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SS-DBG3-D www.daikinac.com 03/21Supersedes 01/21
DBG Commercial
Base Efficiency Gas/Electric Direct-Drive Packaged Rooftop Unit
DBG Commercial3-5 Nominal Tons
14 SEER/ 11.5 EER
* Complete warranty details available from your local distributor or manufacturer’s representative or at www.daikincomfort.com or www.daikinac.com
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Our Perfect Package:Harnessing energy-efficient performance, proven technology, and enhanced comfort for life.
Since becoming the first company in Japan to manufacture packaged
air conditioning systems, in 1951, Daikin has supported comfortable
indoor living based on the strengths and technologies that have
led to the growth of the company becoming one of the
world’s largest manufacturers of HVAC products, systems
and refrigerants.
Today, as a comprehensive global manufacturer of HVAC products
and systems, the Daikin brand is committed to being recognized
as a truly global and excellent company capable of continually
creating new value for its customers. The company plans to pursue
sustainable growth and foster business operations that consistently
harmonize with the goals of improving indoor comfort.
The group philosophy of the company includes: » Creating new value continuously for customers
» Developing world leading energy-saving technology
» Being a flexible and dynamic organization
» Allowing employees to be the driving force for the success of the company
» Fostering an atmosphere of best practices, boldness, and innovation
» Thinking and acting globally
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3
Contents2 Introduction 24 Nomenclature 45 Features and Benefits 5
Applications 8Serviceability 8
9 Product Specifications 9Coil Dimensions 12AHRI Ratings 12Sound Data 12
13 Expanding Cooling Data 1324 Heating Data 2425 Air Flow 2532 Static Pressure 3233 Electrical Data 3334 Wiring Diagrams 3436 Dimensional Data 3637 Electrical Connections 37
Unit Clearances 37
38 Installation 38Weights 38
39 Accessories 3941 Factory Installed Options 4141 Field Installed Options 4142 Factory and Field Installed Options 42
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Nomenclature
4 www.daikinac.com SS-DBG3-D
D B G 036 3 D 045 A A A
1 2 3 4,5,6 7 8 9,10,11 12 13 14
BrandD Daikin
ConfigurationB Base Efficiency
ApplicationC CoolingG Gas HeatH Heat Pump
Nominal Cooling Capacity036 3 Tons048 4 Tons060 5 Tons
Voltage1 208-230/1/603 208-230/3/60
Supply Fan/Drive Type/MotorD Direct-Drive - Standard Static
Nominal Heating CapacityGas/Electric A/C Factory-Installed Electric Heat045 45,000 BTU/h XXX No Heat070 70,000 BTU/h 005 5kW090 90,000 BTU/h 010 10 kW115 115,000 BTU/h 015 15 kW140 140,000 BTU/h 016 15 kW
022 20 kW
See product specifications for heat size(s) available for each capacity.
Refrigeration SystemsA Single-stage cooling modes
Heat Exchanger
X No optionsA Standard Aluminized ExchangerS Stainless Steel Exchanger
ControlsA Electromechanical controls
X X X X X X X X A *
15 16 17 18 19 20 21 22 23 24
Revision Levels
Major & Minor
X No Options
Power Exhaust
X No OptionsB Single-point power connection for Power Exhaust
X No Options
Service OptionsX No OptionA Powered convenience outletB Non-powered convenience outletC Hinge PanelsD Hinged Panels and Powered convenience outletE Hinged Panels and non-powered convenience outlet
ElectricalX No OptionsA Non-Fused DisconnectB Phase MonitorC Thru-the-base connectionsE Non-Fused Disconnect and Phase MonitorF Non-Fused Disconnect and Thru-the-base connectionsH Phase Monitor and Thru-the-base connectionsL Non-Fused Disconnect, Thru-the-base connections and Phase Monitor
EconomizerX No OptionsA Ultra Low-Leak Downflow Economizer w/ Enthalpy SensorB Low-Leak Downflow Economizer w/ Enthalpy SensorG Ultra Low-Leak Downflow Economizer w/ Dry Bulb SensorH Low-Leak Downflow Economizer w/ Dry Bulb Sensor
Hail guard X No OptionsC Hail Guard
SensorsX No OptionsA RA Smoke DetectorB SA Smoke DetectorC RA & SA Smoke Detector
G/E Stocking ModelsNew Daikin 3-5 Ton
Model Number Code StringDBG0361DL00001S DBG0361D045AAAXXXXXXXXDBG0361DH00001S DBG0361D090AAAXXXXXXXXDBG0363DL00001S DBG0363D045AAAXXXXXXXXDBG0363DH00001S DBG0363D090AAAXXXXXXXXDBG0481DL00001S DBG0481D090AAAXXXXXXXXDBG0481DH00001S DBG0481D115AAAXXXXXXXXDBG0483DL00001S DBG0483D090AAAXXXXXXXXDBG0483DH00001S DBG0483D115AAAXXXXXXXXDBG0601DL00001S DBG0601D090AAAXXXXXXXXDBG0601DH00001S DBG0601D140AAAXXXXXXXXDBG0603DL00001S DBG0603D090AAAXXXXXXXXDBG0603DH00001S DBG0603D140AAAXXXXXXXX
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Features and Benefits
SS-DBG3-D www.daikinac.com 5
Installation Daikin Packaged units are designed with fast and easy installation in mind and are ideal for both new construction and retrofit projects. Our packaged rooftop units are built to be a direct replacement for most rooftop units on the field without the need of a curb adapter, to be able to replace the unit in a shorter time and at a lower cost (compared to the previous design).
Cabinet Construction Daikin packaged rooftop units are made with high quality galvanized steel with a powder-paint finish to provide higher corrosion resistance.
» Easy accessibility using our tool-less filter access (available on small chassis).
» The interior surface in the indoor air section is fully insulated to prevent sweating and thermal losses, using our foil face fiberglass insulation which also omits exposed filter fibers into the airstream.
» 1" Raised flanged edges around the supply and return offer easy installation for the duct connections.
» The full perimeter base rail is built using heavy gauge galvanized steel for a stronger structural installation. The base rails are a minimum of 3 ½" tall and include holes to allow for overhead rigging and lifting with forklifts.
» Electrical lines and gas lines can be brought through the base of the unit or through the horizontal knockout for easy installation and accessibility on the field.
Compressor High performance, low noise scroll compressors to match the required total load.
» Resiliently factory-mounted on rubber grommets for vibration isolation
» Refrigeration circuit includes both a low- and high-pressure transducer, high pressure safety switch and temperature sensors for the suction and discharge lines.
» Unit is factory charged with environmentally friendly R-410A refrigerant.
» Compressor location outside the condenser section to avoid air bypass.
» Internal overload protection included with compressor.
Supply Fan The direct-drive with airfoil single width, single inlet (SWSI) Class II construction supply fan with aluminum fan +blades provides efficient and quiet operation at wide ranging static pressure and air flow requirements.
» Fan wheel is continuously welded to the hub plate and end rim for long lasting reliable operation.
» Direct-drive EEM motor removes the need for belts, sheaves, or bearings and its permanently lubricated motors provides low maintenance cost.
» Each fan assembly is dynamically trim balanced at the factory before shipment for quick start-up and efficient operation.
» Electromechanical integrated controls modulate the supply fan motor
» Motor with thermal overload and phase failure protection is provided for motor long lasting operation.
Coils All units use large face area outdoor coils. These coils are constructed with seamless copper tubes, mechanically bonded into aluminum plate-type fins with full drawn collars to completely cover the tubes for high operating efficiencies.
The indoor coil section is installed in a draw through configuration to provide better dehumidification.
Daikin Packaged Rooftop Units (RTUs) are built to perform, with features and options that help provide low installation and operation costs, superior indoor air quality, efficient operation, and longevity.
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Features and Benefits
6 www.daikinac.com SS-DBG3-D
» Coils are factory pressure tested to ensure pressure and leak integrity.
» Copper tube / aluminum fin coils on condenser and evaporator
» 5mm Smart Coil Technology on all condenser coils for improved performance and reduced refrigerant load.
Controls and Wiring Packaged rooftop units come equipped with a well-organized, large, easy to use, weatherproof internal control box with easy access, for a better user experience.
» Units are factory-wired with labeled color-coded wires and complete 24-volt Electromechanical controls package.
» Terminal blocks are provided as standard for easy installation and field power wiring.
Filtration Unit provides a draw-through filter section as standard for better air quality and long lasting component maintenance.
» Filters installed on the units are standard off the shelf sizes for easy replacement.
» One size filter per unit for low maintenance cost and easy replacement.
» Easy and fast filter service access.
Heating Section Wide range of natural gas selections effectively handle most comfort heating demand from morning warm-up control to full heat, all available with Daikin’s Wrinkle Bend heat exchanger technology.
Gas Furnace ETL certified heating modules provide a custom match to specific design requirement.
» Wrinkle Bend Technology available on all Daikin gas heat exchangers. The Wrinkle Bend Technology reduces the manufacturing stress that leads to defects and pinholes in the tubes at the same time as it increases the gas turbulence to amplify the heat transfer.
