YORK XP102E09 Packaged Rooftop Unit

YORK Sun™ Pro XP102E09: Advanced HVAC Solutions for Light Commercial Use

The YORK Sun™ Pro XP102E09 is an efficient and versatile HVAC unit designed for light commercial applications. Built to meet ASHRAE 90.1 standards, this 8.5-ton unit operates with R-410A refrigerant, ensuring both high performance and environmental responsibility. The unit is ideal for use with a 60 Hertz power supply, making it compatible with a wide range of commercial setups.

Key Features and Benefits

• Convertible Design: The XP102E09 is engineered for flexibility, easily convertible between side and down airflow to suit various installation requirements. This feature reduces installation complexity and adaptability to existing infrastructure.
• Two-Stage Cooling: Equipped with dual compressors, the unit offers independent refrigeration circuits for two-stage cooling, providing enhanced comfort and efficiency during varying load conditions.
• Smart Equipment™ Controls: The unit includes an advanced control board that enhances operational efficiency, featuring alarm messages for quick diagnostics and USB ports for easy updates and data logging.
• Sustainability Focus: Incorporating aluminum foil-faced and elastometric rubber insulation materials supports improved indoor air quality, meeting high standards for environmental responsibility.
• Ease of Maintenance: Accessing serviceable components is a breeze with tool-less panels and slide-out motor and blower assemblies, reducing downtime and service costs.

Ideal Use Cases

The YORK Sun™ Pro XP102E09 is perfectly suited for installations on rooftops, slabs, or concrete frames within light commercial environments like office spaces, retail stores, and educational facilities. Its robust features are designed to enhance performance efficiency in varying climate zones and ensure reliable service in demanding conditions.

With its factory-installed economizer option, the unit maximizes energy savings and indoor air quality, making it ideal for businesses looking to minimize operational costs while maintaining comfort and sustainability criteria.