MST360D-0012-FH-N0KR-NNNN
Wake Industrial LLC is not an authorized distributor of this product.
MPN: R911330528
No Tariffs On US Orders- Straightforward Pricing: No Rush Fees, No Credit Card Fees
The MST360D-0012-FH-N0KR-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:
With a speed of 120 rpm at rated operational conditions, the MST360D-0012-FH-N0KR-NNNN is a torque motor designed to provide high torque output and is not for high-speed applications. This torque motor is designed to provide precise rotations to move a rotating table, especially for applications such as drilling or fine milling applications and even for CNC machining which requires precise movements for highly detailed results. This motor has a current rating of 16.5 amperes which can go all the way up to 60 amperes in heavy-duty mode.
This AC synchronous motor design keeps both the speed of the rotor and the stator synched hence the name synchronous. The synchronous design operates at a constant speed regardless of load variations unlike in asynchronous design where the load applied to the motor shaft end affects the speed and the torque of the servo motor. This motor comes with a low inertia rating of 0.450 kgm2 that allows this motor to go from low speed to its maximum speed in a matter of seconds and has a good response time to the changes applied by the motor control module.
The liquid cooling duct volume of this motor is around 0.39 liters which allows for plenty of liquid coolant to be used in this motor and to help dissipate around 3.6 kW of heat to ensure smooth operation of the motor with reduced levels of power dissipation. The coil on this motor is flat with the stator and has a resistance of around 30 ohms which ensure a good flow of current to the poles of the motor to allow this motor to output high levels of power.
