Let's take a logical look at your posts on this topic and then we will all know what you are, and what you are trying to do.
First you said; Do you mean to say that you have AC units wired in with 1.5mm wires?
This isn't a legitimate question. You're trying to bait and provoke. It's micro-aggressive and offers nothing to the questions I have asked.
Then you said; Trying to. But let me explain how a conversation works. I've asked a question, now you're supposed to answer it, then we go from there.
Let's try again. Have you used 1.5mm wires for an AC unit?
Here, you are belittleing and condescending. Your trying to spin this and are playing semantic games. Had you have simply asked the question, 'have you used 1.5 mm wires?' in the first place, like a normal person, we wouldn't be having this problem.
When I dismissed you for trolling, you obviously felt a narcissistic injury and had to strike back, so you said; Just for anyone else reading this, only a complete cunt would use 1.5mm wire to run a 2+kw AC unit. It's more suitable to running a light bulb.
Here, you're making assumptions about what AC I have and name calling.
[Mod edit: let's keep it civil going forward and stick to topic. PMs sent to both members. thanks]
Thanks, Monomial! Currrently, I'm on a 1.5 for the AC with it's own circuit breaker. The AC is a 1hp Daikin, non-inverter. It's all I need in the space I have it in, and IMO, inverter costs don't weigh out considering the price of electricity.monomial wrote: ↑Tue Dec 17, 2019 12:23 am Don't forget it also makes a big difference if the wiring is run inside or outside the walls. This isn't something that comes up often in the West, where everything is inside a wall or conduit, however over here where they just clip the wires to the cement you can pump more current through it. The heat has somewhere to go when it is out in the open. 1.5mm wiring is more than enough to run an air conditioner as long as it is not a huge, inefficient one. You can readily pull 20A through that without concern if the wire is not buried in a wall or conduit, and I can't think of a single home air conditioner you can easily buy that is going to put a strain on that.
Don't necessarily just try and translate everything from the West to Cambodia without understanding why some of the rules of thumb used there were developed. Things do change slightly over here, and we are allowed to change with it.
I run the AC all of 3 hours a day with computers and several lights, and it does not kill the power to the house.
The house, I should mention, is really two different apartments and has two meters. I have the whole floor.
On the other side, and meter, when I run only the hot water heater to take a shower, if it gets to hot, the power will go out.
When it was wired in before, the water got hotter. Since I have run the 1.5mm cable to the junction outside, the water does not get as hot. The distance in travel I suspect has reduced this.
I can live with tepid showers, but I don't want to. I imagine I am going to have to, as Mish and Explorer have said, add up the amps used, and the costs of going to 20 amps, with or without wiring, and see if it's safe and feasable.
Thanks for your answer. TIL.
here is an example for the offices of a main contractor here from P&S cooling
That's solid info, Samrong! Thank you! TILsamrong01 wrote: ↑Tue Dec 17, 2019 1:33 amTo do it under the counter you need to be dealing directly with the electricity company. You just talk to the company technician on the phone and he will offer to do it under the counter. For 20 amps the company will not do the wiring check in the house - you need to do it yourself. For 30 amps the company will check. Bear in mind this applies to Siem Reap - situation may be different in Phnom Penh. Since you are dealing with your landlord he will know all the ins and outs and will charge you whatever he likes.jovial fucher wrote: ↑Mon Dec 16, 2019 4:20 amThanks for your answer, SR01! I have a landlord that likes...cash...so I wanted to find out about how it works before I approach. I need a plan.samrong01 wrote: ↑Mon Dec 16, 2019 1:23 am My experience is in Siem Reap where upgrading to 20 amps is fairly easy and cheap if you are dealing with the electricity company. Doing it with the landlord will depend on his goodwill. Doing it the "proper" way costs something like $100 and waiting several weeks. You can do it under the counter though for around $40 and instant service. From what I understand its just a matter of flicking a switch on the pole. If you need 30 amps it is more involved as they have to change the connection box on the pole outside. 30 amps can not be done under the counter and if I recall correctly it cost somewhere around $300-$500. For 20 amps you do not necessarily have to change the circuit breaker in the house as the ones installed can usually cope with 20 amps unless it is very old. Even for 30 amps I dont think they changed the main circuit breaker but they definitely did a thorough wiring test.
I've put in breakers for the AC and heaters and 1.5 wiring to them from the box. The pre-existing wires I don't know about and I don't really want a house fire. I'll need to have that checked.
Who do I talk to if I want to do it under the radar? Does the EDC do the wiring check?
I posted a pic on previous post for you. generally its 1.5 to the wall programmer, 2.5 to the aircon indoor unit (as it has small load) and then 4mm to the outside unit (where the work is done to actually cool). the pic has prices too by the meter. good luck.
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Looks like they do offer it. This doc is in Khmer though:
https://www.edc.com.kh/images/list_of_e ... 6_0001.pdf
I'm not sure what the columns are but one might be the "deposit", followed by the price and then the total as that is about the same as I paid for 63A.
20A costs 351,000 riel
32A is 762,000r
63A is 1,511,000r
From Legrand - The Main Distributor is OAPCL