YORK XAHC42EBCN1 Horizontal Indoor Coil

Technical Specification

Features:
  • Make: YORK
  • Model code: XAHC42EBCN1
  • Series: XAH
  • Refrigerant Lines - Liquid/Suction: 3/8 / 7/8 inches
  • Evaporator Coil: 3.5 tonnage
Additional info:

Long-life MaxAlloy™ aluminum coil provides lasting reliability Horizontal design is ideal for tight spaces or other unique configuration needs Delivers optimized efficiency when partnered with a matching YORK® furnace Provides proper moisture removal with staggered tube rows Handles demanding AC or heat pump duty TXV kits available, featuring nonbraze, bolt-on connectors for quick and easy installation

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Make YORK
Manufacturer YORK Heating
Category Cooling>Evaporator Coils
Model code XAHC42EBCN1
Series XAH
Refrigerant Lines - Liquid/Suction 3/8 / 7/8 inches
Evaporator Coil 3.5 tonnage
Weight 62 lbs
Dimensions Height: 28 3/4 inches
Width: 21 inches

Product description

YORK XAHC42EBCN1 Add-On Coil

The YORK XAHC42EBCN1 is part of the cutting-edge XAH series of add-on coils, specifically engineered for optimal performance with split-system cooling and heat pumps. Designed for horizontal installation, this coil offers high-efficient air distribution for residential HVAC systems. A hallmark of this model is the MaxAlloy™ aluminum coil, which promises enhanced durability, superior efficiency, and excellent thermal performance, thanks to its lanced fin construction.

Key Features

  • Rigid Case Construction: Offers structural integrity, preventing potential installation damage.
  • Heavy Gauge Steel Cabinet: Coated with a corrosion-resistant primer and finished for extended lifespan.
  • Compact Design: A depth of 20.5 inches ensures it fits even in tight installations.
  • Enhanced Air Quality: The thermoset drain pan ensures minimal water retention, promoting indoor air quality.
  • Foil-Faced Insulation: Houses cleanable insulation for high energy efficiency and comfort.

Ideal Use Cases

The YORK XAHC42EBCN1 is perfect for retrofitting onto existing HVAC systems where horizontal airflow configurations are needed. Its robust construction and energy-efficient features make it suitable for residential installations prioritizing long-term reliability and optimal performance.

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