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5

Operational conditions

This section of the document describes basic recommendations for transportation, storing, installation and operation
of WB169-RFG radio modules.

5.1

General operational risks

Radio modules WB169-RFG are electronic devices powered from the external power source that receive radio
messages from surrounding terminals and forward these messages to the superior server over the Internet. They are
connected to the Internet via GSM data services (GPRS, UMTS, LTE). During the operation of the modules there
are following potential risks:

5.1.1

Risk of mechanical damage

The devices are covered in plastic boxes, so electronic components are not accessible for a direct mechanical damage.
When installing it is necessary to ensure a sufficient space for connecting cables (including the configuration cable)
and also that the cables are as short as possible (especially power and antenna cables). It is necessary to ensure
the proper fastening of the module to DIN-rail with a plastic lock. In normal operation no special precautions are
needed, besides avoiding of the mechanical damage from strong pressure or shocks.

Special attention is required for power, communication/signaling and antenna cables. In operation it is necessary
to ensure that the cables are not stressed by mechanical tension or bending. In the case of damage of any cable
isolation it is recommended to replace the cable immediately. If the module is equipped with a remote antenna
on a coaxial cable, much attention should be paid for the antenna and the antenna cable as well. The minimum
bending radius of the antenna cable with 6 mm diameter is 4 cm, for the antenna cable with the 2,5 mm diameter
the bending radius is 2 cm. Violation of these bending parameters can lead to breach of homogeneity of the coaxial
cable that could cause reducing of radio range of the device. Further it is necessary to ensure that the connected
antenna cable will not stress the antenna connector of the device by tension or twist. Excessive loads can damage
or destroy antenna connectors.

The module is specified for installation in normal internal premises with the temperature range of (-10

÷

+50)

C,

with humidity up to 90% without condensation. Direct installation of the equipment in outdoor areas is not possible.

5.1.2

Risk of electrical damage

Electrical installation of the module can be performed only by a person with necessary qualification in electrical
engineering and at the same time trained for this device installation. The device is powered by DC power with safe
voltage up to 24 V and current consumption up to 200 mA.

The power supply must meet the requirements for the safety protective transformer ˇ

CSN-EN61558-2-6. The module

has an integrated protection against reversing the polarity of the supply voltage. Reversing the polarity is indicated
so that after switching on the supply voltage to the module a green LED

PWR” on the front panel does not shine.

Unwanted reversing the polarity of the supply voltage does not lead to damage or destruction of the device. In
addition, the module is on the supply inlet equipped with a irreversible fuse (polyswitch) with the actuating current
of 300 mA and over-voltage protection with 30 V switching level.

The module is not equipped by any disconnecting component – switch. It is suitable to place in installation a
disconnecting component, for example a circuit breaker, which can be inserted into 24V/DC lateral of the supply
or into the 230V/AC side of the supply. The primary side of the power source must be protected by automatically
irreversible fuse.

To connect external antennas, it is necessary to use standardized good quality coaxial cables and lead them as far
from the 230V/50Hz power lines as possible.

5.2

The condition of modules on delivery

Modules are delivered in standard cardboard boxes. At standard term of delivery the module does not include the
antenna, the power supply and cables, if required these components must be ordered separately.

5.3

Modules storage

Modules should be stored in dry rooms with a temperature range (0

÷

30)

C.

WB169-RFG

30

Summary of Contents for WB169-RFG

Page 1: ...WIRELESS COMMUNICATION SYSTEM Wireless M BUS WB169 RFG 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: ...nd cc subsystems for module initial setting and diagnostics 21 3 4 9 Command of ntp subsystem for setting of time synchronization 21 3 4 10 Command of hist subsystem for examination of History table r...

Page 3: ...and History menu items 24 7 Table of parameters of the WB169 RFG module that are readable via the optical interface 24 8 Telnet connection to the WB169 RFG module 25 9 Display of the History table of...

Page 4: ...correctness encodes repacks them into IP UDP frames and sends them to the configured IP address and a central application port number Wireless M Bus messages are packed to the IP UDP frames with usin...

Page 5: ...rity The module RF transceiver is equipped with the coaxial connector of SMA Female type designated for inter connection of an external antenna directly or via coaxial cable The GSM modem is equipped...

Page 6: ...GPRS EDGEB3 B8 Antenna characteristic impedance 50 Antenna connector SMA female Configuration interface USB Transmission speed 115 200 Baud Operation mode asynchronous Transmission rate 8 data bits 1...

Page 7: ...rameters and operational statistics of the module by using of optical converter can be found in the section 3 6 Setting of parameters by using of optical converter The description of checking and sett...

Page 8: ...rial port that the system automatically assigned to the virtual port at the moment of interconnection module to the computer The number of the serial port can be found in OS Windows by using of Device...

Page 9: ...rial line by pressing of ENTER key check the execution of the command by displaying of the list of configuration parameters which appears by entering show or and pressing on ENTER key to display a sum...

