500 Max psi, 3/8 Tube OD, Solder Tee Access Valve MPN:AVTS-6

The AVTS-6 from Parker is an essential access valve for refrigeration systems. Its durable brass construction makes it ideal for both commercial and residential applications, while its solder tee design ensures easy installation and maintenance. With a 500 Max psi pressure rating, this valve can handle high-pressure applications with ease. The 3/8 tube OD and tube inside diameter make it compatible with most refrigeration systems on the market. Its refrigeration access valve type ensures smooth operation and maximum efficiency. Use the AVTS-6 to control the flow of refrigerant in your system, giving you precise control over temperature and pressure. Perfect for use in HVAC systems, this valve is a must-have for any professional or DIY enthusiast looking to optimize their refrigeration setup.

Top product features:

• High Pressure Rating: The AVTS-6 can handle high-pressure applications with ease thanks to its 500 Max psi pressure rating.
• Compatible Tube Size: Its 3/8 tube OD and tube inside diameter make it compatible with most refrigeration systems on the market, providing versatile usage options for consumers.
• Refrigeration Access Valve Type: The solder tee design ensures smooth operation and maximum efficiency in controlling the flow of refrigerant in your system, making it ideal for use in HVAC systems or similar applications where precise control over temperature and pressure is essential.

Top product applications:

• HVAC Systems: The AVTS-6 can be used in Heating, Ventilation, and Air Conditioning (HVAC) systems for controlling the flow of refrigerant in the system for precise control over temperature and pressure.
• Refrigeration Units: This access valve can be utilized in commercial or residential refrigeration units to maintain optimal performance by regulating the flow of refrigerant fluid.
• Industrial Cooling Systems: The AVTS-6 can also be used in industrial cooling systems where precise control over temperature and pressure is essential for safe operation and optimal performance.