222
8
Options
8.5.2.5 Ethernet Communication
Sending Data on the Modbus/TCP (Master-Input-Data)
In the table below input data are specified, which BT300 transfers to the master (Modbus/TCP
–Client):
Register
1
Description
Configuration
1
Operating mode
Encoding see table in chapter
8.5.4.2 Bit Encoding: Operating
2
Fault code
Fault codes see the fault code list BT300 (DLT1205)
3
Internal firing rate
Value in 0,1 % (unsigned), Range: 0 ... 999
4
Condition of the digital inputs
Encoding see table in chapter
8.5.4.3 Bit Encoding: Digital Inputs
5
Active curve set
Encoding see table in chapter
8.5.4.4 Bit Encoding: Curve Set
6
Condition of the digital outputs
Encoding see table in chapter
8.5.4.5 Bit Encoding: Digital Out-
7
O
2
Setpoint value
Range: 0 ... 250 (unsigned) 0,0 % ... 25,0 %
8
O
2
Trim operating mode
Version 3.0 and higher:
Byte 15 active curve set
Byte 14 encoding see table in chapter
9
O
2
Trim fault condition
Version. 3.0 and higher: Encoding see table in chapter
Encoding: Cause of Faults of O
10
O
2
Actual value
O
2
Actual Value in steps of 0,01 % (unsigned)
11
Status of O
2
actual value
Encoding see table in chapter
8.5.4.10 Bit Encoding: State of
12
Optimisation value 1
Value in 0,1 % (unsigned), Range: 0 ... 999
Version 3.0 and higher: Optimisation value
13
Fuel meter 1 in ticks
14
Fuel meter 1 in ticks
15 - 17
reserved
18
Firing rate controller setpoint value
The unit is depending on the parameter settings of the burner
control.
19
Firing rate controller actual value
The unit is depending on the parameter settings of the burner
control.
20
CO Controller operating mode
Version 3.0 and higher: Encoding see table in chapter
Encoding: Operating Mode of CO Controller
21
CO Controller cause of fault
Version 3.0 and higher: Encoding see table in chapter
Encoding: Cause of Fault of CO Controller
22
CO Actual value
Value in 0,01% (unsigned)
23
Status of CO actual value
Encoding see table in chapter
8.5.4.10 Bit Encoding: State of
24
Flue gas temperature
Value in 0,1 °C
25
Status of flue gas temperature
Encoding see table in chapter
8.5.4.12 Bit Encoding: State of Flue
Gas Temperature and Efficiency
26
Efficiency
Range: 0 ... 999 in steps of 0,1 %
27
Status of efficiency
Encoding see table in chapter
8.5.4.12 Bit Encoding: State of Flue
Gas Temperature and Efficiency
28
Flame intensity
Range: 0 ... 100 in steps of 1 %
29
Current monitor output
Range: 0... 1000 unsigned
30
Status of burner control
Encoding see table in chapter
Summary of Contents for BT300 BurnerTronic
Page 2: ......
Page 25: ...24 3 Product Description Fig 3 9 Temperature derating BT300 for operation 2000 m NHN...
Page 49: ...48 4 Design and Functions Fig 4 20 Oil with pilot burner BT300...
Page 50: ...49 4 Design and Functions Fig 4 21 Oil without pilot burner BT300...
Page 51: ...50 4 Design and Functions Fig 4 22 Gas with pilot burner and leakage test BT300...
Page 52: ...51 4 Design and Functions Fig 4 23 Gas without pilot burner and leakage test BT300...
Page 53: ...52 4 Design and Functions Fig 4 24 Oil without pilot burner BT335...
Page 54: ...53 4 Design and Functions Fig 4 25 Gas without pilot burner and leakage test BT335...
Page 59: ...58 4 Design and Functions Fig 4 28 Leakage test process diagram...
Page 98: ...97 6 Operating Control and Displays...
Page 99: ...98 6 Operating Control and Displays...
Page 103: ...102 6 Operating Control and Displays...
Page 105: ...104 6 Operating Control and Displays...
Page 106: ...105 6 Operating Control and Displays...
Page 107: ...106 6 Operating Control and Displays...
Page 109: ...108 6 Operating Control and Displays...
Page 126: ...125 6 Operating Control and Displays 6 3 4 2 Curve Table Fig 6 37 Curve table window...
Page 246: ...242 10 EU Declaration of Conformity 10 EU Declaration of Conformity...
Page 247: ...243 10 EU Declaration of Conformity...
