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Fire Hydrant Yearly Routine Maintenance

Fire Hydrant Yearly Routine Maintenance

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    Complete all monthly & 6 monthly tests
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    NOTE: To prevent water damage, it is recommended that a suitable adapter to limit water flow be used for this test on internal hydrants. Each hydrant in the system should be opened separately..
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    (c) TEST each valve monitor (where fitted) by closing and re-opening the valve. Verify correct indication at the CIE.
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    VERIFY that all non-return valves are operating freely and are seating correctly.
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    VERIFY all branch pipe, nozzles and hose couplings waterways are unobstructed and in good condition.
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    (a) OPERATE all pressure-reducing valves and verify correct operation under flow conditions. (b) VERIFY that pressure readings on the low pressure side of the valves are within the range stated at the pressure-reducing valve station. ………….kPa (c) OPERATE pressure-relief valve and record operating pressure. If necessary, adjust the setting to relieve at 50 kPa above the operating pressure of the pressure-reducing valve. Replace the tamper seal if necessary. NOTE: The pressure-relief valve test may be carried out using a portable test apparatus.
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    CONDUCT a water supply proving test for each water supply verifying that the system flow and pressure requirements meet the design criteria, using either— (a) a fixed flow meter test facility; or Static supply pressure ……...…..kPa Flowing pressure ………….kPa (b) a portable test apparatus at the most hydraulically disadvantaged hydrant valve(s).  Flow L/s……………. ………….kPa No. hydrants flowing……….. NOTES: 1 Where the water supply is the sole source of water for both sprinkler and hydrant systems, both sprinkler and hydrant demands should be available simultaneously. 2 In high-rise buildings where there are multiple pressure zones, a water supply proving test should be carried out on the most remote hydrant in each zone.
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    (a) CONDUCT a functional system test via the pressure switch or flow switch with other interfaced fire systems. (b) VERIFY that the interface functions in accordance with the building systems interface schematic. NOTE: It is recommended that the responsible entity coordinate testing the interfaced fire protection systems.
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    Perform routine service in accordance with Section 5.
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    (a) CHECK suction inlet strainer(s) or screen(s). (b) Following water supply proving test (Table 4.4.2 Item 2.6), CLEAN suction inlet strainer(s). Lower raised screen and raise and clean ‘in-use’ screen.
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    (a) Pipework—CHECK that exposed water distribution system, including pipework, pipe supports and valve, appears free from corrosion and damage, not subject to external loads and pipework is properly supported. (b) Hydrant obstructions—CHECK for obstructions likely to impede hydrant valve access.
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    (a) Occupancy—CHECK that hydrant design remains applicable for current building arrangement or use. (b) Site documentation—CHECK that block plans, emergency instructions and pressure schedules contain the details required in accordance with AS 2419.1.
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