» All single phase 3-5 ton Gas units have 81% AFUE.
» All 3-Phase models have a minimum 81% T.E. (Thermal Efficiency)
» User has the flexibility to order heat exchanger tubes with 20 Gauge, G160, aluminized steel or stainless steel to meet your application needs.
» The furnace has a tubular design with in-shot gas burner manifold and is installed downstream of the supply fan.
» The module contains an induced draft fan that will maintain a negative pressure in the heat exchanger tubes for the removal of the flue gases to protect indoor air quality.
» Each burner module provides flame roll-out safety protection switches and a high temperature limit switch for reliable operation.
» Induced draft fan includes an airflow safety switch to prevent heating operation in the event of no airflow for occupant safety.
» All burner assemblies are factory tested and adjusted prior to shipment.
» Heating control is fully integrated into the unit’s control system for quick start-up and reliable control.
» Optional field installed LP kits are available for staged heating modules as well as high altitude kits.
Electrical Units are completely wired and tested at the factory to provide faster commissioning and start-up.
» Wiring complies with NEC requirements and all applicable UL standards.
» For ease of use, wiring and electrical components are number coded and labeled according to the electrical diagram.
» A 115 V GFI convenience outlet requiring independent power supply for the receptacle is optional.
» An optional unit powered 20 amp 115 V convenience outlet, complete with factory mounted transformer, disconnect switch, and primary and secondary overload protection, eliminates the need to pull a separate 115 V power source.
» Supply air fan, compressor, and condenser fan motor branch circuits have individual short circuit protection. Unit includes knockouts in the bottom of the main control panels for field wiring entrance.
» A single-point power connection with power block is standard and a terminal board is provided for connecting low voltage control wiring.
» For better serviceability an optional non-fused disconnect switch can be installed inside the control panel and operated by an externally mounted handle to disconnect the electrical power at the unit.
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Applications & Serviceability
8 www.daikinac.com SS-DBG3-D
ApplicationsDaikin Rooftop units are intended for comfort cooling applications in normal heating, ventilating, and air conditioning. Consult your local Daikin sales representative for applications involving operations at high ambient temperatures, high altitudes, non-cataloged voltages, or for job-specific unit selections that fall outside of the range of the catalog tables.
For proper operation, units should be rigged in accordance with instructions stated on the installation manual. Fire dampers, if required, must be installed in the ductwork according to local and/or state codes. No space is allowed for these dampers in the unit.
Follow factory check, test and start procedures explicitly to achieve satisfactory start-up and operation.
Most rooftop applications take advantage of the significant energy savings provided with economizer operation. When an economizer system is used, mechanical refrigeration is typically not required below an ambient temperature of 50°F.
Serviceability Daikin packaged rooftop units are built with serviceability in mind, designed to make future maintenance and service on the unit easy and accessible.
» Our packaged rooftop units offer a slide out blower to facilitate the access and removal of the fan.
» Filter panels on the small chassis line offer tool-less access for easy maintenance.
» Independent compressor outside of the air bypass to eliminate component blockage and provide easy access.
» Labeled field connections, color coded and continuously marked wire to identify point-to-point component connections.
» All 3 - 5 ton units are designed for convertible airflow orientation to serve downflow or horizontal applications. Every unit ships prepared to convert to horizontal orientation in the field if required.
» Condenser clean out from inside-out.
» Easy access to gas valves and control panel.
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Product Specifications
SS-DBG3-D www.daikinac.com 9
Model DBG0361DL00001S DBG0361DH00001S DBG0363DL00001S DBG0363DH00001SCOOLING CAPACITYTotal, BTU/h 35,000 35,000 35,000 35,000SEER / EER 14.0/11.5 14.0/11.5 14.0/11.5 14.0/11.5AHRI Reference # 204601331 204601331 204601332 204601332HEATING CAPACITY Heat Range Low High Low High No. of Burners 2 5 2 5High Stage Input / Output (KBTU/H) 45.0/36.4 90.0/72.9 45.0/36.4 90.0/72.9Low Stage Input / Output (KBTU/H) 33.7/27.3 67.5/54.7 33.7/27.3 67.5/54.7Thermal Efficiency (T.E.) -- -- 80 80Annual Fuel Utilization Efficiency (AFUE) 81 81 -- --High Stage Temperature Rise Range (°F) 15 - 45 45 - 75 15 - 45 45 - 75Low Stage Temperature Rise Range (°F) 10 - 40 40 - 70 10 - 40 40 - 70EVAPORATOR MOTOR COILMotor Type Direct-Drive Direct-Drive Direct-Drive Direct-DriveExternal Static Pressure (ESP) Standard Standard Standard Standard Wheel Dia. X Width 12x11 12x11 12x11 12x11Indoor Nominal CFM 1250 1250 1250 1250RPM 1200 1200 1200 1200Indoor Horsepower 0.75 0.75 0.75 0.75Filter Size (in) 20 X 25 X 2 (2) 20 X 25 X 2 (2) 20 X 25 X 2 (2) 20 X 25 X 2 (2)Drain Size (NPT) 3/4 3/4 3/4 3/4R-410A Refrigerant Charge (oz.) 99 99 99 99Evaporator Coil Face Area (ft²) 6.4 6.4 6.4 6.4Rows Deep/ Fins per Inch 4 / 16 4 / 16 4 / 16 4 / 16 CONDENSER FAN/COILQuantity of Condenser Fan Motors 1 1 1 1RPM (High/Low stage) 810 810 810 810Outdoor Horsepower 0.17 0.17 0.17 0.17Fan Diameter/ # Fan Blades 22 / 3 22 / 3 22 / 3 22 / 3Face Area (ft²) 12.5 12.5 12.5 12.5Rows Deep / Fins per Inch 2 / 28 2 / 28 2 / 28 2 / 28COMPRESSOR (ALL SINGLE-STAGE)Quantity / Type / Stages 1 / Scroll / 1 1 / Scroll / 1 1 / Scroll / 1 1 / Scroll / 1Compressor RLA / LRA 16.7 / 79.0 16.7 / 79.0 10.4 / 73.0 10.4 / 73.0ELECTRICAL DATA Voltage-Phase-Frequency 208/230-1-60 208/230-1-60 208/230-3-60 208/230-3-60Indoor Blower FLA 5.7 5.7 5.7 5.7Max External Static (In. W.C.) 0.8 0.8 0.8 0.8Outdoor Fan FLA 0.95 0.95 0.95 0.95Min. Circuit Ampacity¹ 27.5 / 27.5 27.5 / 27.5 19.7 / 19.7 19.7 / 19.7Max. Overcurrent Protection (A)² 40 / 40 40 / 40 30 / 30 30 / 30 Power Supply Conduit Hole Dia. (in) 1.125 1.125 1.125 1.125Low-Voltage Conduit Hole Dia. (in) 0.5 0.5 0.5 0.5OPERATING WEIGHT (LBS.)Operating Weight (lbs) 557 573 557 573SHIPPING WEIGHT (LBS.)Ship Weight (lbs) 605 615 605 615¹ Wire size should be determined in accordance with National Electrical Codes. Extensive wire runs will require larger wire sizes. ² May use fuses or HACR-type circuit breakers of the same size as noted. Note: Always check the S&R plate for electrical data on the unit being installed.
