Power Supply. SIM Card. LED indicators

Transcription

1 Power Supply The GSM commutator is operates from a 12VDC power source. It draws less then 70mA standby, less then 350mA rms and 2A peak max. 12VDC/1.3A...2A switching stabilized power supply is recommended. Power supply input has reverse polarity and overvoltage protection. SIM Card Small SIM-card with 3V technology Preparation of SIM card 1. Delete any SMS messages from SIM. 2. Disable PIN code request so it will not prompt for a PIN code on turning on. 3. Write 3 authorized numbers to (position 1,2,3) You can to position 1 write number 99 or +99 for disable authorization numbers Note: The GSM Remote can only be used with small SIM-cards with 3V technology. For SIM card preparation you can use cell phone or external GSM modem. SIM card change if power turn off. LED indicators Module status indication - RED LED (LED1) GSM Modem SIM300 status indication - GREEN LED (LED2) Module LED indication (Red LED) LED status Permanently off Short blinking after power on and after 1 min periodic blinking Short blinking (period 5-6 sec) Permanently on Modem status Device off SIM card read process Module in work Module work with modem GSM Modem LED indication (Green LED) LED status Permanently off Fast blinking (period 1s, ton 0,5s) Slow blinking (period 3s, ton 0,3s) Permanently on Modem status Device off Net search / Not registered / Turning off Registered full service A call is active

2 Connectors and Jumpers Power supply (X2 - screw terminal block). Controlled equipment inputs and outputs (X2, X3, X4 - screw terminal block) SMA female connector (X5) for GSM antenna connection. Power Supply Connection +12VDC stabilized Power Supply must be connected with screw terminal block. We recommend use stabilized 1,3...2A 12VDC power supply. Power supply input has negative voltage and over voltage protection. Internal +12VDC connection and Power Supply connection schematic. Antenna connection GSM antenna must be connected to SMA connector X5. Use only the 50Om antenna of the necessary frequency range. Base version complected with direct mount GSM antenna. Note: It is very important that the antenna is installed on a location where the GSM-network coverage is sufficient. Please also check carefully that antennas are not installed nearby technical devices, cables etc which could influence the GSM-radiation.

3 Gate Automatic Connection For gate automatic control used relay output: Output 2 - alternative output for gate control. Output 1 and Output 4 - for optional use. Additional Interface Standard 2x3 pin ISP interface connector X1. Used only for in-system microcontroller programming. Pin Pin 1 MISO 2 VCC 3 SCK/ 4 MOSI 5 Reset/ 6 GND

4 Jumpers Jumper J2 Connection pull-up resistor to digital inputs. 2k2 resistor for each inputs is used. All resistor pulled up to +5V (+12V optional). Note: Use this jumper only for Open Collector or Relay Output.

5 Inputs / Outputs Schematic Inputs Digital Transistor Inputs Connector: Screw terminal block Inversion: Yes Protection: Yes Max input voltage: +12V without external limited resistor. Free Input: logic "0" Logic "0": 0V +1V Logic "1": +1.5V +12V J2 jumper for pull-up resistor connections to +12V (+5V optional) 0-10V / 0-5V Analog Inputs Connector: Screw terminal block Input type: CMOS Input Voltage: 0 to +10V Protection: Yes Input resistance: 100 KOm. ADC resolution: 10-bit 249 Om resistor optional for 0-20/4-20mA applications

6 Outputs MOSFET Open Drain Outputs Connector: Screw terminal block MOSFET transistor: Si9945 or IRF7103 Max. Voltage: 50V Relay Output Connector: Screw terminal block Outputs: NO/COM/NC Relay: SPDT power relay Breaking capacity: 5 A 230VAC / 28VDC Min load: 0.1 A, 5VDC

7 Connection Example Connection example to Input Driver (Input 1-5) 1-0 and 0-1 event notification You can use J2 pin header for in-board pull-up resistor connection. Relay connection example to Output Driver (Output 1, 2 and 5) Electromechanical relay connection. Solid-state-relay (SSR) connection.

