"> Skum/Tyco SPR-6
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Skum/Tyco

SPR-6

Skum/Tyco SPR-6 — Low-expansion foam sprinkler for deluge systems.

60 l/min at 2.5 bar
Capacity
0 kg
Weight

Inspector Detail

Common issues

  • Nozzle orifice blockage from debris, marine growth or paint overspray
  • Corrosion of the sprinkler body or nozzle affecting spray pattern
  • Foam concentrate degradation or contamination reducing expansion ratio and fire performance
  • Deluge valve failure to open or reset correctly, preventing system actuation
  • Foam proportioning system (pump/eductor) miscalibration giving incorrect concentrate percentage
  • Corroded or seized isolation valves in the piping to individual sprinkler heads

Inspection checklist

  • Visually inspect each sprinkler head/nozzle for corrosion, blockage or physical damage
  • Confirm foam concentrate stock is within shelf life and stored per maker conditions
  • Function-test the deluge valve and confirm alarm/indication at the control panel
  • Check the foam proportioning/eductor system delivers the correct concentrate percentage
  • Conduct a system discharge test, where permitted, and verify spray pattern and coverage
  • Inspect piping and isolation valves for corrosion and free operation
  • Verify a foam concentrate sample has been sent for analysis per class requirement
  • Check pressure gauges and system pressure against the normal operating range

Service intervals

Foam concentrate sample analysis annually, per SOLAS/class requirement for fixed foam systems
Deluge valve function test annually
Full system discharge test per class requirement, commonly every 2-5 years depending on system type and flag - confirm against class requirement
Sprinkler head visual inspection at each fire equipment routine, commonly monthly to quarterly

Critical spares

  • Sprinkler nozzles matching the original K-factor and orifice size
  • Deluge valve seal/diaphragm kit
  • Foam concentrate of the type and specification approved for the system
  • Isolation valve seats/seals

Safety

  • Accidental system discharge risk during maintenance - isolate and tag out before working on the deluge valve or piping
  • Foam concentrate contact/inhalation hazard - follow the product's safety data sheet
  • High-pressure piping hazard during pressure testing
  • Slip hazard on deck from residual foam/water after testing

Class survey

Fixed foam systems are checked at fire safety survey against FSS Code Chapter 6 - valid foam concentrate analysis certificate, deluge valve function test record, and confirmation the system covers the protected area at the approved application rate.

Estimated lifetime: Sprinkler heads/nozzles commonly remain in service 15-20+ years if kept free of corrosion and blockage; foam concentrate has its own separate shelf life and must be renewed per maker/class guidance regardless of hardware condition - confirm against maker documentation.

Components & Design

Component data being added…

Technical Data

Type Low-expansion foam sprinkler
Capacity 60 l/min at 2.5 bar
Expansion ratio 12:1
K-factor 38
Construction Stainless steel body, bronze nozzle
k factor 38
foam expansion ratio 12:1
source manufacturer datasheet

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Common failures & inspection points

Proportioner foam ratio accuracy deviation beyond tolerance (target: 0 to +30% or +1 percentage point maximum)

Annual foam solution sampling and laboratory ratio analysis; proportioner functional test at maximum and minimum design flow rates per EN 13565-1

Bladder tank integrity compromise (pressure loss, corrosion, elastomer degradation)

Visual inspection of tank exterior for rust, corrosion, or damage; pressure test of tank shell at 1.5x design pressure; bladder elastomer condition assessment; check relief valve operation

Foam concentrate deterioration, sludging, or chemical stratification in storage

Annual tank inspection for sludge accumulation; foam concentrate sampling and laboratory quality testing; check for separation or discoloration; verify storage temperature maintained within -2 to +60°C limits

Monitor nozzle blockage or fouling preventing proper fog/jet pattern adjustment

Manual nozzle actuation test through full fog-to-jet range; visual inspection of nozzle orifice for debris or crystallization; flush test with clean water; verify elevation and rotation movement smoothness

System piping corrosion or blockage reducing flow and pressure delivery

Hydrostatic pressure test of main and branch piping at 1.5x operating pressure; measure water pressure at proportioner inlet, monitor connection, and deluge valve; flush entire piping system annually; inspect for rust or mineral deposits

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

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Equipment Model #148805 · ✓ still in production