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Omron R88M R88M-H75030BAC750

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R88M-H75030BAC750

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The Omron R88M-H75030BAC750 servo motor is rated for a power output of 750 Watts. It operates efficiently at 3,000 rotations per minute (RPM) and can reach a maximum speed of 4,000 RPM.

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Technical specifications for R88M-H75030BAC750

ManufacturerOmron
Product TypeServo motor
Product LineR88M
Part NumberR88M-H75030BAC750
Weight15.00 lbs (6.80 kg)
Rated Output750 Watts
Torque Rating3.5 Newton-meter
Speed Rating3,000 revolutions per minute (RPM)
Maximum Speed4,000 revolutions per minute (RPM)
Maximum Torque7.17 Newton-meter
Permissible Radial Load For The Shaft373 Newton
Permissible Thrust Load For The Shaft118 Newton
Coil Resistance0.74 ohm
Coil Inductance6.6 millihenries (mH)
Power Rate14 kilowatt per second
Mounting MethodFlange mount
Ambient Operating Temperature0 to 40°C
Storage Temperature-10 to 75°C
Motor's Burn Time Constant20 minutes
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The R88M-H75030BAC750 model by Omron is a high-performance servo motor suitable for various applications. This motor delivers a power output of 750 Watts and operates at a nominal speed of 3,000 RPM. Under optimal conditions, it can attain speeds as high as 4,000 RPM, making it adaptable for high-speed operations.

With a torque rating of 3.5 Newton-meters, this motor boasts a maximum torque of 7.17 Newton-meters, ensuring it can handle demanding tasks efficiently. It is designed to support a permissible radial load of up to 373 Newtons and a thrust load of 118 Newtons, indicating its robust construction.

The coil resistance is recorded at 0.74 ohms, with an inductance of 6.6 millihenries (mH), contributing to stable motor performance. Power rating peaks at 14 kilowatts per second, indicating strong energy efficiency.

The motor uses a flange mount method for installation, simplifying the mounting process in various setups. Regarding environmental resilience, this servo motor remains operational in ambient temperatures ranging from 0 to 40°C, while it can be stored in conditions between -10 and 75°C. Additionally, it has a burn time constant of 20 minutes, which is relevant for applications requiring consistent performance under load.