Diversitech c290-0025 45 Degree Copper Elbow Cxc 25 Pack

Product Description

The DIVERSITECH c290-0025 is a 45-degree copper pressure elbow with a copper-by-copper (CxC) sweat connection, sold in a pack of 25. This fitting changes pipe direction at a 45-degree angle in copper tubing systems and is joined using standard soldering techniques. It is a standard plumbing and refrigeration fitting installed by licensed plumbers, HVAC technicians, and pipefitters during new construction, system repairs, or refrigerant line modifications. The CxC configuration means both ends are sized for a soldered cup-to-tube connection, with no threads or mechanical fittings required.

This elbow is used in residential and light commercial plumbing, hydronic heating, and refrigeration piping wherever a 45-degree directional change is needed. Common applications include domestic water supply lines, drain and vent roughing, refrigerant suction and liquid lines, and radiant heating distribution piping. The 25-count pack suits contractors who need job-lot quantities for new installs or service stock.

Key Features

• 45-degree angle for gradual directional changes in copper piping systems
• CxC sweat ends for standard solder or braze connection
• Copper construction provides corrosion resistance and long service life
• Pack of 25 supports job-lot purchasing and service van stocking
• Compatible with standard refrigeration, plumbing, and HVAC copper tubing practices

Compatibility

Designed as an OEM-style copper pressure fitting for use in standard CxC sweat copper piping systems in plumbing, HVAC, and refrigeration applications.

Installation Notes

Installation is performed by licensed plumbers or HVAC technicians following applicable IPC or IFGC codes and local jurisdictional requirements. Shut off the water supply or recover refrigerant from the system before cutting into any existing line. Clean and flux all mating surfaces before soldering, and use the appropriate solder or brazing alloy for the application, particularly when joining refrigerant lines. Allow the fitting to cool fully before pressure-testing the joint.