Supercom 636
Contents
1. 4 Field of application of modem 4 Necessary Contfguraton 4 REEGELEN eege 5 MOW TO RTE 6 In dgele ei Bh eorr SEEE E E TE AT 6 US YEAR RAF E AE EE EE 6 bM ONY OFF UI MOJEM oara E E E A 6 BC TOO UT EE 6 PED CISDIAY E E A og NG EE 7 Sage ne ACCU AIO lS 8 CGOMMUNICA UON EE 9 Tu Lee 1o ou EE 9 Roading CONOP EE 9 NICON COD E 9 Detailed reading Steps 10 rtl 13 FEDW TG DO E 13 ANNEX EEN 14 Detailed reading process schematce 14 ANNEX EE 15 Add entry to device list to read a device 15 ANNEX e 16 Encoded frames Radio Pulse Adapter 540 16 Encoded frames calculator Supercal 531 rsp106 and rsp107 21 Manual Supercom 636 rev 211010 3 Q H y Thermal Energy Flow Metering 1 General 1 1 Introduction This user guide describes the operation and the use of the radio modem 636 It is addressed to all users as well as to application engineers 1 2 Field of application of modem The external peripheral radio modem Supercom 636 is suita2. XX i Fabrication Number MET Fabrication Number MIO 8C CO CO 40 78 XX XX XX XX Current date amp time E Days without energy 02 FF 0O5 xx xx 2 F oo SE User data o Manual Supercom 636 rev 211010 H X Thermal Energy Flow Metering m D Ed 32 bits 16 bits 8 bits 8 bits 8 bits 5 8 bits 16 bits 32 bits 32 bits 32 bits 32 bits 32 bits 16 bits 16 bits 32 bits 32 bits 92 bits 92 bits 92 bits 92 bits 92 bits 92 bits 92 bits 32 bits 92 bits 92 bits 92 bits 92 bits 92 bits 92 bits 32 bits B bis SSS Start of manufacturer specific data 05 6 2 O Gj Gj i I UU 23 Q H Y a Thermal Energy Flow Metering D Rsp 4 Frere Jong Jor Sag Legh i een I II IG IR pes Gwll Vr arr rend encaton sunbst Version of matey rts H Deve ype 8s Cu 88 EE EE Signature ok mee tis M enieaion number mmm AR Complementary courier toauer Dw cope mcm Yaa Complementary cownter 2 waar sored anoni C1 20 10 co copa eae BR omplementary counter 2 totalizer stored at month 2 omplementary counter 2 totalizer stored at month 3 omplementary counter 2 totalizer stored at month omplementary counter 2 totalizer stored at month omplementary counter 2 totalizer stored at month C
3. I A X Thermal Energy Flow Metering m Manual Radio Modem Supercom 636 Issue Rev 211010 Document Manual Supercom 636 rev 211010 Manufacturer Sontex SA 2605 Sonceboz Switzerland Phone 41 32 488 30 00 Fax 41 32 488 30 01 Email sontex sontex ch Internet www sontex ch Technical modifications subject to change without notice Revision Issue 200309 200409 230409 040609 300609 160709 310809 160909 051109 150210 260410 310510 211010 Date 20 03 09 20 04 09 23 04 09 04 06 09 30 06 09 16 07 09 31 08 09 16 09 09 05 11 09 15 02 10 26 04 10 31 05 10 21 10 10 Manual Supercom 636 rev 211010 Author Q H y Thermal Energy Flow Metering Description In accordance with software version 0 1 5 In accordance with software version 0 1 6 General Revue and approval In accordance with software version 0 1 8 General update software version 0 1 12 Modified frame SND_UD Add number of manuel Add chapter 3 1 6 using the accumulators Adapted length of field in PDF file page 11 Add information related to xml files Error in status byte description page 11 Modify frames pulse adapter 540 Add 656 amp 541 Q H y Thermal Energy Flow Metering Table of Contents 1 1 1 2 1 3 3 1 3 1 1 3 1 2 3 1 3 3 1 4 3 1 5 4 1 4 1 1 4 1 2 4 1 3 5 1 6 1 7 1 8 1 8 2 GROTON E 4 Introduction
