MST360D-0012-FT-N2CN-NNNN
Wake Industrial LLC is not an authorized distributor of this product.
MPN: R911384655
No Tariffs On US Orders- Straightforward Pricing: No Rush Fees, No Credit Card Fees
The MST360D-0012-FT-N2CN-NNNN Synchronous Torque Motor comes equipped with Winding type 0012 and cools down through the use of Liquid Cooling. The motor's frame length is D, which is correspondent to the amount of torque (The higher the length, the more torque. The IndraDyn T motors are always fitted with a stator-cooling jacket for operation with liquid cooling.
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Product Description:
A torque motor that is able to generate a rotational torque of a maximum of 1150 Nm and comes with a frame size D, the MST360D-0012-FT-N2CN-NNNN is a high torque motor that is designed to provide rotational forces to heavy industrial equipment. This particular configuration of torque motor features at least 25 pole pairs, where each pole pair generates the required magnetic field needed to rotate the shaft of the torque motor. The power rating of this torque motor is 6.6 kW, which is very respectable and efficient considering the amount of power converted to rotational torque.
This motor requires an input voltage of up to 575 volts AC with an input voltage frequency of 50 to 60 Hz and a current draw of up to 16.5 amperes. To control this torque motor with a controller, a high-resolution feedback system along with a feedback voltage of 2.58 volts is generated, which is then used to calculate the speed of the torque motor. For every 1000 rpm, this torque motor is able to generate this feedback voltage.
This motor comes with a very low noise rating as it does not spin at a very fast speed, as the maximum rotational speed for this torque motor is around 250 rpm. Also, this motor does not feature a cooling blower fan, which can make noise, further ensuring the motor provides a quiet and efficient operation. This AC motor should be mounted at least 5 meters above the ground and has a maximum altitude limit of 1000 meters above sea level, beyond which it starts to follow the derating conditions of operation, causing it to affect the nominal ratings.
