York D2EB030 manual Mechanical Specifications, Unit Cabinet, Indoor Evaporator FAN Assembly

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360101-XTG-B-0508

MECHANICAL SPECIFICATIONS

GENERAL DESCRIPTION

Units shall be factory-assembled, single packaged, Electric Cooling units, designed for outdoor mounted installation. They shall have built in, equal size, field convertible duct connections for down discharge supply/return or horizontal discharge supply/return.

The units shall be factory wired, piped, charged with R-22 refrigerant and factory tested prior to shipment. All unit wiring shall be both numbered and color coded.

All units shall be manufactured in a facility certified to ISO 9001 standards, and the cooling performance shall be tested in accordance with ARI test procedures. Units shall be certified to UL 1995/CAN/CSA C22.2 No. 236 standards.

UNIT CABINET

1.Unit cabinet shall be constructed of galvanized steel, with exterior surfaces coated with a non-chalking, powdered paint finish, certified at 1000 hours salt spray test per ASTMB117 standards.

2.The unit top shall be a single piece “Water Shed” design, with drip edges and no-seam corners to provide optimum water integrity

3.Unit shall have a rigidly mounted condenser coil guard to provide protection from objects and personnel after installation.

4.Indoor blower section shall be insulated with up to 3/4” thick, aluminum, foil faced insulation, fastened to prevent insulation from entering the air stream.

5.Cabinet panels shall be “large” size, easily removable for servicing and maintenance, with built-in lift handles.

6.Unit shall be built on a formed, “Super-Structure” design base pan, with embossments at critical points to add strength, rigidity and aid in minimizing sound.

7.Full perimeter base rails shall be provided to assure reliable transit of equipment, overhead rigging, fork truck access and proper sealing on roof curb applications. Base rails shall be removable, when required, to lower unit height.

8.Filters shall be furnished and be accessible through a removable access door, sealed air tight. (Single phase models - accessory kit available. Three phase models - standard from factory.)

9.Units vertical discharge and return duct configuration shall be designed to fit between standard 24” O.C. beams without modification to building structure, duct work and base unit.

10.Condensate pan shall be internally sloped and conform to ASHRAE 62-89 self-draining standards, with 3/4” NPTI copper, ridged mount connection.

4.Unit Controls:

INDOOR (EVAPORATOR) FAN ASSEMBLY

1.Fan shall be direct drive, multi-speed design. Job site selected (BHP) brake horse power shall not exceed the motors nameplate horse power rating.

2.Fan wheel shall be double-inlet type with forward-curved blades, dynamically balanced to operate smoothly throughout the entire range of operation. Airflow design shall be constant air volume.

3.Bearings shall be sealed and permanently lubricated for longer life and no maintenance.

4.Fan assembly shall be “Slip Track” (slide-out) design for easy removal and cleaning.

OUTDOOR (CONDENSER) FAN ASSEMBLY

1.The outdoor fan shall be of the direct-driven propeller type, discharge air vertically, have aluminum blades riveted to corrosion resistant steel spider bracket and shall be statically balanced for smooth operation.

2.The outdoor fan motor shall be totally enclosed with permanently lubricated bearings and internally protected against overload conditions.

REFRIGERANT COMPONENTS

1.Compressors:

a.Shall be fully hermetic reciprocating type, direct drive, internally protected with internal high-pressure relief and over temperature protection. The hermetic motor shall be suction gas cooled and have a voltage range of + or - 10% of the unit nameplate voltage.

b Shall have internal isolation and sound muffling to minimize vibration and noise, and be externally isolated on a dedicated, independent mounting.

2.Coils:

a.Evaporator and condenser coils shall have aluminum plate fins mechanically bonded to seamless internally- enhanced copper tubes with all joints brazed.

bEvaporator and Condenser coils shall be of the direct expansion, draw-thru design.