8 Module programming For module programming: SIM card preparation Programming with send control SMS (see paragraph 'SMS Control Command List') SIM card preparation Delete any SMS messages from SIM. Write alarm SMS message to SIM (if you use alarm function) Disable PIN code request so it will not prompt for a PIN code on turning on. Write 2 authorized numbers to (position 1,2) Write gate open user cell phone numbers to (position from 3); you can added and deleted numbers with SMS command. Note: The module can only be used with small SIM-cards with 3V technology. For SIM card preparation you can use cell phone or external GSM modem. Set phone numbers from which management (module settings, add/delete SMS phone book) is authorized 1 A1 <Phone number1> 1) 2 A2 <Phone number2> 1) 1): full phone number with country code (see Note below) Example: enable 2 phone numbers for module management 1 A A Example: enable all phone numbers (disable authorization numbers; all cell phone enabled for gate open) 1 A A2 <Phone number2> NOTE: For difference mobile operators can be difference number format in CLIP. For example for Latvia BITE and LMT TELE (without country code) Also for difference country can be difference number format in CLIP for UK: At position 001 and 002 you should write number with country code ( ) At position you should write number without country code ( )

9 in SIM and EEPROM stored in SIM and in EEPROM BR160GM-GATE module. After restart module from SIM card copy to EEPROM. After SMS command ADDNUM number added to in EEPROM and in SIM card. After SMS command DELNUM number deleted from in EEPROM and from SIM. You can write numbers to SIM directly 001 A1 <Phone number 1> 002 A2 <Phone number 2> 003 A3 <Phone number 3> A249 <Phone number 2490> 250 A250 <Phone number 250> Number at location 001 and 002 Number at location 001 and privileg.number: from this cell phone you can send SMS command for setting and control. - numbers, enabled for gate open process. If at location 001 empty or short number, for example 001 or 99, then all cell phone enabled for gate open process. You can write numbers to SIM. with SMS command ADDNUM or deleted number from SIM with SMS command DELNUM You can add new number to phone book ADDNUM SMS command. - If phone book full, you receive answer SMS 'SIM Full' - If phone book not full, new number entered to first empty position in phone book you receive SMS 'NR added' (you receive also position in phone book) - If number exist in phone book, you receive SMS 'NR exist' (number exist in phone book at position 042) - If number not exist in phone book, you receive SMS 'NR added' (number added at position 250) You can delete new number from phone book DELNUM SMS command. - If number not exist in phone book, you receive answer SMS 'NR not exist' - If number exist in phone book, you receive answer SMS 'NR deleted' You can read number from phone book GETNUM SMS command. New SMS command Maxnn1 Maxnn9 Maxnn1 30 numbers maximum; Maxnn2 60 numbers maximum (default setting) Maxnn8 240 numbers maximum; Maxnn9 250 numbers maximum

10 Example: ADDNUM A1 <Phone number 1> 002 A2 <Phone number 2> 003 A3 <Phone number 3> A250 <Phone number 250> DELNUM A1 <Phone number 1> 002 A2 <Phone number 2> 003 A3 <Phone number 3> A250 <Phone number 250> Add number to SIM phone book ADDNUM or Addnum add number to SIM phone book - add number to SIM phone book Answer SMS: NR added - if number added to SIM phone book at location 012 NR exist - if number exist in SIM phone book at location 012 where: NR location in SIM phone book NOTE: For difference mobile operators can be difference number format in CLIP. For example for Latvia BITE and LMT TELE (without country code) Also for difference country can be difference number format in CLIP for UK: At position 001 and 002 you should write number with country code ( ) At position you should write number without country code ( )

