Ercogener GenLoc 354e User Manual

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User Guide

GenLoc 354e

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Revision

Date

: EG_GenLoc354e_1040Q_UG_002_UK

: 002

: 13/07/2016

http://www.ercogener.com

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Document History

Rev. Modifications Author Date Validation Date

000 Creation YST 01/07/2015 PBR 06/07/2015

001 Minor adjustment on DoC EFO 02/11/2015 PBR 03/11/2015

002 Update DoC YST 13/07/2016 MSU 13/07/2016

The main modifications of this document compared to the previous version are easily identifiable on the screen by the blue color of the text.

Descriptions and non-contractual illustrations in this document are given as an indication only.

ERCOGENER reserves the right to make any modifications.

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TABLE OF CONTENTS

PRESENTATION ............................................................................................................................................. 10

WARNING ....................................................................................................................................................... 11

COPYRIGHT ................................................................................................................................................... 12

SYMBOLS USED ............................................................................................................................................ 13

1 SECURITY RECOMMENDATIONS ....................................................................................................... 14

1.1 GENERAL SECURITY ......................................................................................................................... 14

1.2 SECURITY IN A VEHICLE .................................................................................................................... 15

1.3 CARE AND MAINTENANCE .................................................................................................................. 15

1.4 YOUR RESPONSIBILITY ...................................................................................................................... 15

2 PRESENTATION .................................................................................................................................... 16

2.1 CONTENT .............................................................................................................................. ........... 16

2.2 MODEM PACKAGING ......................................................................................................................... 16

2.3 MECHANICAL CHARACTERISTICS ....................................................................................................... 17

2.3.1 Fixing brackets ......................................................................................................................... 17

2.4 CHARACTERISTICS AND SERVICES .................................................................................................... 18



2.4.1 Services .................................................................................................................................... 18

2.5 ENVIRONMENTAL CHARACTERISTICS ................................................................................................. 21

3 INTERFACES ......................................................................................................................................... 22

3.1 FRONT SIDE ...................................................................................................................................... 22

3.2 BACK SIDE ....................................................................................................................................... 23

3.3 FUNCTIONAL ARCHITECTURE ............................................................................................................. 24

3.4 POWER SUPPLY ................................................................................................................................ 25

3.4.1 Power supply cables ............................................................................................................... 25

3.4.2 Power supply 8 – 32VDC ........................................................................................................... 25

3.4.2.1 Internal battery ................................................................................................................ 26

3.4.2.2 Consumption of the GenLoc 354e ................................................................................. 27

3.4.2.3 Power Dimensioning ....................................................................................................... 28

3.5 ONE WIRE BUS .............................................................................................................................. .. 29

3.5.1 One Wire Bus ........................................................................................................................... 29

3.5.2 Option Multi 1- Wire Bus S0470C ........................................................................................... 30

3.6 ANALOG INPUTS ANA1 AND ANA2 ................................................................................................... 31

3.6.1 Analog inputs 0 – 10 VDC ......................................................................................................... 31

3.6.2 Option analog inputs 4 – 20 mA S0475C ............................................................................... 32

3.7 OPTO-COUPLED INPUTS .................................................................................................................... 33

3.8 ISOLATED OPTO-COUPLED INPUTS ..................................................................................................... 34

3.9 DIGITAL OUTPUTS ............................................................................................................................. 35

Descriptions and non-contractual illustrations in this document are given as an indication only.

ERCOGENER reserves the right to make any modifications.

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3.10 POWER SUPPLY OUTPUT V

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........................................................................................................... 36

BAT

3.11 BUZZER ........................................................................................................................................... 37

3.12 INPUT COMPATIBLE K-LINE (ISO 9141-2) ......................................................................................... 38

3.13 SERIAL LINK RS232_0 ..................................................................................................................... 39

3.14 SERIAL LINK RS232_1 ..................................................................................................................... 40

3.15 SERIAL LINK RS232_2 / BUS CAN OPTION ....................................................................................... 41

3.15.1 Serial link RS232_2 option S0469B ................................................................................... 41

3.15.2 Bus CAN MCP2515 option S0467D .................................................................................... 42

3.16 POWER SUPPLY POWER_OUT ........................................................................................................... 43

3.17 BOOT ............................................................................................................................................. 44

3.18 RESET ........................................................................................................................................... 45

3.19 ACCELEROMETER ............................................................................................................................. 46

3.20 SIM CARD ........................................................................................................................................ 46

3.21 DUAL SIM OPTION – S0471C ........................................................................................................... 46

3.22 LEDS OF THE MODEM ........................................................................................................................ 47

3.22.1 GSM Led ............................................................................................................................... 47

3.22.1.1 Without application ......................................................................................................... 47

3.22.1.2 With standard library EGM ............................................................................................. 47

3.22.1.3 The application ERCOGENER EaseLoc_Vx ................................................................. 47

3.22.1.4 Owner application ........................................................................................................... 47

3.22.2 User Led ............................................................................................................................... 48

3.22.3 GNSS Led ............................................................................................................................. 48

4 GSM EXTERNAL ANTENNA ................................................................................................................. 49

5 GNSS EXTERNAL ANTENNA ............................................................................................................... 50

5.1 INSTALLATION OF GNSS EXTERNAL ANTENNA ................................................................................... 51

6 USE OF THE MODEM ............................................................................................................................ 52

6.1 SPECIFIC RECOMMENDATIONS FOR THE USE OF THE MODEM IN VEHICLES ............................................ 52

6.1.1 Recommended connection on the battery of a truck ........................................................... 52

6.2 TURNING THE MODEM OFF ............................................................................................................... 53

6.3 STARTING WITH THE MODEM .............................................................................................................. 54

6.3.1 Mounting the modem ............................................................................................................... 54

6.3.2 SIM card installation ................................................................................................................ 54

6.4 USE OF THE MODEM .......................................................................................................................... 55

6.4.1 Checking the communication with the modem .................................................................... 55

6.4.1.1 Without application ......................................................................................................... 55

6.4.1.2 Standard Library .............................................................................................................. 56

6.4.1.3 The application ERCOGENER EaseLoc_Vx ................................................................. 56

6.4.1.4 The owner application .................................................................................................... 57

6.5 CHECKING THE QUALITY OF THE GSM RECEPTION SIGNAL.................................................................. 57

6.6 VERIFICATION OF THE PIN CODE ....................................................................................................... 58

6.7 VERIFICATION OF THE MODEM REGISTRATION ON GSM NETWORK ....................................................... 58

Descriptions and non-contractual illustrations in this document are given as an indication only.