3.Refrigerant Circuit and Refrigerant Safety Components shall include:

a.Independent fixed-orifice expansion devices.

b.Filter/strainer to eliminate any foreign matter.

c.Accessible service gauge connections on both suction and discharge lines to charge, evacuate, and measure refrigerant pressure during any necessary servicing or troubleshooting, without losing charge and without disrupting condenser or evaporator air flow.

dThe refrigeration system shall provide at least 10° F of liquid sub-cooling at design conditions.

a.Unit shall contain a large, low voltage Terminal Board for easy connection of field low voltage wiring.

Johnson Controls Unitary Products

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Contents 9.4 EER Export only Description Standard Features / BenefitsTable of Contents FIELD-INSTALLED Accessories Standard FEATURES/BENEFITSUnit Cutaway Ratings ARI Physical DataOutdoor Coil Cooling Capacities 2-1/2 TON DEB030Cooling Capacities 3 TON DEB036 Cooling Capacities 3-1/2 TON DEB042 Cooling Capacities 4 TON DEB048 Cooling Capacities 5 TON DEB060 Additional Static Resistance Side and Bottom Supply AIR Blower PerformanceElectrical Data Cooling / Electric Heat Electrical Data042 208/230-3-60 11.5 88.0 2NH04501025 Unit Dimensions Center of Gravity Unit WeightsTypical Applications Typical Slab on Ground InstallationRoof Curb Application Typical Wiring Diagram 208/230-1-60 Power Supply DEB Models Typical Wiring Diagram 208/230-3-60 Power Supply DEB Models Typical Wiring Diagram Notes Typical Wiring Diagram LegendXTG-B-0508 Indoor Evaporator FAN Assembly Mechanical SpecificationsOutdoor Condenser FAN Assembly Unit CabinetUnit Operating Characteristics Electric Heating SectionElectrical Requirements XTG-B-0508 Johnson Controls Unitary Products Johnson Controls Unitary Products York Drive Norman, OK

D2EB030 specifications

The York D2EB030 is a prominent model in the realm of commercial climate control systems, specifically designed to cater to medium to large-scale applications. This equipment stands out due to its high efficiency and reliability, ensuring optimal thermal comfort in various settings, from office buildings to warehouses.

One of the main features of the York D2EB030 is its capacity. With a nominal cooling capacity of around 30 tons, it is well-suited for substantial cooling demands. This makes it an excellent choice for facilities that require consistent and effective temperature management. Additionally, it offers variable refrigerant flow (VRF) operation, which allows for simultaneous heating and cooling in different zones, providing enhanced comfort and flexibility.

The D2EB030 is equipped with advanced inverter technology. This feature allows the compressor to modulate its speed based on the cooling or heating needs of the environment, leading to significant energy savings. By adjusting the refrigerant flow and maintaining more stable indoor temperatures, the inverter-driven compressor reduces operational costs and energy consumption compared to traditional systems.

Additionally, the unit boasts a range of control options. It can be integrated with smart building management systems, allowing for remote monitoring and control through mobile devices or computers. This connectivity enables facility managers to optimize operation schedules, perform maintenance checks, and respond quickly to any issues, enhancing overall efficiency.

In terms of build quality, the York D2EB030 showcases robust construction, designed to withstand the rigors of commercial use. Its corrosion-resistant materials ensure longevity and reduce maintenance requirements. The system is also designed with sound-dampening features, resulting in quieter operation—a crucial aspect in noise-sensitive environments.

Among its environmental considerations, the unit utilizes refrigerants that are compliant with global regulations, contributing to lower greenhouse gas emissions. Moreover, its design promotes higher energy efficiency ratios (EER) and seasonal energy efficiency ratios (SEER), which are critical for reducing the overall carbon footprint.

In summary, the York D2EB030 stands out in the market for its combination of robust features, advanced technologies, and energy efficiency, making it a top choice for commercial climate control solutions. With its capacity, smart technology integration, and environmental considerations, this model is tailored to meet the dynamic needs of modern facilities while ensuring cost-effectiveness and sustainability.
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