BL-MC100J-20SNA Okuma
Wake Industrial LLC is not an authorized distributor of this product.
The Okuma BL-MC100J-20SNA, part of the BL Servo Motors series, is a servo motor with a mid-sized frame (NEMA42). It operates at a voltage range of 144V to 156V, provides high torque at low speeds, and includes integrated cooling. The motor adheres to industrial durability standards.
Internal Product Review
With its NEMA 42 frame and high-resolution encoder, the BL-MC100J-20SNA provides exceptional motion control. Its wide voltage range and direct mounting capability make it a flexible and powerful choice for industrial automation.
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Product Description:
The Okuma BL-MC100J-20SNA functions as a powerful industrial servo motor. It is from the series of BL Servo Motors, which is manufactured to operate several industrial applications. Its NEMA42 compliance makes it suitable for mounting with industrial machinery. It has a 1.2 KW power output with a 1200~2000 RPM operating speed. It is ideal for applications requiring constant operation at low speeds as it provides stable performance. It operates at an input range of 144V to 156V and powers the modern control systems in automation and robotics.
The advanced features of the BL-MC100J-20SNA motor are critical in improving motor functionality because they determine the speed and performance of the motor. The servo motor has a speed range of 1200 to 2000 RPM in order to produce high torque. The BL-MC100J-20SNA servo motor is suitable for low-speed applications such as Computer Numerical control machines where high quality and precision of movement are required. The servo motor works at 1200 to 2000 RPM, and this range is ideal because at this speed, the torque is consistent.
The features of direct mounting help to improve the installation process and enhance system integration. The direct mounting system of the BL-MC100J-20SNA servo motor mounts the motor directly onto the equipment using a mounting surface instead of additional hardware or tools. It reduces mounting time and costs because the servo motor's positioning within the system allows for easy and stable performance. This method also improves system durability through the prevention of misalignment and vibration while in operation. The servo motor is designed to operate effectively in industrial conditions due to the inclusion of high-resolution encoders and an integrated cooling system.
