YORK XAHB24BBAN1 Horizontal Indoor Coil

Technical Specification

Features:
  • Make: YORK
  • Model code: XAHB24BBAN1
  • Series: XAH
  • Refrigerant Lines - Liquid/Suction: 3/8 / 3/4 inches
  • Evaporator Coil: 2 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 XAHB24BBAN1
Series XAH
Refrigerant Lines - Liquid/Suction 3/8 / 3/4 inches
Evaporator Coil 2 tonnage
Weight 38 lbs
Dimensions Height: 23 inches
Width: 17 1/2 inches

Product description

YORK XAHB24BBAN1 Add-On Coil

The YORK XAHB24BBAN1 is a technical powerhouse designed specifically for horizontal installations, adding efficiency to both split-system cooling and heat pump configurations. With its robust airflow capability ranging from 525 to 800 CFM, this coil is best suited for systems handling moderate capacities such as 2 tons.

Key Features

  • MaxAlloy™ Aluminum Coils: Engineered for longevity, ensuring consistent performance and reliability.
  • Heavy Gauge Galvanized Steel Cabinet: Finished with a high-quality primer and coat for superior corrosion resistance.
  • Foil-Faced Insulation: Single-piece insulation offers easy cleanability while maintaining high internal air quality.
  • Compact Design: The 21.5-inch casing depth facilitates installations in tight spaces like attics.
  • Non-Braze TXV: Equipped with non-braze, bolt-on thermostatic expansion valve options for reduced installation complexity.

Ideal Use Cases

The XAHB24BBAN1 coil is perfect for residential HVAC applications, particularly in horizontal setups where quick conversions from horizontal left to right are needed. Its design ensures less than 2% air leakage, optimizing efficiency and maximizing user comfort in medium to large residential spaces.

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