HRW HPE-BNMBUS V401 Manual 180307 E. & O. E. / Subject to change without notice
Page 14 of 24
Here is an expanded example including further data points taken from RSP 2 (response page 2) of the
SC531 energy integrator; high & low temperatures, flow rate and power, entered in sequence order as
always. In the second meter the temperatures are not required to be read so the flow rate data point
has the VIF included so as to skip the temperature points which have the same DIF as flow and power
(DIF 05):
DVIF=4,6,0,0
kWh for M data point with VIF included for 1kWh resolution
4=FF,FF,F3,21,MT
Meter Addressing point with kWh from, DVIF setting, at it’s AV
5=4,0,0,0,DT
volume
6=5,0,0,
0
,DT
high temperature
7=5,0,0,
0
,DT
low temperature
8=5,0,0,
0
,DT
flow rate
9=5,0,0,
0
,DT
power
10=FF,FF,F6,42,MT
Meter Addressing point with kWh, from DVIF setting, at it’s AV
11=4,0,0,0,DT
volume
12=5,3E,0,
0
,DT
flow rate with VIF included
13=5,0,0,
0
,DT
power
One more example; with differing VIF for energy so using A end code applied to the second meter:
DVIF=4,6,0,0
kWh for M data point with VIF included for 1kWh resolution
4=FF,FF,F3,21,MT
Meter Addressing point with kWh, from DVIF setting, at it’s AV
5=4,0,0,0,DT
volume
6=5,0,0,0,DT
high temperature
7=5,0,0,0,DT
low temperature
8=5,0,0,0,DT
flow rate
9=5,0,0,0,DT
power
10=FF,FF,F6,42,AT
Meter Addressing point with inactive AV
11=4,7,0,
0
,DT
kWh with VIF included for 10kWh resolution
12=4,0,0,0,DT
volume
13=5,3E,0,0,DT
flow rate with VIF included
14=5,0,0,0,DT
power
