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Omron R88M R88M-U40030XABS1

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R88M-U40030XABS1

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The R88M-U40030XABS1 from Omron is an AC servo motor designed for reliable performance in various applications. Its 400-watt output power supports efficient operation and variable speed functionalities.

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Technical specifications for R88M-U40030XABS1

ManufacturerOmron
Product LineR88M
Part NumberR88M-U40030XABS1
Weight20.00 lbs (9.07 kg)
Motor TypeAC Servo Motor
Shaft DesignStraight shaft with key and brake
Output Power400 Watts
Rotor Mass Moment of Inertia2.16 × 10⁻⁵ kilogram-meter squared
Power Performance84.6 kilowatts per second
Coil Resistance1.23 Ohms
Nominal Speed3000 revolutions per minute
Peak Speed4500 revolutions per minute
Continuous Torque1.27 Newton-meters
Peak Torque3.82 Newton-meters
Torque Sensitivity0.533 Newton-meters per Ampere
Operating Current2.6 Amperes
Maximum Current8.0 Amperes
Induced Voltage Constant18.6 millivolts per rpm

Omron's R88M-U40030XABS1 is engineered as an AC servo motor that provides a power output of 400 Watts. This motor is particularly suited for applications requiring precise control and dynamics. The design includes a straight shaft complemented by a key and a brake, ensuring secure mounting and reliable operation.

The motor achieves a continuous torque rating of 1.27 Newton-meters while allowing for a peak torque of 3.82 Newton-meters for demanding tasks. Its nominal operational speed is set at 3000 revolutions per minute, but it can exceed this, reaching a peak speed of 4500 revolutions per minute. This high-performance capability is ideal for optimizing machinery functions and enhancing productivity.

The rotor's mass moment of inertia is 2.16 × 10⁻⁵ kilogram-meter squared, which plays a role in the motor's responsiveness and stability during operation. Resistance of the coil is rated at 1.23 Ohms, and the operating current during standard use is noted at 2.6 Amperes, with a maximum allowable current of 8.0 Amperes to accommodate various load conditions.

The induced voltage constant is 18.6 millivolts per rpm, reflecting the relationship between speed and voltage generation. This characteristic contributes to the motor's effective performance during operation. Weighing approximately 1.8 kilograms, this model combines robust construction with compact design, making it suitable for diverse automation applications.