"> Alfa Laval Alfa Laval ALP 200
⚓ Working on this equipment?
Ask the AI troubleshooter, log your hours on board and turn them into invoice-ready service reports — for this exact model.
Start free — 14 days →
No credit card required
🔧 80 verified suppliers & service companies for Alfa Laval in the Maritime Network Find suppliers →
Alfa Laval

Alfa Laval ALP 200

Alfa Laval Alfa Laval ALP 200 — Pumps, 30 kW.

30.0 kW
Power
seawater/freshwater
Medium

Inspector Detail

Common issues

  • Mechanical seal leakage after dry-running or extended idle periods
  • Cavitation noise/vibration from low suction pressure or a blocked strainer
  • Bearing wear from misalignment or lubrication neglect
  • Reduced capacity from impeller/wear ring erosion in seawater service
  • Motor overheating from prolonged operation against a closed valve
  • Corrosion of wetted parts in seawater duty

Inspection checklist

  • Check mechanical seal for leakage or weeping
  • Measure vibration and bearing temperature under load
  • Check coupling alignment
  • Inspect and clean the suction strainer
  • Check wear ring clearance at overhaul
  • Verify discharge pressure/flow against the commissioning baseline
  • Check anodes if fitted for seawater service
  • Confirm standby pump auto-start function if part of an automated cooling system

Service intervals

Bearing lubrication per the manufacturer's interval, typically annually
Mechanical seal inspection annually or on leakage
Strainer cleaning weekly to monthly depending on water quality
Wear ring/clearance check at overhaul, typically every 4-6 years
Coupling alignment check annually or after disturbance

Typical wear limits

Impeller/wear ring clearance typically increases several-fold from new-build clearance before capacity loss becomes significant for this pump class - confirm the specific figures in the ALP-series manual rather than a generic value
Bearing vibration trend assess against the vessel's own baseline reading; a sustained rise is more meaningful than any single absolute figure

Ranges are typical for this design class. Always confirm against the manufacturer documentation for your serial number.

Critical spares

  • Mechanical seal kit
  • Impeller
  • Wear rings
  • Bearing set
  • Shaft sleeve
  • Anodes, if fitted

Safety

  • Isolate and depressurise before opening the casing or seal housing
  • Secure electrical isolation (LOTO) before any driver work
  • Guard couplings before running with covers removed
  • Do not run dead-headed against a closed discharge for extended periods

Class survey

If serving an essential cooling system, class will expect this pump (and any standby unit) to be on the PMS with completed maintenance history, and to demonstrate correct auto-start/changeover if configured as a standby pump.

Estimated lifetime: Seawater-duty centrifugal pumps of this size commonly reach on the order of 20,000-30,000+ running hours between major overhauls when maintained correctly - actual life depends heavily on water quality, cavitation avoidance, and seal care.

Components & Design

Component data being added…

Technical Data

pump type centrifugal
flow m3h 200
head m 45
power kw 30
medium seawater/freshwater

🤖 Ask about this model

One free question — answered like a marine engineer. No account needed.

Suppliers & Spare Parts

Direct links to manufacturer, datasheet, spare-parts portal and dealers — request access below.

📄 Request sourcing links & documents
🛠 Manage this equipment in your fleet

Cases, daily reports, timesheets and AI troubleshooting in the OceanSphere Marine app — free for 14 days.

Start free trial →
🔎 Suppliers & service for this equipment

Find manufacturers, repair shops and spare-part dealers in the Maritime Network — our global company directory.

Maritime Network →
Equipment Model #67661 · ✓ still in production