Description
IRG 400 portable – time domain reflectometer
Reliable and fast cable fault location
↗ Precise pre-location with high-performance technology
↗ Light, compact and portable
↗ Maximum safety for operators
↗ Can be installed in cable fault location systems
The IRG 400 portable time domain reflectometer is used for fault pre-location on 1- and 3-phase cables. The integrated separation filter allows TDR measurements to be performed on live cables up to measurement category CAT IV/600 V. Thanks to the intuitive operational concept, cable faults can be located more rapidly and easily with the IRG 400 portable. Using the IRG 400 portable and the BAUR
BUI-F application, TDR fingerprints of cables can be created that allow comparisons against existing reference measurements. Changes in the cable can therefore be detected immediately. The recorded measurement results can be exported via the tablet’s USB interface and imported into the BAUR Software 4 for further processing, e.g. reporting.
The measuring device and tablet are connected via Wi-Fi. Therefore the measurement can be controlled and traced safely and conveniently using the tablet outside of the danger zone.
Features
- Intuitive user interface in multiple languages
- Measurement controlled via a tablet using the BAUR BUI-F application
- Length-dependent gain for better display of remote events
- Greater convenience, as measurements can be controlled via Wi-Fi
- Integrated separation filter (can be enabled/disabled) for TDR measurements on live cables with measurement category CAT IV/600 V
- Everything needed for the measurement in one handy case – time domain reflectometer, tablet, accessories
- Suitable for use in the field and weatherproof (splash water and dust protection)
- Operation via rechargeable battery or mains voltage
Functions
- TDR: time domain reflectometry (1- and 3-phase)
- Step TDR for the pre-location of cable faults and joints in the vicinity (1- and 3-phase)
- In combination with BAUR surge voltage generators
– SIM/MIM: secondary/multiple impulse method Up to 20 reflection measurements per HV pulse
– DC-SIM/MIM: secondary/multiple impulse method used in DC mode
– ICM: impulse current method
– DC-ICM: impulse current method used in DC mode
- In combination with BAUR HV generators with DC voltage
– Decay method (option)