Kamstrup MULTICAL 603 - Page 84

MULTICAL®603
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84
KamstrupA/S∙Technicaldescription∙5512‐2029
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A1_GB
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06.2017
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Normalresolution
Resolution
level
MWh
Gcal
kWh GJ m
3
tons
3 0.0001 0.1 0.001 0.001
2 0.001 1 0.01 0.01
1 0.01‐ 0.1 0.1
0 0.1‐ 1 1
 
Table1,Normalresolution

Flowsensorsize Highresolution
qp≤1.5 0.001kWh 0.01litre
1.5<qp≤15 0.01kWh 0.1litre
15<qp≤150 0.1kWh 1litre
150<qp≤1500 1kWh 0.01m
3

1500<qp≤15000 0.01MWh 0.1m
3

Table2,Highresolution

 Energy Volume
Normalresolution

Highresolution


Table3
, Examplesofnormalandhighresolution 
WhilethemeterisinTESTmode,allintegrationsarecarriedoutatanintervalof2seconds,irrespectiveofthechosen
L‐code.
The above high resolution registers can also be seen in the TECH loop, see paragraph 6.2. However, here the
integrationintervalwillfollowthemeter’susualinterval,
definedbytheL‐code.

WhilethemeterisinTESTmode,high‐resolutionpu lsescanbegeneratedfortestpurposesviaPulseinterface(see 
paragraph13).
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