The Fischer LGSN ventilation pipe clamp is the ideal fixing solution for ventilation pipes of all kinds. With the LGSN especially winding folding pipes can be attached to the surface very easily and quickly. The large opening angle allows the pipe to be easily inserted, while the two-screw thread of the LGSN allows optimum adaptation to the outside diameter of the pipe. The LGSN is designed for both clamps halves starting from 450 mm diameter. This allows a doubling of the recommended load with 2 threaded rods and nuts. The LGSN without sound insulation is the low-cost alternative to LGS in cases where sound isolation to the building is of minor importance.
This text is machine translated.
Features
Large opening angle for quick mounting.
Two-screw pipe clamp for optimum adaptation to the outer diameter of the pipe.
Locking screw loss protection.
Connection nut with combination thread M8/M10.
From size 450 mm: Attachment of pipe clamps with two threaded rods at the clamp band possible to double the specified loads.
Description
The Fischer LGSN ventilation pipe clamp is the ideal fixing solution for ventilation pipes of all kinds. With the LGSN especially winding folding pipes can be attached to the surface very easily and quickly. The large opening angle allows the pipe to be easily inserted, while the two-screw thread of the LGSN allows optimum adaptation to the outside diameter of the pipe. The LGSN is designed for both clamps halves starting from 450 mm diameter. This allows a doubling of the recommended load with 2 threaded rods and nuts. The LGSN without sound insulation is the low-cost alternative to LGS in cases where sound isolation to the building is of minor importance.
This text is machine translated.
Features
Large opening angle for quick mounting.
Two-screw pipe clamp for optimum adaptation to the outer diameter of the pipe.
Locking screw loss protection.
Connection nut with combination thread M8/M10.
From size 450 mm: Attachment of pipe clamps with two threaded rods at the clamp band possible to double the specified loads.