Description
The Parker-Sporlan HCAE-3ZX200 (SKU 044426-02) is a high-quality thermostatic expansion valve (TXV) engineered to deliver precise refrigerant flow control in a wide range of commercial and residential refrigeration and air conditioning systems. Built to Parker-Sporlan’s exacting standards, this valve ensures optimal evaporator performance by accurately metering refrigerant in response to superheat conditions at the evaporator outlet.
Key Features
- Thermostatic expansion valve (TXV/TEV) for accurate refrigerant metering and superheat control
- 3/8″ ODF inlet connection for liquid line hookup
- 1/2″ ODF outlet connection for evaporator connection
- HCAE series design engineered for reliable, consistent performance across varying load conditions
- Durable construction for long service life in demanding HVAC/R applications
- Compatible with a broad range of common refrigerants used in comfort cooling and refrigeration systems
- Compact, industry-standard form factor for straightforward installation and replacement
Product Specifications
- Brand: Parker-Sporlan
- Model: HCAE-3ZX200
- SKU: 044426-02
- Inlet Connection: 3/8″ ODF
- Outlet Connection: 1/2″ ODF
- Valve Type: Thermostatic Expansion Valve (TXV)
- Series: HCAE
Application
The HCAE-3ZX200 TXV is ideal for use in air conditioning and refrigeration systems where reliable superheat control is critical to system efficiency and equipment longevity. The ODF (Outside Diameter Flare/Solder) connections allow for clean, leak-free brazed installations. This valve is a direct replacement or upgrade choice for technicians servicing or commissioning systems that require precise expansion device performance.
Why Choose Parker-Sporlan?
Parker-Sporlan is a globally recognized leader in refrigeration and air conditioning controls, with decades of engineering expertise behind every product. Their TXV lineup is trusted by HVAC/R professionals for consistent quality, broad refrigerant compatibility, and dependable field performance.







Reviews
There are no reviews yet.