Cables
With our wide range of capabilities and expertise, we offer the ability to test cables of all types. The increasing demand put on electrical systems and aging infrastructure that supports them makes failures inevitable. However, with Advanced Testing Systems at your side, you can be equipped to handle whatever comes your way. Our testing services allow you to take steps to prevent electrical failures, and, should the worst happen, we offer 24-hour emergency services to get your systems back up and running as soon as possible.
More Information
- Non-destructive proof testing up to 1050kV DC, 250kV AC or 200kV VLF
- Partial discharge testing, on-site or in our laboratory
- Cable fault location utilizing acoustic, magnetic, bridge and TDR techniques
- Insulation power factor
- Insulation resistance
- Shield continuity
- 24-hour emergency services
For DC testing our custom built leakage current data logger allows Advanced Testing Systems to conduct high voltage DC testing with accurate results for leakage current in each cable of a three phase system. This method eliminates the leakage current to air or other nearby structures from the test results. This provides our customers with more accurate data about their cable than traditional testing methods along with a reduced test time since there is no need to test each cable individually.
- Non-destructive proof testing up to 1050kV DC, 250kV AC or 200kV VLF
- Partial discharge testing, on-site or in our laboratory
- Cable fault location utilizing acoustic, magnetic, bridge and TDR techniques
- Insulation power factor
- Insulation resistance
- Shield continuity
- 24-hour emergency services
For DC testing our custom built leakage current data logger allows Advanced Testing Systems to conduct high voltage DC testing with accurate results for leakage current in each cable of a three phase system. This method eliminates the leakage current to air or other nearby structures from the test results. This provides our customers with more accurate data about their cable than traditional testing methods along with a reduced test time since there is no need to test each cable individually.