ERCOGENER reserves the right to make any modifications.

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6.8 VERIFICATION OF THE MODEM REGISTRATION ON GPRS NETWORK ..................................................... 59

6.9 READING A CURRENT POSITION GIVEN BY THE GNSS ......................................................................... 60

7 RECOMMENDED ACCESSORIES ........................................................................................................ 62

8 CLIENT SUPPORT ................................................................................................................................. 62

ANNEX 1 – 4-PINS MICRO-FIT CABLE (4 WIRES, POWER SUPPLY) ....................................................... 63

ANNEX 2 - 14-PINS MICRO-FIT CABLE (INPUTS/OUTPUTS) .................................................................... 64

ANNEX 3 – 16-PINS MICRO-FIT CABLE (14 WIRES, SERIAL LINKS) ....................................................... 65

ANNEX 4 – 16-PINS MICRO-FIT CABLE (16 WIRES, SERIAL LINKS, BOOT AND RESET) .................... 66

ANNEX 5 - ABBREVIATIONS ........................................................................................................................ 67

DECLARATION OF CONFORMITY ............................................................................................................... 69

Descriptions and non-contractual illustrations in this document are given as an indication only.

ERCOGENER reserves the right to make any modifications.

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Index of Tables

Table 1 : Mechanical characteristics ............................................................................................................... 17

Table 2 : Characteristics and services ............................................................................................................. 18

Table 3: Environmental characteristics ............................................................................................................ 21

Table 4 : Front side connection ....................................................................................................................... 22

Table 5 : Effects of power supply defect .......................................................................................................... 25

Table 6 : Characteristics of the polymer lithium battery .................................................................................. 26

Table 7 : Power supply range .......................................................................................................................... 27

Table 8: Consumption in Low Power mode @ 25 °C without battery charging .............................................. 27

Table 9 : Consumption in attached mode @ 25 °C without battery charging ................................................. 27

Table 10 : Consumption in data transfer @ 25 °C without battery charging ................................................... 27

Table 11 : Consumption in data transfer @ 25 °C without battery charging ................................................... 28

Table 12: Consumption of the battery charge @ 25 °C .................................................................................. 28

Table 13: One Wire Bus description ................................................................................................................ 29

Table 14 : One Wire Bus – Electrical characteristics ...................................................................................... 29

Table 15 : Multi 1- Wire Bus description S0470C ............................................................................................ 30

Table 16 : Multi 1- Wire Bus – Electrical characteristics S0470C ................................................................... 30

Table 17 : Description of analog inputs 0 – 10 V ............................................................................................. 31



Table 18 : Characteristics of analog inputs 0 – 10 V ....................................................................................... 31

Table 19 : Description of analog inputs 4 – 20 mA .......................................................................................... 32

Table 20 : Characteristics of analog inputs 4 – 20 mA .................................................................................... 32

Table 21 : Description of opto-coupled inputs ................................................................................................. 33

Table 22 : Characteristics of opto-coupled inputs ........................................................................................... 33

Table 23 : Description of isolated opto-coupled inputs .................................................................................... 34

Table 24 : Characteristics of isolated opto-coupled inputs .............................................................................. 34

Table 25 : Description of digital outputs .......................................................................................................... 35

Table 26 : Characteristics of open collector output ......................................................................................... 35

Table 27 : Description of the power supply V

Table 28 : Conditions of use of the power supply output V

............................................................................................. 36

BAT

........................................................................ 36

BAT

Table 29 : Description of buzzer output ........................................................................................................... 37

Table 30 : Characteristics of buzzer output ..................................................................................................... 37

Table 31 : Example of Transducer tested with the GenLoc 354e ................................................................... 37

Table 32 : Description of the input compatible K-Line (ISO 9141-2) ............................................................... 38

Table 33 : Bus K-Line for a tachograph ........................................................................................................... 38

Table 34 : Pins description of serial link RS232_0 .......................................................................................... 39

Table 35 : Characteristics of serial link RS232_0 ............................................................................................ 39

Table 36 : Pins description of serial link RS232_1 .......................................................................................... 40

Table 37 : Characteristics of serial link RS232_1 ............................................................................................ 40

Table 38 : Pins description of serial link RS232_2 .......................................................................................... 41

Table 39 : Characteristics of serial link RS232_2 ............................................................................................ 41

Table 40 : Pins description of the link Bus CAN option S0467D ..................................................................... 42

Descriptions and non-contractual illustrations in this document are given as an indication only.

ERCOGENER reserves the right to make any modifications.

