REXROTH 2AD132B-B05OLE-BS08-C2N1 servo spindle motor Inquiry Product

Short Description:

Rexroth 2AD132B-B05OLE-BS08-C2N1 blower-cooled AC spindle motor with BS08 feedback for CNC and nutrunner drive.


Details

Product Details:

REXROTH 2AD132B-B05OLE-BS08-C2N1 is an AC asynchronous spindle motor of Indramat 2AD series. It adopts flange mounting structure and axial blower cooling, with BS08 digital feedback interface, suitable for heavy-duty CNC spindle and high-torque nutrunner tightening applications. This legacy motor is discontinued, and available stock are refurbished spare units for old automation production lines.

This spindle motor works with Rexroth drive controller to achieve closed-loop speed and position control. It supports wide speed regulation range and stable continuous operation under heavy load. Separate power and signal wiring reduces electromagnetic interference from inverters and workshop environment. It is a standalone motor without gearbox, torque transducer or built-in holding brake.

The internal winding complies with Class F insulation standard. The motor housing reaches IP54 protection grade against dust and incidental coolant splash. Optimized rotor design suppresses torque ripple and vibration for smooth high-speed running. Standard flange interface supports modular assembly and convenient on-site replacement.

All operating parameters can be configured via Rexroth engineering software. Every finished motor passes factory inspection including insulation resistance test, speed stability test, cyclic load test and vibration endurance test to guarantee stable performance in multi-shift industrial production lines.

It is widely used on CNC machining centers, automotive chassis fastening stations and heavy machinery assembly equipment. Typical application scenarios include main spindle drive units, spare replacement motors for aging Indramat systems and drive components for refurbished spindle assemblies. Automation integrators select this Rexroth motor for its reliable cooling structure and stable feedback performance.


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