Product Description
Introducing MS2N04-B0BNN-CMSH1-NNNNN-GE080N2040AN-NN from Bosch Rexroth, a cutting-edge addition to the company's MS2N range. The motor, which is ideal for industrial uses in challenging working environments, has raised the bar with its motion control and high performance. This MS2N variant is compact and powerful with its Size 04 making it reliable to pull off high-performance tasks in limited spaces. It seamlessly balances power output and a compact footprint for high-performance courtesy of its B-length. The MS2N04-B0BNN-CMSH1-NNNNN-GE080N2040AN-NN has you covered with its low rotor inertia (0). This makes the component well-suited for pulling off dynamic applications. It's 3,000 rpm winding system (BN) provides a strong mix of speed and torque, suited for diverse industrial needs. The self-cooling mechanism (N) offers optimal temperature management, making it easy to set up and maintain the device.
It offers unparalleled Accuracy with its 20-bit digital encoder equipped with ACURO link technology and SIL 2 certification (C) provides safety and accuracy. Moreover, the multiturn absolute encoder design can track up to 4,096 revolutions (M), making precise positioning a breeze. It simplifies wiring via M23 single-cable connection (S) that offers flexibility courtesy of its turnable design. The lack of a seal in the shaft (H) provides efficient operation regardless of the settings. The holding brake (1) allows you to control the motor.
The industrial-grade motor is a reliable tool for industrial tasks where stability is important whereas the IM B5/IM 3001 compliance with PT1000 sensor (N) construction guarantees continuous temperature monitoring and protects your investment. Standard bearings (N) and a standard coating (N) ensure durability and ease of integration. Moreover, it uses a flange mounting (N) and there are no design options available. The MS2N04-B0BNN-CMSH1-NNNNN-GE080N2040AN-NN stands out as a reliable, high-performance choice that enhances precision and productivity regardless of the project.