DBG036
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Product Specifications
10 www.daikinac.com SS-DBG3-D
DBG048
Model DBG0481DL00001S DBG0481DH00001S DBG0483DL00001S DBG0483DH00001SCOOLING CAPACITYTotal, BTU/h 46,500 46,500 46,500 46,500SEER / EER 14.0/11.5 14.0/11.5 14.0/11.5 14.0/11.5AHRI Reference # 204110386 204601333 204601334 204601334HEATING CAPACITY Heat Range Low High Low High No. of Burners 4 5 4 5High Stage Input / Output (KBTU/H) 90.0/72.9 115.0/93.2 90.0/72.9 115.0/93.2Low Stage Input / Output (KBTU/H) 67.5/54.7 86.3/69.9 67.5/54.7 86.3/69.9Thermal Efficiency (T.E.) -- -- 80 80Annual Fuel Utilization Efficiency (AFUE) 81 81 -- --High Stage Temperature Rise Range (°F) 30 - 60 45 - 75 30 - 60 45 - 75Low Stage Temperature Rise Range (°F) 25 - 55 40 - 70 25 - 55 40 - 70EVAPORATOR MOTOR COILMotor Type Direct-Drive Direct-Drive Direct-Drive Direct-DriveExternal Static Pressure (ESP) Standard Standard Standard Standard Wheel Dia. X Width 12 x 11 12 x 11 12 x 11 12 x 11Indoor Nominal CFM 1590 1590 1590 1590RPM 1200 1200 1200 1200Indoor Horsepower 1.0 1.0 1.0 1.0Filter Size (in) 20 X 25 X 2 (2) 20 X 25 X 2 (2) 20 X 25 X 2 (2) 20 X 25 X 2 (2)Drain Size (NPT) 3/4 3/4 3/4 3/4R-410A Refrigerant Charge (oz.) 108 108 108 108Evaporator Coil Face Area (ft²) 6.4 6.4 6.4 6.4Rows Deep/ Fins per Inch 4 / 16 4 / 16 4 / 16 4 / 16 CONDENSER FAN/COILQuantity of Condenser Fan Motors 1 1 1 1RPM (High/Low stage) 1075 1075 1075 1075Outdoor Horsepower 0.25 0.25 0.25 0.25Fan Diameter/ # Fan Blades 22 / 4 22 / 4 22 / 4 22 / 4Face Area (ft²) 13.3 13.3 13.3 13.3Rows Deep / Fins per Inch 2 / 28 2 / 28 2 / 28 2 / 28COMPRESSOR (ALL SINGLE-STAGE)Quantity / Type / Stages 1 / Scroll / 1 1 / Scroll / 1 1 / Scroll / 1 1 / Scroll / 1Compressor RLA / LRA 19.9 / 109.0 19.9 / 109.0 13.1 / 83.1 13.1 / 83.1ELECTRICAL DATA Voltage-Phase-Frequency 208/230-1-60 208/230-1-60 208/230-3-60 208/230-3-60Indoor Blower FLA 6.9 6.9 6.9 6.9Max External Static (In. W.C.) 0.8 0.8 0.8 0.8Outdoor Fan FLA 1.4 1.4 1.4 1.4Min. Circuit Ampacity¹ 33.1 / 33.1 33.1 / 33.1 24.7 / 24.7 24.7 / 24.7Max. Overcurrent Protection (A)² 50 / 50 50 / 50 35 /35 35 /35Power Supply Conduit Hole Dia. (in) 1.125 1.125 1.125 1.125Low-Voltage Conduit Hole Dia. (in) 0.5 0.5 0.5 0.5OPERATING WEIGHT (LBS.)Operating Weight (lbs) 601 609 601 609SHIPPING WEIGHT (LBS.)Ship Weight (lbs) 645 654 645 654¹ Wire size should be determined in accordance with National Electrical Codes. Extensive wire runs will require larger wire sizes. ² May use fuses or HACR-type circuit breakers of the same size as noted. Note: Always check the S&R plate for electrical data on the unit being installed.
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Product Specifications
SS-DBG3-D www.daikinac.com 11
DBG060
Model DBG0601DL00001S DBG0601DH00001S DBG0603DL00001S DBG0603DH00001SCOOLING CAPACITYTotal, BTU/h 57,000 57,000 57,000 57,000SEER / EER 14.0/11.5 14.0/11.5 14.0/11.5 14.0/11.5AHRI Reference # 204601335 204601335 204601336 204601336HEATING CAPACITY Heat Range Low High Low High No. of Burners 4 6 4 6High Stage Input / Output (KBTU/H) 90.0/72.9 140.0/113.4 90.0/72.9 140.0/113.4Low Stage Input / Output (KBTU/H) 67.5/54.7 105.0/85.1 67.5/54.7 105.0/85.1Thermal Efficiency (T.E.) -- -- 80 80Annual Fuel Utilization Efficiency (AFUE) 81 81 -- --High Stage Temperature Rise Range (°F) 20 - 50 45 - 75 20 - 50 45 - 75Low Stage Temperature Rise Range (°F) 15 - 45 40 - 70 15 - 45 40 - 70EVAPORATOR MOTOR COILMotor Type Direct-Drive Direct-Drive Direct-Drive Direct-DriveExternal Static Pressure (ESP) Standard Standard Standard Standard Wheel Dia. X Width 12 x 11 12 x 11 12 x 11 12 x 11Indoor Nominal CFM 1660 1660 1660 1660RPM 1200 1200 1200 1200Indoor Horsepower 1.0 1.0 1.0 1.0Filter Size (in) 20 X 25 X 2 (2) 20 X 25 X 2 (2) 20 X 25 X 2 (2) 20 X 25 X 2 (2)Drain Size (NPT) 3/4 3/4 3/4 3/4R-410A Refrigerant Charge (oz.) 111 111 111 111Evaporator Coil Face Area (ft²) 6.4 6.4 6.4 6.4Rows Deep/ Fins per Inch 4 / 16 4 / 16 4 / 16 4 / 16 CONDENSER FAN/COILQuantity of Condenser Fan Motors 1 1 1 1RPM (High/Low stage) 1110 1110 1110 1110Outdoor Horsepower 0.33 0.33 0.33 0.33Fan Diameter/ # Fan Blades 22 / 3 22 / 3 22 / 3 22 / 3Face Area (ft²) 17.1 17.1 17.1 17.1Rows Deep / Fins per Inch 2 / 28 2 / 28 2 / 28 2 / 28COMPRESSOR (ALL SINGLE-STAGE)Quantity / Type / Stages 1 / Scroll / 1 1 / Scroll / 1 1 / Scroll / 1 1 / Scroll / 1Compressor RLA / LRA 25.0 / 134.0 25.0 / 134.0 15.9 / 110.0 15.9 / 110.0ELECTRICAL DATA Voltage-Phase-Frequency 208/230-1-60 208/230-1-60 208/230-3-60 208/230-3-60Indoor Blower FLA 6.9 6.9 6.9 6.9Max External Static (In. W.C.) 0.8 0.8 0.8 0.8Outdoor Fan FLA 2.0 2.0 2.0 2.0Min. Circuit Ampacity¹ 40.2 / 40.2 40.2 / 40.2 28.8 / 28.8 28.8 / 28.8Max. Overcurrent Protection (A)² 60 / 60 60 / 60 40 / 40 40 / 40Power Supply Conduit Hole Dia. (in) 1.125 1.125 1.125 1.125Low-Voltage Conduit Hole Dia. (in) 0.5 0.5 0.5 0.5OPERATING WEIGHT (LBS.)Operating Weight (lbs) 605 620 605 620SHIPPING WEIGHT (LBS.)Ship Weight (lbs) 648 660 648 660¹ Wire size should be determined in accordance with National Electrical Codes. Extensive wire runs will require larger wire sizes. ² May use fuses or HACR-type circuit breakers of the same size as noted. Note: Always check the S&R plate for electrical data on the unit being installed.
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Product Specifications
12 www.daikinac.com SS-DBG3-D
MODEL CAPACITY EER SEERDBG0361D 35,000 11.5 14DBG0481D 46,500 11.5 14DBG0601D 57,000 11.5 14DBG0363D 35,000 11.5 14DBG0483D 46,500 11.5 14DBG0603D 57,000 11.5 14
AHRI Ratings Sound DataModel
Outdoor sound (db) at 60 HzA-Weighted 63 125 250 500 1000 2000 4000 8000
036 75 78.5 85.4 74.4 71.8 69.1 65.8 60.9 59.2
048 73 82.5 78.1 71.6 69.5 68.0 66.1 59.5 58.6
060 76 84.4 80.5 76.2 72.9 70.9 67.4 63.8 63.1Notes:
1 Outdoor sound data is measured in accordance with AHRI standard 270. 2 Measurements are expressed in terms of sound power. Do not compare these values to sound pressure values because sound pressure depends on specific environment factors which normally do not match individual applications. Sound power values are independent of the environment and therefore more accurate.3 A-weighted sound ratings filter out high and very low frequencies, to better approximate the response of "average" human ear. A-weighted measurements for Daikin units are taken in accordance with AHRI standard 270.
Model Tons Fin height in. Fin length in.
DBG3 24.25 38.074 24.25 38.075 24.25 38.07
Coil Dimensions
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Expanded Cooling Data
SS-DBG3-D www.daikinac.com 13
DBG0361D
Out
door
Am
bien
t Tem
pera
ture
6575
8595
105
115
Ente
ring
Indo
or W
et B
ulb
Tem
pera
ture
IDB
Air
flow
ID W
B59
6367
7159
6367
7159
6367
7159
6367
7159
6367
7159
6367
71
70
900
Capa
city
35,1
2535
,628
36,6
92–
34,8
0635
,309
36,3
73–
33,8
7634
,379
35,4
43–
32,2
7732
,780
33,8
43–
30,3
2230
,825
31,8
88–
28,5
3729
,040
30,1
03–
S/T
0.49
0.41
0.27
–0.
490.
420.
28–
0.52
0.44
0.30
–1.
000.
460.
32–
1.00
0.48
0.35
–1.
000.
530.
40–
Evap
dT
22.7
420
.81
17.2
1–
22.6
920
.76
17.1
6–
22.9
621
.03
17.4
3–
22.6
720
.74
17.1
4–
22.4
120
.48
16.8
8–
23.6
221
.69
18.0
9–
Pr S
uc12
412
512
9–
131
133
136
–13
814
014
3–
144
145
149
–14
915
115
4–
156
158
161
–
Pr D
is25
425
525
7–
295
296
297
–33
733
834
0–
383
384
386
–43
243
343
5–
485
486
488
–
Tota
lPow
er2,
092
2,08
92,
085
–2,
369
2,36
72,
362
–2,
678
2,67
62,
671
–3,
013
3,01
03,
006
–3,
386
3,38
43,
380
–3,
825
3,82
33,
818
–
1250
Capa
city
36,0
7636
,579
37,6
43–
35,7
5836
,260
37,3
24–
34,8
2835
,331
36,3
94–
33,2
2833
,731
34,7
95–
31,2
7331
,776
32,8
39–
29,4
8829
,991
31,0
55–
S/T
0.67
0.59
0.45
–0.
