SIM/MIM arc reflection method

Pre-location / SIM/MIM arc reflection method

The secondary/multiple impulse method is the most well-established and precise cable fault pre-location method.

High-resistive faults and breakdown faults are ignited by a single HV pulse and the fault distance is measured very precisely several times via the TDR technology and automatically evaluated.

All products

1-11 of 11 products

BAUR Software 4

Software package
for cable fault location, cable testing and cable diagnostics

IRG 2000

Time domain reflectometer (TDR)
up to cable length of 65 km

IRG 4000

Time domain reflectometer (TDR)
for cable lengths up to 1000 km

IRG 4000 portable

Portable time domain
reflectometer (TDR)
for cable lengths up to 1000 km

SSG 1100

Surge voltage generators,
max. surge energy: 1100 J
Voltage: 0 – 8, 16, 32 kV

SSG 1500

Surge voltage generators,
max. surge energy: 1536 J
Voltage: 0 – 8, 16, 32 kV

SSG 2100

Surge voltage generators,
max. surge energy: 2048 J
Voltage: 0 – 8, 16, 32 kV

SSG 3000

Surge voltage generators,
max. surge energy: 3000 J
Voltage: 0 – 8, 16, 32 kV

SSG 500

Surge voltage generators,
max. surge energy: 512 J
Voltage: 3 – 16 kV

Syscompact 400

Cable fault location system for cable fault pre-location and pin-pointing

Syscompact 400 portable

Portable cable fault location system for cable fault pre-location and pin-pointing

1-11 of 11 products

Back to overview: Pre-location Back to overview: Pre-location

Further product categories for pre-location

Time Domain Reflectometry (TDR) Time Domain Reflectometry (TDR)

ICM impulse current method ICM impulse current method

Decay method Decay method

Fault conversion / Burn Fault conversion / Burn

Fault conditioning (SIM/MIM) Fault conditioning (SIM/MIM)

Bridge measurement Bridge measurement

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