E_AcsiSIUnit
SI Einheit.
Namensraum: Tc3_Acsi
Bibliothek: Tc3_Acsi (Tc3_Acsi.compiled-library)
Syntax
{attribute 'qualified_only'}
{attribute 'strict'}
TYPE E_AcsiSIUnit :
(
(* Base units: *)
None :=1, (* Dimensionless *)
Meter :=2, (* Length m *)
Kilogram :=3, (* Mass kg *)
Second :=4, (* Time s *)
Ampere :=5, (* Current A *)
Kelvin :=6, (* Temperature K *)
Mole :=7, (* Amount of substance mol *)
Candela :=8, (* Luminous intensity cd *)
(*Derived units: *)
Degrees :=9, (* Plane angle deg *)
Radian :=10, (* Plane angle rad *)
Steradian :=11, (* Solid angle sr *)
Gray :=21, (* Absorbed dose (J/kg) Gy *)
Becquerel :=22, (* Activity (l/s) q *)
DegreesCelsius :=23, (* Relative temperature °C *)
Sievert :=24, (* Dose equivalent (J/kg) Sv *)
Farad :=25, (* Electric capacitance (C/V) F *)
Coulomb :=26, (* Electric charge (As) C *)
Siemens :=27, (* Electric conductance (A/V) S *)
Henry :=28, (* Electric inductance (Wb/A) H *)
Volt :=29, (* Electric potential (W/A) V *)
Ohm :=30, (* Electric resistance (VA) *)
Joule :=31, (* Energy (Nm) J *)
Newtown :=32, (* Force (kg m/s²) N *)
Hertz :=33, (* Frequency (1/s) Hz *)
Lux :=34, (* Illuminance (lm/m²) lx *)
Lumen :=35, (* Luminous flux (cd sr) Lm *)
Weber :=36, (* Magnetic flux (Vs) Wb *)
Tesla :=37, (* Magnetic flux density (Wb/m²) T *)
Watt :=38, (* Power (J/s) W *)
Pascal :=39, (* Pressure (N/m²) Pa *)
(* Extended units: *)
SquareMeter :=41, (* Area (m²) m² *)
CubicMeter :=42, (* Volume (m³) m³ *)
MetersPerSecond :=43, (* Velocity (m/s) m/s *)
MetersPerSecondSquare :=44, (* Acceleration (m/s²) m/s² *)
CubicMetersPerSecond :=45, (* Volumetric flow rate (m³/s) m³/s *)
MetersPerCubicMeter :=46, (* Fuel efficiency (m/m³) m/m³ *)
KilogramMeter :=47, (* Moment of mass (kg m) M *)
KilogramPerCubicMeter :=48, (* Density (kg/m³) kg/m³ *)
MeterSquarePerSecond :=49, (* Viscosity (m²/s) m²/s *)
WattPerMeterKelvin :=50, (* Thermal conductivity (W/m K) W/m K *)
JoulePerKelvin :=51, (* Heat capacity (J/K) J/K *)
PartsPerMillion :=52, (* Concentration ppm *)
RotationsPerSecond :=53, (* Rotational speed (1/s) 1/s *)
RadianPerSecond :=54, (* Angular velocity (rad/s) rad/s *)
(* Industry specific units: *)
VoltAmpere :=61, (* Apparent power (VA) VA *)
Watts :=62, (* Real power (I²R) W *)
VoltAmpereReactive :=63, (* Reactive power (VISin) VAr *)
DegreesPh :=64, (* Phase angle *)
DimensionlessPF :=65, (* Power factor Cos *)
VoltSeconds :=66, (* Volt seconds (Ws/A) Vs *)
VoltSquare :=67, (* Volts squared (W²/A²) V² *)
AmpSecond :=68, (* Amp seconds (As) As *)
AmpSquare :=69, (* Amps squared (A²) A² *)
AmpSquareSecond :=70, (* Amps squared time (A²s) A²t *)
VoltAmpereHours :=71, (* Apparent energy VAh *)
WattHours :=72, (* Real energy Wh *)
VoltAmpereReactiveHours :=73, (* Reactive energy VArh *)
VoltPerHertz :=74 (* Magnetic flux V/Hz *)
)SINT;
END_TYPE
Werte
Name | Beschreibung |
---|---|
None | Dimensionless |
Meter | Length m |
Kilogram | Mass kg |
Second | Time s |
Ampere | Current A |
Kelvin | Temperature K |
Mole | Amount of substance mol |
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