The Schneider Electric Square D BMI1002P07F is a three-phase servo motor designed for precise motion control in demanding industrial environments. This motor integrates Lexium 32i servo drive technology, enabling efficient operation within automated systems. It is engineered for applications requiring dynamic positioning and accuracy, commonly found in material handling, packaging, and printing machinery.

Technical details

• Series: Lexium 32i integrated servo drive system
• Motor Type: Three-phase servo motor
• Voltage Compatibility: Refer to manufacturer datasheet for specific voltage requirements (part number does not explicitly define voltage class)
• Frequency Compatibility: Refer to manufacturer datasheet for specific frequency requirements (part number does not explicitly define frequency)
• Power Rating: Refer to manufacturer datasheet for specific power rating (part number does not explicitly define power)
• Current Rating: Refer to manufacturer datasheet for specific current rating (part number does not explicitly define current)
• Communication Protocol: Refer to manufacturer datasheet for compatible communication protocols (part number does not explicitly define protocol)
• Mounting: Standard servo motor mounting configuration (verify dimensions against datasheet)

Applications & compatibility

This servo motor is suitable for integration into automated production lines, including high-speed packaging equipment, precision printing presses, and automated material handling systems. Its design facilitates accurate and repeatable movements essential for complex manufacturing processes. Verify compatibility with your existing control system and network infrastructure against the manufacturer's specifications.

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 Schneider Electric Square D BMI1002P07F or contact our technical team for cross-reference assistance with compatible Lexium 32i components.