670.
600.
46–
0.70
0.62
0.49
–1.
000.
640.
51–
1.00
0.66
0.53
–1.
000.
710.
58–
Evap
dT
19.6
917
.76
14.1
6–
19.6
417
.71
14.1
1–
19.9
117
.98
14.3
8–
19.6
217
.69
14.0
9–
19.3
617
.43
13.8
3–
20.5
718
.64
15.0
4–
Pr S
uc12
812
913
3–
136
137
140
–14
214
414
7–
148
149
153
–15
315
515
8–
160
162
165
–
Pr D
is25
926
026
2–
300
301
303
–34
234
334
5–
388
389
391
–43
743
844
0–
490
491
493
–
Tota
lPow
er2,
129
2,12
72,
122
–2,
406
2,40
42,
399
–2,
716
2,71
32,
709
–3,
050
3,04
83,
043
–3,
424
3,42
23,
417
–3,
863
3,86
13,
856
–
1350
Capa
city
36,4
2436
,927
37,9
90–
36,1
0536
,608
37,6
72–
35,1
7535
,678
36,7
42–
33,5
7534
,078
35,1
42–
31,6
2032
,123
33,1
87–
29,8
3530
,338
31,4
02–
S/T
0.69
0.61
0.48
–0.
700.
620.
49–
1.00
0.65
0.51
–1.
000.
670.
53–
1.00
0.69
0.55
–1.
000.
740.
60–
Evap
dT
19.0
517
.12
13.5
2–
19.0
017
.07
13.4
7–
19.2
717
.34
13.7
4–
18.9
817
.05
13.4
5–
18.7
216
.79
13.1
9–
19.9
318
.00
14.4
0–
Pr S
uc12
913
113
4–
137
138
142
–14
414
514
8–
149
151
154
–15
515
616
0–
162
163
167
–
Pr D
is26
126
226
3–
301
302
304
–34
434
534
7–
389
390
392
–43
944
044
2–
491
492
494
–
Tota
lPow
er2,
137
2,13
52,
130
–2,
414
2,41
22,
407
–2,
724
2,72
12,
717
–3,
058
3,05
63,
051
–3,
432
3,43
03,
425
–3,
871
3,86
93,
864
–
75
900
Capa
city
35,1
4635
,649
36,7
1238
,337
34,8
2735
,330
36,3
9438
,019
33,8
9734
,400
35,4
6437
,089
32,2
9732
,800
33,8
6435
,489
30,3
4230
,845
31,9
0933
,534
28,5
5729
,060
30,1
2431
,749
S/T
0.61
0.54
0.40
0.26
0.62
0.54
0.41
0.27
1.00
0.57
0.43
0.29
1.00
0.59
0.45
0.31
1.00
0.61
0.48
0.33
1.00
1.00
0.53
0.38
Evap
dT
26.9
925
.06
21.4
517
.72
26.9
325
.00
21.4
017
.67
27.2
025
.27
21.6
717
.94
26.9
124
.98
21.3
817
.65
26.6
524
.73
21.1
217
.39
27.8
625
.93
22.3
318
.60
Pr S
uc12
412
512
913
413
213
313
614
213
814
014
314
814
414
514
915
414
915
115
416
015
615
816
116
7
Pr D
is25
425
525
726
229
529
629
830
233
733
834
034
538
338
438
639
043
243
343
544
048
548
648
849
2
Tota
lPow
er2,
090
2,08
82,
083
2,10
42,
367
2,36
52,
360
2,38
12,
676
2,67
42,
669
2,69
03,
011
3,00
93,
004
3,02
53,
385
3,38
23,
378
3,39
93,
823
3,82
13,
816
3,83
8
1250
Capa
city
36,0
9736
,600
37,6
6439
,289
35,7
7836
,281
37,3
4538
,970
34,8
4835
,351
36,4
1538
,040
33,2
4933
,752
34,8
1536
,440
31,2
9431
,796
32,8
6034
,485
29,5
0930
,012
31,0
7532
,700
S/T
0.80
0.72
0.58
0.44
1.00
0.73
0.59
0.45
1.00
0.75
0.62
0.47
1.00
0.77
0.63
0.49
1.00
1.00
0.66
0.51
1.00
1.00
0.71
0.57
Evap
dT
23.9
322
.01
18.4
014
.67
23.8
821
.95
18.3
514
.62
24.1
522
.22
18.6
214
.89
23.8
621
.93
18.3
314
.60
23.6
021
.67
18.0
714
.34
24.8
122
.88
19.2
815
.55
Pr S
uc12
812
913
313
813
613
714
014
614
214
414
715
214
815
015
315
815
415
515
816
416
116
216
517
1
Pr D
is25
926
126
226
730
030
130
330
734
234
434
535
038
838
939
139
643
843
944
144
549
049
149
349
8
Tota
lPow
er2,
128
2,12
52,
121
2,14
22,
405
2,40
22,
398
2,41
92,
714
2,71
22,
707
2,72
83,
048
3,04
63,
042
3,06
33,
422
3,42
03,
415
3,43
73,
861
3,85
93,
854
3,87
5
1350
Capa
city
36,4
4436
,947
38,0
1139
,636
36,1
2636
,629
37,6
9239
, 317
35,1
9635
,699
36,7
6338
,387
33,5
9634
,099
35,1
6336
,788
31,6
4132
,144
33,2
0834
,833
29,8
5630
,359
31,4
2333
,048
S/T
0.82
0.74
0.61
0.47
1.00
0.75
0.61
0.47
1.00
0.78
0.64
0.50
1.00
0.79
0.66
0.52
1.00
1.00
0.68
0.54
1.00
1.00
0.73
0.59
Evap
dT
23.2
921
.36
17.7
614
.03
23.2
421
.31
17.7
113
.98
23.5
121
.58
17.9
814
.25
23.2
221
.29
17.6
913
.96
22.9
621
.03
17.4
313
.70
24.1
722
.24
18.6
414
.91
Pr S
uc12
913
113
413
913
713
814
214
714
414
514
815
414
915
115
415
915
515
616
016
516
216
316
717
2
Pr D
is26
126
226
426
830
130
230
430
934
434
534
735
139
039
139
339
743
944
044
244
649
249
349
549
9
Tota
lPow
er2,
135
2,13
32,
129
2,15
02,
412
2,41
02,
406
2,42
72,
722
2,72
02,
715
2,73
63,
056
3,05
43,
049
3,07
13,
430
3,42
83,
423
3,44
53,
869
3,86
73,
862
3,88
3
IDB:
Ent
erin
g In
door
Dry
Bul
b Te
mpe
ratu
reSh
aded
are
a re
flect
s AC
CA (T
VA) c
ondi
tions
kW =
Tot
al s
yste
m p
ower
Hig
h an
d lo
w p
ress
ures
are
mea
sure
d at
the
liqui
d an
d su
ctio
n ac
cess
fitt
ings
.A
mps
: Uni
t am
ps (c
omp.
+ ev
apor
ator
+ c
onde
nser
fan
mot
ors)
Des
ign
Subc
oolin
g, 1
6 - 1
9 °F
@ th
e liq
uid
acce
ss fi
ttin
g co
nnec
tion
ARI
95
test
con
ditio
ns. D
esig
n Su
perh
eat 8
- 12
°F @
the
com
pres
sor s
uctio
n ac
cess
fitt
ing
conn
ectio
n.
