Diehl Metering XSolar GL-S Einbauanleitung Seite 32

Due date loop (2)
Sequence Window 1
2.1 Due date 1 date
2.2 "Accd 1"
2.3 Due date 1 previous year
date
2.4 Due date 2 date
2.5 "Accd 2"
2.6 Due date 2 previous year
date
2.7 Due date 1
2.8 Due date 1 previous year
2.9 Due date 2
2.10 Due date 2 previous year
2.11 Due date 1
2.12 Due date 1 previous year
2.13 Due date 2
2.14 Due date 2 previous year
Information loop (3)
Sequence Window 1
3.1 Actual date
3.2 "Sec_Adr"
3.3 "Pri_Adr 1"
3.4 "Pri_Adr 2"
3.5 "coldPIPE" * (installation location)
3.6 In0
3.7 "Port 1"
3.8 "Port 2"
3.9 "UHF ON" (status of integrated radio)
3.10 Software version
Pulse loop (4)
Sequence Window 1
4.1 Pulse input 1
4.2 Pulse input 2
4.3 Pulse output 1
4.4 Pulse output 2
Tariff loop (5)
1
Month loop (6)
Sequence Window 1
6.1 "LOG"
6.2 "LOG"
: :
6.24 "LOG"
* Example Only for heat meters with activated cooling tariff
1
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Window 2
Due date 1 energy
Date of future due date 1
Due date 1 previous year
energy
Due date 2 energy
Date of future due date 2
Due date 2 previous year
energy
Pulse input 1
Pulse input 1
Pulse input 1
Pulse input 1
Pulse input 2
Pulse input 2
Pulse input 2
Pulse input 2
Window 2
Time
Secondary address
Primary address 1
Primary address 2
Pulse weight Volume measurement part
0* (no. of the plugged in module at port 1)
1* (no. of the plugged in module at port 2)
Check sum
Window 2
Cumulative value pulse
input 1
Cumulative value pulse
input 2
Pulse weighting pulse output 1
Pulse weighting pulse output 2
Window 2
Date
Date-1
:
Date
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English
Window 3
"Accd 1"
"Accd 1L"
"Accd 2A"
"Accd 2L"
Volume pulse input 1
Volume pulse input 1
Volume pulse input 1
Volume pulse input 1
Volume pulse input 2
Volume pulse input 2
Volume pulse input 2
Volume pulse input 2
Window 3
Pulse weighting
Pulse weighting
Window 3
Energy
Energy
:
Energy
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Window 4
max. flow
max. flow
:
max. flow