MULTICAL® 803
Kamstrup A/S · Technical description · 5512-2360_A1_GB_02.2019
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Note:
When the datagram of the modules are configured via the module's ZZZ code, it is important that the
necessary registers that you want to transmit via the datagram also exist in the meter. Therefore,
there must be consistency between the choice of the meter's RR code and the module’s ZZZ code.
Please contact Kamstrup A/S for further information.
Below is an example of a logger profile (RR code=10).
Logger type
Y
ear
M
on
th
D
ay
Ho
ur
M
in
ut
e 1
M
in
ut
e 2
Logging interval
-
-
-
-
15m 1m
Logging depth
20
36 460 1400
0
0
Date (YY.MM.DD)
Year, month and day of logging time.
X
X
X
X
X
X
Clock (hh.mm.ss)
Time
X
X
X
X
X
X
E1
E1 = V1(t1-t2)k Heat energy
X
X
X
X
E2
E2 = V2(t1-t2)k Heat energy
X
X
E3
E3 = V1(t2-t1)k Cooling energy
X
X
X
X
E4
E4 = V1(t1-t3)k Inlet energy
X
X
E5
E5 = V2(t2-t3)k Outlet energy or tap from outlet
X
X
E6
E6 = V2(t3-t4)k Tap water energy, separate
X
X
E7
E7 = V2(t1-t3)k Tap water energy from inlet
X
X
E8
E8 = m3 x t1 (inlet)
X
X
E9
E9 = m3 x t2 (outlet)
X
X
E10
E10 = t3 x V1
X
X
E11
E11 = t3 x V2
X
X
E12
E12 = V2 x (t2-t1)k t2
E13
E13 = V1 x (t3-t4)k t1/t2
E14
E14 = V2 x (t3-t4)k t3/t4
E15
E15 = V1 x (t4-t3)k t1/t2
E16
E16 = V2 x (t4-t3)k t3/t4
ΔE
Differential energy
cE
Control energy:
A1
Heat at a discount
A2
Heat energy with an addition
TA2
Tariff register 2
X
X
TA3
Tariff register 3
X
X
TA4
Tariff register 4
X
X
V1
Volume register for Volume 1
X
X
X
X
V2
Volume register for Volume 2
X
X
X
X
ΔV
Differential volume
cV
Control volume
In-A1
Additional water meter connected to Input A1
x
x
x
x
In-B1
Additional water or electricity meter connected to Input B1
x
x
x
x
In-A2
Additional water meter connected to Input A2
x
x
x
x
In-B2
Additional water or electricity meter connected to Input B2
x
x
x
x