Mitsubishi Electric GM-SHYF-RH SHY Series Right Angle Hollow Shaft Geared Motor

Description

Engineered for high-torque efficiency in space-constrained industrial systems, the Mitsubishi Electric GM-SHYF-RH is a premium right-angle geared motor belonging to the highly reliable SHY Series. This unit combines a space-saving hollow shaft configuration with a versatile housing design that supports both flange-type and face-mounting installations. By utilizing advanced hypoid gear technology, this geared motor delivers superior mechanical efficiency and reduced noise levels compared to traditional worm gear units, making it an ideal choice for continuous-duty industrial automation applications.

Features

• Right-Angle Hypoid Gear Design: Delivers high transmission efficiency with quiet, low-vibration operation.
• Hollow Shaft (H) Configuration: Eliminates the need for flexible couplings, reducing overall machine footprint and mechanical complexity.
• Dual Mounting Flexibility (F): Integrated housing supports both flange and face mounting for versatile installation options.
• Robust Construction: Engineered to withstand high radial and axial loads in harsh industrial environments.
• Optimized Heat Dissipation: High-grade aluminum or cast iron casing designed for efficient thermal management.

Applications

• Conveyor and material handling systems
• Packaging machinery and automated lines
• Food processing and bottling equipment
• Intralogistics and sorting machinery

Technical Specifications

Installation Guidelines

• Alignment: Ensure the driven shaft is precisely aligned with the hollow shaft of the GM-SHYF-RH to prevent premature bearing wear and mechanical fatigue.
• Mounting: Securely anchor the unit using high-tensile bolts through either the flange or face-mounting interfaces. Refer to the manufacturer's mechanical drawing for torque specifications.
• Ventilation: Provide adequate clearance around the motor housing to facilitate natural convection and prevent thermal overloading.
• Electrical Grounding: Always connect the motor frame grounding terminal to the plant earth system in accordance with local electrical codes.