Megger TDR2010 Advanced Dual Channel Time Domain Reflectometer

Product Overview: Megger TDR2010 Advanced Dual Channel Time Domain Reflectometer

Megger TDR2010 Features:

·         Trace tagging function Comprehensive dual channel capability with dual aspect display AUTO set up mode for instant use Ultra fast pulse for near end fault identification Xpert guidance to potential fault IP54 rating offers real life working Designed for use on all metallic paired cable

• IP54 rating offers real life working
• AUTO set up mode for instant, easy use
• AutoFind and FindEnd functions helps find the fault fast
• Trace tagging facility that allows a name to be saved with the trace
• Distance dependent gain to counteract signal attenuation
• Step function to improve detection of near end faults

 

The Megger® TDR2010 is a state of the art, dual channel, high resolution, compact Time Domain Reflectometer with a color screen for locating faults on paired metallic cables.

The Megger TDR2010 has a minimum resolution of 0.3 ft /0.1 m and a 60 kft/20 km maximum range depending on the velocity factor selected and the cable type.

Five output impedances are available (25, 50, 75, 100, 125 ohms) and an auto impedance matching feature. The velocity factor can be set between 0.2 and 0.99 to meet any cable test requirements.

TDR2050 is the first TDR in this class to include a built-in 600 V input protection filter. The ability to connect to potentially live circuits means a more flexible instrument suited for a wider range of applications.

100 internal trace memories provide for the storage and recall of test results. The traces can be recalled to the display for analysis or compared with an active display to aid in fault location.

Alternatively the stored results can be downloaded to a computer, via the USB port, using the TraceXpert software and USB lead provided.

The Dead Zone effect of a standard pulse TDR can mask near end faults and make them undetectable. The addition of a step function on the TDR2050 eliminates this problem.

Step TDR technology means that the signal is injected at full strength and stays there until a disturbance is detected. This makes step TDR technology perfect for detecting near end faults that standard pulse TDRs can miss.

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