Free Call Australia : 1 800 834 991

Related Products

Omicron UHF 620 Bandwidth Converter

OMICRON UHF 620 Bandwidth Converter 
  • Flexible adjustable measurement bandwidth 
  • Less interference due to narrowband measurements
  • Simple configuration due to broadband measurements

Product Details

OMICRON UHF 620 Bandwidth Converter

The UHF 620 extends the measurable bandwidth of the MPD 600 up to the VHF and UHF frequency range.

Partial discharge can be measured in an additional measurement range of 100 MHz to 2,000 MHz with different frequency bandwidths:

> Narrowband measurements up to 1.5 MHz
> Mediumband measurements at 70 MHz
> Broadband measurements at 1.9 GHz

The UHF 620 is ideal for measuring power transformers and gas-insulated substations (GIS). This unconventional VHF/UHF partial discharge measuring method can be used for commissioning tests as well as for on-site and online diagnostics.

Key features

• Flexible adjustable measurement bandwidth
• Less interference due to narrowband measurements
• Simple configuration due to broadband measurements
• Decoupling of GIS measurement voltage possible
• Controlled directly via MPD software

PITE TECH KG1100A Transformer Dissolved Gas Monitor TransPRO® KG1100A is a basic model which is only comprised of an intelligent signal transmitter. It is specially designed for utilities...
MEGGER PowerDB Test Data Management Software The Megger PowerDB is a powerful software package providing data management for each of your acceptance and maintenance testing jobs. Custo...
OMICRON MONTRANO Continuous Online Monitoring System MONTRANO continuously monitors the dielectric condition of insulation in bushings and inside power transformers under load. The system...
OMICRON MCC 205/210 Coupling Capacitors Coupling capacitors - Accessories for partial discharge measurement products The coupling capacitor connects the PD measurement device to the hi...
MEGGER FRAX 101 Sweep Frequency Response Analyzer Smallest and most rugged Frequency Response Analyzer (FRA) instrument in the industry. Highest possible repeatability by using reliable c...