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Table 41 : Characteristics of serial link Bus CAN MCP2515 option S0467D .................................................. 42

Table 42 : Description of Power_Out ............................................................................................................... 43

Table 43 : Characteristics of Power_Out ......................................................................................................... 43

Table 44 : Description of BOOT input .............................................................................................................. 44

Table 45 : Conditions of use of BOOT signal .................................................................................................. 44

Table 46 : Description of RESET input ............................................................................................................ 45

Table 47 : Conditions of use of RESET signal ................................................................................................ 45

Table 48: Characteristic of accelerometer ....................................................................................................... 46

Table 49: Characteristics of the SIM card power voltage ................................................................................ 46

Table 50: Characteristics of the 2nd SIM card power voltage .......................................................................... 46

Table 51: Status of GSM LED ......................................................................................................................... 47

Table 52: Available status of GNSS LED ........................................................................................................ 48

Table 53 : Characteristics of GSM external antenna ....................................................................................... 49

Table 54 : Characteristics of GNSS external antenna ..................................................................................... 50

Table 55 : RSSI value ...................................................................................................................................... 57

Table 56 : Verification of PIN code .................................................................................................................. 58

Table 57 : Verification of modem registration on GSM network ...................................................................... 58

Table 58 : Verification of the modem registration on GPRS network .............................................................. 59

Table 59 : Reading a current position given by the GNSS .............................................................................. 61

Table 60 : Characteristics of power supply cable ............................................................................................ 63

Table 61 : Characteristics of 14-wire inputs/outputs cable .............................................................................. 64

Table 62 : Wiring of the 14-wire inputs/outputs cable ..................................................................................... 64

Table 63 : Characteristics of 14-wires serial links cable .................................................................................. 65

Table 64 : Wiring of 14-wires serial links cable ............................................................................................... 65

Table 65 : Characteristics of the 16-wires serial links cable (Boot + Reset) ................................................... 66

Table 66 : Wiring of the 16-wires serial links cable (Boot + Reset) ................................................................. 66

Descriptions and non-contractual illustrations in this document are given as an indication only.

ERCOGENER reserves the right to make any modifications.

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Index of Figures

Figure 1 : Content ............................................................................................................................................ 16

Figure 2 : Dimensions ...................................................................................................................................... 17

Figure 3 : Back side ......................................................................................................................................... 17

Figure 4 : Front side ......................................................................................................................................... 22

Figure 5 : Back side ......................................................................................................................................... 23

Figure 6 : Functional architecture .................................................................................................................... 24

Figure 7 : Consumption max ........................................................................................................................... 28

Figure 8 : Internal electrical scheme of the One Wire bus .............................................................................. 29

Figure 9 : Internal electrical scheme of the Multi 1- Wire Bus S0470C ........................................................... 30

Figure 10 : Internal electrical scheme of analog input 0 – 10 V ...................................................................... 31

Figure 11 : Internal electrical scheme of analog input 4 – 20 mA ................................................................... 32

Figure 12 : Internal electrical scheme of opto-coupled inputs ......................................................................... 33

Figure 13 : Internal electrical scheme of isolated inputs ................................................................................. 34

Figure 14 : Internal electrical scheme of the output ........................................................................................ 35

Figure 15 : Example of relay control ................................................................................................................ 35

Figure 16 : Example of Transducer tested with the GenLoc 354e .................................................................. 37

Figure 17 : Internal electrical scheme of the K-Line bus for a tachograph ...................................................... 38



Figure 18 : Level of K-Line bus for a tachograph ............................................................................................ 38

Figure 19 : Scheme for connection of K-Line input to tachograph .................................................................. 38

Figure 20 : Standards signals of serial link RS232_0 ...................................................................................... 39

Figure 21 : Standards signals of serial link RS232_1 ...................................................................................... 40

Figure 22 : Standards signals of serial link RS232_2 ...................................................................................... 41

Figure 23 : Output signal of bus CAN MCP2515 option S0467D .................................................................... 42

Figure 24 : Standards signals of link Bus CAN MCP2515 option S0467D ..................................................... 42

Figure 25 : Internal electrical scheme of Power_Out ...................................................................................... 43

Figure 26 : Drop of voltage .............................................................................................................................. 43

Figure 27 : Internal electrical scheme of BOOT .............................................................................................. 44

Figure 28 : Internal electrical scheme of RESET ............................................................................................ 45

Figure 29 : Chronogram of RESET signal ....................................................................................................... 45

Figure 30 : Positioning of the accelerometer axis ........................................................................................... 46

Figure 31 : Back side Leds .............................................................................................................................. 47

Figure 32 : GSM external antenna .................................................................................................................. 49

Figure 33 : GNSS external antenna ................................................................................................................ 50

Figure 34 : Recommended installation of GNSS antenna ............................................................................... 51

Figure 35 : Installation of GNSS antenna not recommended .......................................................................... 51

Figure 36 : Recommended connection on the battery of a truck .................................................................... 52

Figure 37 : Mounting the modem ..................................................................................................................... 54

Figure 38 : Installation of the modem .............................................................................................................. 54

Figure 39 : 4-pins Micro-FIT cable ................................................................................................................... 63

Figure 40 : Fuse Mini Blade ............................................................................................................................. 63

Descriptions and non-contractual illustrations in this document are given as an indication only.

ERCOGENER reserves the right to make any modifications.

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Figure 41 : 14-pin Micro-FIT cable (Inputs/Outputs) ....................................................................................... 64

Figure 42 : 16-pins Micro-FIT cable (Serial links) ............................................................................................ 65

Figure 43 : 16-wire Micro-FIT cable (Serial links, Boot and Reset) ................................................................. 66

Descriptions and non-contractual illustrations in this document are given as an indication only.

ERCOGENER reserves the right to make any modifications.

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Presentation

Entirely dedicated to geolocation and embedded data services, the modem GenLoc 354e combines the

GSM / GPRS / HSPA and GNSS functions in the same robust casing.

The GNSS data can be transmitted by SMS or data communication GSM/GPRS/HSPA.

This product includes the 72-channel GNSS function. The high sensitivity GNSS solution ensures the data

collection in difficult environments.

The modem is Quad-Bands (850/900/1800/1900 MHz) GSM/GPRS Class 12.

