User`s manual - SMS Reporter eng
Contents
1. Example checking the SMS setup gt LN S S01 N S S01 PME lt LN Banjica S S01 N 381641234567 S SOIPME 1 OK V2 1 22 03 2011 13 SMS Reporter User s Manual 5 3 Digital inputs setup Command Description Value Unit Ix S Input x State Readout of the x th input 0 1 Ix N Input x Name string Ix C Input x Counter Input x Counter Threshold The threshold Ix CT value of the impulse counter that generates the alarm Input x Filter Low The time needed after the low signal level has been reached and maintained so that the input state could be declared to have reached low level Input x Filter High The time needed after the high signal level has been reached and maintained so that the input state could be declared to have reached high level Input x Message High The text of alarm Ix MH_ SMS sent in case of the high signal level has been reached Input x Message Low The text of alarm Ix ML SMS sent in case of the low signal level has been reached Input x Message Counter Threshold The text of alarm SMS sent in case of the impulse counter threshold number has been reached Input x Wait Between Messages The time the device waits between sending the alarm SMS from one to next destination number During this time if the alarm acceptance message arrives the device cancels sending the message to the remaining numbers The alarm acceptance is performed by c2. SMS Security Enable If this parameter is set the device will disregard any SMS 0 anyone message received from the numbers that are S SE 1 only not in the stored list of numbers Otherwise the access to device is enabled from any phone number SMS Silent Mode Enable If this parameter is set the SMS response will be sent after S SME the SMS access onto the number from which the initial message arrived Otherwise the answer will not be sent SMS Subscriber xx Number xx th subscriber number xxe 1 16 to which the periodical SMS reports inputs outputs states valid GSM specified 0 reply 1 no reply SOREN are being sent or from which the SMS number commands to the device are accepted in case SE parameter is set SMS Subscriber xx Periodical Message Enabled If this parameter is set and S P is xx 01 16 S Sxx PME not equal to zero the periodic SMS reports 0 not send with the inputs outputs states will be sent to 1 send xx th subscriber number V2 1 22 03 2011 12 SMS Reporter User s Manual Example SMS setup send location name enabled periodic reports on every 30min to 381641234567 subscriber number SMS access granted only for one subscriber number gt LN Banjica S SLN 1 S P 30 S SE 1 S SME 0 S S01 N 381641234567 S S01 PME 1 lt LN Banjica S SLN 1 S P 30 S SE 1 S SME 0 S S01 N 38 1641234567 S S01 PME 1 OK
3. 16 SMS Reporter User s Manual Hardware platform Supported x values SMS Reporter 686 1 6 SMS Reporter 110 none SMS Reporter 343 1 3 2 5V 1 5V Reference type Vin ADC Analog value 12 bits 10K Analog input type Digital state of analog input Analog value 4095 Digital state of analog input Analog value Type Vref V Min Max voltage 1 5V OV 6V voltage 2 5V OV 10V current 1 5V OmA 30mA current 2 5V OmA 50mA TABLE 8 VOLTAGE AND CURRENT INPUT RANGES V2 1 22 03 2011 17 SMS Reporter User s Manual The calculation of the threshold T and hysteresis H values is made using the following equations Voltage input TLV 4 Vref H V 4 Vref T round 4095 H round 4095 Current input r round 0 2 LiAl 4 Vref H mA 4 Vref 4095 H round 0 2 4095 round Function that coerces the real number to the closest integer value Example the calculation of the threshold T and hysteresis H values for voltage input Vref 2 5V and desired values T V 5V and H V 0 2V 0 2V 4 Vref OV 4 Vref T round 4095 2047 H round 4095 82 Example analogue input 1 setup alarms the signal transition over 5V gt ALR 0 AIl TYPE 0 A11 T 2047 A11 H 82 A11 MH AIN 1 gt 5V AI D1 381641234567 lt ALR 0 AIl TYPE 0 AI1 T 2047 AI1 H 82 AIl
