Omron R88M-G40030H-S2-Z SmartStep2 G-series Servomotor

Description

Precision motion control applications require reliable, dynamic torque delivery, which is exactly what the R88M-G40030H-S2-Z AC servomotor provides. As a core component of the Omron SmartStep2 G-series family, this cylinder-type motor is designed for high-efficiency operation in demanding automation environments. It features a rated capacity of 400 W and a rated speed of 3,000 r/min, enabling rapid acceleration and highly accurate positioning.

The unit operates on a 200 VAC power supply and includes integrated incremental encoder feedback, facilitating tight closed-loop speed and position monitoring. To ensure secure mechanical power transmission, the "S2" configuration specifies a shaft featuring a key and tap modification, mitigating slip during high-torque transitions.

Features

• Cylinder-type mechanical design optimized for industrial durability and heat dissipation.
• Integrated incremental encoder provides robust and precise feedback to the servo drive.
• Features standard shaft configuration with key and tap (S2 option) for simplified mechanical coupling.
• High-torque density packaged in a compact, space-saving frame size.
• Seamless integration compatibility with Omron SmartStep2 servo drives.

Applications

• High-speed packaging machinery
• Automated pick-and-place assembly lines
• Material handling systems and conveyors
• Multi-axis positioning systems

Technical Specifications

Connections and Interfaces

Installation Guidelines

• Shaft Coupling: Carefully align the shaft with the load to prevent premature bearing wear. Do not exceed the maximum radial and axial load limits of the motor shaft.
• Thermal Management: Maintain an ambient operating temperature between 0 and 40 degC. Ensure adequate clearance around the motor housing for passive heat dissipation.
• Shielding and Grounding: Connect the green/yellow ground wire directly to the protective earth terminal of the companion drive. Route encoder and power lines in separate conduits to minimize electromagnetic interference (EMI).