• Motor and Electrical Technology Trainer Educational Equipment Industrial Training Equipment Electrica Machinery
  • Motor and Electrical Technology Trainer Educational Equipment Industrial Training Equipment Electrica Machinery

Motor and Electrical Technology Trainer Educational Equipment Industrial Training Equipment Electrica Machinery

No.MR096E
MR096E Motor and Electrical Technology Trainer Educational Equipment Industrial Training Equipment Electrica Machinery
Dimensions
1780mm×870mm×1780mm
Weight
200kg
  • Motor and Electrical Technology Trainer Educational Equipment Industrial Training Equipment Electrica Machinery

Description

MR096E Motor and Electrical Technology Trainer Educational Equipment Industrial Training Equipment Electrica Machinery
1. Equipment Introduction
1.1 Overview
The motor and electrical technology trainer is a device specially designed for education and training. It can be used in educational institutions, corporate training, R&D and testing to help students and technicians learn and master the working principles, operating skills, fault diagnosis and maintenance methods of motors and electrical systems.
The simulated electrical system can provide a practical and operational environment, allowing students and technicians to learn theoretical knowledge through practice, improve their skills, and emphasize the importance of safe operation, and teach how to comply with safety regulations in electrical work.
1.2 Features
(1) Includes different types of motors, such as DC motors, AC motors, stepper motors, etc.
(2) Equipped with various switches, buttons, indicator lights and measuring instruments to simulate actual electrical control systems
(3) Equipped with protective devices such as overload protection, short circuit protection, emergency stop buttons, etc. to ensure safe operation
(4) Practical operation can deepen the understanding of theoretical knowledge and improve learning effects. In addition, operation can be performed in a safe environment to reduce risks in actual operation
(5) The settings and functions of the trainer can be adjusted according to different teaching needs and course content
2. Technical parameters
Dimensions: 1780mm×870mm×1780mm (packing box data)
Weight: 200kg (packing box data)

3. Component list and detailed introduction
3.1 Power supply box
No.    Name
1    Circuit breaker
2    Emergency stop switch
3    Output unit (380V)
4    Adjustable output unit
5    DC measurement unit
6    AC measurement unit
7    Power factor measurement unit
8    Power measurement unit
9    Speed ​​measurement unit
3.2 Module part (see 3.5 component introduction for details)
No.    Name
1    Single-phase transformer
2    Resistor starter
3    Three-phase transformer
4    AC contactor hanging box
5    Button module
6    Current limiting protection switch module
7    Electronic time relay module
8    Thermal relay module
9    Load (bulb) module
3.3 Motor part (see 3.5 component introduction for details)
No.    Name
1    Permanent Magnet Synchronous Motor Controller
2    Permanent Magnet Synchronous Motor
3    Three-phase slip ring asynchronous motor
4    Three-phase two-speed motor
5    Three-phase squirrel cage asynchronous motor
6    DC shunt motor
7    Single-phase capacitor motor
3.4 Accessories
No.    Name        Qty
1    4mm safety electrical cable(yellow)    17
2    4mm safety electrical cable(green)    6
3    4mm safety electrical cable(red)    6
4    4mm safety electrical cable(blue)    5
5    4mm safety electrical cable(black)    5
6    4mm safety electrical cable(double)    5
7    Fuse(5A)    5
8    Fuse(1A)    5
4. Experiment list
Experiment 1: Three-phase permanent magnet motor operation experiment
Experiment 2: Three-phase slip ring asynchronous motor operation experiment
Experiment 3: Three-phase dual-speed motor speed experiment
Experiment 4: Three-phase squirrel cage asynchronous motor operation experiment
Experiment 5: DC shunt motor experiment
Experiment 6: DC shunt motor power generation experiment
Experiment 7: Single-phase capacitor motor forward and reverse rotation experiment
Experiment 8: Single-phase transformer test experiment
Experiment 9: Three-phase transformer test experiment