BL-MH401-12S Okuma
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BL-MH401-12S servo motor by Okuma BL series offers 4.8 kW power, 1200 rpm speed, and 390 Kg·cm continuous torque. Insulation Class F, EMC protected, and moisture-resistant, it ensures durability and consistent performance.
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Product Description:
The Servo Motor BL-MH401-12S is a versatile motor for extreme torque-requiring setups. It is manufactured by Okuma which enables customization of its motion control solutions to meet various industrial automation requirements by delivering trustworthy and improved production output.
The BL-MH401-12S servo motor functions as a universal servo motor that works well across different operational conditions. The 4.8 kilo-watts rated power output delivers fast and steady control abilities to this motor. It aids to offer steady 390 Kg·cm rated torque while running at 1200 rpm to serve applications with regular and predictable movements. At 163 V operational voltage, the motor consumes 19.0 amps to achieve efficient functioning for multiple system applications. The BL series servo motor features insulation class F as a standout feature as it lets the motor operate at high temperatures without breaking down due to heat effects. Exposure to warmer temperatures in operational areas makes this motor a reliable choice due to its protective design. Different motor components include five poles that ensure operation stability while decreasing vibrations which can create long-term performance problems.
This BL-MH401-12S servo motor torque system assists in delivering 462 Kg cm at stall system that enables the motor to overcome resistance without causing harm to the unit. Due to its EMC protection, the motor exhibits electromagnetic interference shielding properties that prevent disturbances in neighboring equipment systems. It shows magnificent performance while operating in settings that have humidity levels that extends maximum at 90%. This makes the motor practical for industry facilities that encounter moisture issues. Systems that need continuous working without interruptions should consider this motor due to its high-grade capabilities.