The modem is six-bands (I, II, IV, V, VI, VIII) UMTS / HSPA.

The GenLoc 354e provides 3 operating modes depending on the embedded application:

 External mode (standard): The control is done by an external application. The modem is used with

the AT command set (see Commands List EG_EGM_CL_xxx_yy of ERCOGENER).

 Autonomous mode: Once configured, the modem is autonomous; it cyclically registers the positions

and automatically transmits them to the client’s application via different services: SMS, GSM Data,

TCP socket GPRS/UMTS (see EG_EaseLoc_Vx_CL_yyy_UK of ERCOGENER).

 Specific development mode: the EGM development tool allows the development of additional and

customized embedded applications. For more information about the tools and the training, please

contact our sales department.

Its protocols of IP connectivity integrated in the embedded application EaseLoc_Vx, are also available under

EGM libraries for a specific development, allowing a quick installation of embedded telematics solutions with

strong added-value.

This document describes the modem and provides the following information:

- General presentation,

- Functional description,

- Available basic services,

- Installation and use of the modem (first level),

- Recommended accessories for the use of the modem.

For more information about this document, ERCOGENER puts at your disposal the following elements:

- Commands List

External Mode EG_EGM_CL_xxx_yy

Autonomous Mode EG_EaseLoc_Vx_CL_yyy_UK

- Application Note EG_GenLoc354e_1040_AN_xxx_yy

- Release Note EG_GenLoc354e_1040_RL_xxx_yy

- Client Support (Hot-Line)

Descriptions and non-contractual illustrations in this document are given as an indication only.

ERCOGENER reserves the right to make any modifications.

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Warning

• ERCOGENER recommends to read carefully all documents linked to the product GenLoc 354e (User

Guide, Application Notes, Command List) that can be download on our website www.ercogener.com

• ERCOGENER cannot be held responsible for:

- The problems due to an inappropriate use of the GenLoc 354e.

- The problems due to a wrong configuration

- The problems due to a wrong use of an embedded software application developed or supplied by a

third party.

- The dysfunctions due to the absence or a bad coverage of the GSM, GPRS and GNSS networks.

- The dysfunctions if the product is used for the watching of physical persons where human life is

engaged.

• ERCOGENER reserves the right to modify the functions of its products "GenLoc 354e" and "EaseLoc"

without previous notice.

- To avoid any risk of electrocution, do not open the casing.

- For any functioning, the casing must be closed.

- No internal part can be repaired by the user. The GenLoc 354e must be returned to the factory for any

repair.

- The GenLoc 354e must be placed in a normally ventilated area, out of sources of heat.

- In order to guarantee the electromagnetic compatibility, the length of the serial cable, the power supply

cable and the inputs/outputs cable must not exceed 3 meters.

- The GenLoc 354e must not be connected directly to the mains supply; a voltage adapter must be used.

SCRAP THE WORN BATTERIES ACCORDING TO INSTRUCTIONS.

Descriptions and non-contractual illustrations in this document are given as an indication only.

ERCOGENER reserves the right to make any modifications.

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Copyright

The reproduction, transfer, distribution or storage of part or the totality of the contents of this document, in

any form, without the prior written authorization of ERCOGENER is strictly prohibited.

GenLoc 354e is a trademark of ERCOGENER.

Hayes is a registered trademark of Hayes Microcomputer Product Inc. The names of products and

companies mentioned in this document may be names or trademarks of their respective holders.

The use of some products or services described in this document may require a paying subscription. The

availability of some products or services described in this document may change, depending on the

configurations and the materials.

In some countries, restrictions of use of the devices may be applied. For more information, thank you to

contact your nearest legally qualified local government representative.

ERCOGENER follows a method of continuous development. Consequently, ERCOGENER reserves the right

to change and improve any of its products described in this document, without notice.

The contents of this document are provided “as it is”. Except for the applicable obligatory laws, no guarantee

in any form, explicit or implicit, including but without being limited to it the implicit guarantees of aptitude to

marketing and of appropriateness to a particular use, is granted concerning the precision, the liability or the

contents of this document. ERCOGENER reserves the right to revise or withdraw this document at any time

and without notice.

ERCOGENER cannot be held responsible for any loss of data or income, as well as particular damage, incidental, consecutive or indirect.

Descriptions and non-contractual illustrations in this document are given as an indication only.

ERCOGENER reserves the right to make any modifications.

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Symbols used

The following symbols are used to highlight the important information of this document.

A symbol for the essential information linked to the module integration and performance.

A warning symbol indicates the actions that could harm or damage the module

Descriptions and non-contractual illustrations in this document are given as an indication only.

ERCOGENER reserves the right to make any modifications.

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1 Security recommendations

1.1 General security

It is important to respect the specific regulations linked with the use of radio equipment, in particular with the

possible risks of interference due to radio frequency (RF). Please respect carefully the following security

recommendations.

Turn OFF your GSM modem:

 On an aircraft, the use of cellular telephones can endanger the plane operations; disturbing the

cellular network is illegal. The non-observance of this instruction can lead to the suspension or the

exclusion of the cellular phone services, or even to a trial, or both,

 At a refueling station,

 In any area with a potential explosive atmosphere that could cause an explosion or a fire,

 In hospitals and other places where medical equipment may be used.

Restrictions of use of radio equipment in:

 Fuel warehouses,

 Chemical factories,

 Places where destruction operations are in the running,

 Other places where signs indicate that the use of cellular phones is prohibited or dangerous.

 Other places where you should normally turn OFF the engine of your vehicle.

There can be a danger associated with the use of your GSM modem close to insufficiently protected medical

equipment such as audio devices and pacemakers.

Consult the manufacturers of medical equipment to know if it is adequately protected.

Using your GSM modem close to other electronic equipment may also cause interferences if the equipment

is insufficiently protected.

