5/8C90ST – REFRIGERATION COPPER FITTING (5/8″ 90° STREET ELBOW, LONG RADIUS)
$2.61
The W02822 Refrigeration Copper Fitting (5/8″ OD 90° Long Radius Street Elbow) ensures efficient flow direction changes in HVAC and refrigeration systems. Durable wrot copper with FTG x C connections.
In stock
Description
The W02822 Refrigeration Copper Fitting is a 5/8-inch outside diameter (OD), 90-degree long radius street elbow designed to facilitate smooth directional changes in copper piping systems with minimal flow disruption. This fitting is ideal for refrigeration and HVAC applications where maintaining efficient flow is crucial.
W02822 Refrigeration Copper Fitting (5/8″ OD 90° Long Radius Street Elbow)
- Material: Wrot copper
- Nominal Size: 5/8 inch
- Outside Diameter: 5/8 inch
- Connection Type: FTG x C (Male solder end x Female solder cup)
- Angle: 90 degrees
- Radius Type: Long radius
- Compliance Standards: Meets applicable ASTM standards; NSF 61G certified
Key Features:
- Constructed from high-quality wrot copper for durability and corrosion resistance.
- Long radius design minimizes pressure drop and flow turbulence.
- Suitable for refrigeration and HVAC systems requiring efficient directional changes.
- FTG x C connections allow for easy soldering and secure joints.
Usages for HVAC and Refrigeration Repair:
This 90-degree long radius street elbow is commonly used in HVAC and refrigeration systems to redirect refrigerant flow with minimal impact on system efficiency. Its design helps maintain optimal performance in cooling and heating applications.
Safety Considerations:
- Ensure the system is depressurized and free of refrigerant before installation.
- Use appropriate soldering techniques to achieve leak-free joints.
- Follow manufacturer guidelines and local codes during installation.
Additional Information:
Regular inspection of fittings and joints in refrigeration and HVAC systems is essential to prevent leaks and maintain efficiency. Replace any damaged or corroded components promptly to ensure system integrity.