Electric Vehicle Accessories Charging Plug Misalignment Test Apparatus IEC62196-3

MOQ:1
Price:Negotiable
StandardPackaging:Plywood
DeliveryPeriod:30Days
PaymentMethod:T/T
SupplyCapacity:20SetsPerMonth

Products Description

Place of Origin:China

Brand Name:KingPo

Certification:Calibration Certificate (Cost Additional)

Model Number:KPQC1017

Test Station:Single Station

Drive Mode:Servo Motor

Force:0-500N

Force Holding Time:0-999.9s

Interval Time:0-999.9s

Power:AC220V, 60Hz

Dimensions:100mm×400mm×1500mm

Weight:Approx. 150kgs

Minimum Order Quantity:1

Price:Negotiable

Packaging Details:Plywood

Delivery Time:30 Days

Payment Terms:T/T

Supply Ability:20 Sets Per Month

Highlight:Charging Plug Misalignment Test Apparatus, Vehicle Charging Plug Misalignment Test Apparatus, IEC62196-3 Vehicle Testing Equipment


Product Description

 

Electric Vehicle Accessories Charging Plug Misalignment Test Apparatus IEC62196-3

 

Product Overview For Misalignment Test Apparatus:

 

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

 

Technical Parameters For Misalignment Test Apparatus:

 

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.

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.

 

 

 
 

 

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