MAD130C-0200-SA-M0-AQ0-05-V1
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MPN: R911317782
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The Bosch Rexroth Indramat MAD130C-0200-SA-M0-AQ0-05-V1 is part of the MAD IndraDyn A Motors series and features a standard mounting type. This motor has a rated output power of 2.0 kW, a rated speed of 3000 rpm, and a peak torque of 19.1 Nm. It operates within an ambient temperature of 0–40°C.
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Product Description:
The MAD130C-0200-SA-M0-AQ0-05-V1 Motor is a standard NEMA mounted asynchronous motor. It is developed by Bosch Rexroth and is associated with the MAD IndraDyn A Motors series.
The MAD130C-0200-SA-M0-AQ0-05-V1 motor has a rated power of 23.00 kW under standard conditions. It includes a multiturn encoder that can track multiple revolutions of the shaft and it has a EnDat2.1 digital interface standard for precise position feedback. It dissipates its heat by a fan blowing air along the axis of the motor which prevents overheating during continuous or heavy duty use. It can be securely mounted via a flange on the housing. The capacitive leakage or the capacitive coupling between windings and motor housing is 19.3 nF. When equipped with bearing type V the highest allowable speed it can run on is 7500 rpm. While the rated load and power its operating speed is 2000 rpm. In a holding or resisting mode it can produce continuously 110 nm. The maximum allowable temperature of the motor windings is up to 155°C. When generating rated power and torque it consumes 50.0 A current. For this module 0...+40 °C is the ambient temperature range and beyond this its performance will deteriorate.
At 20°C the amount of rotational force MAD130C-0200-SA-M0-AQ0-05-V1 motor can generate is 2.64 ampere of current. It faces resistance of 0.108000 kg·m² during acceleration or deceleration which affects response speed. To supply the rated current safely the recommended cable thickness for power wiring is 10.0 mm². The highest instantaneous current the module can tolerate briefly without damage is 106.7 ampere current usually during peak load or start up. During operation its noise level at 1 meter is 70 dB(A).
Frequently Asked Questions about MAD130C-0200-SA-M0-AQ0-05-V1:
Q: Why is a multiturn encoder used in the MAD130C-0200-SA-M0-AQ0-05-V1 motor?
A: A multiturn encoder provides accurate position tracking across multiple shaft revolutions. This ensures precise control in applications requiring repeatable and absolute positioning.
Q: How does the 0.108000 kg·m² rotor inertia impact motor performance?
A: The moderate rotor inertia offers a balanced dynamic response. It minimizes overshoot and ensures stable operation during rapid acceleration or deceleration.
Q: Why is reinforced bearing (V1) important in the MAD130C-0200-SA-M0-AQ0-05-V1 motor?
A: Reinforced bearings support higher radial and axial loads. They also extend motor lifespan under demanding mechanical stress conditions.
Q: How does axial fan cooling improve motor reliability in the MAD130C-0200-SA-M0-AQ0-05-V1?
A: Axial fan cooling maintains uniform temperature distribution. This prevents overheating and allows prolonged high-performance operation in harsh environments.
Q: What advantage does a 30-minute thermal time constant provide?
A: A longer thermal time constant allows the motor to handle thermal load variations better. It delays temperature rise, improving endurance under intermittent heavy-duty cycles.
