Trane VAL7467 TXV

The Trane VAL7467 is a precision-engineered thermal expansion valve (TXV) designed for 2.5-ton HVAC systems utilizing R-22 refrigerant. As a critical metering device, this OEM Trane expansion valve regulates refrigerant flow into the evaporator coil to maintain optimal superheat and ensure system efficiency across varying load conditions. Featuring 3/8 x 1/2 ODF connections, this valve facilitates a secure, leak-resistant brazed installation, making it a direct-fit replacement for aged or failing metering components in legacy Trane and American Standard residential units.

For technicians performing a TXV replacement, the VAL7467 offers the reliable performance required to prevent liquid slugging and maximize heat transfer. Proper installation of this 3/8x1/2 ODF R-22 TXV is essential for restoring factory-spec cooling capacity and stabilizing suction pressures in existing R-22 air conditioning units. By ensuring precise modulation, this expansion valve helps mitigate compressor stress and maintain the longevity of the entire refrigeration circuit.

• Precise Refrigerant Metering: Delivers accurate R-22 refrigerant flow control to optimize evaporator coil performance in 2.5-ton systems.
• OEM Compatibility: Genuine Trane VAL7467 ensures exact standard fitment for seamless mechanical integration without field modifications.
• Durable Construction: Engineered for high-pressure environments, featuring 3/8 x 1/2 ODF sweat connections for reliable, airtight joints.
• System Protection: Actively manages superheat to protect the compressor from liquid floodback and ensure consistent discharge temperatures.

• Is this TXV compatible with R-410A systems? No, the VAL7467 is specifically calibrated for R-22 refrigerant and should not be used in systems charged with R-410A.
• What are the connection sizes? This valve features a 3/8 inch ODF inlet and a 1/2 inch ODF outlet designed for standard copper tubing brazing.
• Can I use this on a 3-ton unit? This valve is rated for 2.5-ton capacity; using it on significantly larger or smaller systems may lead to improper metering and efficiency loss.

Disclaimer: While we strive for 100% accuracy, product data and specifications are subject to change. Please contact our team to confirm compatibility or technical details before purchasing.