Pay attention to the warnings and the recommendations of the manufacturers.

The modem is designed to be used with "fixed" and "mobile" applications:

 “Fixed" application: The GSM modem is physically linked to a site and it is not possible to move it

easily to another site.

 "Mobile" application: The GSM modem is designed to be used in various places (other than fixed) and

is intended to be used in portable applications.

 The modem must be used at more than 20cm from the human body.

This equipment is supplied in Very Low Security Voltage and at non-dangerous energy level.

Descriptions and non-contractual illustrations in this document are given as an indication only.

ERCOGENER reserves the right to make any modifications.

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1.2 Security in a vehicle

Do not use your Modem whilst driving, unless equipped with a correctly installed ear-piece/hands-free kit.

Respect the national regulations linked with the use of cellular telephones in vehicles. Road safety is always

a priority.

An incorrect installation of the GSM modem in a vehicle could cause an incorrect functioning of the vehicle’s

electronics. To avoid such problems, make sure that the installation was made by a qualified person. During

the installation, a verification of the electronic protection system of the vehicle must be done.

The use of a warning equipment that activates the headlights or the horn of a vehicle on a public highway is

not authorized.

1.3 Care and maintenance

The following suggestions will help you to preserve this product for many years.

Do not expose the modem to the extreme environments, to high temperature or high humidity.

Do not use or store the modem in dusty or dirty places, it could be damaged.

Do not try to disassemble the modem, at the risk of cancelation of the guarantee.

Do not expose the modem to water, rain or spilled beverage, it is not impermeable.

Avoid dropping, striking, or shaking the modem violently. The lack of care can damage it.

Do not place the modem next to computer disks, credit or travel cards or other magnetic supports. The

information contained on disks or cards can be affected by the modem.

The use of other equipment or accessories not made or not authorized by ERCOGENER can cancel the

warranty of the modem.

The battery is not covered by the warranty.

1.4 Your responsibility

This modem is under your responsibility. Treat it with care, it is not a toy. Keep it always in a secure place

and out of the reach of children.

Try to remember your PIN and PUK codes. Familiarize yourself with the modem and use the security

functions to lock it in case of non-authorized use or in case of theft.

Descriptions and non-contractual illustrations in this document are given as an indication only.

ERCOGENER reserves the right to make any modifications.

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2 Presentation

2.1 Content

The GenLoc 354e is supplied with:

- a GenLoc 354e cardboard packaging,

- a modem GenLoc 354e,

- 2 fixing brackets,

- a 4-wire power supply cable, input/output (Red/Black/Yellow/Brown) stripped with fuse.

- a stripped cable with a 14-pin connector equipped, (Inputs/Outputs).

- a stripped cable with a 16-pin connector equipped (14 wires, Serial link).

- a technical sheet (Instructions Sheet).

EG_GenLoc354e_1040Q_UG_002_UK Page 16 / 69

Figure 1 : Content

2.2 Modem packaging

The external dimensions of the modem packaging are:

- Width ................. : 160 mm,

- Height ................ : 280 mm,

- Length ............... : 64 mm.

- Weight ............... : 785 g

Descriptions and non-contractual illustrations in this document are given as an indication only.

ERCOGENER reserves the right to make any modifications.

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2.3 Mechanical characteristics

Table 1 : Mechanical characteristics

Dimensions Complete dimensions

Weight Volume

Casing Waterproof level

95 x 92 x 40 mm (connectors excluded)

104 x 92 x 40 mm  206 grams (modem only)

< 618 grams (modem + brackets + cables)  382 cm³

Aluminium profile

IP31

The illustration below shows the dimensions of the modem including the clearances necessary for the

installation of the modem.

Figure 2 : Dimensions

2.3.1 Fixing brackets

2 brackets to fix the modem on a support.

Descriptions and non-contractual illustrations in this document are given as an indication only.

ERCOGENER reserves the right to make any modifications.

Figure 3 : Back side

Fixing brackets

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2.4 Characteristics and Services

2.4.1 Services

The GenLoc 354e is made:

• A GSM/GPRS/EDGE/UMTS modem class12 dedicated to the transmission of binary data in

asynchronous and SMS.

• A GNSS module dedicated to position tracking.

The modem characteristics and the available services are summarized in the table below.

Table 2 : Characteristics and services

Functions 3G UMTS / HSPA - 2G GSM / GPRS / EDGE

• WCDMA / HSPA 800/850/900/1700/1900/2100 MHz (Bands VI, V, VIII, IV, II, I) 3GPP Release 7

5.76 Mb/s uplink, 7.2 Mb/s downlink

• GSM 4 band 850 / 900 / 1800 / 1900 MHz (support GSM / E-GSM / DCS / PCS) 3GPP Release 7 PBCCH support

• GPRS Class 12, CS1-CS4 - up to 86.5 kb/s

• EDGE Class 12, MCS1-9 - up to 236.8 kb/s

• CSD GSM max 9.6 kb/s UMTS max 64 kb/s

• SMS MT/MO PDU / Text mode

• WCDMA / HSDPA Power Class 3 (24 dBm)

• GSM / GPRS Power Class 4 (33 dBm) for GSM/E-GSM bands Power Class 1 (30 dBm) for DCS/PCS bands

• EDGE Power Class E2 (27 dBm) for GSM/E-GSM bands Power Class E2 (26 dBm) for DCS/PCS bands

• Sensitivity 850/900 @ 25 °C -110 dBm, Downlink RF level @ BER Class II < 2.4 % 1800/1900 @ 25 °C -109 dBm, Downlink RF level @ BER Class II < 2.4 % UMTS 800 (band VI) -111 dBm, Downlink RF level for RMC @ BER < 0.1 % UMTS 850 (band V) -112 dBm, Downlink RF level for RMC @ BER < 0.1 % UMTS 900 (band VIII) -111 dBm, Downlink RF level for RMC @ BER < 0.1 % UMTS 1700 (band IV) -111 dBm, Downlink RF level for RMC @ BER < 0.1 % UMTS 1900 (band II) -111 dBm, Downlink RF level for RMC @ BER < 0.1 % UMTS 2100 (band I) -111 dBm, Downlink RF level for RMC @ BER < 0.1 %

SIM Toolkit

Descriptions and non-contractual illustrations in this document are given as an indication only.

