"> Ultra Fog Water-Jet Drive Nozzle
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Ultra Fog

Water-Jet Drive Nozzle

Ultra Fog Water-Jet Drive Nozzle — Specialized nozzle with water-jet propulsion for enhanced mist generation in specific marine and industrial applications.

Ultra Fog Water-Jet Drive Nozzle

Components & Design

Component data being added…

Technical Data

Activation Type Water-jet propelled discharge mechanism
Design Performance High performance for cooling effect with low water consumption
Mounting Star lock system, M20 threaded body
Working Pressure 100 bar
Material Stainless steel construction

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Common failures & inspection points

Nozzle clogging and blockade from mineral deposits, biofilm, or sediment accumulation preventing proper water mist generation

Visually inspect nozzles for blockages; use patented Ultra Fog Nozzle Test Tool to verify piston function without breaking glass bulbs; conduct laboratory testing of nozzles after 10 years service and every 5 years thereafter

Pump performance degradation including abnormal noise, vibration, and reduced flow capacity indicating internal wear or cavitation damage

Measure discharge pressure against pump characteristic curve; check for unusual operating noise or vibration; verify flow rate capacity (35-50 L/min for P35 model); monitor motor current draw for erratic startup cycles indicating filter blockage

Nitrogen pre-charge loss in accumulator unit reducing system pressure stability and emergency discharge capability during fire event

Verify nitrogen pre-pressure setting (typically 90% of operating pressure for 100 bar systems); test accumulator pressure switch alarm function; inspect for visible corrosion, cracks, or leakage in accumulator body; calibrate all pressure gauges annually

Filter clogging at inlet (25µm stage) or discharge (100µm stage) causing pump short-cycling, pressure loss, or nozzle blockade formation

Document filter cleanliness condition; measure pressure differential across filters (high differential indicates clogging); perform visual inspection of inlet and outlet filter elements; clean or replace filters after system operation or annually minimum; verify dual 25µm tank filters are present and functional

Piping corrosion, sediment deposits, and internal rust scale generating blockages in distribution network or damaging pressure seals

Pressure test entire piping network at 1.5x maximum working pressure (150 bar minimum for 100 bar systems); inspect water supply tank interior annually for sediment/rust accumulation; flush system annually; drain and refill water tank yearly; verify air passage from nozzles is unobstructed

Type-general inspection and maintenance points for this equipment category — not model-specific.

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Equipment Model #148723 · ✓ still in production