BL-MH101E-20SB Okuma
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The Okuma BL-MH101E-20SB is a 3-phase AC servo motor featuring a 2 kW continuous output power and 2000 RPM rated speed. Its 11.9 Nm stall torque, 6-pole design, and permanent magnet structure ensure high efficiency and precise control in industrial automation applications. It offers reliability and durability.
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The Okuma BL-MH101E-20SB is a high-performance AC servo motor offering 2 kW power, 11.9 Nm stall torque, and 2000 RPM speed. Its 6-pole design and permanent magnet structure ensure efficient operation in industrial automation. The durable metal housing and precise encoder support make it a reliable choice for demanding applications.
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Product Description:
Okuma is a globally recognized Japanese manufacturer known for CNC machine tools and servo components. The company has a long history of delivering precision and durable automation solutions. The company’s products are engineered to ensure operational stability and consistent output across demanding industrial environments.
The BL-MH101E-20SB is a 3 phase AC servo motor designed for industrial automation systems. This servo motor uses flange mounting for secure mechanical integration into equipment assemblies. It operates with a permanent magnetic field and delivers a continuous output power of 2 kW. The permanent magnet structure of this servo motor increases power density and allows for more compact installation. This motor’s rated current is 8.4 A AC that enables reliable performance under continuous load. The use of metal housing provides structural protection and facilitates effective heat dissipation. It has a stall torque capacity of 11.9 Nm that ensures high holding torque in static conditions. The 6 pole design of this motor enhances low speed torque and smooth motion control. Its encoder (Okuma ER-FC-2048D) supports precise positioning and feedback. With the encoder positioned at the rear, it supports advanced feedback mechanisms critical for automation and precision tasks. The design ensures compatibility with standard drive systems and enhances machine performance through responsive and controlled motion.
The rated speed of this <