Product Overview
The Lennox XION™ Rooftop Units are engineered to meet standard efficiency requirements, delivering exceptional performance and year-round comfort. These packaged gas/electric units are equipped with the Lennox® CORE Lite Controller and Environ™ Coil System, utilizing R-454B refrigerant for optimal performance.
With cooling capacities ranging from 7.5 to 12.5 Tons, XION™ units offer robust solutions for various commercial applications. Key features include a heavy-gauge steel cabinet, MSAV Multi-Stage Air Volume Blower, and compliance with ASHRAE Standard 90.1.
Key Features & Benefits
- Heating System: Aluminized steel inshot burners, direct spark ignition, and redundant automatic dual-stage gas valves ensure efficient and safe heating.
- Cooling System: Designed for optimal sensible and latent cooling performance, the system utilizes R-454B refrigerant and features a two-stage scroll compressor system.
- Environ™ Coil System: Offers improved heat transfer performance with an all-aluminum brazed fin construction for enhanced durability and efficiency.
- Blower Options: A wide selection of supply air blower options, including MSAV Multi-Stage Air Volume, are available to meet diverse airflow requirements.
- Indoor Air Quality: Options include high-efficiency air filters and UVC germicidal lamps to improve indoor air quality.
- Control System: The integrated Lennox® CORE Lite Control System provides flexible control, guided setup, and enhanced troubleshooting capabilities.
Model Identification
The model number identification system provides detailed information about unit configuration, including brand, unit type, cooling capacity, efficiency, voltage, heating type, blower type, and refrigerant type. For example, the model LGX 120 S5MS1Y indicates specific features of the unit.
Optional Accessories
Enhance unit functionality with a range of optional accessories, including different thermostat options, economizers for improved energy efficiency, various roof curb configurations, and ceiling diffusers for optimized air distribution.
