YORK XAFD60GBAN1 Upflow/Downflow Indoor Coil

Technical Specification

Features:
  • Make: YORK
  • Model code: XAFD60GBAN1
  • Series: XAF
  • Refrigerant Lines - Liquid/Suction: 3/8 / 7/8 inches
  • Evaporator Coil: 5 tonnage
Additional info:

Long-life MaxAlloy™ aluminum coil provides lasting reliability Provides proper moisture removal with staggered tube rows Handles demanding AC or heat pump duty Streamlined “A” coil design for maximum efficiency and performance TXV kits available, featuring nonbraze, bolt-on connectors for quick and easy installation Delivers optimized efficiency when partnered with matching YORK® furnaces

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Make YORK
Manufacturer YORK Heating
Category Cooling>Evaporator Coils
Model code XAFD60GBAN1
Series XAF
Refrigerant Lines - Liquid/Suction 3/8 / 7/8 inches
Evaporator Coil 5 tonnage
Weight 66 lbs
Dimensions Height: 32 3/4 inches
Width: 24 1/2 inches

Product description

YORK XAFD60GBAN1 Add-On Coils for Split-System Cooling and Heat Pumps

The YORK XAFD60GBAN1 is a versatile add-on coil specifically designed for split-system cooling and heat pump systems. Ideal for HVAC professionals, this model can handle airflow capacities ranging from 600 CFM to 2,000 CFM, or 1.5 to 5 tons, accommodating a wide range of installation needs.

Key Features

  • MaxAlloy™ Aluminum Coils: These durable coils provide long-lasting performance and energy efficiency.
  • Rigid Case Construction: Offers structural support to prevent damage during installation.
  • Compact Cabinet Design: With a casing depth of 20.5 inches, this model ensures ease of access in tight spaces.
  • Foil-Faced Insulation: The cleanable insulation within the cabinet enhances air quality.
  • Low Leakage Design: The fully gasketed doors guarantee minimal air leakage, optimizing energy use.
  • Thermostatic Expansion Valve (TXV): Available with factory-installed and field-installable options, ensuring easy customization for specific applications.

Ideal Use Cases

The XAFD60GBAN1 is best suited for both upflow and downflow applications in residential and commercial HVAC systems. Its design and flexible configurations make it perfect for environments where space and energy efficiency are critical factors.

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