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Thursday, 22 February 2007 |
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| | Dissolved Gas Analysis (DGA) has long been recognised as the most important tool for transformer condition assessment. Reliable on-line DGA allows invaluable insight into the condition of transformers and gives real benefits. The MINITRANS is a new generation of on-line DGA equipment based on the same core technology as the successful TRANSFIX. MINITRANS represents a lower cost alternative for the customer and monitors three key gases; hydrogen, acetylene and carbon monoxide, plus moisture. MINITRANS will not give a full analysis of the transformer, but can be used as an indicator of developing faults. MINITRANS will also give some indication of the type of fault, although full analysis of an oil sample is recommended for accurate fault diagnosis. |
Analyzing these gases allows the user to detect the vast majority of developing faults in their infancy, therefore determine the condition of the transformer. The critcal measurement of Acetylene (C2H2) allows the system to detect the onset of arcing in the transformer. MINITRANS Key Features- DGA & Water – Three fault gases plus moisture.
- No Consumables – No carrier gases or calibration gases required.
- Minimal Maintenance – Reduces expense and inconvenience for user.
- Communication Options – Extensive local and remote communications options.
- Alarm Settings – Sophisticated programmable alarm system.
- Easy Installation – Simple, straightforward procedures.
- Hourly Sampling – Real-time DGA results down to once per hour.
- Acceleration of sampling rate – automatic increase in sampling rates if gas concentrations exceed caution or alarm settings
- PERCEPTION – PC software allows downloading, trending and analysis of results.
- Reliable Gas Extraction – No use of membranes or vacuum extraction.
MINITRANS benefits- Transformer faults detected in their infancy, minimising costly unplanned outages and equipment failure.
- Transformer output optimised safely, maximising your assets.
- Type of fault may be indicated from results
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Last Updated ( Friday, 16 May 2008 )
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