BL-MC100J-20TB
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The BL-MC100J-20TB, manufactured by Okuma as part of the BL Servo Motors series, is a robust AC Servo Motor. It delivers a rated power of 1 kW, operates at a rated speed of 2000 RPM, and utilizes a three-phase system. The motor's encoder type is the ER-J-7200D, and it operates at a rated voltage of 133 V.
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Product Description:
The model BL-MC100J-20TB is a three-phase Brushless servo motor produced by Okuma. The motor is designed to consistently give performance with a persistent magnet field. The F-class insulation technology that the motor is built with increases its operational longevity and heat resistance.
The operating voltage requirement for this BL-MC100J-20TB brushless servo motor>> is 133 V and the frequency of the operating voltage is 133 Hz. The servo motor is designed to produce continuous 2.0 kW of output power. The standstill torque of this model is 10.8 Nm. With a current rating of 9.80 A, power losses are minimized and energy is used efficiently. Optimal torque density and improved dynamic response are benefits of the unit's 8-pole rotor design. Regarding quality and electrical safety, it satisfies the requirements of the IEC34-1 standard. The motor offers regulated acceleration and deceleration along with a rated speed of 2000 RPM. The reduced vibration and smooth rotation are both made possible by the three-phase arrangement. A combination of the winding method and permanent magnet technology results in a very efficient design that produces very little heat. Motor position precision is improved thanks to reduced cogging torque made possible by the motor's enhanced magnetic field design.
The use of permanent magnet field technology guarantees a steady supply of torque that improves the precision of motion. Integrating the BL-MC100J-20TB servo motor into motion systems that demand quick responses is made possible by its high-speed capability. Overheating is prevented by the thermal efficiency of the motor that is enhanced by its insulation and winding structure. The reduced mechanical stress on linked components is a result of the three-phase electrical design's ability to provide smooth functioning. The interoperability with current servo control systems is guaranteed by conformity with industry standards. Improved motion stability is a result of improved dynamic performance made possible by the optimized electromagnetic characteristics and balanced structure.
Frequently Asked Questions about BL-MC100J-20TB:
Q: Why does the Okuma BL-MC100J-20TB use a star connection?
A: The star (Y) connection ensures balanced electrical performance that reduces voltage stress. It also enhances motor efficiency and prevents overheating during operation.
Q: Does the Okuma BL-MC100J-20TB have a permanent magnet field?
A: Yes, the motor features a permanent magnet field that ensures consistent torque output. This improves energy efficiency and enhances dynamic response in motion applications.
Q: Why do the Okuma BL-MC100J-20TB motor’s poles matter?
A: The motor has an 8-pole rotor that optimizes torque density. More poles improve smoothness in operation and enhance low-speed performance for precision control.
Q: How does the Okuma BL-MC100J-20TB achieve 2000 RPM speed?
A: The rated speed of 2000 RPM is achieved through efficient electromagnetic design. This ensures controlled acceleration and steady performance in automated motion systems.
Q: Do Okuma BL-MC100J-20TB motors comply with industry standards?
A: Yes, the motor complies with IEC34-1, ensuring electrical safety and compatibility. This makes it suitable for applications requiring strict performance and reliability standards.
