Electric Vehicle Insertion Force Test Device For Charging Gun
Electric Vehicle Insertion Force Test Device for Charging Gun
Complied Standards & Clauses
Conforms to IEC 62196-1 2022 clause 16.16.
Product Overview
The structure of the charging interface should make it easy to insert the charging gun. Check whether the maximum force required to insert the charging gun into the appliance socket is within the range specified by the standard.
The force for inserting the charging gun into the socket: Place the charging gun vertically downward, place the main weight required by the standard on the charging gun, and then use a 0.8kg weight to freely drop from a height of 5cm to impact the main weight. The charging gun should be inserted into the socket to the required position of the contact.
Technical Parameters
| Model | SNQC1013A |
| Test station | Single station |
| Control method | Manual, the instrument displays force value data in real time |
| Lifting method | Manual |
| Additional weight drop method | Manual |
| Force monitoring | Pull pressure value sensor and instrument display |
| Weight configuration |
Main weight of AC charging gun: 9.2kg Main weight of DC charging gun: 13.2kg Additional weight: 0.8kg Note: The weight of the main weight includes the weight of the clamp, guide rod, steel ball basin and charging gun sample. The weight of the main weight without the sample is about 4kg. An additional 10kg steel ball is equipped for fine-tuning the weight to make the entire main weight weight conform to AC or DC. Gun insertion force requirements.
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| Additional weight drop height | 5cm |
| Insert initial positioning | Precision slide table and long linear guide bearing positioning |
| Charging gun’s clamp | Clamping handle, adjustable direction, so that the gun head is vertically downward |
Details
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