-
Expanded Cooling Data
14 www.daikinac.com SS-DBG3-D
DBG0361DO
utdo
or A
mbi
ent T
empe
ratu
re
6575
8595
105
115
Ente
ring
Indo
or W
et B
ulb
Tem
pera
ture
IDB
Air
flow
ID W
B59
6367
7159
6367
7159
6367
7159
6367
7159
6367
7159
6367
71
80
900
Capa
city
35,3
3035
,833
36,8
9738
,522
35,0
1235
,514
36,5
7838
,203
34,0
8234
,585
35,6
4837
,273
32,4
8232
,985
34,0
4935
,673
30,5
2731
,030
32,0
9333
,718
28,7
4229
,245
30,3
0931
,933
S/T
1.00
0.66
0.53
0.39
1.00
0.67
0.53
0.39
1.00
0.70
0.56
0.42
1.00
1.00
0.58
0.44
1.00
1.00
0.60
0.46
1.00
1.00
0.65
0.51
Evap
dT
31.2
629
.33
25.7
221
.99
31.2
029
.27
25.6
721
.94
31.4
729
.54
25.9
422
.21
31.1
829
.25
25.6
521
.92
30.9
229
.00
25.3
921
.66
32.1
330
.20
26.6
022
.87
Pr S
uc12
412
612
913
513
213
413
714
213
914
014
414
914
414
614
915
515
015
215
516
015
715
916
216
7
Pr D
is25
525
625
826
229
529
629
830
333
833
934
134
538
338
538
639
143
343
443
644
048
548
748
849
3
Tota
lPow
er2,
091
2,08
92,
084
2,10
62,
368
2,36
62,
361
2,38
32,
678
2,67
52,
671
2,69
23,
012
3,01
03,
005
3,02
63,
386
3,38
43,
379
3,40
03,
825
3,82
33,
818
3,83
9
1250
Capa
city
36,2
8136
,784
37,8
4839
,473
35,9
6336
,466
37,5
2939
,154
35,0
3335
,536
36,6
0038
,224
33,4
3333
,936
35,0
0036
,625
31,4
7831
,981
33,0
4534
,670
29,6
9330
,196
31,2
6032
,885
S/T
1.00
0.85
0.71
0.57
1.00
0.85
0.72
0.57
1.00
0.88
0.74
0.60
1.00
1.00
0.76
0.62
1.00
1.00
0.78
0.64
1.00
1.00
0.83
0.69
Evap
dT
28.2
026
.28
22.6
718
.94
28.1
526
.22
22.6
218
.89
28.4
226
.49
22.8
919
.16
28.1
326
.20
22.6
018
.87
27.8
725
.95
22.3
418
.61
29.0
827
.15
23.5
519
.82
Pr S
uc12
813
013
313
913
613
814
114
614
314
414
815
314
915
015
315
915
415
615
916
416
116
316
617
1
Pr D
is26
026
126
326
730
030
230
330
834
334
434
635
038
939
039
239
643
843
944
144
549
149
249
449
8
Tota
lPow
er2,
129
2,12
72,
122
2,14
32,
406
2,40
42,
399
2,42
02,
715
2,71
32,
708
2,73
03,
050
3,04
83,
043
3,06
43,
424
3,42
23,
417
3,43
83,
862
3,86
03,
856
3,87
7
1350
Capa
city
36,6
2937
,132
38,1
9639
,820
36,3
1036
,813
37,8
7739
,502
35,3
8035
,883
36,9
4738
,572
33,7
8134
,284
35,3
4736
,972
31,8
2532
,328
33,3
9235
,017
30,0
4130
,544
31,6
0733
,232
S/T
1.00
0.87
0.73
0.59
1.00
0.88
0.74
0.60
1.00
1.00
0.77
0.62
1.00
1.00
0.78
0.64
1.00
1.00
0.81
0.66
1.00
1.00
1.00
0.72
Evap
dT
27.5
625
.63
22.0
318
.30
27.5
125
.58
21.9
818
.25
27.7
825
.85
22.2
518
.52
27.4
925
.56
21.9
618
.23
27.2
325
.30
21.7
017
.97
28.4
426
.51
22.9
119
.18
Pr S
uc13
013
113
514
013
713
914
214
814
414
614
915
415
015
115
516
015
515
716
016
516
216
416
717
2
Pr D
is26
126
226
426
930
230
330
530
934
434
534
735
239
039
139
339
743
944
144
244
749
249
349
549
9
Tota
lPow
er2,
137
2,13
52,
130
2,15
12,
414
2,41
22,
407
2,42
82,
723
2,72
12,
716
2,73
73,
058
3,05
63,
051
3,07
23,
432
3,43
03,
425
3,44
63,
870
3,86
83,
863
3,88
5
85
900
Capa
city
35,9
3036
,433
37,4
9739
,122
35,6
1136
,114
37,1
7838
,803
34,6
8235
,185
36,2
4837
,873
33,0
8233
,585
34,6
4936
,273
31,1
2731
,630
32,6
9334
,318
29,3
4229
,845
30,9
0932
,533
S/T
1.00
0.77
0.63
0.49
1.00
1.00
0.64
0.49
1.00
1.00
0.66
0.52
1.00
1.00
0.68
0.54
1.00
1.00
0.70
0.56
1.00
1.00
1.00
0.61
Evap
dT
35.0
433
.11
29.5
125
.78
34.9
933
.06
29.4
625
.73
35.2
633
.33
29.7
326
.00
34.9
733
.04
29.4
425
.71
34.7
132
.78
29.1
825
.45
35.9
233
.99
30.3
926
.66
Pr S
uc12
612
813
113
613
413
613
914
414
114
214
515
114
614
815
115
615
215
315
716
215
916
016
416
9
Pr D
is25
625
725
926
329
629
829
930
433
934
034
234
638
538
638
839
243
443
543
744
148
748
849
049
4
Tota
lPow
er2,
097
2,09
42,
090
2,11
12,
374
2,37
12,
367
2,38
82,
683
2,68
12,
676
2,69
73,
018
3,01
53,
011
3,03
23,
391
3,38
93,
385
3,40
63,
830
3,82
83,
823
3,84
4
1250
Capa
city
36,8
8137
,384
38,4
4840
,073
36,5
6337
,066
38,1
2939
,754
35,6
3336
,136
37,2
0038
,824
34,0
3334
,536
35,6
0037
,225
32,0
7832
,581
33,6
4535
,270
30,2
9330
,796
31,8
6033
,485
S/T
1.00
0.95
0.81
0.67
1.00
1.00
0.82
0.67
1.00
1.00
0.84
0.70
1.00
1.00
0.86
0.72
1.00
1.00
1.00
0.74
1.00
01.
000
1.00
00.
792
Evap
dT
31.9
930
.06
26.4
622
.73
31.9
430
.01
26.4
122
.68
32.2
130
.28
26.6
822
.95
31.9
229
.99
26.3
922
.66
31.6
629
.73
26.1
322
.40
32.8
730
.94
27.3
423
.61
Pr S
uc13
013
213
514
013
814
014
314
814
514
614
915
515
015
215
516
115
615
816
116
616
316
516
817
3
Pr D
is26
126
226
426
930
230
330
530
934
434
534
735
239
039
139
339
743
944
044
244
749
249
349
549
9
Tota
lPow
er2,
134
2,13
22,
127
2,14
92,
411
2,40
92,
404
2,42
62,
721
2,71
82,
714
2,73
53,
055
3,05
33,
048
3,06
93,
429
3,42
73,
422
3,44
33,
868
3,86
63,
861
3,88
2
1350
Capa
city
37,2
2937
,732
38,7
9640
,420
36,9
1037
,413
38,4
7740
,102
35,9
8036
,483
37,5
4739
,172
34,3
8134
,884
35,9
4737
,572
32,4
2532
,928
33,9
9235
,617
30,6
4131
,144
32,2
0733
,832
S/T
1.00
0.97
0.84
0.69
1.00
1.00
0.84
0.70
1.00
1.00
0.87
0.72
1.00
1.00
0.89
0.74
1.00
1.00
1.00
0.77
1.00
1.00
1.00
0.82
Evap
dT
31.3
529
.42
25.8
222
.09
31.2
929
.37
25.7
622
.03
31.5
729
.64
26.0
422
.30
31.2
829
.35
25.7
422
.01
31.0
229
.09
25.4
921
.76
32.2
330
.30
26.6
922
.96
Pr S
uc13
213
313
614
213
914
114
414
914
614
815
115
615
215
315
616
215
715
916
216
716
416
616
917
4
Pr D
is26
226
426
527
030
330
430
631
034
634
734
835
339
139
239
439
944
144
244
444
849
349
449
650
1
Tota
lPow
er2,
142
2,14
02,
135
2,15
62,
419
2,41
72,
412
2,43
42,
728
2,72
62,
722
2,74
33,
063
3,06
13,
056
3,07
73,
437
3,43
53,
430
3,45
13,
876
3,87
43,
869
3,89
0
IDB:
Ent
erin
g In
door
Dry
Bul
b Te
mpe
ratu
reSh
aded
are
a re
flect
s A
HRI
(TVA
) con
ditio
nskW
= T
otal
sys
tem
pow
er
Hig
h an
d lo
w p
ress
ures
are
mea
sure
d at
the
liqui
d an
d su
ctio
n ac
cess
fitt
ings
.A
mps
: Uni
t am
ps (c
omp.
+ ev
apor
ator
+ c
onde
nser
fan
mot
ors)
Des
ign
Subc
oolin
g, 1
6 - 1
9 °F
@ th
e liq
uid
acce
ss fi
ttin
g co
nnec
tion
ARI
95
test
con
ditio
ns. D
esig
n Su
perh
eat 8
- 12
°F @
the
com
pres
sor s
uctio
n ac
cess
fitt
ing
conn
ectio
n.
-
Expanded Cooling Data
SS-DBG3-D www.daikinac.com 15
DBG0363D
Out
door
Am
bien
t Tem
pera
ture
6575
8595
105
115
Ente
ring
Indo
or W
et B
ulb
Tem
pera
ture
IDB
Air
flow
ID W
B59
6367
7159
6367
7159
6367
7159
6367
7159
6367
7159
6367
71
70
900
Capa
city
35,1
2535
,628
36,6
92–
34,8
0635
,309
36,3
73–
33,8
7634
,379
35,4
43–
32,2
7732
,780
33,8
43–
30,3
2230
,825
31,8
88–
28,5
3729
,040
30,1
03–
S/T
0.49
0.41
0.27
–0.
490.
420.
28–
0.52
0.44
0.30
–1.
000.
460.
32–
1.00
0.48
0.35
–1.
