Imperial GV0308 10 Inch 26GA Galvanized Adjustable Elbow

Product Description

The IMPERIAL MFG GROUP USA INC GV0308 is a 10 inch, 26-gauge galvanized adjustable 90-degree elbow designed for use in round duct systems. This fitting allows installers to make directional changes in ductwork runs where a fixed elbow will not fit or where field adjustability is required. The galvanized steel construction resists corrosion in both conditioned and unconditioned spaces. HVAC sheet metal mechanics and duct installers rely on adjustable elbows like this one to handle offsets and transitions during trunk and branch duct fabrication and installation.

This elbow is suited for residential and light commercial HVAC duct systems where 10 inch round duct is used. It is a standard field-installation fitting for supply and return air duct runs requiring a 90-degree turn. The adjustable design accommodates minor angular variations, reducing the need for additional fittings or custom fabrication on the job site. It ships in a package quantity of 8 units, making it practical for contractors stocking materials for multiple systems or larger projects.

Key Features

• 10 inch diameter fits standard round duct of the same size
• 26-gauge galvanized steel construction for corrosion resistance
• Adjustable design allows angular variation at the joint for field flexibility
• 90-degree elbow configuration for standard directional duct changes
• Sold in a package quantity of 8 units

Compatibility

Designed as an OEM-style fitting for 10 inch round galvanized duct systems in residential and light commercial HVAC applications.

Installation Notes

Installation is performed by licensed HVAC technicians or qualified sheet metal mechanics. Shut down and de-energize the air handling system before modifying or connecting ductwork. Secure all joints with sheet metal screws and seal with UL 181-listed duct sealant or metal foil tape in accordance with local mechanical codes. Do not over-flex the adjustable joint beyond the fitting's designed range of motion, as this can compromise the seal and structural integrity of the connection.