What Is This Tool?
This converter transforms flow values from kilogram per second of gasoline at 15.5 °C, representing mass flow adjusted for temperature-dependent density, into cubic feet per hour, a volumetric flow measurement. It is designed for tasks involving fuel flow calculations, custody transfer, and industrial system design.
How to Use This Tool?
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Enter the flow value in kilogram per second (gasoline at 15.5 °C)
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Select the unit of the input if applicable (should be kilogram/second with gasoline density at 15.5 °C)
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Choose cubic foot/hour [ft³/h] as the output unit
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Click convert to receive the equivalent volumetric flow rate
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Use the result for engineering, metering, or process control purposes
Key Features
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Converts mass flow rate of gasoline at a standard 15.5 °C reference temperature
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Outputs volumetric flow rate in cubic foot per hour units
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Supports use cases in combustion control, custody transfer, and flow meter calibration
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Browser-based and simple to operate for quick conversions
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Helps translate between mass and volumetric flow measurements essential for engineering
Examples
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2 kilogram/second (Gasoline at 15.5 °C) converts to approximately 343.91 cubic foot/hour
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0.5 kilogram/second (Gasoline at 15.5 °C) equals about 85.98 cubic foot/hour
Common Use Cases
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Fuel mass flow specification for engine and turbine combustion control
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Custody transfer and billing processes at fuel terminals ensuring accurate mass-to-volume measurement
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Flow meter and process-control system calibration in refineries and pipelines
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Ventilation and exhaust rate measurement in HVAC systems
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Sizing of pumps, blowers, and filters in industrial fluid or fuel flow systems
Tips & Best Practices
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Ensure gasoline temperature is close to 15.5 °C for accurate density assumptions
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Use this conversion when both mass and volumetric flow rates are required for system design or custody purposes
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Regularly calibrate flow meters considering temperature-dependent density variations
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Verify flow conditions and unit consistency before conversion
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Apply conversion results specifically within the context of fuel flow to maintain relevance
Limitations
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Conversion assumes gasoline density is constant at the reference temperature of 15.5 °C
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Accuracy may be affected by temperature variations or differing fuel compositions
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Cubic foot/hour is a volumetric unit and does not represent mass flow without density consideration
Frequently Asked Questions
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Why is the temperature 15.5 °C important in this conversion?
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The temperature 15.5 °C is a standard reference point used to account for gasoline density, which can vary with temperature. This reference ensures consistency when converting mass flow to volumetric flow.
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Can I use this conversion if gasoline is at a temperature other than 15.5 °C?
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Using this conversion with gasoline at temperatures different from 15.5 °C may lead to less accurate results because gasoline density changes with temperature.
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What does cubic foot per hour measure in this context?
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In this context, cubic foot per hour measures the volumetric flow rate, indicating how much volume of fluid passes a point in one hour.
Key Terminology
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Kilogram/second (Gasoline at 15.5 °C)
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A mass flow unit indicating how many kilograms of gasoline pass a point each second, with gasoline density referenced to 15.5 °C.
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Cubic foot/hour [ft³/h]
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A volumetric flow rate unit representing the volume of one cubic foot passing a point or cross-section in one hour.
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Density Reference Temperature
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The standardized temperature, here 15.5 °C, used for measuring fuel density to ensure consistent flow conversions.