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Omron R88M-K R88M-K40020C-OS2

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R88M-K40020C-OS2

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The R88M-K40020C-OS2 is a servomotor designed by Omron to meet advanced motion control needs. Operating at 400 V, this model utilizes an absolute encoder for precise control. It features a nominal output power of 400 W and a maximum rotational speed of 3,000 rpm.

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Technical specifications for R88M-K40020C-OS2

ManufacturerOmron
Product LineR88M-K
Part NumberR88M-K40020C-OS2
Weight10.00 lbs (4.54 kg)
Motor TypeServomotor
Rotor Inertia1.61×10⁻⁴ kg·m²
Maximum Load Inertia10 times the rated rotor inertia
Voltage400 V
Encoder TypeAbsolute encoder
Shaft End ConfigurationStraight, key, tapped (standard)
Oil SealIncluded
Rated Output Power400 W
Nominal Torque1.91 N·m
Nominal Rotational Speed2,000 rpm
Maximum Rotational Speed3,000 rpm
Peak Torque5.73 N·m
Nominal Current1.2 A (rms)
Peak Current4.9 A (rms)

The Omron R88M-K40020C-OS2 servomotor is engineered for enhanced performance in various applications. It operates at a voltage of 400 V and is equipped with an absolute encoder for precise feedback regarding position and performance.

With an output power rating of 400 W, this motor can deliver reliable performance, achieving a nominal rotational speed of 2,000 rpm. For applications requiring higher speeds, it can reach up to a maximum of 3,000 rpm. The nominal torque of the motor is recorded at 1.91 N·m, while the peak torque can extend to 5.73 N·m, providing considerable power for demanding tasks.

Weighing around 3.1 kg, the motor features a rotor inertia of 1.61×10⁻⁴ kg·m², allowing efficient and smooth operation. Notably, this model supports a maximum load inertia that is 10 times the rated rotor inertia, making it versatile for various load conditions.

The design includes an oil seal to enhance durability and reliability in different environments. The shaft end configuration is standard with a straight, key, and tapped design, facilitating integration into numerous setups. For current specifications, the motor operates with a nominal current draw of 1.2 A (rms) and can handle a peak current of 4.9 A (rms), ensuring adequate electrical performance under varying load conditions.