Allen Bradley Torque Rotary MT-GD2

Specification

• Model: MT-GD2
• Type: Micro-Torque Rotary Actuator
• Torque Capacity: 0.5 Nm
• Rotation Angle: 360 degrees
• Speed Range: 0-300 RPM
• Input Voltage: 24V DC
• Power Consumption: 15W
• Control Method: Digital
• Communication Interface: RS-485
• Environmental Rating: IP54
• Operating Temperature: -10°C to 50°C

Discover the Allen Bradley Torque Rotary MT-GD2, a state-of-the-art solution for all your motion control needs. This advanced torque rotary module delivers unmatched precision and reliability, ensuring optimal performance in industrial automation applications. With a robust design and easy integration capabilities,  stands out as the go-to choice for engineers and technicians. Explore its key features, including high torque capacity, seamless communication with Allen Bradley PLCs, and user-friendly configuration. Trust Ribhu International for all your automation requirements, offering competitive prices and expert support.

FAQs:

1. What are the key features of the Allen Bradley Torque Rotary MT-GD2?

Answer: The Allen Bradley Torque Rotary MT-GD2 offers several key features, including:

• High torque capacity for demanding applications.
• Seamless integration with Allen Bradley PLCs.
• Robust and durable design for long-lasting performance.
• User-friendly configuration and operation.
• Enhanced precision and reliability in motion control.

2. How does the MT-GD2 integrate with Allen Bradley PLCs?

Answer: The MT-GD2 integrates seamlessly with Allen Bradley PLCs through its advanced communication protocols, allowing for smooth data exchange and coordinated motion control. This ensures efficient and synchronized operation within your automation system.

3. What industries can benefit from using the Allen Bradley Torque Rotary MT-GD2?

Answer: The Allen Bradley Torque Rotary MT-GD2 is ideal for a variety of industries, including manufacturing, automotive, packaging, and material handling. Its high torque capacity and precision make it suitable for applications requiring reliable motion control.