AC DC Motor Driving Control Trainer
Motor Driving Control Trainer Driving Control in Mechatronics System
1.Understand the structure and working principle of mechanical and electrical transmission control
2.Characteristic test of AC motor and DC motor
3.Relay control experiments of AC motor and DC motor
4.PLC experiments
5.Mechanical transmission experiments
- Description
Description
Motor Driving Control Trainer can complete control experiments of AC motor and DC motor.This training system is composed of AC motor, DC motor, frequency converter, coupling, reducer, and etc.Meanwhile, the control unit of Motor Driving Control Trainer is relay and PLC.As a result,AC DC Motor Driving Control Trainer in Mechatronics System is an idea teaching equipments for mechanical engineering, automation in universities, colleges, vocational schools, and technical schools to and for:
1.Understand the structure and working principle of mechanical and electrical transmission control
2.Characteristic test of AC motor and DC motor
3.Relay control experiments of AC motor and DC motor
4.PLC experiments
5.Mechanical transmission experiments
Experimental Contents
Motor Driving Control Trainer Experimental Contents
1,AC motor experiments
1.1.AC motor(time relay control)series rotor resistance start
1.2.AC motor start in variable voltage
1.3.AC motor jog / automatic control
1.4.AC motor cycle work and back to the start
1.5.AC motor Y- △ reduced-voltage start
1.6.AC motor reverse connect brake
1.7.AC motor (current control)series rotor resistance start
1.8.AC motor dynamic braking
1.9.AC motor positive and negative turn control
1.10.AC Motor variable frequency control
1.11.AC motor variable frequency brake
2, DC motor experiments
2.1.DC motor positive and negative turn
2.2.DC series resistance start
2.3.DC motor reduced-voltage start
2.4.DC motor variable resistance control
2.5.DC motor variable voltage control
2.6.DC motor dynamic braking
2.7.DC motor power reversal connection
2.8.DC motor plugging braking
3, Mechanical transmission experiments
3.1. Eectromechanical driving system splicing experiments
3.2. Chain drive efficiency test
3.3.The rotational inertia of the system calculating and testing
4, PLC programmable controller experiments (optional)
4.1.Digital quantity(digital value)
4.2.Analog signal(analog quantity)
4.3.PLC communication
Main Technical Parameters
Main Technical Parameters
Motor Driving Control Trainer | Specification | |
SKU | 0405010140 | |
DC Motor | Power Supply | 220V |
Power | 0.75Kw | |
Torque | 4.72Nm | |
Speed | 1500r / min | |
AC Motor Reducer | Power Supply | 380V |
Power | 0.75Kw | |
Torque | 2.3Nm | |
Speed | 950r / min | |
Cycloid Speed Reductor | Reduction Ratio | 1: 9 |
Torque | 0-250N.m | |
Frequency Converter | Power Supply | 380V |
Power | 0.75Kw | |
Output frequency | 0.1 ~ 400Hz | |
Torque and Speed Sensor | Range | 0-20N.m |
Tachometer Output | 60 pulses/coil | |
Module | PLC | S7-200 series CPU224 |
A/D | Siemens EM235 | |
Torque Sensor | Range | 0-20Nm |
Load | 14kg/pcs | |
Weight | 1kg, 4pcs | |
Bench Dimensions | L × W × H | 1550 × 730 × 1700mm |
Transmission Dimensions | L × W × H | 1200 × 600 × 50mm |
The Height of Transmission Frame | 2000mm |
*Products and configuration list described herein are subject to changes without notice.
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