4. a co Q o o oeloeoeaealelooo o o a eg 0 606 60 6060 60 6 lt lt Oo ioliaoji oo o oul D 3 3 3 3 31 31 31 31 3 31 313 6 D ololo lo lo e e e olololo D 5 5 5 5 5 5 5 5 5 5 5 5 J J J J J J J J J 5J 2 5 co I I I I I I I Li I I I I m ol co A om ol A ol wl pojl o gt h 81 02 en enxx xx xx xx B 82 bits C4 06 en Bn kx XX XX XX energystoredaumonh 1 OO e en mew More records net ram dm REESEN Check Sum 710 00 sp Manual Supercom 636 rev 211010 2 Q H Y a Thermal Energy Flow Metering D Rsp 2 as Fre asinine fo Een Saton respond wth daa RP UD lt lt lt lt lt lt lt Tun Tn HU EI Eu CT ManvacureD it ts SON oue ype Si dt ccess number XX 8 bits st als sis ignature not used 16 bits Energy totalizer 1 stored at month 1 32 bits Energy totalizer 1 stored at month 2 32 bits Energy totalizer 1 stored at month 3 32 bits Energy totalizer 1 stored at month 4 32 bits Energy totalizer 1 stored at month 5 32 bits Energy totalizer 1 stored at month 6 32 bits Energy totalizer 1 stored at month 7 32 bits Energy totalizer 1 stored at month 8 32 bits Energy totalizer 1 stored at month 9 32 bits Energy totalizer 1 stored at month 10 32
5. bits Energy totalizer 1 stored at month 11 32 bits Energy totalizer 1 stored at month 12 32 bits Energy totalizer 1 stored at month 13 32 bits Energy totalizer 1 stored at month 14 32 bits ower maximum stored at 1 32 bits ower maximum stored at 2 32 bits ower maximum stored at 3 32 bits ower maximum stored at 4 32 bits ower maximum stored at 5 32 bits ower maximum stored at 6 32 bits ower maximum stored at 7 32 bits ower maximum date time stored at 1 C4 82 03 60 xx xx xx xx 32 bits ower maximum date time stored at 2 84 83 03 6D xx xx xx xx 32 bits ower maximum date time stored at 3 C4 83 03 6D xx xx xx xx 32 bits ower maximum date time stored at 4 84 84 03 6D xx xx xx xx 32 bits ower maximum date time storedat 5 C4 84 03 6D xx xx xx xx 32 bits ower maximum date time storedat 6 84 85 03 6D xx xx xx xx F 32bits ower maximum date time storedat 7 C4 85 03 6D xx xx xx xx Fans More eoosrnnew elegant Serre peice 7 Dm o o y yO UU Hi UU HE Es L E 0 5 Energy totalizer 1 stored at month 10 ss Energy totalizer 1 stored at month 11 o 2 Energy totalizer 1 stored at month 12 EELER Manual Supercom 636 rev 211010 22 Rsp 3 Fied Frame bytes in hex Note 1 in Control Information 2 Identification number XX XX XX XX meee Note 1 l
6. ch ch ch ch ch ch ch ch ch ch ch ch ch RO NO eg its dimensionless its its its B 32 bits imensionless NO D 2 imensionless imensionless imensionless HE Ub UE OF HE ED MU dee nits stored at month 10 nits stored at month 11 nits stored at month 12 B 32 bits nits stored at month 13 B 32 bits nits stored at month 14 B 32 bits nits stored at month 15 B 32 bits iris rod atone J UJ co MI Po ele o Ul Co POT Po el a e CO DW co GC O POT ROT Po o lei g Start of manufacturer specific data Pas ES EE o OD CD Q o 62 5 D gt OD gt lt D CD Q o 3 O Manual Supercom 636 rev 211010 17 Q H y Thermal Energy Flow Metering Rsp 3 Feld Frame bytes in hex Note 1 mem PL Bees HN LLA Ml mp LDT DN 12 Jarabe sre respond mewn mn RR em Version freer bwmwe 88 5555 E w ooo p H eet 8 EELER SEET sar la SD 80 40 FD 0C 18 ch ch ch ch ch ch mm ch ch ch ch ch ch ch ch ch ch ch ch ch ch ch ch ch ch dE sre aon 3 dimensionless nits stored at month 5 dimensionless its dimensionless UU GA er o I k Ai ee ee e ee ee nits stored at month 12 32 bits ee nits stored at month 14 32 bits ee nits stored at month 16 B 32 bits p bp 5 ee nits store
