Physical units

A specific placeholder (variable) is required for the conversion of physical units. By entering a number after the variable, you can define the number of decimal places in the drinking water and heating trades.

Table 1. Variables and specification of the number of decimal places
Physical variable Variable Physical unit of the variable Entry in the text field
One decimal place Two decimal places
Length CM cm CM1 CM2
DM dm DM1 DM2
M m M1 M1
MM mm MM1 MM2
Volume L l L1 L2
M m³ M1 M2
Flow rate MH m³/h MH1 MH2
MS m³/s MS1 MS2
LH l/h LH1 LH2
LM l/min LM1 LM2
LS l/s LS1 LS2
Mass flow KGH kg/h KGH1 KGH2
KGM kg/min KGM1 KGM2
KGS kg/s KGS1 KGS2
Temperature K K K1 K2
velocity MS m/s MS1 MS2
Pressure B bar B1 B2
HP hPa HP1 HP2
P Pa P1 P2
Pressure loss coefficient Z - Z1 Z2
power KW kW KW1 KW2
W W W1 W2
Thermal conductivity WMK W/mK WMK1 WMK2
Table 2. Example: Define three decimal places
Input in the text field Labelling result
Standard {0}
Customisation {0:M3} m
Table 3. Example: Convert physical unit hPa to bar
Input in the text field Labelling result
Standard {0:HP0} hPa
Adaptation {0:B2} bar
Table 4. Example: Combination of decimal place adjustment and conversion of the physical unit
Input in the text field Labelling result
Standard DN{0};Dämmschichtdicke: {1};Umgebungstemperatur: {2}
Customisation DN{0};Dämmschichtdicke: {1:CM1};Umgebungstemperatur: {2:G2} °C
Note:
To convert physical units, you must enter : before the variable value.
Tip:
Check the changes you have made in the Preview field by clicking in the Preview field and the preview is updated.