Pinpoint cable faults with controlled high-voltage surge energy.
BAUR SSG surge generators support cable fault pre-location and pinpointing by generating surge or DC voltage to create an acoustic signal at the fault position for detection with a ground microphone and receiver.
✓ Up to 32 kV surge voltage✓ Continuously adjustable voltage✓ Automatic discharge unit
MODE: SURGE / DC VOLTAGE
APPLICATION: Cable fault pinpointing
OUTPUT: Controlled HV pulse energy
32 kVHigh surge voltage capability
SSGBAUR surge generator series
kVVoltage monitoring with 3 ranges
AutoAutomatic discharge function
Turn hidden cable faults into locatable field targets.
Surge generators are used in cable fault location workflows for high-resistance, low-resistance, and intermittent faults. By releasing capacitor energy at regular intervals or as DC voltage, the system helps create an acoustic signal at the fault position for final pinpointing.
01
Pre-location support
Use surge energy as part of a cable fault location process to move from broad fault indication toward a practical repair zone.
02
Acoustic pinpointing
Generate an acoustic signal at the fault position so crews can detect the location using a ground microphone and universal receiver.
03
Controlled HV operation
Continuously adjustable voltage, kV monitoring, and automatic discharge support a controlled and repeatable field workflow.
Select a BAUR SSG surge generator for your cable fault work.
BAUR Surge Generator category includes five SSG models for high-voltage surge generation in cable fault location applications.
Compact SSG
SSG500
Compact BAUR HV surge generator
Compact SSG model for generating surge and DC voltage
Used for pre-location and pinpointing cable faults
Supports high- and low-resistive as well as intermittent fault workflows
Suitable where a smaller surge generator configuration is preferred
Use this table as a simple selection guide before contacting us for model confirmation and quotation.
Model
Best fit
Shared SSG benefits
Typical use case
SSG500
Compact surge generator requirement
Surge/DC voltage generation, cable fault pre-location and pinpointing workflow
Teams needing a smaller SSG configuration for cable fault location work
SSG1100
Standard SSG-series HV surge generator applications
Up to 32 kV surge voltage, continuously adjustable voltage, kV monitoring, automatic discharge
Pre-location and pinpointing of high-/low-resistive and intermittent cable faults
SSG1500
Field crews needing an SSG-series model for regular cable fault work
Up to 32 kV surge voltage, adjustable voltage, 3-range kV monitoring, automatic discharge
Acoustic pinpointing support with ground microphone and universal receiver
SSG2100
Demanding utility and industrial cable fault workflows
High-voltage surge/DC generation, fault signal creation, controlled monitoring and discharge
Locating difficult cable faults before repair or excavation work
SSG3000
Advanced BAUR cable fault location teams
Up to 32 kV surge capability with adjustable voltage and automatic discharge
High-end surge generator option for broader cable fault location programs
Need to match a surge generator to your cable network?
Share your cable type, voltage class, fault symptoms, and current fault-locating equipment. we can help recommend the right BAUR SSG model and accessory workflow.
Common questions when selecting a BAUR surge generator for cable fault location.
What is a surge generator used for?
A surge generator is used for cable fault pre-location and pinpointing. It releases stored high-voltage capacitor energy at regular intervals or as DC voltage to help create an acoustic signal at the fault position.
What types of faults can BAUR SSG surge generators help locate?
They are used for high-resistive, low-resistive, and intermittent faults in power cables, especially when combined with acoustic pinpointing equipment.
What are the key BAUR SSG features?
The category highlights high surge voltage up to 32 kV, continuously adjustable voltage, voltage monitoring through kV meters with 3 measuring ranges, and an automatic discharge unit.
How do I choose between SSG500, SSG1100, SSG1500, SSG2100, and SSG3000?
Selection depends on cable voltage class, required surge energy/voltage, fault type, field workflow, and whether you need a compact or higher-capacity SSG configuration. RCC Electronics can help confirm the best match.