Ventilation clamp LGS 500 W560xH535.0mm electro-galvanized steel FISCHER

The fischer LGS 500 ventilation pipe clamp for nominal size 500 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 allows for optimized adaptation to the outer pipe diameter. Connection nut with combination thread M8 / M10 for 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 - LGS ventilation pipe clamp Advantages: From size 450mm: Pipe clamps can be fastened with two threaded rods on the clamp band to double the specified loads. The sound insulation insert provides noise reduction and prevents contact corrosion. Two-screw pipe clamp for optimized adaptation to the outer pipe diameter. Loss protection for fastening screws. Two-screw design for optimized adaptation to the outer pipe diameter. Large opening angle for quick installation. Connection nut with combination thread M8 / M10. Connection nut with combination thread M8/M10. Screw loss protection. 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: 255mm · Height Z2: 265mm · Installation torque: 5Nm · Nominal size: 500 · Professional / DIY: Professional · Sound insulation insert: Material: SBR/EPDM, chlorine-free, silicone-free · Wrench size: 13mm · Clamping range: 500mm · Clamping range from - to: 500mm · Clamp band thickness: 2.5mm · VDS approval: Yes · Max. recommended load (central tension): 0.8kN · Max. recommended static load (central tension): 0.8kN Connection nut with combination thread M8 / M10. Sound insulation insert. Screw loss protection. Two-screw design for optimized adaptation to the outer pipe diameter.