from ambient light.

The newly designed top-mounted cooling fan helps optimize airflow, enhancing cooling performance and supporting continuous high-frequency operation. The MAG BG657 is also equipped with a self-reversing arm feature and can be integrated with traffic lights to enhance safety during traffic control operations.

Specifications

Dimensions & Housing:

• Motor: MAG BlueSpeed AC motor
• Max Starting Torque: 2.1 ± 0.1 N·m
• Max Torque: 2.1 ± 0.1 N·m
• AC Rotation Speed: 460 ± 40 RPM
• Mechanical Temperature: -40°C to 75°C
• Electrical Temperature: -10°C to 75°C
• Power Supply: 220V ± 10% AC, 50/60Hz
• Power Consumption: 80W, 1.25A @ 240V
• Starter Capacitor: 9+9μF, 450VAC
• Relative Humidity: < 90%, non-condensing

Performance:

• Arm Speed:
  • 1.8 seconds (fast)
  • 3 seconds (standard)
  • 6 seconds (slow)
• Internal Lubrication: Grease
• IP Rating: IP44 (dust and splash protection)
• Mean Time Before Failure (MTBF): 4 million cycles