Air Conditioner Size Calculator This calculator requires the use of Javascript enabled and capable browsers. This calculator is designed to give an approximate size for an adequate room air conditioner unit capable of cooling the room you have described in your entry. Select entries from the drop data boxes for the room size and amount of room insulation. Select yes or no values for DIRECT sun exposure and if the room is a kitchen. Morning sun exposure is not usually a problem, however afternoon sun exposure often adds up to 15 degrees to a room. Our selection of a kitchen is based on added heat potential to a room. You may wish to try both selection if you are in question to see if there is a change in the suggested cooling required. If you are on the borderline of two potential units and there is no major price difference, we suggest the larger cooling capacity. Air Conditioner Size Calculator Target Room To Cool Is This A KitchenAir Con Size Chart & Installation Guide

Air Conditioning Room Sizing Chart & Guide This chart assumes average conditions and sizes and is meant as a guide only.the ac unit is not cooling For more complex installations or in areas of extreme heat or cold it is advised to consult a specialist installer.do ac wall units use a lot of electricity Contact us for Sydney Air Con Install. buy air conditioning window unitsView our range of Portable Air Cons, Split Cycle Air Con and Window Unit Air Conditioners. HP= approx, compressor Size: 1000 Watts= 3412 BTUKnowledge Base : Tools : Calculator | DC to AC amperage conversion run through an Inverter So, you’ve got an electrical appliance to run, but no place to plug it in. When you need to run a regular household electrical type device in an area where no regular grid power is available, this calculator will help you figure out what size batteries and inverter you need!

Welcome to our DC/AC conversion tool (with inverter). This calculator is designed to assist you with power usage amounts, when converting from one power form to another using a DC to AC inverter. Just enter power numbers in the fields below, and we will do the calculations for you, including typical inefficiencies and all that other techie type stuff you may not care to calculate. If you are not sure of your numbers, have a look at the walkthrough illustrations below when entering numbers. Enter AC Device Ratings Amps AC (enter mAh as .xyz) 12 V     24 V     36 V     48 V Many applications will have a range of Input AC voltage. In the US, it can be anywhere from 100-125 VAC. In Europe, it's usually 200-240. For this example, we'll use the US standard of 120 Volts AC. Input Amperage is how much current the application draws from the AC power. This number is usually rated in Amps. If the current is rated in milliamps (mAh) you can convert it to Amps by diving the number by 1000.

For instance, our example application draws 300 milliamps, which is the same as 0.3 Amps. Wattage is the total amount of power the application uses. It's calculated by multiplying voltage by amperage. Therefore the 120 VAC x 0.3 Amps equals 36 Watts. Output Voltage is rating of your battery system, usually a single 12 volt battery. We use 12.5 volts for 12 volt battery systems. Now we know that our application uses 36 watts of total power. If you take this power from a 12.5 VDC source, then the total amperage required increases to 3.31 Amps, or 3,310 milliamps. Since batteries have a limited capacity, or amp hours, it's important to size a battery large enough to handle the amperage demand for your application. Share what you learned with your friends 38 Responses,   4.9 Rating BatteriesBattery ChargersPower InvertersSolar ChargersBattery RestorationBattery AccessoriesCables and ConnectorsFuel TreatmentsMADE in USAEmergencyPower SuppliesAll Products by Brand