Lennox LCH048U4E High-Efficiency Rooftop Unit

Technical Specification

Features:
  • Make: Lennox
  • Model code: LCH048U4E
  • Series: Energence Ultra
  • Weight: 740 lbs
  • Height: 47 inches
Additional info:

Up to 18.0 SEER, 16.0 IEER and 12.8 EER Optional SmartAirflow® system can save up to 35% of annual ventilation energy consumption compared to traditional rooftop units Available MSAV® supply fan provides year-round savings and comfort with reduced energy consumption, improved indoor air quality and code compliance Available in 3-50 tons (gas/electric and electric/electric) Exceeds ASHRAE 90.1-2010 minimum standards by 92% ENERGY STAR® qualified Available factory- or field-installed high-performance economizer meets Title 24 requirements Corrosion-resistant, removable, reversible, double-sloped drain pan provides application flexibility, durability and improved serviceability Foil-faced insulation on all internal surfaces that contact airflow helps minimize airborne fibers and improve IAQ Multiple cooling stages helps reduce temperature swings and maintains tighter control for improved comfort

Make Lennox
Manufacturer Lennox
Model code LCH048U4E
Series Energence Ultra
Weight 740 lbs
Dimensions Height: 47 inches
Width: 47 inches
Depth: 86 inches
Additional info
  • Up to 18.0 SEER, 16.0 IEER and 12.8 EER
  • Optional SmartAirflow® system can save up to 35% of annual ventilation energy consumption compared to traditional rooftop units
  • Available MSAV® supply fan provides year-round savings and comfort with reduced energy consumption, improved indoor air quality and code compliance
  • Available in 3-50 tons (gas/electric and electric/electric)
  • Exceeds ASHRAE 90.1-2010 minimum standards by 92%
  • ENERGY STAR® qualified
  • Available factory- or field-installed high-performance economizer meets Title 24 requirements
  • Corrosion-resistant, removable, reversible, double-sloped drain pan provides application flexibility, durability and improved serviceability
  • Foil-faced insulation on all internal surfaces that contact airflow helps minimize airborne fibers and improve IAQ
  • Multiple cooling stages helps reduce temperature swings and maintains tighter control for improved comfort