■ 제품필수정보
■ 제품사양
Equipment
타입 = Cable Tester Connector
타입 = RJ12, RJ45 Tone = Yes Power Source = Battery Battery
타입 = 9V Battery Life = 20 h
무게 = 260g Display
타입 = LCD
높이 = 36mm Length = 160mm
최대 작동 온도 = +50°C
최소 작동 온도 = 0°C Width = 76mm 1 x dual port remote unit, 1 x coax remote unit, 1 x alkaline battery, 1 x multi-language user guide, 2 x RJ45 to alligator clip cable 390mm, 2 x screened RJ45 to RJ45 cable 150mm, 2 x RJ12 to RJ12 cable 100mm, 1 x F-type plug to F-type plug cable 230mm, 1 x F-81 barrel splice, 1 x BNC female to F-type male adaptor, 1 x BNC female to F-type female adaptor, 1 x RCA female to F-type male adaptor, 1 x RCA female to F-type female adaptor, 1 x wallet wiring card, 1 x carry case. Ideal Networks VDV II Pro Video, Data ; Voice tester. 'More than just a wiremapper', Ideal Networks presents the VDV II Pro cable tester, with all the VDV II plus features and much more. Designed with a larger back-lit LCD display at 2.9" working in darker environments is made light work. Easy to use with state of the art technology it offer functionality not previously available in a wiremapper. An advanced wire map engine displays complex faults instantaneously whilst TDR aids trouble shooting to hugely decrease down time. (Time Domain Reflectometry) Additional feature include the Distance to open/Short, media service detection, Ethernet detection, Netwrok rate and Duplex information. Integrated RJ11, RJ12, RJ45 and F-
타입 connectors allow fast tests on low-voltage cables, and prevent the need for adapters, probes or separate testers. The remote unit is stored within the device to reduce loss and damage, this device is sleek, robust, fast and efficient. Features and Benefits:. TDR Length testing and troubleshooting Tone generator PoE Detection and voltage information Supports all common LAN cables Ethernet detection, network rate and duplex Media Service Detection, Analog and Digital Voltage protection. How does TDR work?. Damaged cables, open and short circuits change impedance, TDR injects a signal into the cable and measures the time it is reflected back taking this into account. It then translates the time into an accurate distance enabling an engineer or technician to pin point where the fault is.