7. 30 01 sontextsontex ch Waat sontes ch COM 24 38400 Settings Head the device Fe Quit F10 Manual Supercom 636 rev 211010 13 Q X a Thermal Energy Flow Metering 6 Annex A 6 1 Detailed reading process schematics PC or pocket PC 636 Send_NKE Adr 251 Send_UD Adr 251 with current date amp time add E entry to device list start read radio process _UD2 Adr 251 min 100ms Busy frame because modem is in radio communication min 100ms Repeat until 636 is not busy Rea_UD2 Adr 251 an Repeat to read all frames of device Manual Supercom 636 rev 211010 14 Q N X Thermal Energy Flow Metering 7 Annex 7 1 Add entry to device list to read a device Identification OlManufacturer ID Generation of Maximal Frame Application Reset Successful Reading 4 gt Radio Address NO w OlMeasured Media co O Radio Device Type OfOptions Type A C C D G Bytes 4 1 1 1 2 Notes a e a e a b e b b Ce Device type Values to read HCA 502 5025 552 All values xxxxxxxxh xxxxxxxh 0 HCA 502S 552 All values compact reading xxxxxxxxh xxxxxxxxh 60 Supercal 539 or 539 Current values xxxxxxxxh xxxxxxxxh 1 monthly energy xxxxxxxxh xxxxxxxxh 1 monthly volume xxxxxxxxh xxxxxxxxh 1 All values xxxxxxxxh xxxxxxxh 1 All values xxxxxxxxh xxxxxxxh 2 frames 1 2 3 4 xxxxxxxxh xxxxxxxh 3 frame
8. STE WAT OTH gt Imp J kJ MJ m3 Wh kWh MWh Q H y a Thermal Energy Flow Metering ASCII characters 3x electricity gas heat cost allocator heat hot water oil steam water other unknown medium ASCII characters 5x impuls Joules Kilo Joules Mega Joules liter cubic meter Watt hour Kilo Watt hour Mega Watt hour unknown unit ASCII characters 24x all what you like More records in next telegram OF LE no yes 20 Q H y Thermal Energy Flow Metering D 8 2 Encoded frames calculator Supercal 531 rsp106 and rsp107 Rsp_1 Field o Framebytesinhex Notel Comment Satam ee on GSS lt ET tot lt D 8 bits C 8 bits 00 00 tatus ignature not used etailed errors 02 FD Liver er D 16 bits UES EF EE lume tale Pave vom EE nergy totalizer tarif 1 84 10 en en xX XX XX XX B 32 bits ergy totaal 2 en en Y EE lt en ox ox B 32bis Teroy sored at month EE EI Ba DI en en O GR EE Ca Dien en E User data mi m m mi omy m my my my m my my m m mi mi lt Mm OPW wo YS vo lt fl ffe fl ffe fl ffe fl eee ee 31 31 31 31313 D gt olo GU Bar ar ar ar ar ar ar ar ar ar a op op lt lt lt Fe lt lt em 2 IO OQ TO TO TOTO TO TQ TO TQ
9. and the radio modem Supercom 636 environ mental friendly or to return it after use to the manufacturer for appropriate disposal to ensure that the components are recycled in accordance with the battery and electronic scrap regulations If you decide to dispose of the battery or the device yourself get proper information about recycling possibilities locally The radio modem Supercom 636 can be charged by USB on a host PC hub 500mA or with the charger recommended delivered with the set The red LED indicates the charging mode see 3 1 4 The device must be charged first before a first use Minimum 8 hours Once the device is fully charged it will switch OFF automatically 3 1 6 Using the accumulators Accumulators are self discharging over time accumulators not used must be charged at least every 6 months Manual Supercom 636 rev 211010 8 Q N X a Thermal Energy Flow Metering 4 Communication 4 1 Introduction The radio modem Supercom 636 uses the M Bus protocol according to EN1434 to communicate It supports primary and secondary addressing For more detailed information please refer to the M Bus documentation available on the internet htip www m bus com 4 1 1 Reading concept The radio modem is like 2 separate devices 1 The modem itself 2 The device to be read Each device can be accessed with its secondary address serial number or primary address Primary address for modem 636 251 Prima
