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Omron R88M R88M-U05030LABS1

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R88M-U05030LABS1

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The R88M-U05030LABS1 from Omron is an AC servomotor engineered for high precision. Rated for a nominal power output of 50 watts, it operates within a standard rotation speed of 3,000 rpm, peaking at 4,500 rpm when needed.

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Technical specifications for R88M-U05030LABS1

ManufacturerOmron
Product LineR88M
Part NumberR88M-U05030LABS1
Weight10.00 lbs (4.54 kg)
Product CategoryAC Servomotor
Shaft DesignStraight shaft with keys
Standard Rotation Speed3,000 rpm
Peak Rotation Speed4,500 rpm
Nominal Torque0.159 N·m
Peak Torque0.48 N·m
Continuous Current0.9 A (rms)
Nominal Power Output50 W
Brake SystemInstalled
Peak Current2.9 A (rms)
Rotor Inertia Moment0.26 × 10⁻⁵ kg·m²
Torque Efficiency0.194 N·m/A
Voltage Induced Constant6.79 mV/(r/min)
Power Transfer Rate9.63 kW/s
Mechanical Time Constant0.9 ms

Omron's R88M-U05030LABS1 is an AC servomotor designed for reliability and efficiency. This unit is characterized by its straight shaft with keys, which provides stable and secure connections for various applications. The servomotor operates at a standard rotation speed of 3,000 rpm and can reach a peak rotation speed of 4,500 rpm during high-demand operations.

With a nominal power output of 50 watts, the motor delivers a continuous current of 0.9 A (rms), allowing it to perform effectively under various load conditions. For demanding tasks, the device can handle a peak current of 2.9 A (rms). The nominal torque is rated at 0.159 N·m, while the peak torque can reach up to 0.48 N·m, providing the required force for different applications.

The rotor inertia moment measures 0.26 × 10⁻⁵ kg·m², contributing to its responsiveness in dynamic environments. The torque efficiency is specified as 0.194 N·m/A, demonstrating the effective transfer of input current to torque output. This model has an installed brake system to aid in application stop/start requirements, enhancing safety and performance.

Additional specifications include a voltage-induced constant of 6.79 mV/(r/min) and a mechanical time constant of 0.9 ms, indicating quick response times suitable for precise control operations. The power transfer rate is reported at 9.63 kW/s, showcasing the motor's capacity to manage heat and energy efficiently during operational demands.