Information

  • Site:

  • Audit Scope :

  • Auditor:

  • Date & Time :

  • DPM Project Number :

  • Water Authority :

  • Water Authority Project Number :

  • Water Authority Auditor :

  • Principal Contractor :

  • Water Contractor :

Potable and Recycled Water Mains Hydro-static Pressure Testing

  • Is testing being undertaken on potable water, recycled water or both?

  • Are Testing Gauges operating correctly and are in a good condition?

  • Are Testing Gauges within their calibration date?

Pressure Test Potable Water Main

  • Design head pressure the main is to be tested to. (kpa from Detail Sheet)

  • Total lengths of Main. (Total Meters from Detail Sheet, Table 1. New Pipe Schedule )

  • Is the percentage of "PE" Water main length greater than 5% of the total length of main?<br> % of PE = (Total PE Pipe Length/Total Pipe Length) X 100

  • Type of Test Nominated :- 15 Minute No Loss (+ or - 20Kpa) or 5 Hour Test (Formula attached)

  • 5 Hr Pressure loss test. <br>Site 1

  • Water added after 1st hour (litres)

  • Water added after 2nd hour (litres)

  • Water added after 3rd hour (litres)

  • Water added after 4th hour (litres)

  • Water added after 5th hour (litres)

V(all) = 0.14 x L (length (km)) x D (dia. (m)) x H (test head (m)) Test passes if: ∆V(5h-4h) ≤ 0.55 x ∆V(3h-2h) + V(all)

  • Calculation

  • Has Stage test Passed / Failed?

  • Site 2.

  • Water added after 1st hour (litres)

  • Water added after 2nd hour (litres)

  • Water added after 3rd hour (litres)

  • Water added after 4th hour (litres)

  • Water added after 5th hour (litres)

V(all) = 0.14 x L (length (km)) x D (dia. (m)) x H (test head (m)) Test passes if: ∆V(5h-4h) ≤ 0.55 x ∆V(3h-2h) + V(all)

  • Calculation

  • Has Stage Test Passed / Failed?

  • Site 3.

  • Water added after 1st hour (litres)

  • Water added after 2nd hour (litres)

  • Water added after 3rd hour (litres)

  • Water added after 4th hour (litres)

  • Water added after 5th hour (litres)

V(all) = 0.14 x L (length (km)) x D (dia. (m)) x H (test head (m)) Test passes if: ∆V(5h-4h) ≤ 0.55 x ∆V(3h-2h) + V(all)

  • Calculation

  • Has Stage Test Passed / Failed?

  • Site 4.

  • Water added after 1st hour (litres)

  • Water added after 2nd hour (litres)

  • Water added after 3rd hour (litres)

  • Water added after 4th hour (litres)

  • Water added after 5th hour (litres)

V(all) = 0.14 x L (length (km)) x D (dia. (m)) x H (test head (m)) Test passes if: ∆V(5h-4h) ≤ 0.55 x ∆V(3h-2h) + V(all)

  • Calculation

  • Has Stage Test Passed / Failed?

  • Site 5.

  • Water added after 1st hour (litres)

  • Water added after 2nd hour (litres)

  • Water added after 3rd hour (litres)

  • Water added after 4th hour (litres)

  • Water added after 5th hour (litres)

V(all) = 0.14 x L (length (km)) x D (dia. (m)) x H (test head (m)) Test passes if: ∆V(5h-4h) ≤ 0.55 x ∆V(3h-2h) + V(all)

  • Calculation

  • Has Stage Test Passed / Failed?

  • Site 6.

  • Water added after 1st hour (litres)

  • Water added after 2nd hour (litres)

  • Water added after 3rd hour (litres)

  • Water added after 4th hour (litres)

  • Water added after 5th hour (litres)

V(all) = 0.14 x L (length (km)) x D (dia. (m)) x H (test head (m)) Test passes if: ∆V(5h-4h) ≤ 0.55 x ∆V(3h-2h) + V(all)

  • Calculation

  • Has Stage Test Passed / Failed?

  • 15 Minute No Loss (+ or - 20Kpa) Test Site 1

  • Start Pressure

  • Duration of Test

  • Finish Pressure

  • Loss over test time

  • Stage Test Passed / Failed

  • Test Site 2

  • Start Pressure

  • Duration of Test

  • Finish Pressure

  • Loss over test time

  • Stage Test Passed / Failed

  • Test Site 3

  • Start Pressure

  • Duration of Test

  • Finish Pressure

  • Loss over test time

  • Site Test Passed / Failed

  • Test Site 4

  • Start Pressure

  • Duration of Test

  • Finish Pressure

  • Loss over test time

  • Site Test Passed / Failed

  • Test Site 5

  • Start Pressure

  • Duration of Test

  • Finish Pressure

  • Loss over test time

  • Site Test Passed / Failed

  • Test Site 6

  • Start Pressure

  • Duration of Test

  • Finish Pressure

  • Loss over test time

  • Site Test Passed / Failed

  • Has Potable Water Main Passed / Failed?

