brucet999
Active Member
Ah, you haven't learnt the old trick to wedge the car's fuel cap into the trigger mechanism to keep it open, then? Pumps here in the UK all appear to have had the standard trigger-hold mechanism disabled (I gather US pumps don't) and so the above trick gets around the disablement. The pumps auto-turn off system still works though - it detects the back pressure on a nearly full tank and cuts off the power to the pump motor.
Actually, the auto shut-off trips the nozzle mechanism, not the pump. You can easily restart it by pulling the lever, although in a full tank it will nearly instantly shut off again and remain off even if you are still gripping the lever.
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Why would he go to a temp with all the permanent chargers sitting there?
The driver borrowed the car from a 2-day owner. What would he know about supercharger capabilities?
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[speculation] if the shed emitting the white smoke (oil smoke?) contains step down transformer(s), could it be that one of these failed and resulted in excess volts being directed atthe SC stall and car? If the car was to overdraw current then you would expect trips to trip. IT does seem the earlier shots have more white smoke from the shed than later ones which might support thoughts an intial failure here.
To fail that way, a step-down transformer would have to grow more coils of wire on its secondary (output) side. Not very likely, to say the least
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Well that confirms that the fire either began at the rear of the car or in the passenger compartment and NOT in the battery as the battery vents out the front of the car. Interesting that the hatch appears to be open. Could it be something as silly as the motor for the power liftgate jamming and overheating?
The original European chargers are 105kW IIRC, the next gen are 135kW but 120kW max per car. (Or ~67kW/car if shared) and the temporary stalls are usually rated 135kW depending on the supply capability.
My prediction: Early 2013 P85, second owner, Norway. The drive unit will have been replaced due to high failure rate. As part of the service the HVJB may have been serviced. During service, tech disconnected battery bolts. Later they were reconnected but inadequately. As a result, overheating occurred during supercharging. (Could equally apply to HVJB connecting to HVAC battery heater/AC chiller)
http://www.teslamotorsclub.com/attachment.php?attachmentid=60398&d=1412123709
And HVJB = what? High voltage junction box?
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