4. MH AIN 1 gt 5V AI1 D1 381641234567 OK V2 1 22 03 2011 18 SMS Reporter User s Manual 5 5 Digital outputs setup Output x State Readout and setting of the Ox S 0 1 output state Ox N Output x Name Output x Pulse Duration The time interval the relay contact will remain closed after the Ox PD activation If this parameter is equal to zero 10 msec upon activation the contact will remain on closed permanently Note Hardware platform Supported x values SMS Reporter 686 1 6 SMS Reporter 110 1 SMS Reporter 343 1 3 Example digital output 1 setup upon activation the contact should remain closed for 5sec interval gt O1 PD 500 lt O1 PD 500 OK Example digital output 1 setup setting the contact on if following the previous example for 5sec interval Example digital output 1 setup setting the contact permanently on gt O1 PD 0 0 S 1 lt O1 PD 0 O1 S 1 OK V2 1 22 03 2011 19
5. The formatting of the command sequence must be according to syntax command_1 command _2 command_N lt CR gt lt LF gt More than one command can be sent in one line Each command in the command sequence must be separated with a semi column The overall length of the command sequence must not exceed 150 characters V2 1 22 03 2011 6 SMS Reporter User s Manual 3 1 2 Reporting mode In order for the device to have reporting functionality the reporting mode must be entered In order to switch the device back from command mode into the routing mode you should power off and after few seconds power on the device After the switching into the routing mode after initialization on GPRS network device is sending the following message on serial interface lt CR gt lt LF gt REPORTER READY lt CR gt lt LF gt my Once in reporting mode the device is capable of setting adjusting or reading of the parameters turning on off and reading the current state of the relay outputs and readout of the current state of digital and analogue inputs The aforementioned features can be initiated by sending an SMS The content of the SMS must match the syntax of the command sequence without the terminating lt CR gt lt LF gt characters 3 2 LED indicators LED indicator Colour Description Device mode indicator In command mode ON ON Green indicator is permanently on In router mode ON indicator is
6. blinking every 1 second After turning the power supply on RDY indicator is RDY Green on and it marks that the device is ready to perform its functionalities In router mode light indication of arrived BSY Red request command is on In command mode this LED indicator is permanently off Light indication of GSM module functioning If the GSM Red module connection to GSM network is succesful it blinks every 2 seconds TABLE 4 LED INDICATORS DESCRIPTION V2 1 22 03 2011 7 SMS Reporter User s Manual 4 Device installation and wiring wy To start the installation of the device disconnect the device from the power supply and all other wiring Afterwards the appropriate SIM card should be placed into the Push Push holder as shown in Figure 1 Figure 2 shows the example of wiring the power lines inputs and outputs to the terminals of SMS Reporter 686 device Digital inputs are galvanic isolated and have separated ground contact Digital outputs are with relays and are also galvanic isolated Contrary to that analogue inputs are not galvanic isolated Figure 2 shows wiring scheme where inputs and outputs are connected to the power line which does not have to be the case ee sieles s Eles ee did A A ee E SS 2fr3 14 rs 6 1 V2 1 22 03 2011 8 SMS Reporter User s Manual Before turning on the device make sure that the SMA antenna connector is connected t
7. SMS Reporter User s Manual SMS Reporter User s Manual SMS Reporter GSM Communication Unit Decode data communications Belgrade August 2010 V2 1 22 03 2011 1 Document Name User s Manual Device SMS Reporter Revision History SMS Reporter User s Manual Doc Ver Date Note 1 0 11 05 2009 Initial document 2 0 03 08 2010 04 08 10 Changed the document structure added the LED description English version 22 03 2012 Init commands moved to production procedures V2 1 22 03 2011 SMS Reporter User s Manual Table of Contents 1 Notations and abbreviations used in this document cccccceesseeeteceeeeeeeeeteeeeeees 4 O A twas ae oes 5 S DEVICE OP rat ON ta rt A da tado 6 31 Operation Modes arts 6 AR O Goo a is 6 3 1 2 A A an uataet cenit 7 3 2 LED ta aa ios 7 4 Device installation and wiring ss ota 8 O A A da DE 11 3 1 Seralinterface A pareeenccie acca eeaeicanaeeeaats 11 52A SMS SECU hasctennan tacese a e a a a e bowtie ated wena saeeiatcn tee 12 A O AN 14 5 4 Analogue inputs SID adidas 16 5 5 Digital OUlputs sup is os 19 V2 1 22 03 2011 3 SMS Reporter User s Manual 1 Notations and abbreviations used in this document Notation Description 111 Important warning lt CR gt Carriage Return character ASCII table value 13 decimal lt LF gt Line Feed character ASCII ta
