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Programming Manual Controller-Gateway-Station V1.0 R1.1
Page 50 of 77
16.6.
Solar-, Brightness- and Temperature sensor V3, Art. No. 11112
The following data is output for the ESERA-Automation solar and brightness sensor 11112.
If you divide the value by 100, you receive the data with two decimal places.
Data output:
1_EVT|10:29:35
1_OWD1_1|2401
=> Controller No._module No. data record |temperature (°C) example: 20,08 °C
1_OWD1_2|501
=> Controller No._module No. data record |operating voltage (V) example 5,01V
1_OWD1_3|741000
=> Controller No._module No. data record |brightness (Lux) example: 7410,00 Lux
1_OWD1_4|7676
=> Controller No._module No. data record |solar radiation (w/m2) example: 76,76w/m2
16.7.
Temperature- and Brightness sensor, Art. No. 11129
The following data are output for the ESERA-Automation temperature and brightness sensor 11119. If you divide
the value by 100, you receive the data with two decimal places.
Data output:
1_EVT|10:29:35
1_OWD1_1|2401
=> Controller No._module No. data record |temperature (°C) example: 20,08 °C
1_OWD1_2|501
=> Controller No._module No. data record |operating voltage (V) example 5,01V
1_OWD1_3|241000
=> Controller No._module No. data record |brightness (Lux) example: 2410,00 Lux
16.8.
1-Wire Hub, 1-Wire Hub II and 1-Wire Hub III, Art. No. 11300, 11306, 11314, 11316,
11322
The following data format is output for the ESERA-Automation module. If you divide the value
by 100, you receive the data with two decimal places.
Data output:
1_OWD1_1|5000
=> Controller No._module No. data record |current 12V (mA) example: 50mA
1_OWD1_2|491
=> Controller No._module No. data record |voltage 5V (mV) example 4,91V
1_OWD1_3|3000
=> Controller No._module No. data record |current 5V (mA) example: 30mA
1_OWD1_4|1183
=> Controller No._module No. data record |voltage 12V (mV) example: 11,83V
16.9.
1-Wire analog input, Art. No. 11202, 11203
The following data format is output for the ESERA-Automation module. If you divide the value by 100 you receive
the analog values with two decimal places. The OWDx_4 is a fixed internal voltage value.
Data output:
1_OWD1_1|50
=> Controller No._module No. data record |voltage 0-10V (mV) example: 0,050V
1_OWD1_2|250
=> Controller No._module No. data record |voltage 0-10V (mV) example: 2,50V
1_OWD1_3|491
=> Controller No._module No. data record |voltage 0-10V (mV) example: 4,91V
1_OWD1_4|500
=> Controller No._module No. data record |voltage 0-10V (mV) example: 5,00V
16.10. Binary / Digital input 2-fold, Art. No. 11217
The following data is output for the ESERA-Automation dual digital input.
Event and output formatting for input:
1_OWD1_1|1
=> Controller No._module No. data record | input 0
1_OWD1_2|0
=> Controller No._module No. data record | input 1
16.11. Binary / Digital input 8-fold, Art. No. 11216
The following data is output for the ESERA-Automation 8-fold digital input.
The status of the inputs is output as decimal value 0-254. Each input has a value that is summed up.
Input 1 = 1, input 2 = 2, input 3 = 4, input 4 = 8, input 5 = 16, input 6 = 32, input 7 = 64, input 8 = 128.
Data output:
1_OWD1_1|3
=> Controller No._module No. data record | decimal value
1_OWD1_2|00000111 => Controller No._module No. data record | binary display of decimal value
16.12. Binary / Digital output dual, Art. No. 11218
The following data is output for the ESERA-Automation dual digital switching module.
Data output:
1_OWD2_1|0
=> Controller No._module No. data record |status output 1
1_OWD2_2|1
=> Controller No._module No. data record |status output 2
