YORK XP078E24 Packaged Rooftop Unit

Technical Specification

Features:
Additional info:

12 EER and 15.2 IEER efficiency ASHRAE 90.1 compliant Smart Equipment controls aid in reliability and ease of use Have two scroll compressors with independent refrigeration circuits to provide two stages of cooling Electric heat Designed for light commercial applications and can be easily installed on a roof curb, slab, or frame Convertible between side airflow and down airflow

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Make YORK
Manufacturer YORK Heating
Category Cooling>Packaged Units/RTU
Model code XP078E24
Series YORK® Sun™ Pro Rooftop Units
Capacity >5 tons
Refrigerant Type R-410a
Weight 1080 lbs
Dimensions Height: 50-3/4 inches
Width: 59 inches

Product description

YORK XP078E24 HVAC System

The YORK XP078E24 HVAC system offers a highly efficient cooling solution with a nominal 6.5-ton capacity, utilizing R-410A refrigerant. Designed with ASHRAE 90.1 compliance, it ensures optimal energy efficiency in commercial installations. This unit is ideal for light commercial spaces, where consistent and reliable performance is a priority.

Key Features

  • Dual Compressors: Each unit is equipped with two compressors featuring independent refrigeration circuits, providing two-stage cooling for enhanced efficiency and comfort.
  • Flexible Installation: The system can be installed on rooftops, slabs, or frames, offering versatility to meet various building requirements.
  • Convertible Airflow: Convertible between side and down airflow, the system includes economizer options for additional energy savings.
  • Smart Equipment™ Control: Advanced control system with alarm messages for quick fault identification, ensuring straightforward maintenance and optimal uptime.
  • Service-Friendly Design: Features such as toolless panels and slide-out components reduce service time, ensuring ease of access to all major parts.

Ideal Use Cases

The YORK XP078E24 is ideal for light commercial applications such as office buildings, retail spaces, and schools. Its high efficiency and flexibility make it suitable for environments requiring reliable climate control with the ability to adapt to varying structural constraints.

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