The Bosch Rexroth Indramat MST160A-0050-FT-N0CN-D304 from the MST Synchronous Torque Motors series combines precision engineering and robust performance in a compact torque motor package. It delivers a rated speed of 500 rpm and accelerates up to a maximum speed of 1000 rpm while supplying a rated torque of 35 Nm and peaking at a maximum torque of 90 Nm for demanding rotary applications. Power consumption is efficiently managed with a rated current of 20 A, ensuring sustained output without excessive thermal buildup. Designed for integration into rotating tables, discs, and drums, this motor meets the highest standards of motion control.
The motor’s electromagnetic circuit features a winding designation 50 and a stator cooling jacket optimized for liquid cooling. Its winding resistance of 8.3 Ω and winding inductance of 31.4 mH are engineered to produce stable, high-strength magnetic fields that maintain torque consistency during rapid speed changes. With a torque constant of 5.4 Nm/A and a frame length A correlating to enhanced torque density, the MST160A offers exceptional torque per ampere in a compact footprint. Precision winding geometry and balanced rotor dynamics minimize vibration and acoustic noise in precision assemblies.
Liquid cooling is the primary thermal management method, employing a compatible coolant supply to extract heat directly from the stator jacket. The system recommends a coolant temperature between 10 °C and 40 °C and a fluid pressure below 3 bar to maximize heat-transfer efficiency. Ambient conditions of 0 °C to 40 °C support optimal cooling performance and extended operational life. This advanced cooling strategy ensures consistent output under continuous load, making the MST160A-0050-FT-N0CN-D304 ideal for high-duty-cycle, precision-driven industrial installations.
Frame Length
A
Maximum Speed
1000 rpm
Maximum Torque
90 Nm
Rated Current
20 A
Rated Speed
500 rpm
Rated Torque
35 Nm
Torque Constant
5.4 Nm/A
Winding Designation
50
Winding Inductance
31.4 mH
Winding Resistance
8.3 Ω