Pipe Clamp FRSM Temp-B.: -50°C - +110°C 348-356 M16 galvanized FISCHER

The fischer heavy-duty pipe clamp FRSM - metric is a two-screw pipe clamp made of electrogalvanized or hot-dip galvanized steel of material grade DD11 with combined connecting threads M 8/M 10 or M 12/M 16. The two-screw design allows for optimized adaptation to the pipe's outer diameter. Together with the combined connecting thread, this increases flexibility. This allows pipes with an outer diameter of 19 - 508 mm to be securely fastened indoors with a threaded rod or stud screw. The pipe clamp, with its chlorine and silicone-free sound insulation insert, meets the requirements of DIN 4109. The fischer FRSM - metric is suitable for applications in a temperature range from -50 °C to +110 °C. Marketing Claim: The heavy-duty pipe clamp with sound insulation insert for medium to high loads. Advantages: High tested loads guarantee the reliable function of the FRSM. The connecting nut with combined thread M10 / M12 · M12 / M16 or M16 enables optimized inventory management. The perforated clamp band allows fastening with 2 threaded rods from Ø 124 mm, e.g., for fastening cast iron roof drainage pipes. The two-screw design allows optimized adaptation to the pipe's outer diameter. The anti-loss feature of the screws ensures problem-free installation. Top Features: Two-screw design for optimized adaptation to the pipe's outer diameter. Anti-loss feature for the screw. Connecting nut with M16 thread. Sound insulation insert. Further technical properties: · Connecting thread: M16 · Fire behavior: DIN 4102: Class B2 · Clamp band width: 50mm · Clamp band width x thickness: 50 x 5.0mm · Installation torque: 20Nm · Professional / DIY: Professional · Clamping range: 348 - 356mm · Clamping range from - to: 348mm · Clamp band thickness: 5mm · VDS approval: Yes · Packaging variant: Folding box · Max. recommended static load (centr. tension): 8kN Connecting nut with M16 thread. Sound insulation insert. Anti-loss feature for the screw. Two-screw design for optimized adaptation to the pipe's outer diameter.