MAD130B-0100-SA-M2-BH0-05-N2
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MPN: R911312351
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In-Stock, Ships 3-5 Days
The MAD130B-0100-SA-M2-BH0-05-N2 AC servo motor features a 130 mm frame size, a rated power of 1.0 kW, a rated torque of 6.37 Nm, and natural cooling. Part of the MAD IndraDyn A Motors series by Bosch Rexroth Indramat, it includes an IP65 protection class and a multiturn absolute encoder.
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Product Description:
The MAD130B-0100-SA-M2-BH0-05-N2 Servo Motor from the advanced high performance MAD series of Bosch features axial fan cooling in a blowing configuration that ensures efficient thermal management. It delivers precise positional feedback as it is equipped with a multiturn absolute encoder (EnDat2.1, 2048 increments) which makes it ideal for demanding motion control applications.
The MAD130B-0100-SA-M2-BH0-05-N2 servo motor uses a smooth, cylindrical output shaft with no grooves or threads which makes it simpler and may be suited for clean and controlled environments. It can generate the highest rotational force of 230 Nm at its output shaft which makes it capable of delivering substantial twisting power or resist high opposing forces during operation. It utilizes an axial fan to manage its internal temperature by directing air along the length of the motor (axially). The rotor and stator configuration inside the motor includes three sets of magnetic pole pairs that typically yield greater torque at lower speeds. It is physically installed via a flange mount which involves a flat and plate-like surface with bolt holes that allow the motor to be attached securely to a machine or structure. It uses a typical or commonly used type of bearing to support the rotor and allow it to spin smoothly.
The MAD130B-0100-SA-M2-BH0-05-N2 servo motor is designed for relatively high-performance applications and can supply consistent energy output up to 10,500 watts under normal operating conditions. The amount of torque required to accelerate or decelerate the rotor is 0.0840000 expressed in kilogram-square meters which is very low and greatly influences the motor's dynamic response. It has a plug-and-socket style interface which simplifies installation and maintenance compared to hardwired terminals.
Frequently Asked Questions about MAD130B-0100-SA-M2-BH0-05-N2:
Q: Why is a multiturn absolute encoder used in this MAD130B-0100-SA-M2-BH0-05-N2 servo motor?
A: A multiturn absolute encoder retains position data even after power loss. This allows precise control in applications requiring accurate multi-rotation tracking.
Q: What is the significance of using three pole pairs in the MAD130B-0100-SA-M2-BH0-05-N2 motor?
A: Three pole pairs enhance torque output at lower speeds. This configuration is ideal for high-load, low-speed industrial operations requiring stable motion.
Q: How does a plain shaft benefit cleanroom or controlled environments?
A: A plain shaft design minimizes surface complexity, reducing contamination risk. It simplifies integration in sensitive setups like cleanrooms or food processing equipment.
Q: Why is flange mounting preferred in the MAD130B-0100-SA-M2-BH0-05-N2 servo motor?
A: Flange mounting provides rigid and precise motor alignment. It also ensures secure installation in vibration-prone industrial environments.
Q: What advantage does a plug-and-socket electrical connection offer in MAD130B-0100-SA-M2-BH0-05-N2?
A: This connection type simplifies motor installation and replacement. It reduces wiring errors and allows for quick maintenance turnaround.