8. alling the device from any accredited number Input x Cyclic Alarming Enable If this parameter is set the alarm SMS messages Ix FL 10 msec Ix FH 10 msec Ix MCT Ix WBM 0 255 min E l 1 pee will be sent to destination numbers cyclically 9 until the alarm acceptance occurs Ix Dn Input x Destination n Description number ne 1 8 V2 1 22 03 2011 14 SMS Reporter User s Manual Note Hardware Supported x values SMS Reporter 686 SMS Reporter 110 SMS Reporter 343 Example digital input 1 setup alarms the signal transition from low to high level gt I1 FL 50 11 FH 50 11 MH IN 1 ON 11 D1 381641234567 lt I1 FL 50 11 FH 50 11 MH IN 1 ON 11 D1 381641234567 OK V2 1 22 03 2011 15 SMS Reporter User s Manual 5 4 Analogue inputs setup Command Description Value ALR Analog Input Reference AD convertor input reference 0 Vref 2 5V 1 Vref 1 5 AIx S Analog Input x State Digital state of the analogue input readout AIx V Analog Input x Value Analogue value readout 0 4095 AIx TYPE AIx VCV Analog input x Type Analog Input x Voltage Current Value Readout of the voltage current measured on the input The type of input voltage current depends on AIx VCV parameter 0 Voltage 1 Current mV 10uA AIx N Analog Input x Name AIx T An
9. alog Input x Threshold Threshold value that determines the digital state of the input AIx H Analog Input x Hysteresis Hysteresis for determining the digital state of the input AIx FL Analog Input x Filter Low The time needed after the low signal level has been reached and maintained so that the input state could be declared to have reached low level AIx FH AIx MH Analog Input x Filter High The time needed after the high signal level has been reached and maintained so that the input state could be declared to have reached high level Analog Input x Message High The text of alarm SMS sent in case of the high signal level has been reached AIx ML AIx WBM AIx CAE Analog Input x Message Low The text of alarm SMS sent in case of the low signal level has been reached Analog Input x Wait Between Messages The time the device waits between sending the alarm SMS from one to next destination number During this time if the alarm acceptance message arrives the device cancels sending the message to the remaining numbers The alarm acceptance is performed by calling the device from any listed number Analog Input x Cyclic Alarming Enable If this parameter is set the alarm SMS messages will be sent to destination numbers cyclically until the alarm acceptance occurs 0 1 Alx Dn Analog Input x Destination Description number ne 1 8 V2 1 22 03 2011
10. ble value 10 decimal lt 500ms gt Time interval longer than 500ms through which there is no communication on the serial line gt Command or query sent from PC towards the device lt Response sent from the device to the PC TABLE 1 DOCUMENT NOTATION Abbreviation Description GSM Global System for Mobile Communications SMS Short Message Service ASCII American Standard Code for Information Interchange TABLE 2 USED ABBREVIATIONS V2 1 22 03 2011 4 SMS Reporter User s Manual 2 Device description SMS Reporter is an industrial GSM communication device capable of O Sending reports on the state of digital analogue inputs in the form of SMS text message The reports can be initiated by the change in input state input reaching the predefined threshold level or on a periodical basis O Receiving the SMS messages and processing its content Upon the receipt of the SMS the device will process the message with predefined syntax The SMS command message can be used to alter the outputs of the device change the settings of the device or perform the reading of any of the device parameters via response SMS O Setting the device parameters via RS232 interface using the same syntax as with the SMS message The current state of the device is shown by three LED indicators The device is powered by 8V to 32V DC and can be mounted on a 35mm DIN rail The device is being manufactured in three resource op
