Ultra Series: Variable Speed (UA20) Efficiency offers minimum of 20 SEER and 13 EER system performance across all capacities. Copeland Scroll Variable Speed Compressor Achiever Plus Series: Two-Stage (UA17) Efficiencies up to 17 SEER/13 EER Achiever Series: Single Stage (RA16) Efficiencies up to 16 SEER/13 EER Scroll compressorComposite base pan for quieter operationAchiever Series: Single Stage (RA14) Efficiencies of 14 SEER to 16 SEER (Optimized for Southern Region Efficiency Standards)Scroll compressorComposite base pan for quieter operationAchiever Series: Single-Stage (RA14**W) Efficiencies of 14 SEER to 16 SEER (Optimized for Southwest Region Efficiency Standards) Composite for quieter operation Achiever Series: Single Stage (RA13)Efficiencies 13-15.5 SEER/11.5-13 EERScroll compressorComposite base pan for quieter operation Rheem (AHRI 7943714) 5 Ton, 16 SEER, Classic Series, RA1660AJ/RH1T6024 Air Conditioner Split System Rheem RA1660AJ1NA - Classic 5 Ton 16 SEER Condenser, 208-230 Volt, 1 Phase, 60 Hz

Rheem RH1T6024STANJA - 5 Ton, R-410A, Single Stage, Aluminum Air Handler, Constant Torque Motor, 208/240V, 1 Ph, 60 Hz System includesOne RA1660AJ1NA Rheem - Classic 5 Ton 16 Seer Condenser, 208-230 Volt, 1 Phase, 60 HzRheem Classic® RA16 Series Air ConditionersFeatures:New composite base pan - dampens sound, captures louver panels, eliminates corrosion and reduces number of fasteners neededPowder coat paint system - for a long lasting professional finishScroll compressor - uses 70% fewer moving parts for higher efficiency and increased reliabilityModern cabinet aesthetics - increased curb appeal with visually appealing designCurved louver panels - provide ultimate coil protection1.5 ton split ac+current consumption, enhance cabinet strength, and increased cabinet rigidityOptimized fan orifice - optimizes airflow and reduces unit soundRust resistant screws - confirmed through 1500-hour salt spray testingPlusOne™ Expanded Valve Space - 3"-4"-5" service valve space - provides a minimum working area of 27-square inches for easier accessPlusOne™ Triple Service Access - 15" wide, industry leading corner service access - makes repairs easier and faster. 10000 btu air conditioner window units

The two fastener removable corner allows optimal access to internal unit components. Individual louver panels come out once fastener is removed, for faster coil cleaning and easier cabinet reassemblyDiagnostic service window with two-fastener opening - provides access to the high and low pressure.harga ac split daikinExternal gauge port access - allows easy connection of "low-loss" gauge portsSingle-row condenser coil - makes unit lighter and allows thorough coil cleaning to maintain "out of the box" performance35% fewer cabinet fasteners and fastener-free base - allow for faster access to internal components and hassle-free panel removalService trays - hold fasteners or caps during service callsQR code - provides technical information on demand for faster service callsFan motor harness with extra long wires allows unit top to be removed without disconnecting fan wireAndOne RH1T6024STANJA Rheem - 5 Ton, R-410A, Single Stage, Aluminum Air Handler, Constant Torque Motor, 208/240V, 1 Ph, 60 HzRH1T- Series, Constant Torque Motor, Efficiencies up to 16 SEER.

RH1T feature:A Constant Torque motor which provides enhanced SEER performance with most Rheem outdoor units.Versatile 4-way convertible design for upflow, downflow, horizontal left and horizontal right applications.Sturdy cabinet construction with 1.0 inch [25.4 mm] of foil faced insulation for excellent sound and insulating characteristics.Field-installed auxiliary electric heater kits (Not included) provide exact heat for indoor comfort. Kits include circuit breakers which meet U.L. and cUL requirements for service disconnect.11/2 ton [5.3 kW] through 5 ton [17.6 kW] models are between 421/2 to 551/2 inches [1080 to 1410 mm] tall and 22 inches [559 mm] deep.All models meet or exceed 330 to 400 CFM [156 to 189 L/S] per ton at .3 inches [.7 KPA] of external static pressure.Enhanced airflow up to .7" external static pressure.Evaporator is constructed of aluminum fins bonded to internally grooved aluminum tubing.General Terms Of Limited WarrantyConditional Parts (Registration Required): Ten (10) YearsRheem will furnish a replacement for any part of this product which fails in normal use and service within the applicable period stated, in accordance with the terms of the limited warranty.

See Warranty Certificate for complete details. NameRheem (AHRI 7943714) 5 Ton, 16 SEER, Classic Series, RA1660AJ/RH1T6024 Air Conditioner Split System SKU - PIM Number1427301040109 Product TypeAir Conditioner Split SystemGetting a new A/C and looking at different air conditioners? You already know that a higher SEER air conditioner is more efficient. But by how much? And is the difference worth it in the Phoenix area?In this article, we’ll show you how to estimate the energy savings between any 2 air conditioners with different SEER ratings (assuming all else is equal). And, for example purposes, we’ll be using 3-ton, 16-SEER and 14-SEER air conditioners because they are popular sizes and choices in the Phoenix area. Determine each air conditioner’s estimated annual energy use with this equation: [(Size of A/C system x 12,000) / SEER] x 2100 = amount of Watt-hours used annually To better understand what’s happening here, let’s breakdown each step of this equation:

Size of A/C system x 12,000 The first part of the equation is calculating the amount of cooling your air conditioner provides. 1 ton of cooling = 12,000 BTUs. (There’s a lot of history here if you’re curious). This is the capacity of your A/C system, much the same way the horsepower of a car tells you the capacity of the engine. Next, we need to calculate how efficiently your A/C system provides that capacity... Dividing the capacity by the air conditioner’s SEER gives you the approximate number of Watts the air conditioner uses per hour. You’ll now have the amount of energy your A/C uses per hour, which is similar to how the MPG of your car tells you how many miles you can go on one gallon of gas. Now we simply multiply by the number of hours you’ll use your A/C... According to Energy.gov’s calculator the average Phoenix-area home uses their air conditioner for about 2100 hours per year. = amount of Watt-hours used annually You’ll now have the estimated amount of energy (measured in Watt-hours) that the A/C will use in a year.

So for our 3-ton example air conditioners, we get: [(3x12,000)/14]x2100=5,400,000 Watt-hours (rounded to nearest thousand) Now that we know approximately how much energy each of our air conditioners will use, we need to find the difference between them. This is simple subtraction: Energy use of 14-SEER - Energy use of 16-SEER = Energy savings of higher unit In our example, the difference is 675,000 Watt-hours, annually. Now we simply need to calculate the actual amount of money this number equates to. Your electric company (either APS or SRP) charges you per kWh, or kilowatt-hour. To convert the Watt-hours to kWh, you divide by 1000. So our example is 675,000 Watts/hour / 1000 = 675 kWh. Now to get the estimated annual energy savings, you just multiply by the rate your utility company charges. The average electrical rate in the Phoenix area is around 12 cents per kWh. So a 3-ton, 16-SEER unit in Phoenix saves you about $81/year (675 x $0.12) in electricity costs over a 14-SEER unit.