BL-MC200J-20S Okuma
Wake Industrial LLC is not an authorized distributor of this product.
The BL-MC200J-20S servo motor features a peak wavelength of 570 nm, forward current of 20 mA max, and operates within temperatures of -40°C to +85°C. Part of the BL Servo Motors line by Okuma, it offers a viewing angle of 120 degrees and is environmentally safe with RoHS compliance.
Internal Product Review
The BL-MC200J-20S delivers high reliability and precision in motion control. It features 4.0 kW continuous output power and 16.2 A rated current. The motor's insulation class F and 2000 min⁻¹ rated speed enhance its performance. This motor is ideal for demanding tasks in motion control.
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Product Description:
The BL-MC200J-20S is a Brushless servo motor that is perfect for industrial control systems that need to be reliable and work quickly. This motor is a strong choice for high-performance tasks that need to be consistent and last a long time.
The BL-MC200J-20S brushless servo motor works with a permanent magnet field and has a 3-phase winding link set up in a Y (Wye/Star) shape. The voltage that it operates at is 157 volts, and the frequency that it operates at is 133 hertz. The motor is capable of reaching its maximum speed of two thousand revolutions per minute (rpm). Because it has eight poles, it ensures that the power transfer and rotational control functions properly every time. It is possible for the servo motor to handle challenging motion control tasks because it has a continuous output power rating of 4 kW. The maximum current for the motor is 16.2 A (AC). It has a stall torque of 21.0 N·m, which allows the users to handle heavy loads precisely. Its insulation class is F, which means that it keeps temperatures stable while it is working. The motor meets IEC34-1 standards, which means it works with standards around the world.
The BL-MC200J-20S brushless servo motor operates at a low temperature, saving energy and extending its lifespan. Motors with a certain number of poles can work reliably under a range of load conditions. The winding of the motor helps in the distribution of current and voltage, thereby reducing the chances of an electrical imbalance. Additionally, the motor operates at its most efficient level by operating at a maximal speed of 2000 rpm. The motor is designed to be highly efficient in high-demand applications.
