RBI FUTERA XLF Series, Control Manual

Page: 105 / 128

MODBUS COMMUNICATIONS HeatNet Control V3
Page 105
Figure 64 MODBUS Input Variables (Read Only)
Address Name
Raw Data
Type
Scale Description Valid Values/Range
----- The following registers are available starting in firmware version 2.0 -----
30096 Boiler01SupplyTemp
16 bit signed 0.01
Boiler (1
– 16) supply temperature (if
available). See BoilerStatus2 to
determine if the sensor is present.
Boiler01 = Master
Boiler02 = Member01
…
Boiler16 = Member15
32
– 250 °F
30097 Boiler02SupplyTemp
30098 Boiler03SupplyTemp
30099 Boiler04SupplyTemp
30100 Boiler05SupplyTemp
30101 Boiler06SupplyTemp
30102 Boiler07SupplyTemp
30103 Boiler08SupplyTemp
30104 Boiler09SupplyTemp
30105 Boiler10SupplyTemp
30106 Boiler11SupplyTemp
30107 Boiler12SupplyTemp
30108 Boiler13SupplyTemp
30109 Boiler14SupplyTemp
30110 Boiler15SupplyTemp
30111 Boiler16SupplyTemp
30112 Boiler01ReturnTemp
16 bit signed 0.01
Boiler (1
– 16) return temperature (if
available). See BoilerStatus2 to
determine if the sensor is present.
Boiler01 = Master
Boiler02 = Member01
…
Boiler16 = Member15
32
– 250 °F
30113 Boiler02ReturnTemp
30114 Boiler03ReturnTemp
30115 Boiler04ReturnTemp
30116 Boiler05ReturnTemp
30117 Boiler06ReturnTemp
30118 Boiler07ReturnTemp
30119 Boiler08ReturnTemp
30120 Boiler09ReturnTemp
30121 Boiler10ReturnTemp
30122 Boiler11ReturnTemp
30123 Boiler12ReturnTemp
30124 Boiler13ReturnTemp
30125 Boiler14ReturnTemp
30126 Boiler15ReturnTemp
30127 Boiler16ReturnTemp
30128 Boiler01CyclesHigh16
16 bit unsigned ---
Boiler (1
– 16) Cycles High (Upper) and
Low (Lower) 16 bit counters. To get the
actual cycle count for any given boiler
(##), the high and low 16 bit counters
must be combined (concatenated) into
a single 32 bit counter as:
Boiler##CyclesHigh16:Boiler##CyclesL
ow16
0
– 4294967295
30129 Boiler01CyclesLow16
30130 Boiler02CyclesHigh16
30131 Boiler02CyclesLow16
30132 Boiler03CyclesHigh16
30133 Boiler03CyclesLow16
30134 Boiler04CyclesHigh16