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|Applied Standard:||IEC62196-1: 2014, NB/T42077-2016||Drive Mode:||Motor Driven|
|Load Carrying:||A. Crushing Force (5000±250) N B. Crushing Force (11000±550)||Roll Over Speed:||(8±2)km/h|
|Control Mode:||PLC||Drive Over Tire:||Michelin Tire (P225 / 75R15)|
Vehicle Drive Over Test Equipment,
IEC 62196-1 Vehicle Drive Over Test Equipment,
75R1 Tire Vehicle Test Equipment
IEC62196-1 Electric Vehicle Drive Over Test Equipment With P225/75R1 Tire
The test equipment is used to check whether a plug or vehicle connector shall have adequate resistance to damage from being driven over by a vehicle, unless it is provided with a cable management system which prevents the accessory from being left on the ground.
Accessories wired with the minimum size cable of a type recommended by the manufacturer shall be placed on a concrete floor in any normal position of rest. A crushing force of (5000±250) N or (11000±550) N shall be applied by a conventional automotive tire, P225/75R15 or an equivalent tire suitable for the load, mounted on a steel rim and inflated to a pressure of (2.2±0.1) bar. The wheel is to be rolled over the vehicle connector or plug at a speed of (8±2) km/h. The accessory is to be oriented in a natural resting position before applying the force in a different direction for each sample. The accessory under test shall be held or blocked in a fixed position so that it does not move substantially during the application of the applied force. In no case is the force to be applied to the projecting pins.
Applied standard & clauses:
IEC62196-1: 2014 “Plug, socket-outlets, vehicle connectors and vehicle inlets–Conductive charging of electric vehicle-Part1: General requirements” clause 33.2 and 33.3
GB/T20234.1-2015 “Connection set for conductive charging of electric vehicles—Part 1: General requirements” clause 6.21 and 7.21
NB/T42077-2016 “In-Cable Control and Protective Device for Mode 2 Charging of Electric Road Vehicle (IC-CPD)” clause 9.34
A. The equipment chassis is treated with a protective cover to ensure the safety of the test process; the bottom of the chassis is equipped with a shock-absorbing foot pad and a pulley structure for easy installation and disassembly. The rolling test is achieved by heavy-duty rails guiding, roller set sliding, high-power servo motor Combined with the turbine reducer driving the spindle to reach the test speed. The sample fixing sliding device is equipped with a function box mounting jig, and the jig is universally adjustable (it can be adjusted up and down, left and right according to the size and shape of the specimen).
B. The crushing force adjusting device is designed as an up-and-down adjustable structure. The tires subjected to the specimen, the upper and lower sliding frames and the power system and the counterweight are the required test weight as a whole, equipped with an imported precision force sensor; fine-tuning each applied force, and the force is reset to zero automatically after the tire contacts sample is adjusted, the force value is redisplayed; thus, ensuring the force accuracy of each test.
C. The equipment adopts the working mode of front and rear driving of the tire (the direction of rolling is driven by the positive and negative rotation of the servo motor), keeping the sample fixed, achieve the most realistic simulation of the reciprocating rolling of the automobile tire, thus effectively carrying out simulated crushing on the specimen.
D. The main unit consists of PLC control, touch screen, casters and connecting lines, easy movement and connection.
|Electrical Control Method||PLC intelligent integrated control, color humanized touch interface operation (computer operation is optional)|
|Drive Mode||Motor driven|
A. Crushing force (5000±250) N
B. Crushing force (11000±550)
|Roll Over Speed||(8±2)km/h|
|Roll Over Method||The linear motor module is used to drive the automotive tire to simulate the front and rear reciprocating rolling motion (to simulate the damage caused by the accidental rolling to the vehicle connector or plug during the forward or reverse moving of the car in the real scene)|
|Crushing Force Loading||using a servo motor with a worm gear reducer to apply the crushing force|
|Crushing Force Display and Adjustment||Branded force sensor is used, and the force range is 0-20000N adjustable|
|Drive Over Tire||Michelin tire (P225 / 75R15) or equivalent tire (ST225 / 75R15)|
|Air Pressure of Tire||(2.2±0.1) bar|
|Test Floor||A bottom plate with cement/ concrete surface, which can be equipped with a fixture|
|Function Box of Specimen||Made of aluminum alloy, it can be adjusted up and down, right and left, and easy for installing various types of specimen, combined structure, easy to be installed and fixed|
|Lifting Device||Imported guide, it allows the load to be moved up and down freely|
|Specimen Installation||Electric winch lifting and restructuring|
|Timing Counting Display||Can be display and set on the touch screen|
|Shock Absorption Method||Damping spring|
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