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IEC62196 Electric Vehicle Charging Plug And Socket Misalignment Tester

IEC62196 Electric Vehicle Charging Plug And Socket Misalignment Tester

MOQ: 1
Price: Negotiable
Standard Packaging: Standard Exporting Plywood Case
Delivery Period: 30 Days
Payment Method: L/C, T/T
Supply Capacity: 20 Sets Per Month
Detail Information
Place of Origin
China
Brand Name
Sinuo
Certification
Calibration Certificate (Cost Additional)
Model Number
SNQC1017
Applied Standard:
IEC 62196-3
Applied Clause:
Clause 36.3, Figure 18
Test Station:
Single Station
Drive Mode:
Servo Motor, Two Pcs, X And Y
Force:
0-500N
Force Holding Time:
0-999.9s
Interval Time:
0-999.9s
Specimen Mounting Bracket:
30 ° Slope, 1000mm Height From The Ground
Brand Name:
Sinuo
Warranty Year:
One Year
Minimum Order Quantity:
1
Price:
Negotiable
Packaging Details:
Standard Exporting Plywood Case
Delivery Time:
30 Days
Payment Terms:
L/C, T/T
Supply Ability:
20 Sets Per Month
High Light:

IEC62196 Plug And Socket Misalignment Tester

,

Vehicle Plug And Socket Misalignment Tester

Product Description

 

IEC62196 Electric Vehicle Charging Plug And Socket Misalignment Tester

 

Product Information:

This misalignment test apparatus conforms to IEC62196-3 clause 36.3, figure 18.

 

Technical Parameters:

Power AC220V, 60Hz
Control Method PLC control, touch screen operation
Station One
Drive Mode servo motor, two pcs, X and Y
Force 0-500N
Force holding time 0-999.9s
Interval time 0-999.9s
Force application direction -X, +X, -Y, +Y
Specimen mounting bracket 30 ° slope, 1000mm height from the ground
Overall dimensions of equipment 100mm×400mm×1500mm,150kg
 

During temperature rise test, immediately following temperature stabilization, the accessories are subjected to external mechanical loads as illustrated in Figure 18.

IEC62196 Electric Vehicle Charging Plug And Socket Misalignment Tester 0

Using a force gauge, apply a load of 100 N with a tolerance of -0/+10 N as illustrated in Figure 19 in each direction. The load should be applied for a minimum of 1 min. Following this load application, the load should be removed for a time of 10 s and the load re-applied in the next direction within 10 s. This process is continued until the load is applied in the 4 directions (-X, +X, -Y, +Y) as illustrated in Figure 19.

The equipment adopts X, Y (Figure 19) sliding table, driven by servo motor and monitored by force value sensor. When the force value reaches the required time for automatic constant force holding, it will automatically switch to another direction for test.

IEC62196 Electric Vehicle Charging Plug And Socket Misalignment Tester 1

 

Operation Instructions:

1 Rotate the handwheel to move the action mechanism to the right and expose the mounting interface of the socket mounting base plate.

 

2 Choose corresponding socket mounting base plate according to sample socket, then fixed the socket mounting base plate to the mounting interface. And the wire of the sample is extracted from the hole below the mounting interface.

 

3 Rotate the handwheel to move the action mechanism to the left, then open the board of the sensor closest to the door, loosen the nut to open the retainer block, the board will be fixed automatically after rotating 90° upward. Then loosen the positioning screws on the sensors mounting boards, move the left and right sensors outward, and move the upper and lower sensors upward and downward, make the sensors and away from the center, in order to not affect the installation of the plug.

 

4 Insert the plug into the socket, pull out the position locating pin, and put down the plate, buckle the retainer block on the screw, lock the nut, and put down the wire of the plug from the opening hole on the right side.

 

5 Press Manual on the touch screen, the then press Left-Right-Up-Down to adjust X-axis sensors and the tail of charging gun to be on the same center line. And adjust the heads of the four sensors around 30mm away from charging gun, then locking screws to secure the sensors.

 

6 Close the observation window after the sample installed, then open the door below, and lead the wires of plug, socket and thermocouple from the small opening on the back of the apparatus, connected to the external temperature rise test machine (the external temperature rise test machine is prepared by client).

 

7 Press Reset in control screen, please assure that the display value of four sensors has been cleared to zero and confirmed the initial position.

