Kamstrup 162M, Техническое описание

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TECHNICAL DESCRIPTION Kamstrup 162M/382M
5512-1040 GB/05.2012/Rev. C1
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3.6.2 Debiting logger 2
In addition, the meter has a debiting logger 2, which logs the following registers:
Various Energy registers
Date Active energy A+
Time Active energy A-
Quality info Reactive energy R+
Hour counter Reactive energy R-
Active energy A+ Tariff 1
Active energy A+ Tariff 2
Active energy A+ Tariff 3
Active energy A+ Tariff 4
Active energy A- Tariff 1
Active energy A- Tariff 2
Active energy A- Tariff 3
Active energy A- Tariff 4
Reactive energy R+ Tariff 1
Reactive energy R+ Tariff 2
Reactive energy R+ Tariff 3
Reactive energy R+ Tariff 4
Reactive energy R- Tariff 1
Reactive energy R- Tariff 2
Reactive energy R- Tariff 3
Reactive energy R- Tariff 4
Table 4: Registers stored in debiting logger 2.
The log interval can be configured to one day, one week or one month via METERTOOL. The logging depth is 45
loggings.
The log interval is Kamstrup factory standard which is one day.
3.6.3 Load profile logger
Kamstrup’s directly connected meters have an internal load profile logger that registers the energy with a
configurable interval, with the possibility of readouts, if required.
The meter enables the read-out of energy values in the load profile logger as both absolute and relative (delta)
values. Every data set includes log ID, RTC/Quality stamp and up to four energy registers.
The log ID is the meter’s identification of the data set and is only used in connection with readout. The RTC time
stamp indicates time of logging data in date and hour together with validation information. The number of register
values depends on the meter’s configuration of energy types.
The number of energy registers for which the meter is configured determines the number of registers for which the
load profile is logged.
The RTC/Quality stamp includes time, date and a data quality info, that validates each registration of eventually
time adjustments and/or voltage quality events, i.e. over and under voltages and voltage interrupts.
Readout can take place by means of the open standard DLMS or Kamstrup's own protocol KMP. The data format at
readout depends on whether absolute values or relative values are read out. The format of absolute values
follows the format in which data is registered (7.2), whereas the format of the relative values is [3.2] (XXX.XX)
kWh.