000.
530.
40–
Evap
dT
22.7
420
.81
17.2
1–
22.6
920
.76
17.1
6–
22.9
621
.03
17.4
3–
22.6
720
.74
17.1
4–
22.4
120
.48
16.8
8–
23.6
221
.69
18.0
9–
Pr S
uc12
412
512
9–
131
133
136
–13
814
014
3–
144
145
149
–14
915
115
4–
156
158
161
–
Pr D
is25
425
525
7–
295
296
297
–33
733
834
0–
383
384
386
–43
243
343
5–
485
486
488
–
Tota
lPow
er2,
092
2,08
92,
085
–2,
369
2,36
72,
362
–2,
678
2,67
62,
671
–3,
013
3,01
03,
006
–3,
386
3,38
43,
380
–3,
825
3,82
33,
818
–
1250
Capa
city
36,0
7636
,579
37,6
43–
35,7
5836
,260
37,3
24–
34,8
2835
,331
36,3
94–
33,2
2833
,731
34,7
95–
31,2
7331
,776
32,8
39–
29,4
8829
,991
31,0
55–
S/T
0.67
0.59
0.45
–0.
670.
600.
46–
0.70
0.62
0.49
–1.
000.
640.
51–
1.00
0.66
0.53
–1.
000.
710.
58–
Evap
dT
19.6
917
.76
14.1
6–
19.6
417
.71
14.1
1–
19.9
117
.98
14.3
8–
19.6
217
.69
14.0
9–
19.3
617
.43
13.8
3–
20.5
718
.64
15.0
4–
Pr S
uc12
812
913
3–
136
137
140
–14
214
414
7–
148
149
153
–15
315
515
8–
160
162
165
–
Pr D
is25
926
026
2–
300
301
303
–34
234
334
5–
388
389
391
–43
743
844
0–
490
491
493
–
Tota
lPow
er2,
129
2,12
72,
122
–2,
406
2,40
42,
399
–2,
716
2,71
32,
709
–3,
050
3,04
83,
043
–3,
424
3,42
23,
417
–3,
863
3,86
13,
856
–
1350
Capa
city
36,4
2436
,927
37,9
90–
36,1
0536
,608
37,6
72–
35,1
7535
,678
36,7
42–
33,5
7534
,078
35,1
42–
31,6
2032
,123
33,1
87–
29,8
3530
,338
31,4
02–
S/T
0.69
0.61
0.48
–0.
700.
620.
49–
1.00
0.65
0.51
–1.
000.
670.
53–
1.00
0.69
0.55
–1.
000.
740.
60–
Evap
dT
19.0
517
.12
13.5
2–
19.0
017
.07
13.4
7–
19.2
717
.34
13.7
4–
18.9
817
.05
13.4
5–
18.7
216
.79
13.1
9–
19.9
318
.00
14.4
0–
Pr S
uc12
913
113
4–
137
138
142
–14
414
514
8–
149
151
154
–15
515
616
0–
162
163
167
–
Pr D
is26
126
226
3–
301
302
304
–34
434
534
7–
389
390
392
–43
944
044
2–
491
492
494
–
Tota
lPow
er2,
137
2,13
52,
130
–2,
414
2,41
22,
407
–2,
724
2,72
12,
717
–3,
058
3,05
63,
051
–3,
432
3,43
03,
425
–3,
871
3,86
93,
864
–
75
900
Capa
city
35,1
4635
,649
36,7
1238
,337
34,8
2735
,330
36,3
9438
,019
33,8
9734
,400
35,4
6437
,089
32,2
9732
,800
33,8
6435
,489
30,3
4230
,845
31,9
0933
,534
28,5
5729
,060
30,1
2431
,749
S/T
0.61
0.54
0.40
0.26
0.62
0.54
0.41
0.27
1.00
0.57
0.43
0.29
1.00
0.59
0.45
0.31
1.00
0.61
0.48
0.33
1.00
1.00
0.53
0.38
Evap
dT
26.9
925
.06
21.4
517
.72
26.9
325
.00
21.4
017
.67
27.2
025
.27
21.6
717
.94
26.9
124
.98
21.3
817
.65
26.6
524
.73
21.1
217
.39
27.8
625
.93
22.3
318
.60
Pr S
uc12
412
512
913
413
213
313
614
213
814
014
314
814
414
514
915
414
915
115
416
015
615
816
116
7
Pr D
is25
425
525
726
229
529
629
830
233
733
834
034
538
338
438
639
043
243
343
544
048
548
648
849
2
Tota
lPow
er2,
090
2,08
82,
083
2,10
42,
367
2,36
52,
360
2,38
12,
676
2,67
42,
669
2,69
03,
011
3,00
93,
004
3,02
53,
385
3,38
23,
378
3,39
93,
823
3,82
13,
816
3,83
8
1250
Capa
city
36,0
9736
,600
37,6
6439
,289
35,7
7836
,281
37,3
4538
,970
34,8
4835
,351
36,4
1538
,040
33,2
4933
,752
34,8
1536
,440
31,2
9431
,796
32,8
6034
,485
29,5
0930
,012
31,0
7532
,700
S/T
0.80
0.72
0.58
0.44
1.00
0.73
0.59
0.45
1.00
0.75
0.62
0.47
1.00
0.77
0.63
0.49
1.00
1.00
0.66
0.51
1.00
1.00
0.71
0.57
Evap
dT
23.9
322
.01
18.4
014
.67
23.8
821
.95
18.3
514
.62
24.1
522
.22
18.6
214
.89
23.8
621
.93
18.3
314
.60
23.6
021
.67
18.0
714
.34
24.8
122
.88
19.2
815
.55
Pr S
uc12
812
913
313
813
613
714
014
614
214
414
715
214
815
015
315
815
415
515
816
416
116
216
517
1
Pr D
is25
926
126
226
730
030
130
330
734
234
434
535
038
838
939
139
643
843
944
144
549
049
149
349
8
Tota
lPow
er2,
128
2,12
52,
121
2,14
22,
405
2,40
22,
398
2,41
92,
714
2,71
22,
707
2,72
83,
048
3,04
63,
042
3,06
33,
422
3,42
03,
415
3,43
73,
861
3,85
93,
854
3,87
5
1350
Capa
city
36,4
4436
,947
38,0
1139
,636
36,1
2636
,629
37,6
9239
, 317
35,1
9635
,699
36,7
6338
,387
33,5
9634
,099
35,1
6336
,788
31,6
4132
,144
33,2
0834
,833
29,8
5630
,359
31,4
2333
,048
S/T
0.82
0.74
0.61
0.47
1.00
0.75
0.61
0.47
1.00
0.78
0.64
0.50
1.00
0.79
0.66
0.52
1.00
1.00
0.68
0.54
1.00
1.00
0.73
0.59
Evap
dT
23.2
921
.36
17.7
614
.03
23.2
421
.31
17.7
113
.98
23.5
121
.58
17.9
814
.25
23.2
221
.29
17.6
913
.96
22.9
621
.03
17.4
313
.70
24.1
722
.24
18.6
414
.91
Pr S
uc12
913
113
413
913
713
814
214
714
414
514
815
414
915
115
415
915
515
616
016
516
216
316
717
2
Pr D
is26
126
226
426
830
130
230
430
934
434
534
735
139
039
139
339
743
944
044
244
649
249
349
549
9
Tota
lPow
er2,
135
2,13
32,
129
2,15
02,
412
2,41
02,
406
2,42
72,
722
2,72
02,
715
2,73
63,
056
3,05
43,
049
3,07
13,
430
3,42
83,
423
3,44
53,
869
3,86
73,
862
3,88
3
IDB:
Ent
erin
g In
door
Dry
Bul
b Te
mpe
ratu
reSh
aded
are
a re
flect
s AC
CA (T
VA) c
ondi
tions
kW =
Tot
al s
yste
m p
ower
Hig
h an
d lo
w p
ress
ures
are
mea
sure
d at
the
liqui
d an
d su
ctio
n ac
cess
fitt
ings
.A
mps
: Uni
t am
ps (c
omp.
+ ev
apor
ator
+ c
onde
nser
fan
mot
ors)
Des
ign
Subc
oolin
g, 1
6 - 1
9 °F
@ th
e liq
uid
acce
ss fi
ttin
g co
nnec
tion
ARI
95
test
con
ditio
ns. D
esig
n Su
perh
eat 8
- 12
°F @
the
com
pres
sor s
uctio
n ac
cess
fitt
ing
conn
ectio
n.
