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Carrying Channel
Standard dimensions
Product code | Web Size | Flange Size | Gauge | Thickness | Length |
---|---|---|---|---|---|
150CC050-43 | 1- 1/2'’ | 1/2'’ | 18 | 1.146 | 12’ ft |
150CC075-43 | 1- 1/2'’ | 3/4'’ | 18 | 1.146 | 12’ ft |
075CC075-43 | 3/4'’ | 3/4'’ | 18 | 1.146 | 12’ ft |
075CC050-43 | 3/4'’ | 1/2'’ | 18 | 1.146 | 12’ ft |
150CC050-54 | 1- 1/2'’ | 1/2'’ | 16 | 1.438 | 12’ ft |
150CC075-54 | 1- 1/2'’ | 3/4'’ | 16 | 1.438 | 12’ ft |
075CC075-54 | 3/4'’ | 3/4'’ | 16 | 1.438 | 12’ ft |
075CC050-54 | 3/4'’ | 1/2'’ | 16 | 1.438 | 12’ ft |
- Compliance with standards set by CSA, ASTM, and CSSBI 61:21 for sheet steel building materials in Canada.
- Zinc/galvanized coated steel to ASTM A653 - G40 to G90.
- Yield strength: 33 to 60 KSI depend on thickness.
- Material Gauge: 18 - 16.
The installation of Carrying Channels or U-Channels represents the primary approach to stop stud rotation and bending when dealing with wind and other loads. This method certifies both stud placement and enhances their structural stability. The U-channel component features a construction that enables insertion through stud openings. Special Picco Bridging Clips, along with screws, fasten the crooked item into its final position.
The installation procedure follows ASTM C 754 standards, which guide steel stud and track system implementations. The Carrying Channel is vital because it strengthens the framework while maintaining a well-aligned construction despite external environmental forces like wind and pressure.
For all loading situations, the Carrying Channel works as a supporting element to minimize the probability of stud motion being caused by force. This simple technique strengthens the framing system and improves resistance against challenging environmental conditions. With its designated components and correct installation procedures, this process protects structural safety and durability throughout the long term.