Lennox LCH240U4M High-Efficiency Rooftop Unit

Technical Specification

Features:
  • Make: Lennox
  • Model code: LCH240U4M
  • Series: Energence Ultra
  • Weight: 2,480 lbs
  • Height: 55 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

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Make Lennox
Manufacturer Lennox
Model code LCH240U4M
Series Energence Ultra
Weight 2,480 lbs
Dimensions Height: 55 inches
Width: 92 inches
Depth: 133 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
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