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perform an elementary module diagnostics and alternatively go through the module configuration (setting of
parameters) with using of configuration cable as described in chapter

3

Module configuration”. In case the

module has been fully pre-configured in the preparatory phase of installation, at least check in ”RADAR”
mode whether all watermeters, that should be read by the module, are in the reach of its 430 MHz receiver;

tighten the nut on the antenna cable bushing to seal it;

insert the base back into the cap and fix with screws.

For the mounting in a humid environment it is

recommended to check rubber sealing before screwing the box back together;

if the internal rules or the mounting process needs the antifraud seal to be installed (as the protection from
the unwanted influencing), stick the antifraud seal across the joint between the two parts of the box.

(*) ATTENTION!

If the module is sealed by additional silicon filling with IP68 degree of protection do not open its

casing during the installation! Module configuration could be performed by USB-IRDA/BT-IRDA optical converter
.

If the module is rated in IP65 or IP68 degree of protection, this declaration is valid only under condition of the
proper mounting and sealing. When assembling the modules with IP68 degree of protection that will be placed in the
humid environment, it is necessary to follow these rules:

- cable bushing must be properly sealed;
- the joint of both parts of the box must be properly sealed by original rubber sealing).

After the mounting, write down the counter values of all consumption meters connected to the module into the
mounting sheet and alternatively once again check out the module‘s functionality and the correctness of output
values (which must correspond to consumption meter mechanical counters). Test the module functionality by

end-to-end” method, that means by checking of the readings directly in the central system of remote reading.

When locating installation site, selecting antenna type and antenna position it is necessary to take into account
conditions for radio signal propagation in the area of installation as well as protection of the device against possible
mechanical damage. The radio-signal conditions can be estimated empirically on the base of previous experience,
or examined by measuring of the signal strength by the reference transmitter/receiver.

4.7

Module and meter replacement

When there is necessary to replace the module due to the module failure or due to battery discharging follow this
procedure:

check the antifraud seal before dismantling – the antifraud seal damage must be solved according to the
internal rules of the customer/project;

unscrew two screws on the sides of the module base (beside the cable bushings), loosen the cap of the module
and slide out the base from the cap;

by switching of micro-switch (

jumper”) placed on the PCB into the

OFF” position (or replacing of shortening

connector from shortening pins) disconnect the module from the battery power supply;

if an external antenna used, disconnect the cable of the external antenna from antenna connector;

loosen the fixing screws (or clamping tape) that hold the module on the wall, pipe or other pad and dismantle
the cap;

put both parts of the module back together by screwing the cap together with base (*). Mark the module
visibly as

defective”, alternatively you can fill in the form (mounting report) about the module replacement;

install a new module in the same way as described in paragraph

4.6

above. Pay attention to the correct setting

of basic parameters, namely broadcasting period and communication with watermeters;

write down the serial number and seal number of the new module, alternatively also actual statuses of counters
of connected meters;

if possible, arrange making of all appropriate changes in the database of the remote reading system immedi-
ately.

(*) CAUTION!

The type label with the module serial number is always on the cap of the module so the base and

the cap of the module must always be one whole unchangeable unit. Always pay attention to the completing of the
correct cap with the correct base of the module, that is the reason why it is always necessary to replace the whole
module – the base and the cap together. The correct module completion can be checked out according to the auxiliary
label with the serial number glued on the PCB.

When there is necessary to replace a consumption meter read by the module due to the meter failure, expired
metrology period or for any other reason, follow this procedure:

WB169-430

24

Summary of Contents for WB169-430

Page 1: ...WIRELESS COMMUNICATION SYSTEM Wireless M Bus WB169 430 Revision 1 0 SOFTLINK s r o Tomkova 409 278 01 Kralupy nad Vltavou Czech Republic Phone 420 315707111 e mail sales softlink cz www softlink cz...

Page 2: ...information message 18 3 3 2 Alarm message 20 4 Operational conditions 21 4 1 General Operation Risks 21 4 1 1 Risk of mechanical and or electric damage 21 4 1 2 Risk of premature battery discharge 21...

Page 3: ...list of watermeters in reach acquired by RADAR function 16 5 View of WB169 430 module information message received by WMBUSAN4 analyzer 19 6 Encrypted and decrypted message of the WB169 430 module 19...

Page 4: ...e used as a local communication gateway for remote reading of Sensus iPERL series watermeters The module receives regular radio messages with readings Bubble Up messages from watermeters in its radio...

Page 5: ...it must be ordered separately The module is power supplied by internal battery with up to 8 years lifetime for frequency of 6 broadcastings per day Battery lifetime can be negatively influenced by sho...

