The big hog drag line was once the world's largest shovel. It was used for strip mining of coal in Drakesboro, KY.
This is because of two reasons: 1. Primarily because SC test is performed at rated Current(as we calculate series parameters-leakage impedance-in SC test). As the rated current on hv side is much less than lv side(VI = constant), so the rated hv side current is easily achieved(compared to lv side). Vice-versa is true for Open circuit test. 2. Also because we cannot short-circuit hv side, as, if we short-circuit hv side, V of hv side essentially falls to zero and since VI(KVA power)=constant, so the hv current will be very high(compared to low rated current on hv side), and will burn the winding. When short-circuiting lv side, the current also increases but this increase does not burn winding due to low rated V and high rated I (You can consider the example of 220/11V)on lv side. So,SC test is performed on hv side while shorting the lv side. Also SC test can be performed on either sides for small transformer rating. The above care must be taken for big transformer(High KVA rating)..
around 800 feet high
The biggest one is the high heel boots
only if you want to see big sparks!
The one that is in the biggest line, You have a small line and a big line. The big line is the low side, and the small line is the high side.
The small connector in the a/c line is the low port and the big connector is the high port side ...
small tube high side, big tube low side.
Passenger side near firewall. Where the small line turns into the big line. FYI, that's where the orifice tube is
The low side is always the big line on the a/c system. The little line is the high side.
On the big side.
Big.
In the engine compartment. On the passenger side of the compartment, just about level with the fill cap of the radiatior resivor. It is the blue cap on the large line. The small line is the high side and the large line is the low side. The dryer which is the silver cannister is connected to the low line. So find it (near the fire wall) and follow the big line about 3 inches to the blue cap and you are there. Hope this helps.
the big line is the suction for the the compressor in the A/C unit, The small line is the compressor discharge that goes to the furnace
No Matter What
If it is the small line then it will get warm but if it is the big line then it shouldn't.
He was a small state guy.