10. ble for a connection to PC or Pocket PC with USB or Bluetooth It allows the read out of meters per radio The modem works at a fre quency of 433 82 MHz and supports the protocols MFD and Radian 0 i Y i PC or Pocket PC Charger Bluetooth Repeater 656 1 3 Necessary configuration The radio modem Supercom 636 can be connected to any system PC Laptop or Pocket PC which has the following characteristics USB port or Bluetooth Manual Supercom 636 rev 211010 Q H y Thermal Energy Flow Metering 2 Scope of delivery Content set radio modem Supercom 636 Radio modem Supercom 636 with belt clip 3 accumulators 1 2V type AAA 1000mAh Radio antenna User manual CD with User manual pdf USB driver PDA SW Sontex916 Firmware update PC SW Tools636 Road Creator PC SW Tools916 USB cable mini USB USB A male USB charger 230VAC and 12VDC I Accumulators are not charged Initial charge necessary 1 8 h minimum Manual Supercom 636 rev 211010 5 Q N f X Thermal Energy Flow Metering 3 How to use 3 1 Introduction There re two possibilities to communicate with the modem Supercom 636 USB or Bluetooth Both are using M Bus protocol 3 1 1 USB Speed 38400 bauds Bits 8 bits Parity even Stop bit 1 The USB driver virtual com port you find on the CD delivered with the set radio modem Supercom 636 or on the internet at the following a
11. d at month 4 C4 82 40 6E xx xx xx xx U U U JI ol ol o POT POT NI N o ll e UU GA c D U U Co AN o UU GA E D Start of manufacturer specific data OI ZI C CI C C C C C C C C C C CI CI C C A li lt cl z ei a OQ o N cT D 5 2 rn 37 3 o gt a o o 5 l D lt Ge o D op Q 3 Manual Supercom 636 rev 211010 18 Q H Y Thermal Energy Flow Metering D Rsp 4 Fild fFamebytesinhex Notel Codng Commen Santon 55 Gono 0 respond trata HSP UD lt lt lt toire me aew COT MI e Ss tg HE Signatwernotuse daw Benian EELER Info string 8D CO 40 FD 0C 18 ch ch ch ch ch ch LVAR dimensionless ch ch ch ch ch ch ch ch ch ch ch ch Start ch ch ch ch ch ch EREECHEN EELER BRWD Unis stoedatmonh 8 dE EREECHEN Unis soredatmonh 10 SOE BRWD DEELER BRWD EREECHEN Unis soredatmonh 13 eroe Unis soredatmonh 14 Cd BRWD Unis soredatmonh 15 Cd BRWD Uniesiordatmonh T8 mn EOE RW DEENEN ESCHER 1 1 hn FT GT1 User data Manual Supercom 636 rev 211010 19 Notes Medium me Units un Information ch mo Manual Supercom 636 rev 211010 ELE GAS HCA HEA HWA OlL
12. ddress htip www ftdichip com F TDrivers htm This driver is reguested only at the first connection of the radio modem to the PC Thereafter the communication will then be available from a com port COMx 3 1 2 Switch ON OFF the modem With the orange button the radio modem Supercom 636 can be switched ON and OFF After 10 minutes of inactivity the radio modem Supercom 636 shuts down by itself 3 1 3 Bluetooth For the start up the modem must first connect with the remote system To establish connection the following steps must be followed and completed Switch ON the radio modem Supercom 636 over the orange button The blue LED indicates that the modem Supercom 636 is visible to other Bluetooth devices On the remote device PDA search for Bluetooth devices in your area Check the manual of your remote device for instructions Once the remote device found the modem radio Supercom 636 the remote device will display its name and serial number e g Supercom 636 S N 08094002 Select it and enter the following password if necessary 0000 Depending on the remote device you have to indicate a COM port number for the outgoing communication Please check the manual of your remote device for instructions This task must only be performed once Once the remote device opens a communication port to the radio modem Supercom 636 the blue LED is blinking as long the port is open When the port is closed the blue LED is on but not blinki
