Safety electricity training device
GTET-1012
Delivery:
EXW
minimum order:
1 set
Supply Ability:
30set / Month
Country of Origin:
Guangzhou,China
Stock Time:
45Day
Technical parameter
Dimensions: 1670 × 700 × 1600mm
Power supply: Three phase, AC380V/50Hz
Weight: About 100kg
Dimensions: 1670 × 700 × 1600mm
Power supply: Three phase, AC380V/50Hz
Weight: About 100kg
Quantity:
The main body of the educational equipment electricity safety training device is a hanging box structure, and different hanging boxes can be selected according to different experimental items. The electricity device vocational training equipment is also an electricity device educational equipment, which is suitable for the teaching and skills training of related majors in higher vocational colleges and secondary vocational colleges. At the same time, the vocational training equipment electricity device training device can also be used as an assessment device for electricity safety training and electricity safety skill appraisal in technical schools, vocational education centers, and vocational qualification appraisal stations. The vocational training equipment electricity device training device is an useful educational equipment by carrying out the different electricity safety training courses.
Technical parameter
Dimensions: 1670 × 700 × 1600mm
Power supply: Three phase, AC380V/50Hz
Weight: About 100kg
Product description
The main body of the test bench is a hanging box structure, and different hanging boxes can be selected according to different experimental items.
Product composition
No. | Name | Specs | QTY |
1 | Training bench | 1 | |
2 | Training table | 1 | |
3 | Power supply module | 1 | |
4 | Experiment hanging box | 5 | |
5 | Accessories | 1 set | |
6 | Tools | 1 set |
Training courses
1. Use of mega ohmmeter
2. Use of grounding resistance tester
3. Current sensing experiment
4. Simulated body impedance experiment
5. Simulated human body step voltage electric experiment
6. IT system insulation monitoring simulation experiment
7.Cognitive experiment of extra low safety voltage
8. Safety isolation transformer understanding and safety principle experiment
9. Grid IT system simulation experiment
10. Grid TT system simulation experiment
11. TN system simulation experiment
12. TN system grid grounding part zero-connection hazard simulation
13. TN system neutral line and leakage simulation
14. Neutral and unbalanced load simulation of TN system
15. Equipotential bonding simulation experiment
16. Leakage protector principle simulation experiment
17. Indoor lighting circuit leakage experiment
18. Fluorescent lamp circuit fault experiment
19. Single-phase power supply leakage protection experiment
20. The use of insulating rods
21. The use of safety belt
22. The awareness of safety signs
Send Message