Unit converter for Fluid power systems design
Accuracy: significant digits.
Area[ + ] | ||
---|---|---|
mm²
cm² m² in² ft² yd² |
||
Density [ + ] | ||
g/ml
kg/m³ lb/ft³ lb/in³ |
||
Displacement [ + ] | ||
cm³/rev.
in³/rev. Note: Displacement conversions are based on the US gallon defined as 231 cubic inches. See more at Wikipedia |
||
Flow, Liquid [ + ] | ||
L/sec
L/min m³/hr ft³/min ft³/hr gal/min Note: SI to US volumetric conversions are based on the US gallon defined as 231 cubic inches. See more at Wikipedia |
||
Flow, Gas [ + ] | ||
Nm³/hr
scfh scfm |
||
Length [ + ] | ||
mm
cm m km in ft yd mi Note: In the conversions the mile is an English unit of length of linear measure equal to 5,280 feet, or 1,760 yards, and standardised as exactly 1,609.344 metres by international agreement in 1959. See more at Wikipedia |
||
Mass [ + ] | ||
g
kg tonne lb oz Note: In the conversions the international avoirdupois pound (symbol lb) has been defined as exactly 0.45359237 kg by international agreement since 1 July 1959. See more at Wikipedia |
||
Power [ + ] | ||
W
kW HP BTU/h BTU/min Note: In the conversions used the hydraulic/mechanical equivalent of horsepower (what is equal 745.69987158227022 watts in the International System of Units), and the heat equivalent is 2,545 BTU (British Thermal Units) per hour. See more at Wikipedia |
||
Pressure [ + ] | ||
bar
psi kPa MPa kgf/cm² mm·Hg atm |
||
Temperature [ + ] | ||
°C
°F °F=°C×9/5+32 K K=°C+273.15 |
||
Torque [ + ] | ||
N·m
kgfm ft·lb in·lb |
||
Velocity [ + ] | ||
m/s
m/min km/h ft/s ft/min mi/h Note: In the conversions the mile is an English unit of length of linear measure equal to 5,280 feet, and standardised as exactly 1,609.344 metres by international agreement in 1959. See more at Wikipedia |
||
Viscosity, Dynamic [ + ] | ||
cp
poise lb/(ft·s) |
||
Viscosity, Kinematic [ + ] | ||
Volume [ + ] | ||
cm³
m³ ltr in³ ft³ US gal Imp gal Note 1: US volumetric conversions are based on the US gallon defined as 231 cubic inches. |