Omicron Franeo 800
Prevent failures before they occur with Omicrons Franeo 800 power transformer tester, this responsive and efficient device provides essential mechanical and electrical testing applications. Predominately used to test the integrity of power transformers windings, contacts, or cores after exposure to high fault currents, transport, or seismic activities.
The Omicron Franeo 800 uses the Sweep Frequency Response Analysis (SFRA) principle to identify these common faults, performing measurements in a frequency domain. The device is a non-invasive tester that achieves a high signal-to-noise ratio due to tough resistance to broadband and narrowband noise. The SFRA being used exposes internal defects to improve reliability and avoid unexpected outages by detecting faults in the winding assembly, magnetic core, and the clamping structures of power transformers.
ESS Code: HPTS.8
- IEC 60076-18 and IEEE C57.149-2012
- Most sensitive method for detecting mechanical and electrical changes within the active part of power transformers
- Non-invasive measurement method, which allows the assessment of power transformers’ integrity without applying high-voltages
- Comprehensive method, providing additional information to facilitate the condition assessment of the power transformer
- Wide dynamic measuring range (> 150 dB)
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Omicron Franeo 800
hire Price
ESS Code: HPTS.8Rates exclude VAT and Damage Waiver
£689.00 Ex. VAT
Minimum hire period: 5 days
Lead time: 1 day
Please note you will be charged for the minimum hire period if your order is for a period less than this. A web account linked to your ESS Credit account is required to hire online.
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Key Product Features
IEC 60076-18 and IEEE C57.149-2012
Most sensitive method for detecting mechanical and electrical changes within the active part of power transformers
Non-invasive measurement method, which allows the assessment of power transformers’ integrity without applying high-voltages
Comprehensive method, providing additional information to facilitate the condition assessment of the power transformer