Lennox 12J20 VALVE-TXV w/CK (R410A)

VALVE-TXV w/CK (R410A)

VALVE-TXV w/CK (R410A)

The Lennox 12J20 VALVE-TXV w/CK (R410A) is a replacement part for the Lennox Air Conditioner. The Lennox air conditioning unit is designed for those looking for replacements parts.

This valve-TXV system cools your home using the refrigerant R410A. Each outdoor unit features the patented Stuart Turner design, a quiet operating compressor that has staggered fans for efficiency and long-term durability. It also has horizontal and vertical defrost options, and an adjustable discharge temperature of 44 to 115ºF. An auto changeover switch automatically allows for cooling or heating when heat or cool is called for by the thermostat.

The most efficient air conditioner; heats fastest and produces less energy cost per BTU. A patented design, the VALVE-TXV is an electronically controlled valve designed to cycle gas more efficiently to the burner resulting in a reduced cost of operation and higher SEER ratings than any other brand.

The high efficiency Lennox Valuve TXV with CK (CO ORDINATEUR) is fully integrated and is ideally suited for outdoor installation. Its low profile and stainless steel exterior make it suitable for tight spaces.

Lennox® Series 12J Valve-TXV™ combines the unmatched reliability of a variable speed ac compressor with industry leading technologies, and a patented TXV™ (thermostatic expansion valve). It features a Variable-speed ECM blower motor which uses 20 percent less energy in heating mode and 30 percent less energy in cooling mode than conventional models. The "whisper quiet" operation of this unit is due to inverter technology.

Model Number 12J20 Screw Compressor CK Type Compressor Type R410A Cooling Capacity 10 Tons Nominal Capacity 11.0 Tons EER 90.4 Btu/Watt Outlet Temperature Dew Point -24.5 to -31°F Operating Performance AHRI Standard E2 Volts 208-230/460-3 50Hz Rating Phase 3 HP 1/2 Oil Charge 0.5 Gal Evaporator Air Flow 6,500 SCFM Refrigerant Charge QTY 4 Oz Temps Rise Range 32 F Max -11 F Min Sensing Method Direct Expansion Temperature Rise 17 F Voltage Protection