GF3 SLIM Fiberglass Rod Ø3mm-30m Cable Laying System for Pipe Ø5-40mm – 10208

The GF3 SLIM - fiberglass rod Ø 3 mm is a cable pulling system including a digital meter counter (for determining the length of pipes/cables or for creating cable lists). With a maximum diameter of only Ø 4.5 mm, it is ideally suited for retrofitting cables in occupied conduits or for fiber optic cable installation (FTTH - Fiber To The Home). The Ø 3 mm fiberglass rod with a patented RG4.5 - guide tip including a swivel joint is stored in an extremely shock-resistant plastic box. The unit of measurement of the meter counter can be switched from metric (m) to imperial (ft). With the newly developed RG4.5 - guide tip with front thread RTG Ø 3 mm including swivel joint, it is possible to overcome bending radii of up to R = 40 mm. The automatic retraction lock prevents the fiberglass rod from unintentionally slipping back into the box. The box can be opened for service work with just one screw on the back. This also allows the integrated accessory box, which contains a 14-piece accessory set, to be removed. The included adapter thread with RTG Ø 3 mm internal thread to RTG Ø 6 mm external thread enables many combination possibilities. Furthermore, the box has an ergonomic carrying handle and an anti-slip coating on the back. The total breaking load of 100 kg refers to the Ø 3 mm fiberglass rod including the RG4.5 guide tip with swivel joint. Optimal area of application: for internal pipe diameters from Ø 5 mm - 40 mm APPLICATION VIDEO: You can watch a short, very informative application video by scanning the QR code or on www.runpotec.com. Scope of delivery: 1 x GF3 SLIM including meter counter in plastic box, length 30 m, 1 x RG4.5 guide tip with swivel joint, contents of accessory box: 1 x pulling aid, 1 x special adhesive 3 g, 5 x end sleeves with thread RTG Ø 3 mm, 2 x mounting wrenches, 2 x pulling eyes Ø 4.5 mm, 1 x starting bulb Ø 6 mm, 1 x starting bulb Ø 4.5 mm, 1 x connecting sleeve Ø 4.5 mm, 1 x adapter thread, 1 x button cell CR2032