ERCOGENER reserves the right to make any modifications.

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GNSS functions

1575.42 MHz

• Rx frequency

1602 MHz

1561.098 MHz

• Impedance 50 , nominal

• Max. RF input 15 dBm max (50 , sinusoidal)

• Antenna Active and passive

• Antenna gain (min./ max.) 15 dB typ / 50 dB max

• Max. noise factor 1.5 dB

• Protocols : NMEA-0183, UBX Binary, RTCM

• A-GPS compatible

72 channels GPS L1C/A

• Reception

SBAS L1C/A QZSS L1C/A GLONASS L1OF BeiDou B1

Cold Start 27 s

• Time To First Fix 1

Hot Start 1 s

Aided Starts4 4 s

Tracking & Navigation -164 dBm

• Sensitivity 4

Reacquisition -159 dBm

Cold Start2 -147 dBm

Hot Start -156 dBm

• Refresh period 1 Hz

• Horizontal position precision 6

Autonomous 2.5 m

SBAS 2.0 m

• Speed precision 5 0.05 m/s

• Position precision 5 0.3 degrees

• Dynamic  4 g

• Speed limit7 500 m/s

All satellites at -130 dBm

Dependent on aiding data connection speed and latency

BeiDou assisted acquisition is not available with FW 2.01

Demonstrated with a good external LNA

50% @ 30 m/s

CEP, 50%, 24 hours static, -130 dBm, > 6 SVs

Assuming Airborne < 4 g platform

Descriptions and non-contractual illustrations in this document are given as an indication only.

ERCOGENER reserves the right to make any modifications.

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Interfaces

• GSM antenna: connector FAKRA-D

• GNSS antenna: connector FAKRA-C

• Power supply 3.2V for active GNSS antenna

• Power supply: +8 to +32 VDC (4-pin micro-FIT connector)

• 1 serial port RS232_0 (300 to 115200bds) Sub-D 9 pins female

• 1 serial port RS232_1 (300 to 115200bds)

• 1 serial link K-Line (ISO 9141-2)

• AT commands : GSM 07.05 and 07.07

- Specific AT commands for GNSS

- SIM reader (SIM 3V – 1,8V)

• 3 opto-coupled inputs

• 2 isolated opto-coupled inputs

• 3 open collector outputs

• 2 analog inputs (0 – 10 Volts)

• 1 power supply output V

controllable (16-pin connector micro-FIT)

POWER

• Inhibition of the battery charge

• 1 Buzzer output (connector 14 pins micro-FIT)

• Backup battery

• 1 port ONE_WIRE

• Power supply output 4,8 V

• 3-axis accelerometer

Accessories supplied

• Fixing brackets (x2)

• Cables with 4-wire Micro FIT connector (Power supply, Input and Output)

• Cables with 14-pin Micro FIT connector, 14 wires (Input and Output)

• Cables with 16-pin Micro FIT connector, 14 wires (Serial ports)

Options / Additional accessories *

• Bus CAN MCP2515 S0467D

• Double SIM reader S0471C

• ONE WIRE Multi slaves S0470C

• 1 serial port RS232_2 RS232C S0469B

• 2 analog inputs (4 – 20 mA) S0475C

• Accessories: Antennas, cables, power supplies... (information available on our website)

* These options are in addition or replace some existing options, contact us (see § 0

* )

Descriptions and non-contractual illustrations in this document are given as an indication only.

ERCOGENER reserves the right to make any modifications.

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2.5 Environmental characteristics

To ensure a correct operation of the Modem, the specific limits described in the table below must be

respected.

Table 3: Environmental characteristics

Operating temperature range Battery charging Battery discharging

Storage temperature range

Relative humidity Atmospheric pressure

Above 45 °C inside the box, the protection of the battery management triggers. The battery will not be charged.

0 °C to +45 °C

-20 °C to +45 °C 1 year of storage between -20°C to + 35°C

3 months of storage between -20°C to + 45°C 1 month of storage between -20°C to + 60°C

65 ±20%

700 hPa to 1060 hPa (-400 m to 3000 m)

Descriptions and non-contractual illustrations in this document are given as an indication only.

ERCOGENER reserves the right to make any modifications.

Dct_427_02

3 Interfaces

3.1 Front side

EG_GenLoc354e_1040Q_UG_002_UK Page 22 / 69

Figure 4 : Front side

Connector Micro-FIT 4pts/M

Connector Micro-FIT 16pts/M

Connector Micro-FIT 14pts/M

See ANNEX 1 – 4-pins Micro-FIT cable , ANNEX 2 - 14-pins Micro-FIT cable (Inputs/Outputs), ANNEX 4 –

16-pins Micro-FIT cable (16 wires, Serial links, Boot and Reset) and ANNEX 4 – 16-pins Micro-FIT cable (16

wires, Serial links, Boot and Reset) for the wiring of the different connectors.

Table 4 : Front side connection

Micro Fit 4 pins

1 OUTPUT 1 (S1) 2 INPUT 1 (E1) 3 GND 4 +VDC

Micro Fit 14 pins

1 ONE_WIRE 2 ANA2 3 E54 E5+ 5 E4 6 S3 7 V

BAT

8 GND 9 ANA1 10 E311 E3+ 12 E2 13 S2 14 BUZZER

1 GND 2 -3 -4 GND 5 CTS_1 6 K-Line (ISO 9141-2) 7 TX_1 8 RX_1 9 POWER_OUT 10 RESET 11 BOOT 12 GND 13 CTS_0 14 RTS_0 15 TX_0 16 RX_0

Micro Fit 16 pins

Descriptions and non-contractual illustrations in this document are given as an indication only.

