Hello, what you don't comment on is the work pressure.
The consumption varies by the turns of the engine when it starts it has more consumption and when it reaches less temperature.
It should never be greater than the nominal.
The thermal jump is at least 11, but yesterday in Buenos Aires it was very hot.
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I was at about 125 the pressure. The nominal consumption of where can I get it? will it be in the outdoor unit? I am not on the team now.
When you tell me that the thermal jump is 11 at least what you mean?
Can you draw any additional conclusions with the pressure data? Yesterday I didn't measure the pressure, I only measured it on the day of the installation a week ago and I didn't put the pressure gauge on anymore.
Regarding consumption I understand that these devices vary, but how much should be maintained when it reaches the set temperature set in the equipment?
Thanks for your answer!!
Today that it is much less hot in Bs As I will test the consumption of the equipment when.
I will take into account the issue that the outdoor unit is in a closed place and the problem of hot air recirculation. What would be the max length of the pipe? if I relocate it? Is the gas stored in the outdoor unit to disconnect and relocate the same in an inverter than in common equipment? They tell me that the consumption varies depending on the motor turns, but in what range should it be when it reaches the set temperature with the remote control?
Another query, in an inverter, when reaching the set temperature with the remote control, the compressor only lowers the revolutions and the consumption (do you have more or less idea how much the consumption would be approx?) Or would the compressor stop? Under what conditions would the compressor stop?
You will not have a problem in the length of the pipe because it is an inverter and because most of the route is horizontal.
I am testing the equipment now. 28 degrees in the room. I put the team at 27. It started and gradually rose to 1.5A, then at 30 seconds it continued to rise until 3 A. They spent five minutes and consumption dropped to 1.6A and the room temperature is 26. a few more minutes and low to 1.3A consumption. Less than five more minutes and low to 1.1 A. To minutes low to 1.0 A. All in about ten minutes since I turned it on approx. Would the equipment be working well like this? The problem would be when there is too much heat in the garage where the outdoor unit is? Being 1A without lowering all the time is not much consumption?