Welcome to a Biomedical Battery specialist of the Acterna Battery
• Frequency Agile Leakage Detection and Measurement
• High Sensitivity with Leakage Tagging (Wide Meter Range)
• Headend Video "Tagging" Option Differentiates Leaks in Overbuilt Systems, Increases Detection Range, and Limits False Alarms
• Vehicle Docking Station Option for Quick Vehicle Antenna and Charging Connections
• Icon Based User Interface for Ease of Operation in all Languages
• Easy to Read High Resolution LCD
• With battery like Acterna FTB-100 Battery, Acterna FTB-400 Battery, Acterna MTS-5000 Battery, Acterna MTS-5000E Battery, Acterna MTS-5100 Battery, Anritsu Lite3000(E) Battery, EXFO FTB-100 Battery, EXFO FTB-400 Battery, EXFO FTB-150 Battery, EXFO FTB-200 Battery, EXFO XW-EX002 Battery, EXFO Battery
• Durable, Hand-Held, Light-Weight and Water Resistant
The CLI-950 is a hand-held leak detection meter with the sensitivity and accuracy required to find and measure cable leaks. Its high resolution graphic LCD provides a simple user interface to make it ideal for every technician, from the novice to the expert.
With the growing implementation of digital carrier transmission, guarding against ingress becomes more important. Most cable systems are implementing processes that require the installer to certify the installation by checking for leaks at the end of the install. This will insure that there are no leaks, and this correlates to no ingress. The CLI-950 can also be used by dedicated leakage crews, and with leakage GPS tracking systems.
The operator tunes the CLI-950 to a video carrier in the 115 to 140 MHz frequency range. The alarm can be configured to trip when it detects the presence of an RF signal at the tuned frequency, and/or the presence of the optional tagging signal. The CLI-950 monitors/measures video carriers, and as such, it is not necessary to inject an additional RF signal in precious spectrum to make accurate leakage measurements.
The optional LT1000 Leakage Tagger modulates the video signal at user-programmable rates between 3 and 20 Hz to make certain that the detected leak is emanating from the network under test in overbuild situations. The distinctive tag signal improves detection sensitivity in noisy environments and curbs false alarms.
No comments:
Post a Comment