BAUR partial discharge solutions support online PD spot testing, portable offline PD diagnostics, and combined VLF / TD / PD workflows for cable condition assessment and maintenance planning.
Partial discharge activity can indicate insulation weakness in cable systems. BAUR PD equipment helps technical teams move beyond simple pass/fail testing and collect condition information that supports repair prioritization, asset planning, and risk reduction.
PD testing helps identify discharge activity associated with insulation defects, accessories, joints, or terminations before severe failures occur.
Use online spot testing for cable routes during normal operation, or portable offline diagnostics with BAUR VLF generators for planned assessment work.
BAUR Software 4 supports condition information, repeatable workflows, and reporting for maintenance teams and asset managers.
BAUR PD category includes online PD spot testing, portable PD diagnostics, combined VLF TD/PD test systems, and software support.
BAUR online partial discharge spot tester
BAUR portable partial discharge diagnostics system
BAUR portable partial discharge diagnostics system
BAUR VLF diagnostic test system with truesinus®
Software for condition evaluation and reporting
We can help select the right PD test workflow
Use this table as a practical starting point before contacting RCC to confirm the best BAUR PD configuration.
| Product | Best fit | Main strengths | Typical application |
|---|---|---|---|
| Liona | Online PD spot testing | Online testing of cable routes during normal cable operation; reliable, cost-saving, easy-to-use workflow | Screening or checking cable routes without planned outage where online PD assessment is preferred |
| PD-TaD 62 | Portable offline PD diagnostics | Portable PD diagnostics system used with a BAUR VLF generator | Planned cable diagnostics and condition evaluation using VLF-supported PD measurement |
| PD-TaD 80 | Portable offline PD diagnostics | Portable PD diagnostics system used with a BAUR VLF generator | Field diagnostic programs requiring portable PD measurement and reporting |
| PHG 80TD/PD | Combined cable testing and diagnostics | VLF truesinus® test system with TD/PD diagnostic workflow | Condition assessment programs that require both tan delta and PD insight |
| BAUR Software 4 | Teams standardizing condition evaluation and reporting | Supports diagnostic workflows, condition information, and report generation | Data management, reporting, and asset condition review |
Share your cable voltage class, whether testing must be online or offline, available VLF equipment, diagnostic goals, and reporting needs. we can help recommend the practical BAUR PD configuration.
Common questions when selecting a BAUR partial discharge testing solution.
Online PD testing is performed while cable routes remain in normal operation, such as with Liona spot testing. Offline PD diagnostics are performed during planned testing and may use portable PD systems with a BAUR VLF generator.
PD-TaD 62 and PD-TaD 80 as BAUR portable partial discharge diagnostics systems used in combination with a BAUR VLF generator.
PHG 80TD/PD is listed as a BAUR VLF diagnostic test system with truesinus® for cable testing and diagnostics with TD/PD workflow.
BAUR Software 4 supports BAUR testing and diagnostics workflows with condition information, data organization, and reporting support for maintenance and asset-management teams.
Selection depends on whether the test must be online or offline, whether a BAUR VLF generator is available, whether tan delta results are also required, and how the data will be reported or trended. we can help confirm the best configuration.
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Partial discharges occur at faults in the cable, e.g. at electrical trees, joints and terminations. Partial discharge diagnostics is used to determine possible fault locations in cables and accessories before they lead to failure. This makes it possible to rectify the problem in a timely manner and prevent any subsequent damage resulting from uncontrolled failures. Partial discharge measurement is effected in accordance with standard IEC 60270.
The phasing of partial discharges can be determined through state-of-the-art analysis methods. This makes it possible for you to assign the fault to diverse types of fault and to plan subsequent measurements as well as repair measures in a target-oriented and time- and cost-saving manner.
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