CATV TDR (Cable Fault Locator A0500007) is used to locate any kind of RF cable faults like short circuits, open circuits or high resistance joints. What is the principle of TDR?
TDR test port is used to transmit the electrical pulse energy from the cable fault like points where there are short circuits, open circuits or high resistance joints. The pulse now travels with the certain speed specified for different cable type. So now A0500007 CATV TDR (Cable Fault Locator) can judge the fault (Open/Short Circuit) automatically and show the distance of the fault.
- Adopts the Time Domain Reflection technology, displaying the time domain reflection picture on the LCD, using the analysis software to analyze the status of the cable. A0500007 CATV TDR (Cable Fault Locator) can be used in testing cables of 25W, 50W, 75W and 100W impedance and more than 2km with high accuracy.
- Has powerful analysis functions, the double cursor can be defined as time marker to indicate distance, and distance test can be define as absolute scale and relative scale to be used in fault location. It can be defined as amplitude marker to indicate impedance characters.
- Has maximum range of 2000 meters. A0500007 comes with measure detector, carrying case, two 1.2V/1.2AH Ni. - MH Batteries, charger, user manual and quality card.
- Provides you electronics map relevant to time domain picture, so that the fault can be detected easily.
- Can be connected to the PCs to upload files and make data analysis. DS6130 CATV TDR (Cable Fault Locator) is widely used in testing cable under the ground, find out the impedance break point in HFC system such as cable damage, tie-in dampness, terminal impedance failure, so the product is useful in control the noise interference.
- Has “Self-study” function: After the calibration and test to a kind of cable of a certain length, it can make accurate test to that kind of cable later.
Extra features offered by A0500007 Measurable object: 25,50,75 and 100 Ohm Co-axial Cables.
Range of measurement: 15m ~ 2000m.
Accuracy: ±1m ± 1%
Resolution: 1m
