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instrumentb2bThe complete set of equipment for the General Electric Drive Laboratory improves mechanical control performance and enhances product quality

General Electric Drive Laboratory Complete Equipment General Electrical and Electronic Laboratory

1General Electric Drive Laboratory Complete Equipment General Electrical and Electronic LaboratoryThe significance of development:

Electric drive is a method of dragging mechanical equipment using an electric motor as the prime mover. Also known as electrical transmission. The electric drive device consists of an electric motor and its automatic control device. The automatic control device can achieve automatic control of mechanical equipment by controlling the starting and braking of the motor, regulating the motor speed, controlling the motor torque, and controlling certain physical parameters to change according to certain laws. The use of electric traction can not only liberate people from heavy physical labor, but also free them from complex information processing tasks, improve the control performance of mechanical equipment, and enhance product quality and labor productivity.

At present, most of the electric drive experimental equipment in China is loose, without formal experimental tables or fully functional power control cabinets. Our factory has hired experts to conduct in-depth research and successfully developed a fully functional experimental equipment. The power control cabinet has a three-phase leakage switch and a very prominent self-locking emergency stop button to ensure the safety of the experimental personnel and equipment. There is a meter indicating the working current and voltage, and it is fully functional. The most clever thing is that all experimental components have been installed on the component box, and there is no need to fix them with screws during the experiment. Simply insert the component box into the universal base plate to connect the experiment, greatly improving the experimental speed. The vertical demonstration screen on the teaching platform can provide students with a very clear visual and auditory explanation from the teacher. This set of equipment is for laboratory upgrade and new equipment selection.

IIGeneral Electric Drive Laboratory Complete Equipment General Electrical and Electronic LaboratoryStructure and Equipment:

1. The General Electric Drag Laboratory equipment is equipped with 12 student laboratory tables, one with two seats. The table has an external size of 160 × 68 × 80cm and a central universal plug-in board with a size of 90 × 35cm. The lower part of the table is a component storage cabinet.

2. The general electric drive laboratory equipment is equipped with one teaching console, and the general plug-in board demonstration screen is placed on the power control cabinet.

3. The General Electric Drive Laboratory equipment is equipped with 13 power control cabinets, with one for each experimental table and teaching console.

4. Other equipment is listed (taking 24 seats as an example)

Equipment List:

serial number

name

Model (or specification)

unit

quantity

Remarks

1

fuse

2 amperes

only

6×13

2

AC contactor

CJ10-l0A 380V

a

6×13

Installed on the component box

3

indicator light

XD-5

''

3×13

Installed on the component box

4

rectifier diode

IN5408

only

5×13

Installed on the component box

5

resistance

RX-510 Omega W

''

3×13

Installed on the component box

6

Toggle switch

KN1×2

''

3×13

Installed on the component box

7

limit switch

LXl9-001

''

4×13

Installed on the component box

8

Button - Red

LAl9-ll

''

2×13

Installed on the component box

9

Button - Green

LAl9-11

''

4×13

Installed on the component box

l0

reversing switch

KO-3 380V/10A

''

1×13

Installed on the component box

11

Three phase knife switch

380V l

''

1×13

Installed on the component box

12

Three phase double throw knife switch

380V l

''

1×13

Installed on the component box

13

thermal relay

JRO-20/3

''

2×13

Installed on the component box

14

time relay

JS7-1A 380V

''

2×13

Installed on the component box

I5

transformer

BK-25W 380V/6.3V 36V

''

1×13

Installed on the component box

16

conductor

Copper core wire 1.13MM

rice

several

Installed on the component box

l7

Nose pliers

turn

1×13

18

screwdriver

turn

3×13

19

multimeter

MF-47 type

only

1×13

Large, small flat head, cross shaped

20

electric motor

Y/Δ380V

Taiwan

2×13

3、 Experimental content

1. Positive rotation control circuit of knife switch

2. Contactor inching forward control circuit

3. Forward rotation control circuit with self-locking

4. Forward control circuit with over seek protection

5. Reverse switch controls forward and reverse control circuit

6. Positive and reverse control circuit for contactor interlocking

7. Forward and reverse control circuit of button interlocking

8. Button contactor composite interlocking control circuit

9. Automatic round-trip travel control circuit

10. Contactor controlled series resistance step-down starting circuit

11. Time relay control series resistance voltage reduction control circuit

12. Manual Y/△ voltage reduction starting

13. Contactor control Y/△ voltage reduction starting

14. Time relay controls Y/△ voltage reduction starting

15. QX3-13 Type Y/△ Automatic Start Control Circuit

16. Half wave rectification energy consumption braking control circuit

17. Full wave rectification energy consumption braking control circuit

18. C620 lathe electrical control circuit

19. Manual voltage reduction starting

20. Single phase operation reverse connection brake control circuit

21. Electrical control circuit of electric hoist

22.C6163 lathe electrical control circuit

23. Control circuit interlocking control circuit

24. Main circuit interlocking control circuit

By utilizing the 24 experimental components mentioned above, dozens of experiments can also be completed

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