215
8
Options
8.5.1.4 PROFIBUS DP Communication
While PBM is connected to PROFIBUS MASTER in active way, following messages were sent
to LSB:
Byte position
Description
Note
0 - 1
Operating mode
, table ’Bit Pattern Operat-
ing Mode’
2 - 3
Fault code
Fault codes refer to ’Error Codes BT300’ (DLT1205)
4 - 5
Internal firing rate
Value 0 to 999
6 - 7
Status of digital inputs
Bit pattern corresponding to
, table ’Bit Pattern Digital
Inputs’
8 - 9
Active curve set
Bit pattern corresponding to
, table ’Bit Pattern curve
set’
10 - 11
Outputs, actual curve sets
, table ’Bit Pattern Digital
Outputs’
12 - 13
Setpoint value O
2
Value 0 to 250
0,0 % to 25,0 %
14 - 15
Operating mode O
2
controller
v 3.0 and higher:
Byte 15 active curve set
Byte 14 condition corresponding to
, table ’Bit Pattern
Operating mode O Controller’
16 - 17
Error information O
2
controller
v. 3.0 and higher: Bit pattern corresponding to
, table
’Bit Pattern Failure Cause O Controller’
18 - 19
Actual value O
2
Actual value O
2
in steps of 0,01 %
20 - 21
Status of actual value O
2
, table ’Bit Pattern Status of
Actual Value O’
22 - 23
Correction value 1
v3.0 and higher: correction value
24 - 25
Quantity of fuel - oil
Invalid values in current PBM version
26 - 27
Quantity of fuel - gas
Invalid values in current PBM version
28 - 33
Reserved
34 - 35
Setpoint value boiler temperature/
steam pressure
16 bit integer
36 - 37
Actual value boiler temperature/
steam pressure
16 bit integer
38 - 39
Operating mode CO controller
v3.0 and higher: Bit pattern corresponding to
, table ’Bit
Pattern Operating Mode CO Controller’
40 - 41
Error information CO controller
v3.0 and higher: Bit pattern corresponding to
, table ’Bit
Pattern Failure Cause CO Controller’
42 - 43
Actual value CO
16 Bit integer
44 - 45
Status of actual value CO
Bit pattern corresponding to
, table ’Bit Pattern Status of
Actual Value CO’
46 - 47
Flue gas temperature
16 bit integer in 0,1 °C
48 - 49
Status of flue gas temperature
Bit pattern corresponding to
, table ’Bit Pattern
Status of Flue Gas Temperature and Efficiency’
50 - 51
Efficiency
0 to 999 in steps of 0,1-%
Содержание BT300 BurnerTronic
Страница 2: ......
Страница 21: ...20 3 Product Description Fig 3 3 UI300 and Fig 3 4 UI300 and dimensional drawings Fig 3 5 UI300 panel cut out...
Страница 25: ...24 3 Product Description Fig 3 9 Temperature derating BT300 for operation 2000 m NHN...
Страница 49: ...48 4 Design and Functions Fig 4 20 Oil with pilot burner BT300...
Страница 50: ...49 4 Design and Functions Fig 4 21 Oil without pilot burner BT300...
Страница 51: ...50 4 Design and Functions Fig 4 22 Gas with pilot burner and leakage test BT300...
Страница 52: ...51 4 Design and Functions Fig 4 23 Gas without pilot burner and leakage test BT300...
Страница 53: ...52 4 Design and Functions Fig 4 24 Oil without pilot burner BT335...
Страница 54: ...53 4 Design and Functions Fig 4 25 Gas without pilot burner and leakage test BT335...
Страница 59: ...58 4 Design and Functions Fig 4 28 Leakage test process diagram...
Страница 98: ...97 6 Operating Control and Displays...
Страница 99: ...98 6 Operating Control and Displays...
Страница 102: ...101 6 Operating Control and Displays NOTICE If the license agreements are not accepted the installation is aborted...
Страница 103: ...102 6 Operating Control and Displays...
Страница 105: ...104 6 Operating Control and Displays...
Страница 106: ...105 6 Operating Control and Displays...
Страница 107: ...106 6 Operating Control and Displays...
Страница 109: ...108 6 Operating Control and Displays...
Страница 126: ...125 6 Operating Control and Displays 6 3 4 2 Curve Table Fig 6 37 Curve table window...
Страница 246: ...242 10 EU Declaration of Conformity 10 EU Declaration of Conformity...
Страница 247: ...243 10 EU Declaration of Conformity...
Страница 248: ...244 10 EU Declaration of Conformity...