R88DUA15LAAC10

Omron's R88DUA15LAAC10 is engineered as an efficient servo motor rated at 300 watts, suitable for applications requiring high precision. This model provides a speed control range of up to 1:5,000, which enhances its adaptability in different operational scenarios. The motor's construction is compact, weighing about 1.5 kg, facilitating integration into diverse setups.

A pivotal feature of this servo motor is its inverter technology, employing a pulse-width modulation (PWM) method based on an insulated gate bipolar transistor (IGBT). The PWM frequency runs at 7.8 kHz, allowing for smooth operation under varying loads. With a continuous output current rated at 4.8 A and a momentary maximum output of 15 A, the R88DUA15LAAC10 is well equipped to handle demanding tasks while maintaining performance efficiency.

This motor's input voltage range is designed for single-phase applications. It is rated between 100 and 115 VAC and capable of accommodating input fluctuations from 85 to 127 volts. Operating at a 50-60 Hz frequency range allows for wide compatibility.

Regarding feedback, the motor utilizes an optical encoder offering 2,048 pulses per revolution, ensuring accurate speed monitoring. Additionally, the R88DUA15LAAC10 excels in managing load inertia, accommodating loads up to 20 times the rotor’s inertia without compromising performance standards. It also exhibits remarkable temperature fluctuation tolerance, maintaining accuracy within ±0.2% across a working temperature span of 0 to +50°C. The motor further allows for user-defined acceleration and deceleration times, with a maximum settable limit of 10 seconds.