York D1NA018, D2NA060 installation instructions

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Unitary Products Group

 

 

 

 

 

 

 

 

5005 York Drive, Noman, Oklahoma 73069

 

 

 

 

Subject to change without notice. Printed in U.S.A.

 

035-18265-001-A-0202

Copyright by York International Corporation 2000 All Rights Reserved.

Supersedes: 035-18265-000-A-0801

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Contents Champion Series Installation InstructionTable of Contents Installation Service Access Power and Control WiringRoof Curb FiltersGAS Piping Combustion DischargeGAS Connection Drip LEGPhysical Data Flue Vent HoodElectrical Data Unit WeightsRear FrontSTART-UP Sequence of OperationManifold GAS Pressure Adjustment T L E T Proper Flame AdjustmentBurner Instructions Adjustment of Temperature Rise Checking GAS InputSecure Owners Approval Normal Maintenance MaintenanceCleaning Flue Passages and Heating Elements StructionsTity can esult in extensive system damage Using An inclined Manometer DetermineIndoor After Readings have De-energize Rator coil may vary greatly, measuringSuperheat Charging Table for Model D1NA024 Superheat Charging Table for Model D1NA018Superheat Charging Table for Model D1NA030 Superheat Charging Table for Model D1NA036Superheat Charging Table for Model D1NA042 Superheat Charging Table for Model D1NA048Superheat Charging Table for Model D2NA060 Start TroubleshootingInset HSI Terminals YESOptionalcchconfiguratioblkcch T1L1N Typical Wiring Diagram 460-3-60 Power Supply 460 & 575-3-60 Power Supply See Wiring Diagram Detail B035-18265-001-A-0202

D1NA018, D2NA060 specifications

The York D1NA018 and D2NA060 are advanced rooftop air conditioning units that combine efficiency, reliability, and innovative technologies to provide optimal climate control for commercial buildings. These units are designed to deliver robust performance while ensuring ease of installation and maintenance.

The D1NA018 is a compact model with a nominal cooling capacity of 1.5 tons, making it an ideal choice for smaller commercial spaces or applications where space is limited. In contrast, the D2NA060 offers a higher cooling capacity of 5 tons, catering to larger areas or environments that require more substantial cooling solutions. Both units are built with high-quality materials that enhance their durability and extend their operational life.

One of the key features of both models is their energy efficiency. They utilize advanced scroll compressor technology that ensures a quieter operation while optimizing energy consumption. The units are designed to achieve high Seasonal Energy Efficiency Ratios (SEER), which makes them compliant with modern energy regulations. This not only reduces operational costs but also minimizes the environmental impact.

Additionally, the York D1NA018 and D2NA060 come equipped with enhanced airflow technologies. They feature multi-speed blowers that can adapt to varying load conditions, ensuring consistent temperature control throughout the indoor space. The airflow systems are designed to provide even distribution, enhancing comfort for occupants.

These units are also equipped with user-friendly control options. The integrated digital controls allow for precise temperature management and programming, further increasing efficiency. Building managers can easily monitor and control the units, leading to improved operational convenience.

Another standout characteristic is their ease of installation. The compact design and lightweight construction of the D1NA018 simplify rooftop installations. The D2NA060, while larger, maintains a straightforward installation process, ensuring minimal disruption to building operations.

In terms of maintenance, the York D1NA018 and D2NA060 incorporate features that facilitate routine service and upkeep. Access panels are strategically placed, allowing technicians to reach components quickly and perform necessary maintenance checks with ease.

Overall, the York D1NA018 and D2NA060 represent a blend of efficiency, innovation, and practicality, making them suitable choices for a wide range of commercial applications. Their advanced technologies provide reliable climate control while reducing energy consumption, making them a preferred option for businesses seeking sustainable solutions.