Page 10: ...terminal window GW33H7 0 show CPU info CPUID 411fc271 FPU Type 00000002 Flash size 2048 kB Flash bank size 1048576 B 0x00100000 Flash base addr 0x08000000 CPU UID 3339510a001c0036 SW version 1 02 dat...

Page 11: ...er s password cfgserver Config server IP cfgport Config server port usecfgserver Use config server 0 no 1 yes nepserver Default NEP server IP nepport Default NEP server port Utils loca location 0 63 c...

Page 12: ...lay 0 timeout 1671 172 16 16 1 status wait stratum 2 reach 3 delay 143 timeout 1681 The meaning of individual commands including subsystem commands is described below 3 4 3 Commands of System commands...

Page 13: ...xhhmmss format the date value is entered in the format of 0xYYMMDD The manually entered value is automatically corrected when the entries from external synchronization sources GSM or NTP are available...

Page 14: ...n be performed by using of userpass login oldpassword newpassword command GW33H7 0 userpass admin admin admin223 Password changed GW33H7 0 write Write config 0 GW33H7 0 By using of the nepserver and n...

Page 15: ...0 errors 0 Tx packets 0 bytes 0 errors 0 Interface eth0 status Down MAC 00 04 d0 ff ff ff Rx packets 0 bytes 0 errors 0 Tx packets 0 bytes 0 errors 0 Interface ppp0 status Up full duplex MTU 1500 IP A...

Page 16: ...or icmp connection test pin SIM pin useip IP on off usegps GPS on off usetime Sync time on off info show GSM info gps show GPS info cmux show CMUX info lcp show LCP info deb GSM debug write save curre...

Page 17: ...nication By using of gsm useip gsm usegps and gsm usetime commands with 0 1 parameter the individual services of gsm subsystem can be activated deactivated by gsm useip command the PPP connection to I...

Page 18: ...wer deb Set debug level write save current configuration cread read configuration show help By using of gw info command basic information about the setting of gw subsystem can be browsed This also inc...

Page 19: ...servers are displayed in the last lines of the gw info report including the time until the timeout expires In the third part of the file there are records of gateway traffic filters which can be used...

Page 20: ...are defined by the Wireless M Bus standard The setting can be performed by using of chan1 command followed by the required channel number Current setting can be displayed by using of the command witho...

Page 21: ...for checking and setting of the basic functions of module operating system as well as the basic communication functions of the module There are following commands Utils loca location 0 63 chars ekey S...

Page 22: ...s irrelevant for the WB169 RFG module The write cread and clear commands serve for management of saving data in the module memory The module contains two sets of configuration operating configuration...

Page 23: ...e monitor subsystem can be set This command is intended only for module checking and diagnostics By using of deb command without parameter setting of debug statements of all subsystems can be displaye...

Page 24: ...to check the current module configuration can be useful in normal operation 3 4 8 Commands of sys disp and cc subsystems for module initial setting and diagnostics The commands of these three subsyste...

Page 25: ...gateway receives more messages in a given interval the oldest messages are always deleted The History record table is used to monitor the gateway function its records can help to learn which terminal...

Page 26: ...bols that indicate the status of module main communication channels on top there is a standard image of signal strength symbolizing GSM communication with a graphical representation of GSM signal stre...

Page 27: ...e module using the optical converter are described in chapter 3 of the manual Configuration of wacoSystem product family devices available at download from the module manufacturer s website The list o...

Page 28: ...g application can be performed by entering the command ping and the IP address of the module from the command line of any computer Example of perform ing a ping availability check from the Windows Com...

Page 29: ...le is also equipped with a WEB server which enables display of some module parameters with using the HTTP protocol Currently it is possible to use WEB browser to display the content of the His tory ta...

Page 30: ...target application IP address The target application is the application that the gateway should send data The setting of target application IP address is dynamic using a mechanism of zero packets The...

Page 31: ...e is transported through the IP UDP uplink in following three NEP variables The first variable is Message type OID 63 It is a mandatory NEP protocol variable that indicates what type of message it is...

Page 32: ...cording to individual components of the M Bus address ID Manufacturer Version Medium If for example some specific Medium or Manufacturer codes are entered into the filter only messages with these code...

Page 33: ...the antenna connector of the device by tension or twist Excessive loads can damage or destroy antenna connectors The module is specified for installation in normal internal premises with the temperatu...

Page 34: ...d WB169 RFG module Installation of the module should be performed by the following procedure installation of the module can be performed only by a person with necessary qualification in electrical eng...

Page 35: ...g module turn the power supply off and disconnect the power supply cables from the module Disconnect the signal cable and the antenna cable from the module Release the module from DIN rail by pulling...

Page 36: ...ntentional shutdown malfunction of the Internet connection caused by a local failure of the GSM network or failure of the PPP connection caused by incorrect functioning of the authorization servers or...

Page 37: ...in routing or in IP addressing or whether the PIN control of the SIM is turned off If the IP connectivity is most likely available and the power supply is correct LED Power on the module shines perfo...

Page 38: ...test is positive but the data from some reading modules are not received In this case the problem may be caused by weakening of the signal in the area of the gateway antenna position failure of the ga...

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