92 instruments across 20 categories.

The IRG 400 is an efficient time domain reflectometer for cable fault pre-location that provides fast and precise measurement results. The choice is yours, as the IRG 400 is available as a portable device in a transport case or as a 19″ plug-in unit in the Syscompact 400 and Sysc

The BAUR protrac® pin-pointing system is used for the precise pin-pointing of cable and cable sheath faults. Combining acoustic and electromagnetic fault pin-pointing with sheath fault location in one system, it is ideal for universal application. Unique operating convenience tha

The IRG 4000 time domain reflectometer is integrated in BAUR cable fault location systems and is used in combination with the system software for locating cable faults in single and three-phase cable systems. Thanks to the novel operational concept, cable faults can be located mo

Surge voltage generators enable accurate location of high resistance, low resistance and intermittent faults on high, medium and low voltage cables. Output voltage is continuously adjustable in the ranges 0 , 8 kV, 0 , 16 kV and 0 , 32 kV. Discharging of high voltage capacitors i

Surge voltage generators enable accurate location of high resistance, low resistance and intermittent faults on high, medium and low voltage cables. Output voltage is continuously adjustable in the ranges 0 , 8 kV, 0 , 16 kV and 0 , 32 kV. Discharging of high voltage capacitors i

Surge voltage generators enable accurate location of high resistance, low resistance and intermittent faults on high, medium and low voltage cables. Output voltage is continuously adjustable in the ranges 0 , 8 kV, 0 , 16 kV and 0 , 32 kV. Discharging of high voltage capacitors i

Surge voltage generators enable accurate location of high resistance, low resistance and intermittent faults on high, medium and low voltage cables. Output voltage is continuously adjustable in the ranges 0 , 8 kV, 0 , 16 kV and 0 , 32 kV. Discharging of high voltage capacitors i

The compact SSG 500 surge voltage generator is used to generate surge and DC voltage and can be used for the pre-location and pin-pointing of cable faults in buried power cables, in particular low voltage cables. The SSG 500 surge voltage generator is arranged in a 19” housing. M

The shirla sheath test and fault location device is used for cable and cable sheath testing, and for the pre-location and pin-pointing of cable sheath faults and cable faults due to earth contact. The fault pre-location is based on the measuring bridge principle according to Murr

The audio frequency transmitter TG 600 is especially designed for accurate location of cable faults and joints according to the twist method. With the display of input and output current the selection of the correct adjustment is easy. The capacitive compensation protects the hig

The TG 20/50 is a portable, mains or battery-operated audio frequency transmitter. Together with the UL 30 universal receiver and the SP 30 search coil, the audio frequency transmitter is used for tracing, pin-pointing using the twist method and for determining the depth of cable

The CL 20 cable locator comprising a transmitter and a receiver is used to determine the exact location of cables and metal pipes. The ability to determine laying depths of up to 4.5 m and to measure signal currents at the touch of a button allows you to obtain reliable informati

The KSG 200 cable identification system is used to identify single- and multi-core cables in a cable bundle or cable loom. By using the KSG 200, the risk of accidentally cutting a live phase is significantly reduced. This way, you will avoid the following in future: , High level

The ATG 6000 burn down transformer is used for the impedance reduction of cable faults in low and medium-voltage networks. This converts high-resistive, difficult to locate and intermittent faults to low-resistive faults that are easy to locate with the Time Domain Reflectometry

The ATG 2 burn down transformer is used for the impedance reduction of cable faults in low and medium-voltage networks. This converts high-resistive, difficult to locate and intermittent faults to low-resistive faults that are easy to locate with the Time Domain Reflectometry met