6" 90° Saddle Tap for 8", 9" and 10" Round Duct — 26-Gauge Galvanized Steel

This 6-inch 90-degree saddle tap creates a perpendicular round branch connection from compatible round HVAC trunk ductwork. The curved saddle base follows the contour of the main duct, while the straight outlet provides a direct takeoff for connecting round branch ductwork.

Constructed from 26-gauge galvanized steel, this fitting is designed to fit compatible 8-inch, 9-inch, and 10-inch round duct. The saddle base can be mechanically fastened and sealed to help provide a secure, low-leakage connection.

Sizing Note: The 6-inch measurement identifies the nominal branch outlet diameter. Confirm the trunk duct diameter and saddle compatibility before installation.

• 26-gauge galvanized steel construction
• 6-inch nominal round branch outlet
• 90-degree outlet creates a perpendicular duct takeoff
• Designed to fit compatible 8-inch, 9-inch, and 10-inch round duct
• Curved saddle base follows the contour of the trunk duct
• Suitable for supply-air, return-air, and ventilation systems
• Can be mechanically fastened and sealed as required
• Suitable for residential and commercial HVAC installations

• Product Type: 90-Degree Saddle Tap for Round Duct
• Nominal Branch Diameter: 6"
• Compatible Trunk Duct Sizes: 8", 9", and 10"
• Outlet Angle: 90 Degrees
• Material: Galvanized Steel
• Material Gauge: 26 Gauge
• Branch Shape: Round
• Mounting Surface: Round Duct
• Mounting Type: Curved Saddle Base
• Application: HVAC Branch Duct Connection
• Product Code: STR90-0606

Application: Designed to create a 6-inch perpendicular branch connection from compatible 8-inch, 9-inch, or 10-inch round HVAC trunk duct.

Installation: Mark and cut the properly sized opening in the round duct. Position the curved saddle base over the opening, mechanically fasten it to the trunk duct, and seal around the saddle perimeter as required.

Connection: Attach compatible 6-inch round branch ductwork to the straight outlet. Secure and seal the connection using an installation method appropriate for the HVAC system.