What does volt ampere (V*A) measure?

Volt ampere represents the apparent power in alternating-current circuits, calculated as the product of root-mean-square voltage and current.

Why convert volt ampere to pound-foot per hour?

Converting to pound-foot per hour helps express electrical apparent power as a mechanical work rate in traditional imperial units, useful for legacy or historical equipment.

Is pound-foot per hour suitable for high power ratings?

No, pound-foot per hour is a low power unit, making it impractical for representing high power levels without using large numeric values.

Convert Volt Ampere (VA) to Pound-Foot/Hour (lbfft/h) Easily

Quickly convert volt ampere (V*A), the unit of apparent power in AC circuits, into pound-foot per hour (lbf*ft/h), an imperial mechanical power unit, using this straightforward online converter.

Volt ampere [V*A]

Pound-foot/hour [lbf*ft/h]

Please check your input. It must be a valid numeric value.

Volt ampere [VA] to Pound-foot/hour [lbfft/h] Conversion Table

Volt ampere [V*A]	Pound-foot/hour [lbf*ft/h]

Custom Unit Conversion Table Generator – Instant Printable Conversion Tables

Start Value

Enter the starting number (positive decimal or integer ≥ 0). Example: 0.1, 1, 5.

End Value

Enter the ending number (positive decimal or integer > Start Value). Example: 10, 50, 100.

Interval

Enter the step size (positive decimal > 0 and < End Value – Start Value). Example: 1.0, 2.5.

Volt ampere [V*A] to Pound-foot/hour [lbf*ft/h] Conversion Table
Volt ampere [V*A]	Pound-foot/hour [lbf*ft/h]

Explore More Power Units Converter

What Is This Tool?

This converter transforms values measured in volt ampere (V*A), representing apparent power in alternating current systems, into pound-foot per hour (lbf*ft/h), an imperial unit describing mechanical work rate. It helps translate electrical power ratings into traditional mechanical units.

How to Use This Tool?

Enter the numerical value in volt ampere (V*A) you want to convert
Select volt ampere as the input unit and pound-foot per hour as the output unit
Click the convert button to see the result instantly
Review the output shown in pound-foot per hour (lbf*ft/h) to interpret the mechanical power equivalent
Use the examples provided to verify and understand the conversion process

Key Features

Converts apparent electrical power units (V*A) to mechanical power units (lbf*ft/h)
Supports translation of legacy and vintage equipment power specifications
Provides precise conversion based on established rates between units
Browser-based and user-friendly interface suitable for engineers and hobbyists
Includes example calculations for easy understanding

Examples

2 V*A converts to 5310.4475 lbf*ft/h using the formula 2 × 2655.2237
0.5 V*A converts to 1327.6119 lbf*ft/h calculated as 0.5 × 2655.2237

Common Use Cases

Rating transformers, UPS devices, and generators by apparent power output
Documenting and analyzing historical or vintage machinery specifications
Estimating mechanical work rates for hand-cranks and slow winch operations
Electrical and mechanical engineering calculations involving power unit conversions
Translating electrical power measurements into traditional imperial mechanical units

Tips & Best Practices

Keep in mind volt ampere measures apparent, not always actual power output
Consider the power factor and load nature when interpreting results
Use this tool for applications involving low mechanical power rates in imperial units
Refer to example calculations to ensure correct usage
Remember the pound-foot/hour unit suits legacy equipment and slow mechanical devices

Limitations

Volt ampere denotes apparent power in AC circuits, which may differ from actual mechanical power
Pound-foot/hour represents very low power, unsuitable for high power applications without large numbers
Conversion accuracy depends on understanding the power factor and load characteristics
Not ideal for modern industrial contexts requiring higher power units

Frequently Asked Questions

What does volt ampere (V*A) measure?: Volt ampere represents the apparent power in alternating-current circuits, calculated as the product of root-mean-square voltage and current.
Why convert volt ampere to pound-foot per hour?: Converting to pound-foot per hour helps express electrical apparent power as a mechanical work rate in traditional imperial units, useful for legacy or historical equipment.
Is pound-foot per hour suitable for high power ratings?: No, pound-foot per hour is a low power unit, making it impractical for representing high power levels without using large numeric values.

Key Terminology

Volt ampere (V*A): A unit of apparent power in AC circuits, calculated by multiplying RMS voltage and current, indicating total power regardless of phase difference.
Pound-foot per hour (lbf*ft/h): An imperial unit of power indicating the rate of mechanical work done, defined as one foot-pound force of work per hour.
Apparent power: The total power in an AC circuit, combining real power and reactive power components.

Quick Knowledge Check

What unit does volt ampere (V*A) quantify?

Mechanical work rate

Apparent power in AC circuits

Real power in DC circuits

Pound-foot per hour (lbf*ft/h) is best used to express:

Large scale industrial power

Low continuous mechanical power in imperial units

Electrical current in AC systems

Which consideration is important when interpreting this conversion?

Power factor and load type

Temperature of equipment

Voltage frequency only

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Convert Volt Ampere (V*A) to Pound-Foot/Hour (lbf*ft/h) Easily

Volt ampere [V*A] to Pound-foot/hour [lbf*ft/h] Conversion Table