-
Expanded Cooling Data
16 www.daikinac.com SS-DBG3-D
DBG0363DO
utdo
or A
mbi
ent T
empe
ratu
re
6575
8595
105
115
Ente
ring
Indo
or W
et B
ulb
Tem
pera
ture
IDB
Air
flow
ID W
B59
6367
7159
6367
7159
6367
7159
6367
7159
6367
7159
6367
71
80
900
Capa
city
35,3
3035
,833
36,8
9738
,522
35,0
1235
,514
36,5
7838
,203
34,0
8234
,585
35,6
4837
,273
32,4
8232
,985
34,0
4935
,673
30,5
2731
,030
32,0
9333
,718
28,7
4229
,245
30,3
0931
,933
S/T
1.00
0.66
0.53
0.39
1.00
0.67
0.53
0.39
1.00
0.70
0.56
0.42
1.00
1.00
0.58
0.44
1.00
1.00
0.60
0.46
1.00
1.00
0.65
0.51
Evap
dT
31.2
629
.33
25.7
221
.99
31.2
029
.27
25.6
721
.94
31.4
729
.54
25.9
422
.21
31.1
829
.25
25.6
521
.92
30.9
229
.00
25.3
921
.66
32.1
330
.20
26.6
022
.87
Pr S
uc12
412
612
913
513
213
413
714
213
914
014
414
914
414
614
915
515
015
215
516
015
715
916
216
7
Pr D
is25
525
625
826
229
529
629
830
333
833
934
134
538
338
538
639
143
343
443
644
048
548
748
849
3
Tota
lPow
er2,
091
2,08
92,
084
2,10
62,
368
2,36
62,
361
2,38
32,
678
2,67
52,
671
2,69
23,
012
3,01
03,
005
3,02
63,
386
3,38
43,
379
3,40
03,
825
3,82
33,
818
3,83
9
1250
Capa
city
36,2
8136
,784
37,8
4839
,473
35,9
6336
,466
37,5
2939
,154
35,0
3335
,536
36,6
0038
,224
33,4
3333
,936
35,0
0036
,625
31,4
7831
,981
33,0
4534
,670
29,6
9330
,196
31,2
6032
,885
S/T
1.00
0.85
0.71
0.57
1.00
0.85
0.72
0.57
1.00
0.88
0.74
0.60
1.00
1.00
0.76
0.62
1.00
1.00
0.78
0.64
1.00
1.00
0.83
0.69
Evap
dT
28.2
026
.28
22.6
718
.94
28.1
526
.22
22.6
218
.89
28.4
226
.49
22.8
919
.16
28.1
326
.20
22.6
018
.87
27.8
725
.95
22.3
418
.61
29.0
827
.15
23.5
519
.82
Pr S
uc12
813
013
313
913
613
814
114
614
314
414
815
314
915
015
315
915
415
615
916
416
116
316
617
1
Pr D
is26
026
126
326
730
030
230
330
834
334
434
635
038
939
039
239
643
843
944
144
549
149
249
449
8
Tota
lPow
er2,
129
2,12
72,
122
2,14
32,
406
2,40
42,
399
2,42
02,
715
2,71
32,
708
2,73
03,
050
3,04
83,
043
3,06
43,
424
3,42
23,
417
3,43
83,
862
3,86
03,
856
3,87
7
1350
Capa
city
36,6
2937
,132
38,1
9639
,820
36,3
1036
,813
37,8
7739
,502
35,3
8035
,883
36,9
4738
,572
33,7
8134
,284
35,3
4736
,972
31,8
2532
,328
33,3
9235
,017
30,0
4130
,544
31,6
0733
,232
S/T
1.00
0.87
0.73
0.59
1.00
0.88
0.74
0.60
1.00
1.00
0.77
0.62
1.00
1.00
0.78
0.64
1.00
1.00
0.81
0.66
1.00
1.00
1.00
0.72
Evap
dT
27.5
625
.63
22.0
318
.30
27.5
125
.58
21.9
818
.25
27.7
825
.85
22.2
518
.52
27.4
925
.56
21.9
618
.23
27.2
325
.30
21.7
017
.97
28.4
426
.51
22.9
119
.18
Pr S
uc13
013
113
514
013
713
914
214
814
414
614
915
415
015
115
516
015
515
716
016
516
216
416
717
2
Pr D
is26
126
226
426
930
230
330
530
934
434
534
735
239
039
139
339
743
944
144
244
749
249
349
549
9
Tota
lPow
er2,
137
2,13
52,
130
2,15
12,
414
2,41
22,
407
2,42
82,
723
2,72
12,
716
2,73
73,
058
3,05
63,
051
3,07
23,
432
3,43
03,
425
3,44
63,
870
3,86
83,
863
3,88
5
85
900
35,9
3035
,930
36,4
3337
,497
39,1
2235
,611
36,1
1437
,178
38,8
0334
,682
35,1
8536
,248
37,8
7333
,082
33,5
8534
,649
36,2
7331
,127
31,6
3032
,693
34,3
1829
,342
29,8
4530
,909
32,5
33
1.00
1.00
0.77
0.63
0.49
1.00
1.00
0.64
0.49
1.00
1.00
0.66
0.52
1.00
1.00
0.68
0.54
1.00
1.00
0.70
0.56
1.00
1.00
1.00
0.61
35.0
435
.04
33.1
129
.51
25.7
834
.99
33.0
629
.46
25.7
335
.26
33.3
329
.73
26.0
034
.97
33.0
429
.44
25.7
134
.71
32.7
829
.18
25.4
535
.92
33.9
930
.39
26.6
6
126
126
128
131
136
134
136
139
144
141
142
145
151
146
148
151
156
152
153
157
162
159
160
164
169
256
256
257
259
263
296
298
299
304
339
340
342
346
385
386
388
392
434
435
437
441
487
488
490
494
2,09
72,
097
2,09
42,
090
2,11
12,
374
2,37
12,
367
2,38
82,
683
2,68
12,
676
2,69
73,
018
3,01
53,
011
3,03
23,
391
3,38
93,
385
3,40
63,
830
3,82
83,
823
3,84
4
1250
36,8
8136
,881
37,3
8438
,448
40,0
7336
,563
37,0
6638
,129
39,7
5435
,633
36,1
3637
,200
38,8
2434
,033
34,5
3635
,600
37,2
2532
,078
32,5
8133
,645
35,2
7030
,293
30,7
9631
,860
33,4
85
1.00
1.00
0.95
0.81
0.67
1.00
1.00
0.82
0.67
1.00
1.00
0.84
0.70
1.00
1.00
0.86
0.72
1.00
1.00
1.00
0.74
1.00
01.
000
1.00
00.
792
31.9
931
.99
30.0
626
.46
22.7
331
.94
30.0
126
.41
22.6
832
.21
30.2
826
.68
22.9
531
.92
29.9
926
.39
22.6
631
.66
29.7
326
.13
22.4
032
.87
30.9
427
.34
23.6
1
130
130
132
135
140
138
140
143
148
145
146
149
155
150
152
155
161
156
158
161
166
163
165
168
173
261
261
262
264
269
302
303
305
309
344
345
347
352
390
391
393
397
439
440
442
447
492
493
495
499
2,13
42,
134
2,13
22,
127
2,14
92,
411
2,40
92,
404
2,42
62,
721
2,71
82,
714
2,73
53,
055
3,05
33,
048
3,06
93,
429
3,42
73,
422
3,44
33,
868
3,86
63,
861
3,88
2
1350
37,2
2937
,229
37,7
3238
,796
40,4
2036
,910
37,4
1338
,477
40,1
0235
,980
36,4
8337
,547
39,1
7234
,381
34,8
8435
,947
37,5
7232
,425
32,9
2833
,992
35,6
1730
,641
31,1
4432
,207
33,8
32
1.00
1.00
0.97
0.84
0.69
1.00
1.00
0.84
0.70
1.00
1.00
0.87
0.72
1.00
1.00
0.89
0.74
1.00
1.00
1.00
0.77
1.00
1.00
1.00
0.82
31.3
531
.35
29.4
225
.82
22.0
931
.29
29.3
725
.76
22.0
331
.57
29.6
426
.04
22.3
031
.28
29.3
525
.74
22.0
131
.02
29.0
925
.49
21.7
632
.23
30.3
026
.69
22.9
6
132
132
133
136
142
139
141
144
149
146
148
151
156
152
153
156
162
157
159
162
167
164
166
169
174
262
262
264
265
270
303
304
306
310
346
347
348
353
391
392
394
399
441
442
444
448
493
494
496
501
2,14
22,
142
2,14
02,
135
2,15
62,
419
2,41
72,
412
2,43
42,
728
2,72
62,
722
2,74
33,
063
3,06
13,
056
3,07
73,
437
3,43
53,
430
3,45
13,
876
3,87
43,
869
3,89
0
IDB:
Ent
erin
g In
door
Dry
Bul
b Te
mpe
ratu
reSh
aded
are
a re
flect
s A
HRI
(TVA
) con
ditio
nskW
= T
otal
sys
tem
pow
er
Hig
h an
d lo
w p
ress
ures
are
mea
sure
d at
the
liqui
d an
d su
ctio
n ac
cess
fitt
ings
.A
mps
: Uni
t am
ps (c
omp.
+ ev
apor
ator
+ c
onde
nser
fan
mot
ors)
Des
ign
Subc
oolin
g, 1
6 - 1
9 °F
@ th
e liq
uid
acce
ss fi
ttin
g co
nnec
tion
ARI
95
test
con
ditio
ns. D
esig
n Su
perh
eat 8
- 12
°F @
the
com
pres
sor s
uctio
n ac
cess
fitt
ing
conn
ectio
n.
