Visual Fault Locator 50mW Vfl Red Light Pen for Network Cable Test Fiber Source Tester Detector Meter for Fc Sc St LC 6.9" Cable Tester
Visual Fault Locator 50mW Vfl Red Light Pen for Network Cable Test Fiber Source Tester Detector Meter for Fc Sc St LC 6.9" Cable Tester
Specification Item type: VFL red light pen. Material: aluminium alloy. Optical output: more than 50MW Output distance: 50 km. Output wavelength: 650±10nm Operating temperature: 0°C to +60°C. Storage temperature: -20°C to +70°C. Battery type: 2 x 1.5 V AA batteries (battery not included). Package list: 1 x VFL red light pen. 1 x pen bag. 1 x lanyard. 1 x ceramic core. 1 x user manual (English language
Product Features
- Fibre optic pen: the Sonew optical fibre cable visual troubleshooter has been specially developed for the maintenance of fibre optic cables and lines and can effectively locate defects on cables
- Precise positioning: pencil fibres can be operated in CW or pulse mode. VFL emits 650nm red light for fiber tracking and positioning, breaks or faults refract the light in the fiber
- Stable output: the output power of the fibreglass pen is stable and the output distance is 50 km. It is a sharp tool for fiber optic testing. It has a diameter of 2 cm and a length of 17.5 cm. It is small and portable and is ideal for working on site
- Battery operated: the fibreglass pen is powered by batteries, which makes it easier to change the battery on site and you don't have to worry about there is no power supply during work. The stainless steel head and aluminium body protect against impact. The earthing design of the housing effectively prevents ESD damage
- Wide application: the universal 2.5 mm plug for LC, ST, SC, FC interferes with the round and square shape of different fibre optic cables while testing single-mode and multi-mode cables. Applicable to: integrated cabling systems and fiber optic engineering; CATV engineering, optical network maintenance; optical communication; optical measuring drive technology; optical equipment production and research