Page 6: ...32 Transmission speed 9600 Baud Operation mode asynchronous Transmission parameters 8 data bits 1 stop bit none parity Signal level TTL CMOS Optical configuration interface Transmission speed 115 200...

Page 7: ...f wacoSystem product family devices The description and meaning of the parameters that can be changed by optical converter can be found in the section 3 2 Setting of parameters by using of optical IRD...

Page 8: ...period in minutes mode Set WMBUS mode 1 N1 2 N2 chan Set WMBUS channel type for help ekey Set encrypt key W MBUS point no encrypt skey Set encrypt key Sensus sid index value Set Sensus meter ID Modem...

Page 9: ...to the saved set ie there are no differences between commands in FLASH and in the operating set the module will report prompt in the format mon If operating configuration was changed so that it no lon...

Page 10: ...standard each type and modification of the device could have its own line of serial numbers The code is read only type for the WB169 430 module and cannot be changed Assigned version number can be dis...

Page 11: ...g power chan frequency channel mode communication mode and ekey encryption key commands is intended for setting of module RF subsystem parameters The command Power is used for adjusting of the module...

Page 12: ...kbps 3 chan 2a 169 43125 Mhz 2 4 kbps The command Encryption key is used for setting of the encryption key for an encryption of transmitted messages by using of AES 128 key The encryption key of 16 by...

Page 13: ...etting of reading data from Sensus iPERL watermeters There are following commands skey setting of encryption key for decrypting of watermeter messages recvwin open 433 MHz receiving window for preset...

Page 14: ...eter with 130551477 serial number into the list of read meters under index 4 cfg sid 4 130551477 Sensus ID 4 changed from 0 to 130551477 mon Current list of read watermeters is stated in the list of a...

Page 15: ...ns command can be used for displaying of current values of A D converters measuring battery voltage and processor temperature This command is intended only for module checking and diagnostics cfg sens...

Page 16: ...of FLASH memory In the SW version row there is a module software version and release date 3 2 Setting of parameters by using of optical converter The module i equipped with the IRDA infrared optical...

Page 17: ...M Bus identification the default value of the Medium parameter is 07 Water More detailed description of the variable and possibilities of its setting are explained in details in section 3 1 4 Commands...

Page 18: ...iables WMBUS Mode WMBUS Channel and WMBUS Power are used for settings of radio frequency subsystem of the module More detailed description of these variables and possibilities of their setting are exp...

Page 19: ...t of watermeters in reach acquired by RADAR function As evident from the pictures the application enables performing of following settings setting of list of watermeters to be read setting of transmit...

Page 20: ...s from reset read only 14 No recv curr status No of received messages from reset read only 15 Conf version curr status No of stored images since last FLASH erasure read only 16 SW version curr status...

Page 21: ...gnalizes low battery volatge item Signature contains encryption type and parameter 00 00 means no encryption If the message has been re transmitted repeated item Signature is modified by Wireless M Bu...

Page 22: ...ncryption the total number of data block bytes must be rounded into integer multiple of 16 Byte i e 16 32 48 64 etc Bytes Rounding of the message is performed by inserting of required number of 2F blo...

Page 23: ...r more other segments carrying additional information relevant to the alarm typically current status in time of its arising Event of RESET type is always followed by one variable of of Reset Code type...

Page 24: ...ation It is recommended to lead antenna and signal cables as far from 230 50 Hz power cables as possible 4 1 2 Risk of premature battery discharge The devices are equipped with the long duration batte...

Page 25: ...ecommended storing the modules with batteries disconnected and activate the battery during mounting with exception of modules with additional sealing by silicon filling see paragraph 4 2 4 4 Safety pr...

Page 26: ...the module to a suitable firm object wall pipe by two screws or by a clamping tape There are mounts by the box sides for the attachment The recommended position of the mounted module is in the way th...

Page 27: ...le mechanical damage The radio signal conditions can be estimated empirically on the base of previous experience or examined by measuring of the signal strength by the reference transmitter receiver 4...

Page 28: ...after each repair and replacing of the module it is recommended to check functionality of its broadcasting with using of common Master receiver RF analyzer or any other convenient device If the WB169...

Page 29: ...of all broadcasting data i e readings processor temperature and battery voltage If some of the parameters goes beyond the common steady value it is recommended to contact the installation site caretak...

Page 30: ...gnal caused by construction works or any construction changes within the premises or by operation around the installation site moving of machines cars etc permanent periodical or occasional interferen...

Page 31: ...module subsystems in following order check correctness of setting of the module in the central system database check functionality of power supplying as described in the paragraph 5 1 1 Power supplyi...

Page 32: ...ss M BUS WM868 WACO WS868 Sigfox or NB NB IoT series of the modules can be found on the manufacturer website www wacosystem com www softlink cz If interested in any additional information related to a...

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