BMH0702P07A1A | Schneider Electric Servo Motor

Description

Technical Specifications

Information About BMH0702P07A1A

The BMH0702P07A1A is a high-performance servo motor categorized under Servo Products, specifically designed for use in industrial automation systems that require precise control and reliable operation. This motor is ideal for applications involving accurate positioning, smooth motion control, and high-efficiency operations, making it suitable for integration into a variety of industrial and commercial environments. With a robust design and several key features, the BMH0702P07A1A offers consistent performance across demanding applications.

Motor Frame Size
The BMH0702P07A1A has a motor frame size of 70 mm, making it compact yet powerful enough for use in various mechanical systems. The 70 mm frame size provides an ideal balance between space-saving installation and power output, ensuring that the motor can be easily integrated into systems where space is limited but precision and performance are essential. This frame size supports moderate to high torque output, which is crucial for controlling loads in automation systems where accurate and repeatable motion is critical.

Protection Rating: IP54
The motor is designed with an IP54 protection rating, ensuring it is protected against limited dust ingress and water spray from any direction. This level of protection makes the BMH0702P07A1A suitable for a wide range of industrial environments, including those that experience moderate exposure to dust and moisture. The IP54 rating ensures that the motor's internal components remain shielded from environmental contaminants, which can otherwise affect its performance and lifespan. This protection level contributes to the motor’s long-term reliability, making it ideal for continuous operation in challenging industrial settings.

No Keyway Design
The BMH0702P07A1A features a shaft design without a keyway, simplifying its installation and integration into systems that do not require keyed connections. The absence of a keyway provides a streamlined shaft interface, allowing for more flexibility in coupling and installation processes. This design choice is particularly advantageous for applications where fast motor replacement or quick integration is necessary, reducing downtime and simplifying maintenance. By eliminating the keyway, the motor also offers smoother operation in applications where precision alignment of the motor and load is required.