Cast Iron Marine Flow Meter

Cast Iron Marine Flow Meter


Cast Iron Marine Flow Meter is a durable flow measurement device designed for marine piping systems where strong mechanical performance and cost-effective operation are required.

The flow meter adopts a cast iron housing structure, providing excellent strength, wear resistance, and long-term stability in shipboard environments.

It is commonly used for measuring the flow of:

  • Marine diesel oil

  • Fuel oil

  • Lubricating oil

  • Cooling water

  • Fresh water

  • Other liquid media

Cast Iron Marine Flow Meter is widely applied in:

  • Ship fuel systems

  • Engine auxiliary systems

  • Oil transfer pipelines

  • Cooling water systems

  • Marine equipment systems

Overview

Working Principle of Cast Iron Marine Flow Meter

Cast Iron Marine Flow Meter measures fluid flow by detecting the movement or displacement of liquid passing through the measuring chamber.

Depending on the internal structure, different measuring technologies can be applied:

TypeWorking Principle
Oval Gear TypeMeasures liquid volume through gear rotation
Positive Displacement TypeCalculates flow through fixed volume displacement
Mechanical TypeUses mechanical movement for flow indication
Digital TypeConverts sensor signals into electronic data

Applicable Standards of Cast Iron Marine Flow Meter

Standard CategoryApplicable Standards
Marine Equipment RequirementsIMO Requirements
Shipbuilding StandardsGB/T, CB/T Standards
Classification RequirementsCCS / ABS / DNV / LR / ClassNK

Technical Specifications of Cast Iron Marine Flow Meter

ItemSpecification
Product NameCast Iron Marine Flow Meter
Body MaterialCast Iron
Measuring MediumFuel Oil, Diesel Oil, Water, Lubricating Oil
Measuring TypeMechanical / Oval Gear / Digital
Accuracy±0.5% ~ ±1%
Connection TypeFlanged / Threaded
Display TypeMechanical / Digital
Size RangeAccording to Application
InstallationMarine Pipeline System
ApplicationShip Liquid Measurement

Applications of Cast Iron Marine Flow Meter

This flow meter is widely applicable across multiple onboard systems. In the fuel oil system, it accurately measures fuel consumption to support efficient voyage planning. For the diesel engine system, it monitors fuel supply in real time to ensure stable engine operation. In the lubrication system, it measures oil circulation to maintain proper lubrication of moving parts. The cooling water system benefits from water flow monitoring to prevent overheating. Additionally, the oil transfer system relies on it for measuring transferred liquids during bunkering or internal transfers, while auxiliary systems use it for general flow monitoring to enhance overall operational awareness.

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