 

8 Press Parameter into the parameter screen, set all the parameters

 

9 Return to the control interface, wait for the temperature rise to be stabilized and press start to start the test. The test operation steps are as follows: -X force applied →force reached and hold 60s→ force released 10s→+X apply applied →force reached and hold 60s→ force released 10s→-Y force applied → force reached and hold 60s→ force released 10s→+Y force applied → force reached and hold 60s→ force released. During operation, the force value will be displayed in real time and there are corresponding curves in four directions

IEC62196 Electric Vehicle Charging Plug And Socket Misalignment Tester 2
 
IEC62196 Electric Vehicle Charging Plug And Socket Misalignment Tester 3

 

products
PRODUCTS DETAILS
IEC62196 Electric Vehicle Charging Plug And Socket Misalignment Tester
MOQ: 1
Price: Negotiable
Standard Packaging: Standard Exporting Plywood Case
Delivery Period: 30 Days
Payment Method: L/C, T/T
Supply Capacity: 20 Sets Per Month
Detail Information
Place of Origin
China
Brand Name
Sinuo
Certification
Calibration Certificate (Cost Additional)
Model Number
SNQC1017
Applied Standard:
IEC 62196-3
Applied Clause:
Clause 36.3, Figure 18
Test Station:
Single Station
Drive Mode:
Servo Motor, Two Pcs, X And Y
Force:
0-500N
Force Holding Time:
0-999.9s
Interval Time:
0-999.9s
Specimen Mounting Bracket:
30 ° Slope, 1000mm Height From The Ground
Brand Name:
Sinuo
Warranty Year:
One Year
Minimum Order Quantity:
1
Price:
Negotiable
Packaging Details:
Standard Exporting Plywood Case
Delivery Time:
30 Days
Payment Terms:
L/C, T/T
Supply Ability:
20 Sets Per Month
High Light

IEC62196 Plug And Socket Misalignment Tester

,

Vehicle Plug And Socket Misalignment Tester

Product Description

 

IEC62196 Electric Vehicle Charging Plug And Socket Misalignment Tester

 

Product Information:

This misalignment test apparatus conforms to IEC62196-3 clause 36.3, figure 18.

 

Technical Parameters:

Power AC220V, 60Hz
Control Method PLC control, touch screen operation
Station One
Drive Mode servo motor, two pcs, X and Y
Force 0-500N
Force holding time 0-999.9s
Interval time 0-999.9s
Force application direction -X, +X, -Y, +Y
Specimen mounting bracket 30 ° slope, 1000mm height from the ground
Overall dimensions of equipment 100mm×400mm×1500mm,150kg
 

During temperature rise test, immediately following temperature stabilization, the accessories are subjected to external mechanical loads as illustrated in Figure 18.

IEC62196 Electric Vehicle Charging Plug And Socket Misalignment Tester 0

Using a force gauge, apply a load of 100 N with a tolerance of -0/+10 N as illustrated in Figure 19 in each direction. The load should be applied for a minimum of 1 min. Following this load application, the load should be removed for a time of 10 s and the load re-applied in the next direction within 10 s. This process is continued until the load is applied in the 4 directions (-X, +X, -Y, +Y) as illustrated in Figure 19.

The equipment adopts X, Y (Figure 19) sliding table, driven by servo motor and monitored by force value sensor. When the force value reaches the required time for automatic constant force holding, it will automatically switch to another direction for test.

IEC62196 Electric Vehicle Charging Plug And Socket Misalignment Tester 1

 

Operation Instructions:

1 Rotate the handwheel to move the action mechanism to the right and expose the mounting interface of the socket mounting base plate.

 

2 Choose corresponding socket mounting base plate according to sample socket, then fixed the socket mounting base plate to the mounting interface. And the wire of the sample is extracted from the hole below the mounting interface.

 

3 Rotate the handwheel to move the action mechanism to the left, then open the board of the sensor closest to the door, loosen the nut to open the retainer block, the board will be fixed automatically after rotating 90° upward. Then loosen the positioning screws on the sensors mounting boards, move the left and right sensors outward, and move the upper and lower sensors upward and downward, make the sensors and away from the center, in order to not affect the installation of the plug.

 

4 Insert the plug into the socket, pull out the position locating pin, and put down the plate, buckle the retainer block on the screw, lock the nut, and put down the wire of the plug from the opening hole on the right side.

 

5 Press Manual on the touch screen, the then press Left-Right-Up-Down to adjust X-axis sensors and the tail of charging gun to be on the same center line. And adjust the heads of the four sensors around 30mm away from charging gun, then locking screws to secure the sensors.

 

6 Close the observation window after the sample installed, then open the door below, and lead the wires of plug, socket and thermocouple from the small opening on the back of the apparatus, connected to the external temperature rise test machine (the external temperature rise test machine is prepared by client).

 

7 Press Reset in control screen, please assure that the display value of four sensors has been cleared to zero and confirmed the initial position.

 

8 Press Parameter into the parameter screen, set all the parameters

 

9 Return to the control interface, wait for the temperature rise to be stabilized and press start to start the test. The test operation steps are as follows: -X force applied →force reached and hold 60s→ force released 10s→+X apply applied →force reached and hold 60s→ force released 10s→-Y force applied → force reached and hold 60s→ force released 10s→+Y force applied → force reached and hold 60s→ force released. During operation, the force value will be displayed in real time and there are corresponding curves in four directions

IEC62196 Electric Vehicle Charging Plug And Socket Misalignment Tester 2
 
IEC62196 Electric Vehicle Charging Plug And Socket Misalignment Tester 3

 

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