ERCOGENER reserves the right to make any modifications.

Dct_427_02

3.2 Back side

Connector FAKRA-D for GSM antenna

EG_GenLoc354e_1040Q_UG_002_UK Page 23 / 69

Figure 5 : Back side

Connector FAKRA-C for GNSS antenna

GSM LED

GNSS LED

LED 3

LED 6

LED 4

SIM card cover

LED 5

Descriptions and non-contractual illustrations in this document are given as an indication only.

ERCOGENER reserves the right to make any modifications.

Dct_427_02

3.3 Functional architecture

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Figure 6 : Functional architecture

Descriptions and non-contractual illustrations in this document are given as an indication only.

ERCOGENER reserves the right to make any modifications.

Dct_427_02

3.4 Power supply

EG_GenLoc354e_1040Q_UG_002_UK Page 25 / 69

If the battery is present, the fact of removing the power supply +V OFF. For this, see the § 6.2 Turning the modem OFF

will not turn the modem

3.4.1 Power supply cables

The modem is powered with the cable supplied with the equipment (ERCOGENER reference: 4402304215).

(See ANNEX 1 – 4-pins Micro-FIT cable (4 wires, Power supply))

The modem is protected by a fuse F2 A / 32 V directly assembled on the power cable supplied with the

modem.

The power cable supplied with the modem must be absolutely used; without this cable, the modem will not be protected. The pins 1 and 2 are used for the functions Input/Output. The power supply to the modem is done only via the pins 4 (+V

) and 3 (GND).

The modem must be powered by an external DC voltage between +8V

and +32VDC.

The internal regulation is done by a DC/DC converter and allows the supply of all necessary internal DC

voltages.

The modem is also internally protected against voltage peaks of more than 32 V

The following table describes the consequences of an overvoltage or drop of voltage on the modem.

3.4.2 Power supply 8 – 32V

The following table describes the consequences of an overvoltage or drop of voltage on the modem.

Table 5 : Effects of power supply defect

Then:

 The functioning and the GSM and GNSS

 Voltage falls below 8V

communication are not guaranteed when the remaining capacity of the battery is not sufficient.

 Voltage above 32V (Punctual

peaks)

 Voltage above 32V (Continuous

overvoltage)

 The modem guarantees its own protection.

 The modem is protected by the fuse assembled on

the power supply cable in combination with the internal protection.

Descriptions and non-contractual illustrations in this document are given as an indication only.

ERCOGENER reserves the right to make any modifications.

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3.4.2.1 Internal battery

This battery allows to maintain the operation of the GenLoc 354e in case of absence of its external power

supply.

The internal charging circuit allows to keep permanently the charge of the battery from the external power

supply.

When the battery is completely discharged, 4 h 30 mn are necessary to obtain a new complete charge. It is

normal if the box is becoming a little bit hot in this case.

The autonomy of the battery mainly depends and the mode of use of the GenLoc 354e (attachment in

GSM/GPRS, Inputs/Outputs, GNSS power supply, RS232 connected...).

In the case where the software management of the battery guarantees that the voltage V

BAT

does not fall below 3,55 V, with a battery with 3 charge cycles and fully charged, the autonomy is around:

• 1 h 20 mn in GPRS - 900MHz - 3Rx/2TX communication, serial link not connected, no Input Output connected, in maximum emission.

• 35 mn in WCDMA Band I communication, serial link not connected, no Input Output connected, in maximum emission.

• 7 h in attached to GPRS network without data transfer, serial link not connected, no Input Output connected.

When the battery is charged, it is not possible to do an ON/OFF of the device. Only putting the Reset input (pin 10 of the 16-pin Micro-FIT connector) to the Ground or sending the command AT+EGMRST allows a reset of the modem.

When the temperature exceeds 45 °C inside the box, the protection of the battery management triggers. The battery will not be charged.

If the battery is present, prepare the modem for storage or transport conditions, in order to limit high discharges of the battery. For this, see § 6.2 Turning the modem OFF

Voltage (max.) Type Capacity Exp. cycle time Temperature range

Protection (Resettable fuse)

The battery cannot be replaced or modified by the user; the device must never be opened. For any intervention on the battery: the device must be returned to the factory. Do not throw the modem and the battery on the fire.

Table 6 : Characteristics of the polymer lithium battery

4.2V

Lithium Polymer (LiPolymère)

1000 mA/h typical

>300 cycles> 70% of the initial capacity

Charge : 0°C to +45°C Discharge : -20°C to +60°C

Discharge voltage : 2.30V ±0.058V Maximum discharge current : 2A to 4A (1.0±0.3s)

Descriptions and non-contractual illustrations in this document are given as an indication only.

ERCOGENER reserves the right to make any modifications.

Dct_427_02

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3.4.2.2 Consumption of the GenLoc 354e

Table 7 : Power supply range

8 V

Power supply range

to 32VDC

Table 8: Consumption in Low Power mode @ 25 °C without battery charging

Low Power Average I nominal Unit. VIN 8 12 24 32 V I

MOY MAX

15 10 6 5 mA

Le GenLoc 354e is in Low Power mode with the command AT+EGLOP=1,xx.

This Low Power mode is only used with EaseLoc.

Table 9 : Consumption in attached mode @ 25 °C without battery charging

Attached mode I

MOY MAX.

Unit. VIN 8 12 24 32 V GSM 900 / 1 800 MHz GPRS / EDGE 3G UMTS / HSPA

83 56 31 26 mA

78 52 27 22 mA

79 53 27 21 mA

The GenLoc 354e is attached to the network.

