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> Motion Control System > Stepper Drive&Motor > NEMA23+Flange 57mm > 2PH 56mm NEMA23 1.5A 0.5NM 71ozin 24-48VDC Stepper motor Drive kits 2S56Q-02741+2M5302PH 56mm NEMA23 1.5A 0.5NM 71ozin 24-48VDC Stepper motor Drive kits 2S56Q-02741+2M530
Description
2PH 56mm NEMA23 1.5A 0.5NM 71ozin 24-48VDC Stepper motor Drive kits 2S56Q-02741+2M530
2S56Q-02741+2M530
Hybrid Servo Motor 2S56Q-02741
Specifications
Model | 2S56Q-02741 |
Step Angle | 1.8centigrade degree±5% |
Phase Current (A) | 1.5 |
Holding Torque (Nm) | 0.5 |
Damping Torque (Nm) | 0.02 |
Winding Resistance (ohm) | 1.8±10% |
Winding Inductance(mH) | 4.1±20% |
Motor Inertia (Kg.com²) | 0.14 |
Motor Length L(mm) | 41 |
Number of Lead Wires | 4 |
Insulation Class | B |
Withstand Voltage Level | 500VAC,one minute |
Max.Axial Load (N) | 15 |
Max.Readial Load (N) | 75 |
Operating Temperature | -20centigrade degree~50centigrade degree |
Surface Temperature Rise | Max.80centigrade degree (Rated Phase Current after Two Phases are Connected) |
Insulation Impedance | Minimum 100Mohm,500VDC |
Weight (Kg) | 0.42 |
Lead Wire Length (mm) | 300±5 |
Hybrid Servo Drive 2M530
Features:
The Maximum Supply Voltage can Reach 40V, Which can Provide Better Dynamic Drive Performance;
The Bipolar Constant Current Drive Mode is Taken with a Maximum Drive Current up to 2.5A Per Phase, Which can Drive any Two-Phase Bipolar Hybrid Stepper Motors with a Current Less than 2.5A;
The Drive Output Phase Current of a Motor can be Regulated Through the DIP Switch, to Match Motors of Different Specifications;
A DIP Switch is Used to Set the Automatic Half Current Function of Motors in Statically Locked Status, which can Greatly Reduce Heat Dissipation of the Motors;
A Dedicated Control Chip is Used, with a Maximum of 256/200 Subdivisions. The Subdivision Function can be Set by the DIP Switch, to Ensure the Best Operation Stability;
Supporting Offline Function, So that the Output Current of a Motor can be Cut Off If Necessary;
Optical Coupling Devices are Used for the Isolation of the Input Circuit of the Control Signals to Reduce Interference of External Noises.
Specification
Model | 2M530 |
Supply Voltage | DC 24V ~ 48V |
Output Phase Current | 1.2A~ 3.5A |
Control Signal Input Current | 6~16mA |
Cooling Method | Natural Air Cooling |
Operating Environment | Avoid the Environment with a Great Amount of Metallic Powder, Oil Mist, or Erosive Gases |
Operating Temperature | -10centigrade degree~ +45centigrade degree |
Operating Humidity | < 85% (Non-Condensing) |
Weight | 0.7 Kg |
2PH 56mm NEMA23 1.5A 0.5NM 71ozin 24-48VDC Stepper motor Drive kits 2S56Q-02741+2M530
2S56Q-02741+2M530
Hybrid Servo Motor 2S56Q-02741
Specifications
Model
2S56Q-02741
Step Angle
1.8centigrade degree±5%
Phase Current (A)
1.5
Holding Torque (Nm)
0.5
Damping Torque (Nm)
0.02
Winding Resistance (ohm)
1.8±10%
Winding Inductance(mH)
4.1±20%
Motor Inertia (Kg.com²)
0.14
Motor Length L(mm)
41
Number of Lead Wires
4
Insulation Class
B
Withstand Voltage Level
500VAC,one minute
Max.Axial Load (N)
15
Max.Readial Load (N)
75
Operating Temperature
-20centigrade degree~50centigrade degree
Surface Temperature Rise
Max.80centigrade degree (Rated Phase Current after Two Phases are Connected)
Insulation Impedance
Minimum 100Mohm,500VDC
Weight (Kg)
0.42
Lead Wire Length (mm)
300±5
Hybrid Servo Drive 2M530
Features:
The Maximum Supply Voltage can Reach 40V, Which can Provide Better Dynamic Drive Performance;
The Bipolar Constant Current Drive Mode is Taken with a Maximum Drive Current up to 2.5A Per Phase, Which can Drive any Two-Phase Bipolar Hybrid Stepper Motors with a Current Less than 2.5A;
The Drive Output Phase Current of a Motor can be Regulated Through the DIP Switch, to Match Motors of Different Specifications;
A DIP Switch is Used to Set the Automatic Half Current Function of Motors in Statically Locked Status, which can Greatly Reduce Heat Dissipation of the Motors;
A Dedicated Control Chip is Used, with a Maximum of 256/200 Subdivisions. The Subdivision Function can be Set by the DIP Switch, to Ensure the Best Operation Stability;
Supporting Offline Function, So that the Output Current of a Motor can be Cut Off If Necessary;
Optical Coupling Devices are Used for the Isolation of the Input Circuit of the Control Signals to Reduce Interference of External Noises.
Specification
Model
2M530
Supply Voltage
DC 24V ~ 48V
Output Phase Current
1.2A~ 3.5A
Control Signal Input Current
6~16mA
Cooling Method
Natural Air Cooling
Operating Environment
Avoid the Environment with a Great Amount of Metallic Powder, Oil Mist, or Erosive Gases
Operating Temperature
-10centigrade degree~ +45centigrade degree
Operating Humidity
< 85% (Non-Condensing)
Weight
0.7 Kg