Pressure Test Recycled Water Main

  • Design head pressure the main is to be tested to. (kpa from Detail Sheet)

  • Total lengths of Main. (Total Meters from Detail Sheet, Table 1. New Pipe Schedule )

  • Is the percentage of "PE" Water main length greater than 5% of the total length of main?<br> % of PE = (Total PE Pipe Length/Total Pipe Length) X 100

  • Type of Test Nominated :- 15 Minute No Loss (+ or - 20Kpa) or 5 Hour Test (Formula attached)

  • 5 Hr Pressure loss test. <br>Site 1.

  • Water added after 1st hour (litres)

  • Water added after 2nd hour (litres)

  • Water added after 3rd hour (litres)

  • Water added after 4th hour (litres)

  • Water added after 5th hour (litres)

V(all) = 0.14 x L (length (km)) x D (dia. (m)) x H (test head (m)) Test passes if: ∆V(5h-4h) ≤ 0.55 x ∆V(3h-2h) + V(all)

  • Calculation

  • Has Stage test Passed / Failed?

  • Site 2.

  • Water added after 1st hour (litres)

  • Water added after 2nd hour (litres)

  • Water added after 3rd hour (litres)

  • Water added after 4th hour (litres)

  • Water added after 5th hour (litres)

V(all) = 0.14 x L (length (km)) x D (dia. (m)) x H (test head (m)) Test passes if: ∆V(5h-4h) ≤ 0.55 x ∆V(3h-2h) + V(all)

  • Calculation

  • Has Stage Test Passed / Failed?

  • Site 3.

  • Water added after 1st hour (litres)

  • Water added after 2nd hour (litres)

  • Water added after 3rd hour (litres)

  • Water added after 4th hour (litres)

  • Water added after 5th hour (litres)

V(all) = 0.14 x L (length (km)) x D (dia. (m)) x H (test head (m)) Test passes if: ∆V(5h-4h) ≤ 0.55 x ∆V(3h-2h) + V(all)

  • Calculation

  • Has Stage Test Passed / Failed?

  • Site 4.

  • Water added after 1st hour (litres)

  • Water added after 2nd hour (litres)

  • Water added after 3rd hour (litres)

  • Water added after 4th hour (litres)

  • Water added after 5th hour (litres)

V(all) = 0.14 x L (length (km)) x D (dia. (m)) x H (test head (m)) Test passes if: ∆V(5h-4h) ≤ 0.55 x ∆V(3h-2h) + V(all)

  • Calculation

  • Has Stage Test Passed / Failed?

  • Site 5.

  • Water added after 1st hour (litres)

  • Water added after 2nd hour (litres)

  • Water added after 3rd hour (litres)

  • Water added after 4th hour (litres)

  • Water added after 5th hour (litres)

V(all) = 0.14 x L (length (km)) x D (dia. (m)) x H (test head (m)) Test passes if: ∆V(5h-4h) ≤ 0.55 x ∆V(3h-2h) + V(all)

  • Calculation

  • Has Stage Test Passed / Failed?

  • Site 6.

  • Water added after 1st hour (litres)

  • Water added after 2nd hour (litres)

  • Water added after 3rd hour (litres)

  • Water added after 4th hour (litres)

  • Water added after 5th hour (litres)

V(all) = 0.14 x L (length (km)) x D (dia. (m)) x H (test head (m)) Test passes if: ∆V(5h-4h) ≤ 0.55 x ∆V(3h-2h) + V(all)

  • Calculation

  • Has Stage Test Passed / Failed?

  • 15 Minute No Loss (+ or - 20Kpa) <br>Test Site 1

  • Start Pressure

  • Duration of Test

  • Finish Pressure

  • Loss over test time

  • Stage Test Passed / Failed

  • Test Site 2

  • Start Pressure

  • Duration of Test

  • Finish Pressure

  • Loss over test time

  • Stage Test Passed / Failed

  • Test Site 3

  • Start Pressure

  • Duration of Test

  • Finish Pressure

  • Loss over test time

  • Site Test Passed / Failed

  • Test Site 4

  • Start Pressure

  • Duration of Test

  • Finish Pressure

  • Loss over test time

  • Site Test Passed / Failed

  • Test Site 5

  • Start Pressure

  • Duration of Test

  • Finish Pressure

  • Loss over test time

  • Site Test Passed / Failed

  • Test Site 6

  • Start Pressure

  • Duration of Test

  • Finish Pressure

  • Loss over test time

  • Site Test Passed / Failed

  • Has Recycled Water main Passed / failed?

Property Connections (Main to Meter)

  • Where the Main to Meter Connections "Squirt" Tested?

  • Have all Connections Passed the Squirt Test?

EDLP Audit Check

  • Have the Kerb and Channels been formed?

  • Has the face of the Kerb been marked Correctly with All symbols? (G W R)

General Comments

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