MAD160C-0100-SA-M2-BQ1-05-V1
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MPN: R911317201
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The MAD160C-0100-SA-M2-BQ1-05-V1 motor boasts a frame size of 160, self-cooled (SA) operation, and multi-turn EnDat 2.2 (M2) encoder type. Designed as part of the MAD IndraDyn A Motors from Bosch Rexroth Indramat, it delivers approximately 11 kW power with IP65 protection and a rated speed of 3000 rpm.
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Product Description:
The MAD160C-0100-SA-M2-BQ1-05-V1 Servo Motor comes with an advanced position feedback device which can track its position over multiple full revolutions with the help of EnDat 2.1 digital interface. The module belongs to the MAD IndraDyn A Motors series of Bosch company and its peak torque capability is 746 nm which is highly essential for industrial automation operations.
The MAD160C-0100-SA-M2-BQ1-05-V1 servo motor uses an axial fan to cool itself by blowing air along the motor body. Its rotational inertia is 0.26 kg·m² and has a discharge capacity of 28 nF. It has a key speed of 500 rpm while it requires 91.2 A which indicates it is a powerful servo motor. For secure coupling to mechanical loads its shaft has a keyway and it is also balanced with the entire key which ensures rotational balance. This module is physically attached via a flange which makes the attachment secure. It has a brake which holds the motor shaft which can be electrically released. During operation the operation level is 72 decibel which is relatively quiet for a motor of this size. It has a fairly low operating speed of 1000 rpm which suggests it is optimized for torque over speed.
The MAD160C-0100-SA-M2-BQ1-05-V1 servo motor connectors for electrical connection are located on side B. It uses heavy duty bearings that are suitable for prolonged operation. It is capable of heavy and dynamic loads as it can manage 196 a of maximum current. It runs in a cycle such as it operates under load for 44% of a cycle without stopping. It supplies 325 nm of rated torque which confirms it is a high torque servo motor. Its 34,000 watts of rated power reflects strong performance for sustained industrial applications.
Frequently Asked Questions about MAD160C-0100-SA-M2-BQ1-05-V1:
Q: Why is a multiturn absolute encoder used in this servo motor?
A: The multiturn absolute encoder enables precise multi-revolution tracking, essential for high-accuracy positioning. It reduces the need for rehoming in power loss scenarios.
Q: How does the EnDat 2.1 interface benefit communication with the drive system?
A: EnDat 2.1 ensures high-speed, digital data transmission with checksum protection. It enhances reliability and minimizes data errors in the MAD160C-0100-SA-M2-BQ1-05-V1.
Q: Why does the MAD160C-0100-SA-M2-BQ1-05-V1 use an axial fan cooling system?
A: The axial fan provides consistent airflow to maintain optimal motor temperature. It supports continuous high-torque operation without thermal derating.
Q: How does the 0.26 kg·m² moment of inertia impact system performance?
A: A moderate inertia value helps balance acceleration with smooth control. It’s suitable for medium-load applications requiring controlled starts and stops.
Q: What is the advantage of having a discharge capacity of 28 nF in this motor?
A: The 28 nF discharge capacity helps mitigate electrical noise and improves EMC compliance. This supports stable motor performance in electrically noisy environments.
