Teltonika T-BoxN12R Manuel utilisateur
TELTONIKA T-BoxN12R
TBN-107
USER’S MANUAL V1.13
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Contents
1. About this document...............................................................................................................................5
2. Introduction..............................................................................................................................................6
3. Mechanical integration............................................................................................................................7
3.1. Package contents..............................................................................................................................7
3.2. Dimensions .......................................................................................................................................7
3.2.1. T BoxN12R case.......................................................................................................................7
3.2.2. Front panel ................................................................................................................................8
3.2.3. Top view ....................................................................................................................................8
4. Electrical integration................................................................................................................................9
4.1. Electrical characteristics ..................................................................................................................9
4.1.1. Connector pin out....................................................................................................................9
4.1.2. Grounding ...............................................................................................................................10
4.1.3. Power supply...........................................................................................................................10
4.2. I/O characteristics .........................................................................................................................10
4.2.1. Digital Inputs...........................................................................................................................10
4.2.2. Digital Outputs .......................................................................................................................11
4.2.3. Analog Inputs..........................................................................................................................11
4.3. Serial communication ....................................................................................................................11
4.3.1. PORT 1....................................................................................................................................12
4.3.2. PORT 2....................................................................................................................................13
4.3.3. PORT 3....................................................................................................................................13
4.3.4. Pin out description of the serial port connectors..............................................................13
4.4. Sample electrical connection.........................................................................................................14
4.4.1. Sample scheme........................................................................................................................14
5. JAVA (J2ME) Overview.......................................................................................................................15
5.1. Introduction....................................................................................................................................15
5.2. Supported Java API .......................................................................................................................15
6. M2M System protocol overview..........................................................................................................16
7. Introduction to integrated TCP/IP stack...........................................................................................17
8. Documents provided by Nokia ...........................................................................................................18
9. Software...................................................................................................................................................19
9.1. Nokia 12 Configurator ..................................................................................................................19
9.2. Modem Drivers for Nokia 12.......................................................................................................19
9.3. Nokia 12 IMP 1.0 Concept Simulator.........................................................................................19
9.4. Eclipse..............................................................................................................................................19
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10. Troubleshooting...................................................................................................................................20
10.1. T BoxN12R doesn’t power up...................................................................................................20
10.2. Nokia Configurator couldn’t connect to T BoxN12R...........................................................20
11. Technical specifications ......................................................................................................................23
11.1. Mechanical specifications and operating conditions...............................................................23
11.2. Electrical parameters....................................................................................................................23
12. Technical support ................................................................................................................................25
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Leg l Notice
Copyright © 2004 Teltonika.
All rights reserved. Reproduction, transfer, distribution or storage of part or all of the
contents in this document in any form without the prior written permission of Teltonika is
prohibited.
Nokia and Nokia Connecting People are registered trademarks of Nokia
Corporation.
Java and all Java based marks are trademarks or registered trademarks of Sun
Microsystems, Inc.
Other product and company names mentioned herein may be trademarks or trade
names of their respective owners.
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1. ABOUT THIS DOCUMENT
This document describes the T BoxN12R hardware integration, configuration and
software configuration. This document should help T BoxN12R integrators to integrate
and configure the system.
The document describes the mechanical, electrical, radio frequency (RF), antenna
installation, PC software installation and configuration.
Document also describes how to test and run T BoxN12R for the first time.
Note: Form more detail information integrator should be familiar with following documents: Nokia
12 Hardware Integrators Manual, Nokia M2M Platform Software eveloper’s Guide, and Nokia 12
GSM Module IMlet Programming Guide. These documents you can download from Nokia web site
(www.forum.nokia.com/m2m)
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2. INTRODUCTION
T BoxN12R was designed for M2M (machine to machine) applications or other
wireless solutions. Integrated Nokia 12 GSM module enables flexible wireless
communication over GSM network. Nokia 12 supports various communication bearers:
• EDGE multi slot class 2 (2+1) and mobile station class B
• GPRS multi slot class 6 (3+1, 2+2, 2+1) and mobile station class B
• CSD
• HSCSD
• SMS, text/data messaging
• USSD, data messaging
Nokia 12 also supports Java (J2ME) and CORBA. These features enable
development of distributed wireless applications.
The T BoxN12R has several operating modes, so it can be used for different
applications. In AT mode it can be used as a wireless modem for PC to connect to the
Internet. In I/O mode T boxN12R can control external hardware by reading/writing I/O
with a Java application or SMS. The functionality of T BoxN12R can be expanded by
connecting external hardware (controllers for Real Time operation) to RS 232 interface.
All these features enable to use T BoxN12R in wide range of applications.
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3. MECHANICAL INTEGRATION
3.1. Package contents
These are the contents of your package:
1) T BoxN12R,
2) Serial cable PORT1/2 (one connector – female COM port, another – RJ45),
3) Serial cable for PORT3 (one connector – female COM port, another – RJ45),
4) GSM antenna (SMA connector),
5) 6x connectors MSTB 2,5 HC/3 ST, 3x connectors MSTB 2,5 HC/2 ST
(could be additionally purchased from Teltonika or
www.phoenixcontact.com),
6) A CD with Software and User’s Manual.
