Electrician Technology Education Equipment, Electronic Teach

Specifications

electronic educational equipment,electronic training equipment,electronic equipment,laboratory equipment,educational product,

XK-DG1 Electrician Technology Experimental Device 

 

1. Product overview:

 

XK-DG1 type electrician technology experiment device mainly face to electrician law verification experiment, three phase AC circuit measurement training, three phase asynchronous motor typical control training, relay contact application, electronic components application training, typical electronic control circuit and work process demonstration and real product knowledge and development.

 

Training bench provide experiment required various signal source and matched tools.

 

This device is module structure, could operate various hanging box experiment combination. Training bench with wheels, can freely move, table is fireproofing, water-proofing, ware resistant high density board.

 

2. Experiment technical parameter

 

2.1 Dimension: 1700*730*1425mm;

 

2.2 Power supply: three phase five wires 0.5KVA;

 

2.3 Three phase power main switch with leakage protection;

 

2.4 With sudden stop button, power supply indicator, power source indicator.

 

3. Signal source technical parameter

 

3.1 Adjustable 1.25~30V DC voltage source capacity 0.5A

 

3.2 AC 24V voltage source, capacity 1A

 

3.3 DC 30 voltage source capacity 1A

 

3.4 DC 0-200mA constant current source, capacity 0.5A

 

3.5 Signal generator: can output square waveform, sins waveform, sharp pulse

 

4. Experiment accessories

 

4.1 Power source line 1 pcs

 

4.2 Experimental wires 20pcs

 

4.3 Motor 1 pcs

 

4.4 Single, three phase transmission, one set each

 

4.5 Fluorescent lamp 1 set

 

5. Experimental project

 

5.1 Multimeter knowledge and application

 

5.2 Basic electrician instrument application and measuring error calculation

 

5.3 Reduce instrument measurement error method

 

5.4 Instrument range expand experiment

 

5.5 Electrical level, electrical voltage measurement and circuit potential diagram drawing

 

5.6 DC amperemeter, voltmeter inner resistance determination

 

5.7 Circuit component volt-ampere characteristic test

 

5.8 Kirchoff’s law verification

 

5.9 Superposition theorem verification

 

5.10 Thevenin theorem verification

 

5.11 Norton theorem verification

 

5.12 Active two terminal network equivalent parameter verification

 

5.13 Voltage source and current source equivalent transformation

 

5.14 Inductance, capacitor knowledge and application

 

5.15 Sine AC circuit

 

5.16 RL, RC serial connect circuit voltage and current relationship verification

 

5.17 RC frequency selective network

 

5.18 Power factor detection

 

5.19 Fluorescent lamp circuit and power factor increase

 

5.20 Three phase load Y type connect and three phase circuit power measurement

 

5.21 Three phase load delta type connect and three phase circuit power measurement

 

5.22 Mutual inductance experiment

 

5.23 AC component frequency characteristic test

 

5.24 Network impedance characteristic and parameter determination

 

5.25 RLC serial connect resonance circuit

 

5.26 RLC parallel connect resonance circuit

 

5.27 One step circuit transient response

 

5.28 Two steps circuit transient response

 

5.29 Three meter method measure AC circuit equivalent parameter

 

5.30 Single phase watt hour meter application experiment

 

5.31 Three phase watt hour meter application experiment

 

5.32 Single phase transmission characteristic test

 

5.33 Three phase transmission characteristic test

 

5.34 Single, three phase transmission serial connect

 

5.35 Three phase AC circuit voltage, current measurement

 

5.36 Three phase AC circuit active power measurement

 

5.37 Three phase AC circuit reactive power measurement

 

5.38 Three phase AC circuit power factor and phase sequence measurement

 

5.39 Three phase AC circuit maximum power transfer transmission condition