13. eld 68h Ls Length of ASCII character string Warning according to the M Bus standard the first byte following the length byte is the rightmost character of the string and the last byte is the leftmost character mo More records in next telegram OFh no 1Fh yes pp Parameter flags Hito When the selected device is in the device list but not yet read 0 send an empty RSP_UD with just the 12 bytes header 1 do not send anything st Status 636 M Bus standard bit1 0 Application Application 00b No error No error 01b t Application busy 10b Any application error Any application error 11b t Reserved bit2 Accumulators low Power low bit3 ji Permanent error bit4 t Temporary error pits t Manufacturer specific bit6 Invalid time clock Manufacturer specific Die Last radio process error Manufacturer specific t Not used Manual Supercom 636 rev 211010 11 Q H y Thermal Energy Flow Metering 2 e read a device send the command SNDL e E 251 Bnw een omon WN HN Sede sean Crne Pe Rw Add entry to device list OD FF VAR XX XX XX XX XX XX XX XX 5 Check Sum User data Symbols Function 0 instantaneous 1 maximum 2 minimum 3 during error state manufacturer specific VIFE Notes 1 For non hexadecimal or lower case digits see the detailled description in the Keys sheet Read process The field Current date amp time must be added in the Add entry to device
14. its stored at month 1 imensionless nits stored at month 2 imensionless nits stored at month 3 dimensionless nits stored at month 4 dimensionless i l its dimensionless Bedaion s oee pe nits stored at month 6 B 32 bits dimensionless nits stored at month 7 B 32 bits dimensionless I nits stored at month 8 B 32 bits dimensionless nits stored at month 9 B 32 bits dimensionless nits stored at month 1 dimensionless nits stored at mont B 32 bits dimensionless ees nits stored at month 1 imensionless gris sre ation EEN EES Sep Hu C4 US OE xs 2X XX XX B 32 bits 1 1 I nits stored at month 12 0 1 3 o Manual Supercom 636 rev 211010 16 Q H y Thermal Energy Flow Metering D Rsp 2 ified Frame bytes in hex Note 1 Start User data lt op a s o N s N Z D 3 5 o Se z S 3 D 2 D 2 lt o lt D O K mert LL GT es EE EELER zm EELER bwew ld WW D ignature not used 16 bits Identification number 32 bi 3 char r lc OI CH lt as S g zl o o E E nits string 8D 40 ED 67 05 un un un un un nits factor 85 40 EE 76 xX xx XX xx C4 20 6E xx XX XX XX T co NO gl o 3 PO 2 a dimensionless LVAR dimensionless 8D 4U FD 0C 18 ch ch ch ch ch ch ch ch ch ch ch
15. list if bit7 Adjust device clock 1 of Options byte The field Add entry to device list is detailed in Annex B The field Start read radio process starts the read radio communication 3 Sending the command REQ UD if the radio process is in progress the radio modem Su percom 636 is communicating by radio with the device will return a busy frame 68 04 04 68 See Note 1 08 Respond with user data RSP_UD FD or FB Repport of application errors e plication to busy for handling readout request ln EE Bp HU o Dies 4 Ifthe modem is no longer busy send the command REG UD2 Addr 254 to readout the de vice frame 5 If a radio problem occurs e g no answer of the