11. nput Transmitted Data 4 DTR input Data Terminal Ready 5 GND Signal Ground 6 DSR output Data Set Read 7 RTS input Request to Send 8 CTS output Clear to Send 9 RI output Ring Indicator TABLE 7 DB9 PINOUT Figure 3 shows the layout of the DB9 communication port with pin numbers and their layout 2 2 3 3 vv y 3 gt 3132 33 34 J1 1 2 NoTerms 2 3 Term 120R J2 J3 J4 1 2 RS232 2 3 RS485 V2 1 22 03 2011 10 SMS Reporter User s Manual 5 Command reference 5 1 Serial interface setup Command Description Value Unit 1 600 2 1200 3 2400 4 4800 5 9600 6 14400 7 19200 Baud rate 8 28800 bit sec 9 38400 10 56000 P BR 11 57600 12 115200 P DB Data bits 7 8 P P Parity 0 N 1 0 2 E P SB Stop bits 1 2 Example setting serial interface 9600 8 N 1 gt P BR 5 P DB 8 P P 0 P SB 1 lt P BR 5 P DB 8 P P 0 P SB 1 OK Example checking the settings of the serial interface gt P BR P DB P P P SB lt P BR 5 P DB 8 P P 0 P SB 1 OK V2 1 22 03 2011 11 SMS Reporter User s Manual 5 2 SMS setup LN Location name string 0 not send S SLN Send location name in SMS 1 send name If this parameter is not equal to zero the SMS containing the inputs outputs reports is E periodically sent to previously stored numbers
12. o the appropriate GSM antenna Ww The position of the antenna should be set so that the optimal signal reception is achieved The availability and reliability of data transmission may depend on antenna position Do not put the antenna into the metal closet The quality of the GSM network reception can be checked by sending the CSO lt CR gt lt LF gt command from the command mode This command returns the Received Signal Strength RSS and Bit Error Rate BER The device responds with a message CSQ x y where x is RSS and y equals BER RSS x Description 0 113dBm or less 1 111dBm 2 30 109 53dBm 31 51dBm or greater 99 Not known or not detectable TABLE 5 RSS VALUES AND THEIR INTERPRETATION Description 0 lt BER lt 0 2 0 2 lt BER lt 0 4 0 4 lt BER lt 0 8 0 8 lt BER lt 1 6 1 6 lt BER lt 3 2 3 2 lt BER lt 6 4 6 4 lt BER lt 12 8 12 8 or higher Not known or not detectable OIA DI NA AININ o NO TABLE 6 BER VALUES AND THEIR INTERPRETATION The RS232 serial interface is of DCE Data Communication Equipment configuration and is accessed through DB9 female connector The pinout of the connector is given in Table 7 V2 1 22 03 2011 9 SMS Reporter User s Manual No Code VO Description 1 DCD output Data Carrier Detect 2 RD output Received Data 3 TD i
13. tions number of inputs and outputs shown in Table 3 Relay Optocoupler Analogue Beh Nay Outputs Inputs Inputs 110 SMS Reporter 110 1 1 0 343 SMS Reporter 343 3 4 3 686 SMS Reporter 686 6 8 6 TABLE 3 AVAILABLE HARDWARE PLATFORMS AND THEIR RESOURCES V2 1 22 03 2011 5 SMS Reporter User s Manual 3 Device operation 3 1 Operation modes The device can be found in two modes of operation command mode and reporting mode 3 1 1 Command mode The command mode of the device is used to setup or change the settings of the device by sending commands to the device via serial interface The communication with the device can be obtained by using any serial communication terminal e g Hyper Terminal mm In case of initial start up of the device the device is in the command mode and the serial interface parameters are set to baud rate data bits parity bit stop bits 9600 8 N 1 mm To enter the command mode from the reporting mode of the device the following sequence should be sent to the serial interface of the device lt 500msec gt lt 500msec gt To indicate entering into command mode the device will respond with the following sequence over the serial interface lt CR gt lt LF gt COMMAND READY lt CR gt lt LF gt After the command mode has been entered the setting of the device can be achieved by sending the command sequence to the device via the serial interface
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