RUKO KEB-HM-33.0mm Hollow Shaft Module

In drive technology and automation systems, precise encoder and resolver mounting is critical for accurate feedback. The RUKO GMBH KEB-HM-33.0mm hollow shaft module provides a robust mechanical adaptation for incremental and absolute encoders or resolvers on KEB motors, including the KEB COMBIMOT series. Its 33 mm bore diameter and direct shaft mounting design ensure reliable signal transmission in industrial environments.

Key specifications

• Component type: Hollow shaft module
• Bore diameter: 33 mm
• Manufacturer: KEB (Karl E. Brinkmann GmbH)
• Model series: HM Series
• Primary application: Encoder/resolver mounting
• Compatible devices: Incremental and absolute encoders/resolvers
• Motor compatibility: KEB motors (e.g., KEB COMBIMOT)
• Shaft type supported: Hollow shaft
• Mounting type: Direct shaft mounting
• Function: Mechanical adaptation for feedback systems
• Material: Industrial-grade metal alloy
• Durability: Robust design for industrial environments
• Precision: Ensures accurate encoder signal transmission
• Installation: Designed for straightforward integration
• Operating principle: Mechanical coupling
• Maintenance: Low maintenance

Why choose it

The KEB-HM-33.0mm hollow shaft module is engineered for reliability in demanding industrial settings. Its robust metal alloy construction and precise fit help maintain accurate encoder signal transmission, reducing the risk of misalignment and downtime. The direct shaft mounting design simplifies integration with KEB motors, making it a practical choice for drive technology applications.

Ideal use cases

• Mounting incremental or absolute encoders on KEB motors
• Resolver mounting in automation systems
• Drive technology applications requiring precise feedback
• Integration with KEB COMBIMOT motors

Good to know

The module is designed for low maintenance and straightforward installation. It is a mechanical coupling component, not an electronic device, and does not include any electrical connections. Its hollow shaft design accommodates the motor shaft directly, ensuring a secure fit for feedback devices.