3.2. D mens ons
3.2.1. T-BoxN12R case
The plastic case of T BoxN12R is light and suitable for fitting with electronic
instruments that can hook to the DIN EN 50022.
When a place for T BoxN12R is being planned, it should be considered that GSM
antenna, which is supplied in your package, should NOT be placed in metal case. The
supplied antenna usually has 2 meter length cable, so if you plan to mount T BoxN12R
into a metal case, please mount the antenna outside the metal case. If cable length of 2
meters is not enough, contact our sales department (refer to page 25) to order antennas
with longer cables.
22,55mm
101mm
120mm
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3.2.2. Front panel
3.2.3. Top view
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6
7
8
9
10
11
2
3
4
5
6
7
8
9
PWR AT SLEEP
IN
OUT
T-BOX/N12R
I/O AT
Switch
Indication LEDs
I/O LEDs
SIM card slot
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4. ELECTRICAL INTEGRATION
4.1. Electr cal character st cs
4.1.1. Connector pin-out
Table 1. Connector p n-out
P n name
Descr pt on
GND
+ Device power. Voltage range from 9V to 30V DC. Power consumption:
Stand by mode ~30mA@12V, peak up to 700mA@12V. As switched power
regulator is used inside, the smaller the voltage, the bigger the current and
vice versa (power consumption remains about the same)
AIN3 Analog input 3. Input range from 0 to 10V
AIN2 Analog input 2. Input range from 0 to 10V
AIN1 Analog input 1. Input range from 0 to 10V
┴ GND
OUT2 Output 2. Open collector output (max. load 70mA or 200mW)
OUT3 Output 3. Open collector output (max. load 70mA or 200mW)
OUT4 Output 4. Open collector output (max. load 70mA or 200mW)
OUT5 Output 5. Open collector output (max. load 70mA or 200mW)
OUT8 Output 5. Open collector output (max. load 70mA or 200mW)
OUT9 Output 9. Open collector output (max. load 70mA or 200mW)
OUT7 Output 7. Open collector output (max. load 70mA or 200mW)
OUT6 Output 6. Open collector output (max. load 70mA or 200mW)
┴ GND
┴ GND
IN5 Input 5. This input is optically isolated and connected to corresponding
Nokia 12 input. 0…1V – false, 2…24V – true.
IN6 Input 6. This input is optically isolated and connected to corresponding
Nokia 12 input. 0…1V – false, 2…24V – true.
IN9 Input 9. This input is optically isolated and connected to corresponding
Nokia 12 input. 0…1V – false, 2…24V – true.
IN7 Input 7. This input is optically isolated and connected to corresponding
Nokia 12 input. 0…1V – false, 2…24V – true.
IN10 Input 10. This input is optically isolated and connected to corresponding
Nokia 12 input. 0…1V – false, 2…24V – true.
IN11 Input 11. This input is optically isolated and connected to corresponding
Nokia 12 input. 0…1V – false, 2V – true.
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IN8 Input 8. This input is optically isolated and connected to corresponding
Nokia 12 input. 0…1V – false, 2V – true.
Input ground. Input ground is separate from module ground (power supply,
outputs) because inputs are optically isolated.
PORT2/3 Serial port 2. Connected to Nokia 12 port 2. Can be used as system port
(M2M protocol to configure Nokia 12) only
Serial port 3. Connected to Nokia 12 port 3. This port is controlled by Java
application on the Nokia 12 module or GPS.
PORT1 Serial port 1. Connected to Nokia 12 port 1. Can be used for AT commands,
GPS or as system port.
4.1.2. Grounding
The ground for power supply is marked as “ “, for analog inputs and outputs is
marked with symbol ┴. These pins are connecter together internally.
The input ground is isolated from ┴. Internally all ┴ pins are connected together.
In case optical isolation is not needed the ┴ and can be connected together.
4.1.3. Power supply
The T BoxN12R uses switched power regulator. Acceptable voltage range is from
9V to 30V DC.
Power consumption: Stand by mode ~30mA@12V, peak up to 700mA@12V. The
smaller the voltage, the bigger the current and vice versa (power consumption remains
about the same).
4.2. I/O character st cs
4.2.1. igital Inputs
Inputs are optically isolated. Input ground is separated from common device ground
and marked as . If voltage is applied between 1 V and 2 V, the logical value depends
on voltage history, because digital input has hysteresis.
Table 2. Log cal values for voltages of d g tal nputs
Voltage Log cal value
0 – 1 V 0 (False)
2 – 24 V 1 (True)
Note: When T-BoxN12R operates n AT mode (sw tch s n pos t on “AT”)
outputs 2,3,4,5 and Inputs 5 and 6 are d sabled!
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