device the frame RSP_ UD of the device con tains only the header without data or doesn t send anything at all See parameter flags pp in the frame Rsp1 of the modem Also check bit7 of status byte st in the frame Rsp1 of the modem Manual Supercom 636 rev 211010 12 Q H y Thermal Energy Flow Metering 5 Utilities 5 1 Firmware Update The firmware of the modem Supercom 636 can be updated by the USB interface from a computer with the software Tools636 W Tools636 V1 0 1 271 File Help Shortcuts gt Head the device Communications settings Uut Communication Rue de la Gare 2 CH 2605 Sonceboz USB n H Y 4 O 32 4886 30 00 4 O 32 4356
16. n Vere scure respo OO Identification number XX XX XX XX A 32 bits version ofmeter a i esws Device type JE D 8bis Bus Systemcomponent i i Signature potused 00 Deise 02D merer ID SCS Currentdate amp time xx 3x xx R aeb O O Parametersfiags 00 66 pp intemal version OF xx xx exe AB lt More records in next SSS SE of manufacturer specific data telegram Check Sum i A cU o ab GA 2 Manual Supercom 636 rev 211010 10 Q H y Thermal Energy Flow Metering Keys Optional record xx Value LSByte first yy Value MSByte first ch ASCII character cs The value of Check Sum is calculated from arithmetical sum modulo 256 of each byte of the frame except the fields Start Length if any Check Sum and Stop er er Detailed errors 636 M Bus standard 5160 T Tamper bitl Accumulators low Battery low bitZ T External alarm EE t Battery cut bit7 4 f RSSI bit8 SND_UD frame unknown Cl bit9 SND_UD frame structured write unknown field bitip bitll SND_ UD frame structured write bad field size bit12 SND_UD frame structured write memory overflow bitl3 T bit14 Invalid time clock piti Last radio process error Le Length of the M Bus frame The fields Start Length Check Sum and Stop 6 bytes are not included in the calculation of the Length field The Length field is repeated twice preceded and followed by the Start fi
17. ng Manual Supercom 636 rev 211010 6 Q H y Thermal Energy Flow Metering 3 1 4 LED display There re four LEDs on the front of the device cer e nb Blue LED state The modem is ON ON A Bluetooth communication port is opened Blinking 0 25s every Ze The modem is OFF Charge Red LED state Accumulators charged Blinking 0 25s every 3s Near empty 1 am Charging oo O Charging If the accumulators are near empty the device shuts down by itself 1x yellow LED state A byte is transmitted via radio 0 25s per byte Rx yellow LED state A byte is received via radio 0 25s per byte 3 1 4 1 Switch ON sequence By turning ON the Supercom 636 the following LEDs sequence is running c O gt e 2 seconds eoooooeo oeoooeoo ooeoeooo oooeoooo The blue LED stays ON If another seguence is running contact your local Sontex agent or the Sontex technical support See last page of this document for contacts Manual Supercom 636 rev 211010 7 Q H y Thermal Energy Flow Metering 3 1 5 Charging accumulators The radio modem Supercom 636 needs 3 accumulators 1 2V type AAA Ni Mh 1000mAh In case of replacing the accumulators we recommend to always use products of the same supplier of ac cumulators Only use Ni Mh accumulators Disposal of battery and device lt is mandatory to dispose of used accumulators
