Omron R88M-1M75030T-BS2 1S Series Servo Motor

Description

Engineered for high-performance motion control, the R88M-1M75030T-BS2 serves as a reliable rotary AC servo motor within the Omron 1S system architecture. This compact, high-efficiency motor delivers precise position control, high dynamic response, and robust performance in demanding industrial automation setups. Operating at a nominal voltage of 230 V, it is designed to pair seamlessly with compatible Omron servo drives to optimize machine speed and reliability.

Featuring an integrated 23-bit absolute encoder, this servo motor ensures continuous, high-resolution feedback to the control system without requiring external battery backups for home positioning. The robust mechanical structure includes a standardized 80 mm flange and a straight shaft with a key and tap configuration, simplifying machine integration. To protect vertical loads and prevent drift during power-off conditions, the unit is equipped with a built-in electromagnetic holding brake.

Features

• High-resolution 23-bit absolute encoder provides precise position tracking and eliminates the need for external battery-backed encoder setups.
• Integrated electromagnetic holding brake ensures secure shaft locking during shutdown or fault scenarios.
• Straight shaft with key and tap profile guarantees secure, slip-free coupling to gearboxes and mechanical drive links.
• Compact 80 mm flange design enables high power density within space-constrained control environments.
• Optimized electrical design offers low rotor inertia for rapid acceleration and deceleration cycles.

Applications

• Multi-axis pick-and-place assembly stations and robotic handling systems.
• High-speed packaging, filling, and wrapping machinery.
• Precision electronic component manufacturing and indexing tables.
• Automated material handling, conveyors, and linear gantry positioning.

Technical Specifications

Installation Guidelines

• Mounting: Bolt the motor securely to a rigid, flat metal surface using the 80 mm flange mounting holes to ensure adequate heat dissipation.
• Alignment: Ensure precise axial and radial alignment with the driven load to prevent bearing wear or shaft fatigue.
• Cable Routing: Maintain separation between high-power motor lines and sensitive low-voltage encoder cables to prevent electromagnetic interference.
• Grounding: Connect the motor's protective earth (PE) terminal to the common cabinet ground plane using high-quality shielding.