MAD180C-0150-SA-S2-KG0-35-N1
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MPN: R911324385
No Tariffs On US Orders- Straightforward Pricing: No Rush Fees, No Credit Card Fees
MAD180C-0150-SA-S2-KG0-35-N1 Spindle Motor manufactured by Bosch Rexroth Indramat. This motor has a cooling mode with an Axail Fan, Blowing and a Singleturn Absolute, 2048 increments encoder. It also has a mounting style of Flange and a Standard bearing.
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Product Description:
The MAD180C-0150-SA-S2-KG0-35-N1 from Rexroth is an IndraDyn Asynchronous motor that has a 2-pole design. This motor has a rotor moment of inertia of 0.458 kgm², which allows this motor to accelerate and decelerate at a much quicker pace, adjusting its speed for applications that require a high response rate such as robotics. This motor has a speed rating of 1500 rpm nominal but can go all the way up to 6000 rpm as it comes with a standard bearing type.
To keep the motor cool during high-speed operation, the MAD180C-0150-SA-S2-KG0-35-N1 comes with an Axial blower fan. This axial blower fan has a cooling flow rate of 1500 m³/h, which allows this motor to cool down extremely fast compared to other motors in the MAD series. The blower fan requires up to 400 volts AC with a 3-phase input configuration to operate and has a power consumption rating between 242 VA to 382 VA while drawing a current rating between 0.35 Amperes to 0.46 Amperes.
To accurately track the motor shaft position, the MAD180C-0150-SA-S2-KG0-35-N1 comes with a single-turn absolute encoder. This encoder generates 5-volt square wave electrical pulses for every increment it detects. This single-turn encoder has a resolution of 2048 increments, allowing the motor to move its shaft finely and increasing the accuracy of the motor shaft positioning. To mount this motor, the MAD180C-0150-SA-S2-KG0-35-N1 comes with both flange mounting and foot mounting options, making this motor versatile for various types of applications. The motor has a smooth balanced shaft design, perfect for heavy load applications, as the design reduces axial load, preventing the shaft from bending or breaking during high-speed rotation.
