Part of the Schneider Electric Square D BMH series, the BMH0702P07F2A servo motor is engineered for precision motion control in demanding industrial environments. This synchronous motor type is designed to deliver consistent and efficient operation, making it suitable for applications requiring accurate speed and position feedback. Its robust construction ensures reliability in continuous operation.

Technical details

• Series: BMH
• Motor Type: Synchronous Servo Motor
• Frame Size: 07 (This typically indicates the motor's physical dimensions and mounting footprint. Specific dimensions should be verified against the manufacturer's datasheet.)
• Shaft Diameter: 02 (This indicates the diameter of the motor shaft. Specific dimensions should be verified against the manufacturer's datasheet.)
• Voltage Class: P07 (This code often denotes the voltage rating. For this specific part number, it is likely a 230V or 400V class motor, but verification against the datasheet is recommended.)
• Feedback Type: F2A (This typically refers to the encoder resolution and type, often a high-resolution encoder for precise positioning. Specific encoder details should be verified against the manufacturer's datasheet.)
• Brake: A (This indicates the presence of a brake, typically a holding brake for safety and position retention when power is removed.)
• Connector Type: A (This likely refers to the type of power and feedback connectors used on the motor.)

Applications & compatibility

The Schneider Electric Square D BMH0702P07F2A servo motor is commonly integrated into automated machinery for tasks requiring high accuracy and dynamic response. Applications include CNC machining centers, automated assembly lines, packaging equipment, and robotics where precise movement and repeatability are critical for product quality and throughput.

Available from Industrial Automation Co as new, refurbished, or surplus stock, backed by a 2-year warranty with same-day shipping on in-stock items. Request a quote for the BMH0702P07F2A or contact our technical team for cross-reference assistance with compatible BMH series components.