20 Watt Torque Motor

Frame size : 90 mm

Continuous Rating, TE Aluminium Body.

Rotates in Clockwise or Counter Clockwise Direction.

Terminal Box or Open Lead Wires for Connection.

Specifications

Model Supply Voltage Frequency
Hz
Current
A
Starting Torque
N.m
Torque at Max Power
N.m
Input Power
W
Capacitor
μF
90 TW 4 20 Single Phase 110V 50 0.70 0.085 0.06 60 12
90 TW 4 20 Single Phase 110V 60 0.70 0.1 0.06 54 12
90 TX 4 20 Single Phase 230V 50 0.30 0.085 0.06 60 4.0
90 TY 4 20 Three Phase 230V 50 0.33 0.085 0.06 60 -
90 TY 4 20 Three Phase 230V 60 0.46 0.1 0.06 54 -
90 TY 4 20 Three Phase 415V 50 0.20 0.085 0.06 60 -

Type Of Shaft, G for Gear Shaft, R for Round Shaft

Gear Box Ratios

Gear Ratio 3 3.6 5 6 7.5 9 12.5 15 18 25 30 36 50 60 75 90 100 120 150 180

The Gear Boxes are sold Seperately. A coloured background indicates gear shaft rotation in same direction as motor shaft. A white background indicates gear shaft rotation in opposite direction to the motor shaft. The speed of geared motor is calculated by dividing motor’s synchronous speed by the gear ratio. Torque increases as the speed drops. Characteristics, specifications and dimensions are subject to change without notice.

Dimensions

Motor, Gearbox with Terminal Box

Motor, Round Shaft with Terminal Box

Motor, Gearbox with Lead Wire

Key And Keyway

Weight : Motor 2.2 kg

Gearbox 1.5 kg

Wiring Diagram

Wiring Diagram for Single Phase Motor

Short Black wires and connect as shown to rotate the motor in clockwise direction. To change the direction, flip CW to CCW.

Red wires are for running winding & Black wires are for starting winding. To change the direction, interchange Black wires or Red Wires.

Wiring Diagram for Three Phase Motor

To change the direction, interchange any two wires between U, V and W. For 230 Volt 3 Ph supply, wires are connected as shown. Short White, Black & Blue wires and then insulate properly.

To change the direction, interchange any two wires between U, V and W. For 230 Volt 3 Ph supply, wires are connected as shown.

Change The direction of motor only after it stops rotating. If the attempt is made during rotation, motor may ignore the reversing command or change the direction after some time.