18. omplementary counter 2 totalizer stored at month 5 Same o 8 el oni a Cl O CO omplementary counter 2 totalizer stored at month omplementary counter 2 totalizer stored at month 9 omplementary counter 2 totalizer stored at month 10 omplementary counter 2 totalizer stored at month 11 omplementary counter 2 totalizer stored at month 12 EE EE EE EENEG More recordsinnextteegam fre __Satofmanuaoer spose daa 5 BB Fr 7 Note See Supercal 531 M Bus frames documentation for details Manual Supercom 636 rev 211010 24 Q n H Thermal Energy Flow Metering Notes Manual Supercom 636 rev 211010 25 Q n H Thermal Energy Flow Metering Notes Manual Supercom 636 rev 211010 26 Q H Thermal Energy Flow Metering CD Manual Supercom 636 rev 211010 2 Q H Thermal Energy e Flow Metering C Conformity according to R amp TTE 1999 5 CE The detailed certificate of conformity you can find on our internet homepage www sontex ch Technical Support For technical support contact your local Sontex agent or Sontex SA directly Hotline Sontex sontex sontex ch 41 32 488 30 04 Sontex SA 2008 0636P201 Manual Supercom 636 rev 211010 28
19. ry address for device to be read 254 The 636 has a local memory which can contain the information address and readout method of the radio device to be read maximum one The 636 contains two frames 1 Modem information 2 Device to read information address and readout method if present To read a radio device e g Radio module Supercom 580 the necessary information radio ad dress and readout method must be introduced into the local memory with the command SND UD containing the field Add entry to device list The radio communication is started with the command SND UD containing the field Start read radio process Sending a request to the radio modem Supercom 636 during the radio process will return a busy frame 3 page 12 To read the result send a request REQ UD2 to the device address 254 4 1 2 Writing concept For information about the writing concept contact your local Sontex agent or Sontex directly Detailed documentation and support can be provided See last page of this document for contacts Manual Supercom 636 rev 211010 9 Q H y Thermal Energy Flow Metering 4 1 3 Detailed reading steps See Annex A page 14 for the detailed reading process schematic 1 Request the frame Rsp1 with a REQ_UD2 Addr 251 Frame Rsp1 Contains modem information red Tranebys nett codra Tomen F_ 1 EWN mr Contorinformatio
20. s 1 2 3 4 5 10 xxxxxxxxh xxxxxxxh 3 frames 106 107 xxxxxxxxh xxxxxxxh 3 frames 56 57 58 59 xxxxxxxxh xxxxxxxh 3 All values xxxxxxxxh xxxxxxxh 4 580 Water counter All values xxxxxxxxh xxxxxxxh 4 591 Water counter All values xxxxxxxxh xxxxxxxh 4 All values xxxxxxxxh xxxxxxxh 5 All values xxxxxxxxh xxxxxxxxh 6 All values xxxxxxxxh xxxxxxxxh 6 Notes a This value is part of the M Bus secondary address used to access the data of a device stored in 636 It is updated by 636 according to the value really read from the device by radio This value is used to access the device by radio It is never modified by the 636 itself CG The date 1 1 2000 means not yet successful read coded in M Bus G type 0101h Multibytes values are transmitted with LSB first Options bit7 Adjust device clock 0 no 1 yes Manual Supercom 636 rev 211010 Q H y Thermal Energy Flow Metering 8 Annex C 8 1 Encoded frames Radio Pulse Adapter 540 Rsp_1 WW Field Frame bytes in hex Note 1 Coding Comment Start Length 68 le Le 68 2 Sta User data CI C C C C lt C C 5 a or o 2 Q O Seng Rp SIO n O I enter abot NN CE bw esoe T S Sinatra tue nt Coren amp re mw mmer SS Te Rw otalizer initial value dimensionless OD FD 0C 18 ch ch ch ch ch ch ch ch VAR 24 char ch ch ch ch ch ch ch ch ch ch ch ch ch ch ch ch II n
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