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Copeland 062088 TXV, R22/R407C, 5-Ton, 3/8″ x 5/8″ Sweat, Ext. Equalized

Original price was: $89.74.Current price is: $40.38.

Description

The Copeland 062088 (Model AAE 5 HW100 5FT 3/8 X 5/8 ODF S/T) is a precision-engineered Thermal Expansion Valve (TXV) designed for reliable refrigerant metering in commercial and residential HVAC and refrigeration systems. With a 5-ton capacity rating and compatibility with R22 and R407C refrigerants, this valve delivers consistent superheat control and system efficiency across a broad range of applications.

Featuring a straight body configuration with 3/8″ liquid line and 5/8″ suction line sweat (ODF) connections, the valve integrates easily into standard copper piping systems. The 5-foot capillary tube provides flexible bulb placement for accurate sensing, while the external equalizer port ensures precise pressure compensation — particularly important in systems with significant evaporator pressure drop or multiple circuits.

The MOP (Maximum Operating Pressure) charge of 100 PSI provides built-in compressor protection by limiting evaporator pressure during pull-down conditions, preventing compressor overload on startup.

Key Features
  • Refrigerant compatibility: R22 and R407C
  • Capacity: 5 Ton
  • Connection type: Sweat (ODF) — 3/8″ liquid line x 5/8″ suction line
  • Body style: Straight body
  • Capillary tube length: 5 feet
  • Equalization: Externally equalized for accurate superheat control
  • MOP charge: 100 PSI — protects compressor during high-load startup
Specifications
  • SKU: 062088
  • Model: AAE 5 HW100 5FT 3/8 X 5/8 ODF S/T
  • Brand: Copeland
  • Refrigerants: R22 / R407C
  • Nominal Capacity: 5 Ton
  • Inlet Connection: 3/8″ ODF Sweat
  • Outlet Connection: 5/8″ ODF Sweat
  • Capillary Tube: 5 ft.
  • Equalizer Type: External
  • MOP Setting: 100 PSI
Applications
  • Split-system air conditioners and heat pumps
  • Commercial refrigeration systems
  • R22 retrofit and R407C drop-in replacement applications
  • Systems requiring MOP protection for compressor longevity