Cool mode works almost similar to the dry mode only that when the temperatures drop to 250C the compressor stops running and the fan is left on alone. In dry mode, it is all about keeping the relative humidity at a comfortable 60%. This happens in both the cool and dry mode but in dry mode this value is maintained. In cool mode, humidity keeps increasing dramatically as the fan continues running. Benefits of using dry mode include:. Lowering moisture in the room significantly. Maintaining comfortable temperatures without really cooling.
Energy efficientDry mode does not really cool the room. The cooling effect comes from the removal of excess moisture not that the unit is actually cooling the room. By using the dry function of your air conditioning unit you will be spending less money on energy bills. It is a really effective way of keeping the temperatures comfortable. The 8 hour myth is just what the sales man tell you.I tell you this.Inverter Aircon has a lower starting current. You expensive electricity bill comes from frequent start stop of the compressor motor.In inverter air con, the motor doesn't stop instead it reduces the speed or it start at a lower speed before speeding up.The so called 8 hour is not true.
Tuan boleh panggil semula pomen yg pasang aircond tu, mgkin ada prosedur yg kurang tepat sbb aircond baru x perlu topup gas, sepatutnya kita buang gas yg berlebihan sbb kilang mmg akan bg gas lebih utk memberi kelebihan kpd pengguna yg ingin memasang piping aircond yang lebih pjg tetapi x melebihi 15 meter jarak antara indoor dan outdoor. Mcm ni la cara sambungan untuk topup Gas. Hos Guage biru sambung pd a/c(aircond, bukan aircraft) dan Hos Kuning(tengah) sambung pd tong Gas. Kandungan Gas kena ambik tahu jugak takut nt kena tipu. Tak topup kata topup.
The savings comes immediately when your room temp reach your set temp on your Aircon remote. The compressor motor slows down instead of stopping for inverter Aircon. ( remember that starting the motor cost you more money in non inverter Aircon as the compressor motor start stop quite frequently in non inverter Aircon )The only time you won't get any saving is when you undersize your Aircon capacity.
You set 20 degree C and leave all your windows and door open to outside. In this situation, your air con temperature sensor will never detect the room temp reach you set temperature. Therefore, both inverter and non inverter Aircon will be continuous running. Both costing you the same amount of electricity bill.So, to summarize. Your temperature set point is important. Once you reach it, you save money on your air con electricity bill.If it reach set point within 30 mins.
Then you start saving on 30 mins. Not on so called 8 hours. No you have misconception on how inverter works.For non inverter, the compressor works at full load regardless the temp.It's either ON or OFFInverter has variable load.
The compressor can go in 10 steps for example 10%-20% till 100%.Not sure where the 8 hours term came fromHowever, if you're gonna set it at 17C, inverter or no, it'll be zero difference because at that temp, the compressor will run at 100% full load till the room reaches that temp.If it's at 24-27C, you'll see significant savings under immediately. The 8 hour myth is just what the sales man tell you.I tell you this.Inverter Aircon has a lower starting current. You expensive electricity bill comes from frequent start stop of the compressor motor.In inverter air con, the motor doesn't stop instead it reduces the speed or it start at a lower speed before speeding up.The so called 8 hour is not true. The savings comes immediately when your room temp reach your set temp on your Aircon remote. The compressor motor slows down instead of stopping for inverter Aircon.
( remember that starting the motor cost you more money in non inverter Aircon as the compressor motor start stop quite frequently in non inverter Aircon )The only time you won't get any saving is when you undersize your Aircon capacity. You set 20 degree C and leave all your windows and door open to outside.
In this situation, your air con temperature sensor will never detect the room temp reach you set temperature. Therefore, both inverter and non inverter Aircon will be continuous running. Both costing you the same amount of electricity bill.So, to summarize. Your temperature set point is important. Once you reach it, you save money on your air con electricity bill.If it reach set point within 30 mins. Then you start saving on 30 mins. Not on so called 8 hours.
Cool mode works almost similar to the dry mode only that when the temperatures drop to 250C the compressor stops running and the fan is left on alone. In dry mode, it is all about keeping the relative humidity at a comfortable 60%. This happens in both the cool and dry mode but in dry mode this value is maintained.
In cool mode, humidity keeps increasing dramatically as the fan continues running. Benefits of using dry mode include:. Lowering moisture in the room significantly. Maintaining comfortable temperatures without really cooling. Energy efficientDry mode does not really cool the room. The cooling effect comes from the removal of excess moisture not that the unit is actually cooling the room.
By using the dry function of your air conditioning unit you will be spending less money on energy bills. It is a really effective way of keeping the temperatures comfortable. The 8 hour myth is just what the sales man tell you.I tell you this.Inverter Aircon has a lower starting current. You expensive electricity bill comes from frequent start stop of the compressor motor.In inverter air con, the motor doesn't stop instead it reduces the speed or it start at a lower speed before speeding up.The so called 8 hour is not true.
The savings comes immediately when your room temp reach your set temp on your Aircon remote. The compressor motor slows down instead of stopping for inverter Aircon.
( remember that starting the motor cost you more money in non inverter Aircon as the compressor motor start stop quite frequently in non inverter Aircon )The only time you won't get any saving is when you undersize your Aircon capacity. You set 20 degree C and leave all your windows and door open to outside. In this situation, your air con temperature sensor will never detect the room temp reach you set temperature. Therefore, both inverter and non inverter Aircon will be continuous running. Both costing you the same amount of electricity bill.So, to summarize. Your temperature set point is important. Once you reach it, you save money on your air con electricity bill.If it reach set point within 30 mins.
Then you start saving on 30 mins. Not on so called 8 hours. Bro, I made similar mistake when i first learned about inverters.When u mention about the lower starting current, it is inverter starter. An inverter aircond comes with inverter compressor and not an inverter starter.Which means the starting current is the same, but inverter compressor has better part load performance.When the salesman mentioned 8 hours and above, they simply mentioned that once the room load is attained, the compressor will unload having some savings.In this case, if using for room - i'll will propose using an inverter, since the unit mostly run at part loads. Unit in living room / dining room usually are undersized due to current housing design, which miss the purpose of installing the inverter.This post has been edited by akidos: Mar 4 2016, 02:04 PM. Bro, I made similar mistake when i first learned about inverters.When u mention about the lower starting current, it is inverter starter. An inverter aircond comes with inverter compressor and not an inverter starter.Which means the starting current is the same, but inverter compressor has better part load performance.When the salesman mentioned 8 hours and above, they simply mentioned that once the room load is attained, the compressor will unload having some savings.In this case, if using for room - i'll will propose using an inverter, since the unit mostly run at part loads.
Unit in living room / dining room usually are undersized due to current housing design, which miss the purpose of installing the inverter. Cool mode works almost similar to the dry mode only that when the temperatures drop to 250C the compressor stops running and the fan is left on alone. In dry mode, it is all about keeping the relative humidity at a comfortable 60%. This happens in both the cool and dry mode but in dry mode this value is maintained. In cool mode, humidity keeps increasing dramatically as the fan continues running.
Benefits of using dry mode include:. Lowering moisture in the room significantly. Maintaining comfortable temperatures without really cooling. Energy efficientDry mode does not really cool the room. The cooling effect comes from the removal of excess moisture not that the unit is actually cooling the room.
By using the dry function of your air conditioning unit you will be spending less money on energy bills. It is a really effective way of keeping the temperatures comfortable.