"> Alfa Laval S.p.A. AlfaCond-600-180P
⚓ 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
🔧 114 verified suppliers & service companies for Alfa Laval S.p.A. in the Maritime Network Find suppliers →
Alfa Laval S.p.A.

AlfaCond-600-180P

AlfaCond-600-180P by Alfa Laval S.p.A. is a plate surface condenser from the AlfaCond family, developed for condensing vapour under vacuum. Its heat-transfer section uses plate channels arranged so that vapour condenses on the welded side while cooling water passes through gasketed channels. On a vessel or floating process plant it would normally be installed as part of a vacuum, evaporation, recovery or other process-condensing system rather than as a general engine-cooling cooler. The asymmetric channel concept is intended to keep vapour-side pressure drop low while maintaining effective cooling-water turbulence. The frame construction allows access for inspection and cleaning, and the unit can be configured to suit the required condensing and optional subcooling duty. The 180P suffix identifies this configured variant within the AlfaCond-600 family; refer to the manufacturer documentation for the exact plate arrangement and design duty.

Alfa Laval S.p.A. AlfaCond-600-180P

Components & Design

Component data being added…

Technical Data

Model number AlfaCond-600-180P
Plate count (min) 20 plates
Plate count (max) 350 plates
Max flow rate 361.0 m3/h
Design pressure 16 bar
Application vacuum condenser
Plate material Stainless steel (AISI 316)
Brazing material Stainless steel filler
Plate count (configured) 317 plates
Effective flow rate at duty point 361.0 m3/h
Configuration 180P configuration

🤖 Ask about this model

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

Common failures & inspection points

Loss of vacuum-side performance from fouling or deposits, noticed as reduced condensing capacity or higher process pressure
Gasket deterioration or incorrect plate-pack compression, causing external leakage or cross-contamination indications
Plate or weld damage from corrosion, fatigue or unsuitable media, indicated by mixing of circuits or unexplained level changes
Air ingress at connections or seals, causing unstable vacuum and reduced condenser performance
Cooling-water restriction from fouling or blockage, seen as increased temperature approach and reduced heat rejection

Service & Maintenance

Trend inlet and outlet temperatures, pressure drop and vacuum performance against the vessel or plant baseline. Inspect the frame, plate-pack edges, nozzles and gaskets for leakage, corrosion and distortion, and clean the heat-transfer surfaces when performance indicates fouling. When opening the unit, keep plates aligned and record the closing dimension and plate sequence exactly as specified by Alfa Laval. For class or statutory survey, confirm pressure-boundary condition, leakage history, isolation arrangements and any required test records; refer to the manufacturer documentation for the exact figure and service procedure.

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 →

Replacement Parts

Keep the correct gasket set, representative plate or cassette spares where the vessel's criticality justifies them, connection seals and the maker-specified service consumables. For remote trading, also consider frame-bolt service items and any dedicated cleaning or gasket-handling materials required by the installed configuration.
Equipment Model #152989 · ✓ still in production