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Warranty

Wake Industrial Warranty
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Product Description
The 61BM120RXSC0 Servo motor is engineered by Sanyo Denki. The BL Super AC Servo Motor series operates within industrial automation strategies to provide precise, high-performance motor operation. The servo motor has a long service life, peak performance, and strong torque output.
The performance of the 61BM120RXSC0 Servo motor remains stable through its 200V AC input voltage connection. The motor operates at 7.1A of current usage that optimizes its performance for handling high-duty applications. The 1.9 kW power output finds usage in demanding industrial operations where sufficient energy is required. The system moves at a speed of 2500 RPM to provide controlled movement smoothly. The Class F windings incorporated in the motor stabilize its resistance to heat. It uses a three-phase power system, which enhances operational stability. The 61BM120RXSC0 Servo motor achieves optimal torque performance because of its permanent magnet rotor design. The F686000DB2 encoder that is pre-installed in this encoder provides precise position feedback that boosts motion accuracy parameters. A heavy-duty aluminum frame maintains both high strength and environmental resistance in the motor construction. The black heat sink design of this motor uses effective heat dissipation mechanisms. Installation into different setups becomes straightforward because this device contains four mounting holes. Storing the product between -20 to +65°C maintains its performance quality without any degradation.
The 61BM120RXSC0 servo motor functions within an efficient temperature range from 0 to 55°C in ambient conditions. Operational and storage conditions for the motor require less than 90% RH humidity to avoid condensation formation. This could protect electrical components and ensure industrial reliability. Always ensure the servo motor is grounded to prevent electric shocks. Avoid touching rotating parts during operation to prevent injury. Disconnect power before maintenance to ensure safety.