Ventilation clamp LGS 450 B510xH485.0mm electro-galvanized steel FISCHER

The fischer ventilation pipe clamp LGS 450 for nominal size 450 mm · two-part design with glued-in sound insulation insert for fastening spiral-seam ducts or plastic pipes. The large opening angle of the LGS allows for quick and easy installation. The two-screw design enables optimized adaptation to the pipe's outer diameter. Connection nut with M8 / M10 combination thread for receiving threaded rods or hanger bolts. Both clamp halves are perforated for connection with two screws or threaded rods with nuts. This doubles the recommended load. Marketing claim: Pipe clamp - ventilation pipe clamp LGS Advantages: From size 450mm: Fastening of pipe clamps with two threaded rods to the clamp band is possible to double the specified loads. The sound insulation insert provides sound insulation and prevents contact corrosion. Two-screw pipe clamp for optimized adaptation to the pipe's outer diameter. Captive closing screws. Two-screw design for optimized adaptation to the pipe's outer diameter. Large opening angle for quick installation. Connection nut with M8 / M10 combination thread. Connection nut with M8/M10 combination thread. Captive screw. Sound insulation insert. Further technical characteristics: · Connection thread: M8 / M10 · Connection nut: resistance-welded, cap nut M8 / M10, SW 13 · Fire behavior: DIN 4102: Class B2 · Clamp band width: 25mm · Clamp band width x thickness: 25 x 2.5mm · Connection nut height: 17mm · Height Z1: 232mm · Height Z2: 242mm · Installation torque: 5Nm · Nominal size: 450 · Professional / DIY: Professional · Sound insulation insert: Material: SBR/EPDM, chlorine-free, silicone-free · Wrench size: 13mm · Clamping range: 450mm · Clamping range from - to: 450mm · Clamp band thickness: 2.5mm · VDS approval: Yes · Max. recommended load (centr. tension): 0.8kN · Max. recommended static load (centr. tension): 0.8kN Connection nut with M8 / M10 combination thread. Sound insulation insert. Captive screw. Two-screw design for optimized adaptation to the pipe's outer diameter.