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INFOCAL5
Manufacturer Danfoss, Germany www.danfoss.com
Status: in production
Meter type heat, with possibility 2 external pulse devices with puse length minimally 0,2 second, and another ulrasonic flowmeter too.
Manuf. Radio reading 868 MHz only puse outputs (CE,CV), protocol communication not in planning (viz www.hydrometer.de )
Communication form for UMR direct connection to internal connector OK
original modules with optoRS232 OK
INFRAopto header OK
MBUS OK

External universal radio module, connected to heat meter Infocal5
– this was begining

Communication forms:

Standart communication goes through optoRS232 modul, optionally included to meter after moving-up upper case with electronics. Module is connected by internal connector (after moving case back) to procesor unit. OptoRS232 module is simple galvanic isolation (optocouplers), it implis possibility of direct TTL communication with Infocal with the same communication patrameters of serial transfer, like a optoRS232 modul. communication protocol Infocal5 is standart MBUS protocol, independently of modul type (it is very beatifull characteristics of INFOCAL). Meter react on universal address 254, 255, withou autoidentification of baud-rate, 4 wswitchable communication speeds.

The variant with connecting to 'multi' module suited for connecting multiple heat meters to only one radio module The variant with connecting to original optoRS232+2xpulse INP module with possibility to conect 2 external water meters
Internal module with embedded antenna –5 dB suited in the same manner for direct radio reading, like a for communication through the retranslator Internal module with lambda/4 whip antenna 0 dB well suited for direct radio reading, otherways the same using as embedded antenna's module

List of prepared readings:    Detailed description - RadioInfocal.pdf     (Log In required)

INFOCAL 5 actual data CustNo Energy10000xkJ Volume 10xl Power 100xW
00044323976 01 10.04.2005 14:09:40 44323976 00000000 00000000 00000000
Power 100xW Flow 100xl/h InTemp 0,1x~C OutTemp 0,1x~C DeltaT 0,01x~K OpHours hours DatTim Status
00000000 00000000 000305 000314 -00089 7532 16.12.03/09:46 00000000
INFOCAL 5 peak values peak0 100xW DatTim0 peak1 100xW DatTim1
00044323976 01 10.04.2005 14:10:06 00000000 01.01.99/00:00 00000000 01.01.99/00:00
DatTim1 peak2 100xW DatTim2
01.01.99/00:00 00000000 01.01.99/00:00
INFOCAL 5 actual report CustNo Energy10000xkJ Volume 10xl Tariff1 10000xkJ
00044323976 01 10.04.2005 14:10:27 44323976 00000000 00000000 00000000
Tariff1 10000xkJ Tariff2 10000xkJ CounterA CounterB Peak 100xW OpHours hours DatTim Status
00000000 00000000 00000000 00000000 00000000 7532 16.12.03/09:47 00000000
INFOCAL 5 monthly report CustNo Energy10000xkJ Volume 10xl Tariff1 10000xkJ
00044323976 05 10.04.2005 14:10:52 44323976 00000000 00000000 00000000
Tariff1 10000xkJ Tariff2 10000xkJ CounterA CounterB Peak 100xW OpHours hours DatTim Status
00000000 00000000 00000000 00000000 00000000 4981 01.09.03/00:00 00000000
INFOCAL 5 acount day CustNo Energy10000xkJ Volume 10xl Tariff1 10000xkJ
00044323976 01 10.04.2005 14:11:21 44323976 00000000 00000000 00000000
Tariff1 10000xkJ Tariff2 10000xkJ CounterA CounterB Peak 100xW OpHours hours DatTim Status
00000000 00000000 00000000 00000000 00000000 2775 01.06.03/00:00 00000011
INFOCAL 5 error log Status DatTimStart DatTimEnd
00044323976 10 10.04.2005 14:11:44 00000000 01.01.99/00:00 01.01.99/00:00
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