Records, Notice, and a Device That Cannot Be Tested
During an annual inspection you find a reduced-pressure assembly installed in a below-grade vault with no drain and standing water at the bottom. The device tag shows a test date 14 months ago. The building owner says the last tester told him the device passed but never gave him a report, and the water utility has no record of the test. The vault ladder is rusted and the access hatch is heavy. The owner asks you to test it today, sign off, and backdate the report to the last inspection cycle so he avoids a citation. You note the relief valve discharge piping terminates about 2 inches above the vault floor, which is flooded.
1. Identify the safety, records, and professional-practice problems in this situation and state what you will and will not do.
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Safety: entering a below-grade vault with standing water and a rusted ladder presents confined-space and fall hazards; the flooded floor and submerged discharge also create a contamination and electrical risk. You should not enter without assessing the space, controlling the hazards, and following confined-space procedures, and testing in standing water is not acceptable. Records: a 14-month-old tag with no report and no utility record means the test history is undocumented; the assembly's status is unknown. Professional practice: backdating a report is falsification and is never acceptable, and signing off without a valid test would misrepresent the assembly's condition. What you will do: decline to backdate, document the conditions you observed, notify the owner in writing of the deficiencies and the need for a proper test under safe conditions, and report as required. What you will not do: enter unsafely, test in the flooded vault, or produce a report dated to a cycle in which no test occurred.
2. The owner asks what must happen before the assembly can be returned to a documented, compliant status. What is your sequence?
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First, correct the physical conditions: drain the vault, restore safe access, repair or replace the ladder and hatch, and route the relief discharge to a proper drain or safe termination with the required air gap above the flood level. Second, assess the assembly itself for damage or contamination from the standing water and repair or replace as needed. Third, perform a valid test with calibrated equipment under dry, safe conditions, with adequate hold times, and record actual values. Fourth, issue a complete report with the device identification, test values, equipment and calibration information, date, and tester identity, and submit it to the owner and the utility or AHJ as required. Fifth, correct the records so the test history is accurate, noting the gap rather than concealing it. Only after these steps is the assembly documented and compliant.