YORK XAFC60GXXN1 Evaporator Coil Specifications

YORK XAFC60GXXN1 Upflow/Downflow Indoor Coil

Technical Specification

Features:

Make: YORK
Model code: XAFC60GXXN1
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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Datasheet Datasheet

Make	YORK
Manufacturer	YORK Heating
Category	Cooling>Evaporator Coils
Model code	XAFC60GXXN1
Series	XAF
Refrigerant Lines - Liquid/Suction	3/8 / 7/8 inches
Evaporator Coil	5 tonnage
Weight	64 lbs
Dimensions	Height: 33 inches Width: 21 inches
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Make

YORK

Manufacturer

YORK Heating

Key Features

Sturdy Construction: The coils feature a rigid casing constructed from heavy gauge galvanized steel, providing robust support while minimizing potential installation damage.
Optimized Airflow: The XAFC60GXXN1 supports an airflow capacity of up to 1,800 CFM with a static pressure drop of 0.39 in. W.C. at full capacity, optimizing your HVAC system’s efficiency.
Thermoset Drain Pan: Corrosion and UV-resistant drain pans with a positive slope ensure proper drainage and enhanced air quality.
Enhanced Insulation: The cabinet is lined with foil-faced insulation, which is not only cleanable but also minimizes heat loss for maximum energy efficiency.
Flexible Installation Options: Full-cased coils support either upflow or downflow configurations, providing flexibility for various installation scenarios.

Ideal Use Cases

The XAFC60GXXN1 coil is ideal for use in residential and light commercial applications demanding efficient thermal regulation. Its robust design and high-capacity airflow make it suitable for buildings requiring reliable cooling and heating within constrained spaces.