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Charging Interface Cable Bending Test Machine

ZJ-WQ01
This equipment must meet the test requirements of Chapter 6.2.10.4 of GB/T20234.1-2023, Chapter 24.4 of GB/T11918.1-2014, and Chapter 26.4 of IEC 62196-1:2022, and is suitable for bending tests of non-detachable electrical accessories such as charging guns.
This equipment is controlled by PLC and touch screen, which is convenient to control. The angle, speed and number of times can be set. Fix the sample on the fixture, add a certain load, and shake the fixture left and right during the test. After a certain number of times, check its wire breakage rate, or check its total number of swings when it cannot be powered on. This machine can count automatically. When the sample is bent to the point where it cannot be powered on, the instrument automatically stops working. This equipment can also be tested with load, and a load wiring port is reserved.
1. Usage Environment

1

Ambient temperature

5~35℃

2

Ambient humidity

85%R.H 25℃

3

Atmospheric pressure

86~106Kpa

4

Environmental conditions

There is no strong vibration, no strong electromagnetic field interference, no high concentration of dust and corrosive substances, no direct sunlight or other direct radiation from heat sources around the equipment site.

The equipment should be placed horizontally in a well-ventilated test room, with sufficient space around it for operation and maintenance.


Picture of the whole machine

Pictures are for reference only, please refer to the actual product

Panel Description

Figure 1 (Control Panel)

Figure 2 Side

Operation Instructions
1. Power connection and sample installation The equipment is connected to an external single-phase power supply AC220V, turn on the panel power switch, and the touch screen enters the standby interface. Figure 1 below shows an ice disaster

Figure 1
Sample installation Install the sample on the fixture seat, pass the soft wire through the guide hole vertically, and hang a suitable weight at the lower end of the wire. Enter the touch screen manual interface to adjust the zero point position, as shown in Figure 2 below. Press forward or reverse to make the fixture seat wire perpendicular to the guide hole. Press the zero point confirmation button, the current angle is displayed as 0 degrees, and after starting, the fixture seat will swing left and right with the current position as the zero point.

Figure 2
2. No-load test sample wiring The two wires of the soft wire hanging weight end are connected to the no-load port, as shown in Figure 3 below. The other end of the sample is short-circuited with a wire.

Figure 3
3. Load test sample wiring Connect the load power supply to the load input terminal L N, and L1 N1 to the load resistor. Figure 4 below

Figure 4
The load output terminal L N is the power output, L1 N1 is the resistor, when the sample is a two-core wire, one end of the sample is connected to the N N1 terminal. L and L1 are short-circuited with a wire. Figure 5 below The two wires at the other end of the sample are short-circuited with a wire.

Figure 5
4. Test Enter the parameter setting, set the speed, number of tests, positive and negative angles. Select whether there is a load. When the load is selected, the sample must be connected to the load test end and there is a load input. Check whether the switch is turned on. When the switch is turned on, there must be a conduction signal or current input. Otherwise, an alarm will be issued. Figure 6 below.

Figure 6
Return to the monitoring interface, clear the last test data, and press the start button to start the test. The count reaches the stop. Figure 7 below. After turning off the load power supply, remove the sample and the test is completed.

Figure 7

Serial number

Technical Parameters

1

Control system: imported 7-inch human-machine interface (true color LCD touch screen), Panasonic programmable controller (PLC)

2

Screen settings and display information: parameter monitoring, angle setting, speed pre-adjustment, count setting, alarm indication and character prompts, etc.

3

Test station: single station

4

The program can set the experiment of single station or any station by itself

5

Test rate: can be set and intelligently adjusted (0-80 times/minute (one round trip counts as one time)

6

Test bending rotation angle: can be set and intelligently adjusted (left and right angles 0~180 degrees test angle can be preset)

7

Total angle*speed is less than 5400

8

Counter: 0 to 9999999 times can be preset, with power failure memory function

9

Weight: The configured weights can be combined into 20N, 25N, 50N, 75N, 100N, 120N/140N/180N;

10

Material A3, surface plating

11

Reserved load access port current ≥ 800A

12

External pointer displays the bending angle from 0 to 360 degrees

13

With disconnection detection function

14

Powertrain: servo motor + turbine reducer

15

Test cable range: diameter 5~70mm

16

1 set of fixing bracket with wires for easy installation of wire clips

17

Dimensions: about W950*D650*H1600mm

18

Weight: Approx. 220Kg

19

Power supply voltage: AC220V±5%, 50Hz10A

20

The equipment meets the requirements of Figure 9

  

Serial number

Technical Parameters

1

The whole machine is welded by sheet metal, the surface is painted, and the panel is made of aluminum plate with sandblasting and silk screen printing.

2

Working power supply: three-phase AC380V 50HZ;

3

Equipment control mode: Panasonic PLC + touch screen control;

4

Tensile force: can be combined into 80N, 100N, 110N, 120N, 160N, 200N, 240N, 250N, 300N, 400N, 500N, 600N.

5

Torque: 0.6Nm, 0.7Nm, 1.2Nm, 1.5Nm, 2.3Nm, 11Nm, 0.35 Nm, 0.425 Nm, 0.61 Nm, 0.8 Nm, 3 Nm, 4.0 Nm, 4.5 Nm, 5.0 Nm of torque can be achieved.

6

Test times: 0 to 999999 times adjustable

7

Tensile frequency: 1 time/second

8

Torque time: 1min~99H99M99S

9

Dimensions: 1300x800x1400mm

10

Test data is set on the touch screen

11

With power-off data storage memory function

12

Meet the following form requirements:

 

 

 

13

The equipment meets the requirements of Figure 6

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