-
Expanded Cooling Data
SS-DBG3-D www.daikinac.com 17
DBG0481DO
utdo
or A
mbi
ent T
empe
ratu
re
6575
8595
105
115
Ente
ring
Indo
or W
et B
ulb
Tem
pera
ture
IDB
Air
flow
ID W
B59
6367
7159
6367
7159
6367
7159
6367
7159
6367
7159
6367
71
70
1200
Capa
city
46,8
0147
,469
48,8
82–
46,3
7747
,046
48,4
59–
45,1
4245
,810
47,2
23–
43,0
1743
,685
45,0
98–
40,4
1941
,087
42,5
00–
38,0
4838
,716
40,1
29–
S/T
0.52
0.44
0.31
–0.
520.
450.
31–
0.55
0.47
0.34
–0.
570.
490.
36–
1.00
0.51
0.38
–1.
000.
570.
43–
Evap
dT
22.2
620
.33
16.7
3–
22.2
120
.28
16.6
8–
22.4
820
.55
16.9
5–
22.1
920
.26
16.6
6–
21.9
320
.00
16.4
0–
23.1
421
.21
17.6
1–
Pr S
uc12
212
312
7–
129
131
134
–13
613
714
1–
141
143
146
–14
714
815
2–
154
155
158
–
Pr D
is26
026
126
3–
301
302
304
–34
534
634
8–
391
393
394
–44
244
344
5–
495
497
498
–
Tota
lPow
er2,
834
2,83
12,
825
–3,
188
3,18
53,
179
–3,
584
3,58
13,
575
–4,
012
4,00
94,
003
–4,
490
4,48
74,
481
–5,
051
5,04
85,
042
–
1590
Capa
city
47,9
3048
,598
50,0
11–
47,5
0648
,175
49,5
88–
46,2
7146
,939
48,3
52–
44,1
4644
,814
46,2
27–
41,5
4842
,216
43,6
30–
39,1
7739
,845
41,2
58–
S/T
0.67
0.59
0.45
–0.
670.
600.
46–
0.70
0.62
0.49
–1.
000.
640.
51–
1.00
0.66
0.53
–1.
000.
710.
58–
Evap
dT
19.6
917
.76
14.1
6–
19.6
417
.71
14.1
1–
19.9
117
.98
14.3
8–
19.6
217
.69
14.0
9–
19.3
617
.43
13.8
3–
20.5
718
.64
15.0
4–
Pr S
uc12
512
713
0–
133
134
138
–13
914
114
4–
145
147
150
–15
015
215
5–
157
159
162
–
Pr D
is26
526
626
8–
306
307
309
–34
935
035
2–
396
397
399
–44
644
744
9–
500
501
503
–
Tota
lPow
er2,
874
2,87
22,
866
–3,
229
3,22
63,
220
–3,
624
3,62
13,
615
–4,
052
4,04
94,
043
–4,
530
4,52
84,
522
–5,
091
5,08
95,
083
–
1800
Capa
city
48,7
2349
,391
50,8
04–
48,2
9948
,967
50,3
81–
47,0
6447
,732
49,1
45–
44,9
3945
,607
47,0
20–
42,3
4143
,009
44,4
22–
39,9
7040
,638
42,0
51–
S/T
0.70
0.63
0.49
–0.
710.
630.
50–
0.73
0.66
0.52
–1.
000.
680.
54–
1.00
0.70
0.56
–1.
000.
750.
61–
Evap
dT
18.6
616
.73
13.1
3–
18.6
116
.68
13.0
8–
18.8
816
.95
13.3
5–
18.5
916
.66
13.0
6–
18.3
316
.40
12.8
0–
19.5
417
.61
14.0
1–
Pr S
uc12
712
913
2–
135
136
140
–14
214
314
6–
147
149
152
–15
315
415
7–
159
161
164
–
Pr D
is26
726
827
0–
308
309
311
–35
235
335
5–
398
399
401
–44
945
045
2–
502
504
505
–
Tota
lPow
er2,
891
2,88
82,
882
–3,
245
3,24
23,
236
–3,
640
3,63
83,
632
–4,
068
4,06
64,
060
–4,
547
4,54
44,
538
–5,
108
5,10
55,
099
–
75
1200
Capa
city
46,8
2847
,497
48,9
1051
,069
46,4
0547
,073
48,4
8650
,645
45,1
7045
,838
47,2
5149
,410
43,0
4443
,712
45,1
2647
,284
40,4
4741
,115
42,5
2844
,687
38,0
7538
,744
40,1
5742
,315
S/T
0.65
0.57
0.44
0.29
0.65
0.58
0.44
0.30
1.00
0.60
0.47
0.32
1.00
0.62
0.49
0.34
1.00
0.64
0.51
0.37
1.00
1.00
0.56
0.42
Evap
dT
26.5
024
.58
20.9
717
.24
26.4
524
.52
20.9
217
.19
26.7
224
.79
21.1
917
.46
26.4
324
.50
20.9
017
.17
26.1
724
.25
20.6
416
.91
27.3
825
.45
21.8
518
.12
Pr S
uc12
212
312
713
212
913
113
413
913
613
714
114
614
214
314
615
114
714
915
215
715
415
515
816
4
Pr D
is26
026
126
326
830
230
330
530
934
534
634
835
239
239
339
539
944
244
344
545
049
649
749
950
3
Tota
lPow
er2,
832
2,82
92,
823
2,85
03,
186
3,18
33,
177
3,20
43,
581
3,57
93,
573
3,60
04,
009
4,00
74,
001
4,02
84,
488
4,48
54,
479
4,50
65,
049
5,04
65,
040
5,06
7
1590
Capa
city
47,9
5748
,626
50,0
3952
,198
47,5
3448
,202
49,6
1551
,774
46,2
9946
,967
48,3
8050
,539
44,1
7344
,841
46,2
5548
,413
41,5
7642
,244
43,6
5745
,816
39,2
0439
,873
41,2
8643
,445
S/T
0.80
0.72
0.58
0.44
0.80
0.73
0.59
0.45
1.00
0.75
0.62
0.47
1.00
0.77
0.63
0.49
1.00
0.79
0.66
0.51
1.00
1.00
0.71
0.57
Evap
dT
23.9
322
.01
18.4
014
.67
23.8
821
.95
18.3
514
.62
24.1
522
.22
18.6
214
.89
23.8
621
.93
18.3
314
.60
23.6
021
.67
18.0
714
.34
24.8
122
.88
19.2
815
.55
Pr S
uc12
512
713
013
513
313
413
814
313
914
114
414
914
514
715
015
515
015
215
516
015
715
916
216
7
Pr D
is26
526
626
827
230
630
730
931
435
035
135
335
739
639
739
940
444
744
845
045
450
050
150
350
8
Tota
lPow
er2,
872
2,86
92,
863
2,89
03,
226
3,22
43,
218
3,24
53,
622
3,61
93,
613
3,64
04,
050
4,04
74,
041
4,06
84,
528
4,52
54,
519
4,54
65,
089
5,08
65,
080
5,10
7
1800
Capa
city
48,7
5049
,419
50,8
3252
,990
48,3
2748
,995
50,4
0852
, 567
47,0
9247
,760
49,1
7351
,332
44,9
6645
,634
47,0
4849
,206
42,3
6943
,037
44,4
5046
,609
39,9
9740
,665
42,0
7944
,237
S/T
0.83
0.75
0.62
0.48
1.00
0.76
0.63
0.48
1.00
0.79
0.65
0.51
1.00
0.81
0.67
0.53
1.00
0.83
0.69
0.55
1.00
1.00
0.74
0.60
Evap
dT
22.9
020
.97
17.3
713
.64
22.8
520
.92
17.3
213
.59
23.1
221
.19
17.5
913
.86
22.8
320
.90
17.3
013
.57
22.5
720
.64
17.0
413
.31
23.7
821
.85
18.2
514
.52
Pr S
uc12
712
913
213
713
513
714
014
514
214
314
615
214
714
915
215
715
315
415
716
315
916
116
416
9
Pr D
is26
726
827
027
530
831
031
131
635
235
335
535
939
940
040
240
644
945
045
245
650
350
450
651
0
Tota
lPow
er2,
888
2,88
62,
880
2,90
73,
243
3,24
03,
234
3,26
13,
638
3,63
53,
629
3,65
64,
066
4,06
34,
057
4,08
44,
544
4,54
24,
536
4,56
35,
105
5,10
35,
097
5,12
4
IDB:
Ent
erin
g In
door
Dry
Bul
b Te
mpe
ratu
reSh
aded
are
a re
flect
s AC
CA (T
VA) c
ondi
tions
kW =
Tot
al s
yste
m p
ower
Hig
h an
d lo
w p
ress
ures
are
mea
sure
d at
the
liqui
d an
d su
ctio
n ac
cess
fitt
ings
.A
mps
: Uni
t am
ps (c
omp.
+ ev
apor
ator
+ c
onde
nser
fan
mot
ors)
Des
ign
Subc
oolin
g, 1
6 - 1
9 °F
@ th
e liq
uid
acce
ss fi
ttin
g co
nnec
tion
ARI
95
test
con
ditio