HXFD-RM-SD

Common issues

• Cover abrasion, cuts or UV degradation from prolonged exposure and improper stowage
• Coupling leakage from worn or damaged gaskets
• Internal lining delamination or mildew from inadequate drying before stowage
• Coupling corrosion, especially on non-stainless fittings in a marine environment
• Hose weeping or bursting under test pressure indicating internal degradation
• Reduced flow from kinking or improper flaking/coiling in the hose box or reel

Inspection checklist

• Visually inspect the full hose length for cuts, abrasion, mildew and UV damage
• Check couplings for corrosion, thread condition and secure attachment to the hose
• Inspect coupling gaskets for hardening or damage
• Conduct a hydrostatic pressure test per FSS Code/maker requirement and check for leaks or bursting
• Confirm the hose is correctly connected, flaked/coiled and stowed in its box or reel
• Check the hose reel or rack mechanism, if fitted, for free operation
• Verify hose length and diameter match the fire main/nozzle it is paired with
• Confirm hose markings (size, pressure rating, date) remain legible

Service intervals

Critical spares

• Replacement fire hose of matching length, diameter and pressure rating
• Coupling gaskets
• Coupling sets, where the standard permits field replacement

Safety

• High-pressure water discharge risk during pressure testing - secure the hose and clear the area
• Whipping hazard from an uncontrolled or burst hose under pressure
• Trip hazard from hoses run out during drills or firefighting

Class survey

Fire hoses are checked at each safety equipment survey for compliance with FSS Code Chapter 3 - correct number, length, diameter and coupling compatibility with the fire main and international shore connection, plus valid pressure test records.