11 Delete number from SIM phone book DELNUM or Delnum delete number from SIM phone book - delete number from SIM phone book Answer SMS: NR deleted - if number deleted from SIM phone book (from position 011) NR not exist - if number not exist in SIM phone book where: NR location in SIM phone book Read number from phone book GETNUM read number from SIM phone book with location 051 Answer SMS: NR 051: Note: - If in your cell phone in phone book phone number exist with name, for example, SMN your cell phone display following answer SMS: NR 11 SMN deleted NR 001: SMN NR 12 SMN added Set output impulse duration (accuracy +/- 20%) SETDD 12 SETDD 90 SETDD 00 SETDD 02 SETDD 00 - set duration = 12 sec - set duration = 90 sec - disable output impulse - latch mode - set pulse duration = 2 sec - disable pulse latch mode

12 Remote control You can with dialing (without connection) open your gate. Output 3 and Output 2 for gate control. We can turn on and turn off module outputs with SMS command: SETOU and RSTOU. SETOU1 RSTOU1 - set output 1 to '0' - active state. - reset output 1 to '1' - passive state. Answer SMS: INP=3F OUT=00 Pulse (sec) 5 where: INP=3F OUT=00 Pulse (sec) - input state in HEX (inverse to inputs on terminal block) - output state (output 4..1) in HEX - output impulse duration (in sec) If Pulse = 00 (see SMS command Setdd), then latch mode. First dial - turn on, second dial - turn off

13 SMS Control Command List Control Command List Command Function Return Message Description 1) Read Status Getst Get Status INP=3F OUT=00 Pulse (sec) 5 Input and output state, pulse duration (output 3) Outputs control Setou1 Set Output 1 - Set Output 1 Setou2 Set Output 2 - Set Output 2 Setou3 Set Output 3 - Set Output 3 - relay ON Rstou1 Reset Output 1 - Reset Output 1 Rstou2 Reset Output 2 - Reset Output 2 Rstou3 Reset Output 3 - Reset Output 3 - relay OFF Setdd NN Addnum Delnum Set output impulse duration Add new number Delete number Settings INP=3F OUT=00 Pulse (sec) 5 Settings NR added or NR exist NR deleted or NR not exist Getnum Read number NR 167: Set output impulse duration, NN = sec.; default 02 if NN=00, then latch mode ADDNUM DELNUM GETNUM location in SIM phone book Rstart Restart Restart (module work after 2 min) MaxnnN Set Max numbers note: This SMS command support only new version software INP=3F OUT=00 Pulse (sec) 5 MaxNN=60 N from 1 to 9 N=1 30 numbers N=2 60 numbers (default)... N=8 240 Numbers N=9 250 numbers Note: 1): Not case sensitive. You can use GETNUM, Getnum, SMS command module executed after 60 sec maximum. If you change first number in SIM phone book, required restart module for new installation.

14 SMS Reporting Message (Alarm SMS in SIM) SMS Message Number in SIM SMS Message Cell Phone Number Input NR 1 Event 1 <Phone number> 1 2 Event 2 <Phone number> 2 3 Event 3 <Phone number> 3 4 Event 4 <Phone number> 4 5 Event 5 <Phone number> 5 Example SMS Message Cell Phone Input Nr Text of Messages Number Number Connected to 1 Door open <Phone number> 1 Door sensor 2 Smoke detection <Phone number> 2 Smoke detectors 3 <Phone number> 3 4 <Phone number> 4 Not connected input state Input state Status data INP= Input state with connected pull-up resistor (J2) Input Input Input Input Input Input Active event on input Input state Input Input Input Input Input 5 1-0

15 Output state Output state Output state Status data OUT= Output 1 Open Drain 1 1 Output 2 Open Drain 1 1 Output 3 Relay NO 1 1 Output 4 Open Drain 1 1 Phone numbers from which management is authorized (optional) Delete all entry in active phone book and write 3 phone numbers of mobile phone. 1 A1 <Phone number1> 2 A2 <Phone number2> 3 A3 <Phone number3> Note 1: full phone number with country code Example - enable 2 phone numbers for module management (A1 and A2); for gate open enable only number in SIM phone book (max. 250 numbers) 1 A A A Example - enable all numbers (disable authorization numbers); all number enabled for gate open. 1 A A2 <Phone number2>