Description 

The Omron R88M-1M20030T is an AC servo motor designed for precise motion control in compact industrial automation systems. It provides 200 W rated power with a speed of 3000 RPM and operates on a 200 VAC three-phase supply. This motor is suitable for applications requiring accurate positioning and stable performance.

 

Technical Specifications 

Condition	New/Never Used Surplus
Brand	Omron
Category	Business & Industrial
Part Number	R88M-1M20030T
Subcategory	Servo Motors
Series	1S
Motor Type	AC Servo Motor
Rated Power	200 W
Rated Voltage	200 VAC (3-phase)
Rated Speed	3000 RPM
Encoder Type	Absolute (23-bit, battery-less)
Inertia Type	Middle Inertia
Flange Size	60 mm
Shaft Type	Straight
Brake	No
Communication Compatibility	EtherCAT
Operating Temperature	0°C to 40°C
Weight	1.0 kg

 

Information About R88M-1M20030T

The R88M-1M20030T is part of Omron’s 1S series of servo motors, developed for high-precision motion control with advanced encoder technology. It features a 23-bit absolute encoder that enables accurate positioning without the need for battery backup. The motor is designed for EtherCAT-based systems, supporting fast communication cycles and integration with modern automation platforms. Its middle inertia design ensures stable operation in applications such as robotics, assembly systems, and material handling.

Key Features:

• 200 W rated output: Suitable for precision motion control in compact systems.
• 3000 RPM rated speed: Provides stable and consistent rotational performance.
• 23-bit absolute encoder: Enables high-resolution position feedback without battery maintenance.
• EtherCAT compatibility: Supports high-speed communication in automation networks.
• Middle inertia design: Ensures stable motion and control accuracy.
• High peak torque capability: Supports up to 350% momentary torque for dynamic loads.
• Straight shaft configuration: Allows direct coupling to mechanical components.
• Compact 60 mm flange size: Suitable for space-constrained installations.

The R88M-1M20030T delivers the reliability and precision required for servo-driven motion control in industrial automation systems.