MDD093A-N-060-R5L-110PB0
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MPN: R911255548
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In-Stock, Ships 3-5 Days
The MDD093A-N-060-R5L-110PB0 motor is manufactured by Bosch Rexroth Indramat. As part of the MDD Synchronous Motors series, it delivers a nominal motor speed of 6000 min-1 and a peak current of 165.8 A. The motor boasts a protection category of IP65 and has a torque constant of 0.25 Nm/A at 20°C.
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Product Description:
The MDD093A-N-060R5L-110PB0 synchronous servo motor is manufactured by Bosch. Its strong construction and exact rotor arrangement are the result of meticulous engineering. This motor is compatible with many of the driving systems used in industrial automation.
With a nominal speed of 6,000 rpm, the synchronous servo motor MDD093A-N-060-R5L-110PB0 is capable of achieving rapid motion cycles. The constant torque is 9.2 Nm when the surface is at room temperature, but it rises to 12.0 N when the surface cools. From 36.8 A at standstill to 48.0 A when surface cooling is turned on, the continuous current sees a significant increase. An operating inductance of 1.3 mH from the windings affects the dynamic response. To maintain a stable motion profile, the rotor must have a moment of inertia of 22 × 10⁻⁴ kg·m². Shaft alignment is made possible by the 110 mm centering diameter. The output shaft of the motor is keyway compliant, according to DIN 6885. The output configuration is crucial for the safe mechanical coupling with drive systems. This design does not have a blocking brake, therefore it can be used with systems that have external holding devices. An efficient use of space is made possible by the overall weight of 13.0 kg. In order to manage the speed and torque of a moving object, this motor is specifically designed for use in motion control applications. Systems necessitating constant performance and reliable drive control can benefit from the MDD093A motor.
The housing dimensions of the MDD093A-N-060-R5L-110PB0 servo motor are defined by its motor length, which is categorized as size B. The motor is capable of supporting dynamic loads up to its theoretical maximum torque of 28.6 Nm. To satisfy demanding torque requirements, its peak current of 165.8 A is more than enough. Consistent torque per ampere is guaranteed by the torque constant of 0.25 Nm/A at 20°C. The windings have a thermal efficiency-supporting resistance of 0.16 Ohm at 20°C. Under specified thermal and electrical loads, the performance characteristics guarantee precise motion control.
Frequently Asked Questions about MDD093A-N-060-R5L-110PB0:
Q: How does MDD093A-N-060-R5L-110PB0 handle peak torque?
A: It supports 165.8 A peak current. That enables it to generate up to 28.6 Nm of theoretical torque under sudden load.
Q: Why does MDD093A-N-060-R5L-110PB0 use 1.3 mH inductance?
A: That value provides balance between rapid response and electrical stability. It ensures smoother control under fluctuating current demands.
Q: Does MDD093A-N-060-R5L-110PB0 support high torque output?
A: Yes, with surface cooling, it reaches 12.0 Nm. This enhances torque delivery in thermally demanding operating cycles.
Q: Do MDD093A-N-060-R5L-110PB0 windings support thermal efficiency?
A: Yes, with 0.16 Ohm resistance at 20°C. That helps reduce internal heating and maintains energy efficiency during prolonged use.
Q: Why does MDD093A-N-060-R5L-110PB0 not include brake?
A: The motor is made for systems using external braking. That supports simpler motor structure and reduced weight for dynamic use.
