Tail assembly Hex screws The Deep C Meter™ LED readout can be used with the ROV-II to record read- ings without utilizing the ROV’s umbilical. www.polatrak.com 13813 FM 529 Rd, Houston, TX 77041 USA Telephone: +1 (713) 983 7117 Email: sales@stoprust.com...
2.1.1 Dow Corning – 4 Electrical Insulating Compound MSDS – connector sealant http://www.dowcorning.com/applications/search/products/details.aspx?prod=01903128&type=prod PLEASE CONTACT YOUR POLATRAK REPRESENTATIVE FOR ANY QUESTIONS AND/OR ISSUES REGARDING THIS MANUAL. 3. Health and safety It is the intention of Deepwater Corrosion that all test and inspection procedures are carried out in a safe manner in accordance with the Health and Safety At Work Act and any other relevant leg- islation.
1 MΩ 4.3 Cautionary notes Polatrak sintered silver / silver chloride reference electrode elements are designed to be rugged, but they are consumables that have a given operational life. The life of these electrodes can be extended to several seasons if the following care is taken: 4.3.1...
5. Calibration 5.1 General As with any subsea measurement device, it is important to calibrate the ROV-II probe to ensure that the reference electrodes are working properly and that there is no damage to the probe. If the probe is not calibrated, readings may be incorrect and the dive may have to be repeated.
Pin socket 3: Reference electrode #2 (R2) 5.4 Subsea calibration The cell-to-cell value can be checked at any time while the ROV-II probe is deployed subsea. Subsea calibration should be performed with the entire cable immersed, as it will quickly detect any cable damage.
9.2 Reference electrode element replacement Spare plug-in electrode elements are available for the ROV-II probe. These elements will also work in the Polatrak CP Gun. If one element or more needs to be changed, follow this procedure: 9.2.1...
• There is damage to the tail assembly cable or umbilical cable. When recovering the ROV-II Probe from the dive, any cable damage can be quickly located and repaired. Monitor the cell-to-cell value as the cable comes out of the water. If the problem is cable damage, the cell-to-cell value will revert to the acceptable range (10 mV or less) as soon as the damaged area of cable clears the water.
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