MST161E-0140-FT-N0CN-D303
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MPN: R911373415
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The MST161E-0140-FT-N0CN-D303 Synchronous Torque Motor comes equipped with Winding type 0140 and cools down through the use of Liquid Cooling. The motor's frame length is E, 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 an average torque output of 105 Nm, the MST161E-0140-FT-N0CN-D303 is a great choice for high-power and heavy torque output motors that can provide moderate levels of output speeds. The IndraDyn T series of torque motors come with two parts: the stator and the rotor of the motor, each of which can be purchased separately or together. The stator of this motor comes with 30 poles attached, which are responsible for creating the required electromagnetic field strength needed to rotate the motor. Also, the current drawn from the supply is directly proportional to the speed of the output. The current rating for the core of this motor is between 19.5 to 60 amperes.
The winding on this torque motor comes with a resistive rating of 3.2 ohms when the temperature of the motor is at 20 degrees Celsius. The inductance of the coil is at 15.1 ohms, which helps smooth out the supply voltage by blocking any high-frequency signal that may act as noise and cause the servo motor to malfunction during critical operation. The motor can also be combined with an EMC capacitor to further filter out a fluctuating supply.
The rotor moment of inertia for this torque motor is around 0.016 kgm², allowing this torque motor to adjust its speed by quickly accelerating and decelerating. The environmental temperature supported by this torque motor during operation should be between 0 to 40 degrees Celsius. However, with the inclusion of a liquid cooling system inside the motor housing, the operators need not worry too much about the cooling of this torque motor. Ensure the liquid coolant at the inlet should have a temperature between 0 to 40 degrees Celsius, along with a pressure difference of 3 bars.
