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Copeland 091044 NXT Series TXV, R410A, 7-Ton, Chatleff x Chatleff, 5′ Tube

Original price was: $119.70.Current price is: $41.90.

SKU: 91044 Category: Tag:

Description

The Copeland 091044 is a high-performance NXT Series Thermal Expansion Valve (TXV) engineered for reliable refrigerant metering in R410A systems up to 7 tons of capacity. Featuring a straight-through body design with a 5-foot capillary tube and Chatleff x Chatleff connections, this valve delivers precise superheat control and long-lasting field performance in demanding HVAC applications.

The adjustable superheat setting allows technicians to fine-tune system performance on-site, while the integrated check valve simplifies installation in heat pump and cooling-only systems alike. The external equalizer port with a 1/4″ SAE flare nut ensures accurate pressure sensing downstream of the valve, optimizing evaporator performance across a wide range of operating conditions.

Key Features
  • NXT Series Thermal Expansion Valve (TXV) by Copeland
  • Refrigerant: R410A
  • Capacity: 7 Ton
  • Connections: Chatleff x Chatleff
  • Capillary tube length: 5 feet
  • Body style: Straight-through
  • Adjustable superheat for field optimization
  • Integrated check valve for versatile system compatibility
  • External equalizer with 1/4″ SAE flare nut connection
  • Part Number / Model: NAE 7 ZAA 5FT CHA S/T
  • SKU: 091044
Applications
  • R410A residential and light commercial air conditioning systems
  • Heat pump systems requiring integrated check valve functionality
  • Split systems and package units up to 7 tons
  • Replacement or new installation in systems requiring external equalizer TXVs
Why Choose the Copeland NXT Series TXV?

The NXT Series is designed for ease of installation and reliable long-term operation. The straight-through body orientation simplifies line routing, while the 5-foot capillary tube provides installation flexibility in a variety of equipment configurations. Adjustable superheat puts control in the technician’s hands, ensuring optimal system efficiency from the first startup.