MTS3a
Stepper Motor 7.5°

MTS3a


Stepper Motor 7.5°


Standard Data
Parameter Value Unit
Motor type Permanent Magnet (PM) stepper motor
Electrical Enclosure 40 IP
Life expectancy 3 Year in Continuous operation
Connections Flexible leads 26 AWG, 200mm length, end striped 10mm
Weight 65 g
Mounting Any position by ears or screw clip
Application

Yarn Movement, Level Switches, Valve Actuators.

Design

7.5° MTS3a- Permanent magnet stepper motor with simple mechanical structure. Clawpole principle (Tin Can) with 2 stator halves. Self lubricated sinteres sleeve with long life expectancy.

Technical Data
Parameter Value Unit
Steps per revolution 48
Degree/step 7.5
Winding type bipolar, unipolar
Standard Voltage 3, 6, 12, 24 V
Resistance per winding at 3V - (Bipolar) 11.5
Resistance per winding at 6V - (Bipolar) 18.5 Ω
Resistance per winding at 12V - (Bipolar) 100 Ω
Resistance per winding at 24V - (Bipolar) 460 Ω
Resistance per winding at 3V - (Unipolar) 12
Resistance per winding at 6V - (Unipolar) 28.5 Ω
Resistance per winding at 12V - (Unipolar) 120 Ω
Resistance per winding at 24V - (Unipolar) 500 Ω
Winding temperature 105 Max °C
Holding torque 1.6, (MTSB3a), 1.2, (MTSU3a) Ncm
Axial Force at 1.6 Ncm
Axial Force at (MTSB3a) 1 Ncm
Axial Force at 1.2 Ncm
Axial Force at (MTSU3a) Ncm
Lateral Force at 1.6 Ncm
Lateral Force at (MTSB3a) 3 N
Lateral Force at 1.2 N
Lateral Force at (MTSU3a)
Rotor inertia at 1.6 gcm2
Rotor inertia at(MTSB3a) 2.9
Rotor inertia at 1.2
Rotor inertia at (MTSU3a)
Features

7.5° MTS3a- Permanent magnet stepper motor with simple mechanical structure. Clawpole principle (Tin Can) with 2 stator halves. Self lubricated sinteres sleeve with long life expectancy.

Options

7.5° MTS3a- Permanent magnet stepper motor with simple mechanical structure. Clawpole principle (Tin Can) with 2 stator halves. Self lubricated sinteres sleeve with long life expectancy.

Motor Connection
Lorem Lorem
Lorem Lorem
Transmission Ratio
20, 34, 56, 76, 83, 112, 115, 20, 34, 56, 76, 83, 112, 115, 20, 34, 56, 76, 83, 112, 115
Dimensional Drawing
Drawing Image Not Available
Gear Ratio
Drawing Image Not Available
Torque Graphs
Graph Not Available