Table 10 : Consumption in data transfer @ 25 °C without battery charging

GSM

GPRS

EDGE

(1)

900

(2)

1 800

900

(1)

4 Rx / 1 Tx

(2)

1 800

900

(1)

3 Rx / 2 Tx

(2)

1 800

900

(3)

4 Rx / 1 Tx

(4)

1 800

900

(3)

3 Rx / 2 Tx

(4)

1 800

8 12 24 32 V

MOY MAX

PIC MAX

MOY MAX

PIC MAX

240 150 75 55 mA

1265 745 360 265 mA

175 125 65 50 mA

810 595 290 220 mA

250 160 80 60 55 mA

1190 735 360 270 290 mA

205 135 65 50 45 mA

940 585 285 220 240 mA

380 235 115 90 90 mA

1305 765 370 280 290 mA

305 190 95 75 70 mA

1010 595 290 220 240 mA

250 160 80 60 55 mA

1195 730 360 270 290 mA

205 135 65 50 45 mA

945 585 285 220 250 mA

250 160 80 60 90 mA

1190 735 360 270 290 mA

205 135 65 50 75 mA

940 585 285 220 260 mA

Unit

Descriptions and non-contractual illustrations in this document are given as an indication only.

ERCOGENER reserves the right to make any modifications.

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Table 11 : Consumption in data transfer @ 25 °C without battery charging

3G UMTS / HSPA

(1)

adapted antenna, RF power max. 33dBm.

(2)

adapted antenna, RF power max. 30dBm.

(3)

adapted antenna, RF power max. 27dBm.

(4)

adapted antenna, RF power max. 26dBm.

(5)

adapted antenna, RF power max. 24dBm.

Band I

Band II

(5)

Band IV

Band V

Band VIII

MOY MAX

PIC MAX

MOY MAX

PIC MAX

MOY MAX

PIC MAX

MOY MAX

PIC MAX

MOY MAX

PIC MAX

8 12 24 32 V

415 270 135 105 mA

455 295 150 115 mA

490 315 160 120 mA

530 345 170 135 mA

450 295 145 115 mA

485 230 160 125 mA

355 235 120 95 mA

395 255 130 105 mA

365 235 120 95 mA

405 260 135 105 mA

Unit

Table 12: Consumption of the battery charge @ 25 °C

Battery charge Average I nominal Unit. VIN 8 12 24 32 V

185 110 50 40 mA

3.4.2.3 Power Dimensioning

The graph below indicates the maximum peak current. The power supply must be able to supply this current

during the GSM "Burst".

Figure 7 : Consumption max

This consumption is not permanent. It corresponds to the burst consumption during GSM communications.

Descriptions and non-contractual illustrations in this document are given as an indication only.

ERCOGENER reserves the right to make any modifications.

Dct_427_02

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3.5 One Wire Bus

3.5.1 One Wire Bus

By default, the One Wire Bus is managed by the processor and only manages « serial number » readers in

read-only mode 64 bits.

Table 13: One Wire Bus description

Signal

Bus One Wire GND

14-pin connector Pins N°

I/O Kind of I/O Description

1 I/O 8

Analog One Wire Bus

Corresponds to wires White/green for One Wire Bus Black for GND see ANNEX 2 - 14-pins Micro-FIT cable (Inputs/Outputs)

Table 14 : One Wire Bus – Electrical characteristics

Characteristics Symbols Conditions Min. Typ. Max. Unit

Input Voltage – Low V

-0.3 0.8 VDC

Input Voltage – High VIH 2 3.5 VDC

Hysteresis Voltage V

Input Leakage Current I

0.4 0.7 VDC

Hys

-4 38 µADC

LEAK

Input capacitance CIN 14 pF

Output Low-level Voltage VOL 0.4 VDC

Output High-level Voltage VOH 2.8 VDC

Output Current Io ±16 mADC

Figure 8 : Internal electrical scheme of the One Wire bus

Assembly working with identification keys DS1990 iButton® from the manufacturer MAXIM.

The integrator has the responsibility to protect the input from electrical perturbations and to respect the functioning parameters values.

Descriptions and non-contractual illustrations in this document are given as an indication only.

ERCOGENER reserves the right to make any modifications.

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3.5.2 Option Multi 1- Wire Bus S0470C

This option Multi 1-Wire reference S0470C allows the reading of all 1-wire devices with the possibility to

have several devices on the same bus.

This option Multi 1-wire cannot be used with the EaseLoc application but can be directly controlled with an EGM development.

Table 15 : Multi 1- Wire Bus description S0470C

Signal

Bus One Wire GND

14-pin connector Pins N°

I/O Kind of I/O Description

1 I/O 8

Analog Bus Multi 1- Wire

Corresponds to wires White/green for One Wire Bus Black for GND see ANNEX 2 - 14-pins Micro-FIT cable (Inputs/Outputs)

Table 16 : Multi 1- Wire Bus – Electrical characteristics S0470C

Characteristics Symbols Conditions Min. Typ. Max. Unit

Input Voltage – Low V

-0.3 0.9 VDC

Input Voltage – High VIH 1.9 3.3 VDC Input Leakage Current I

-10 10 µADC

LEAK

Input capacitance CIN 10 pF Output Low-level Voltage VOL @ charge 4mA 0.4 VDC Output High-level Voltage VOH @ charge 4mA 2.8 3.3 VDC Active Pullup On Time Pulldown Slew Rate Pullup Slew Rate Power-On Reset Trip Point V Write-One/Read Low Time t Read Sample Time t 1-Wire Time Slot t Fall Time High-to-Low Write-Zero Low Time t Write-Zero Recovery Time t Reset Low Time t Presence-Detect Sample Time t Sampling for Short and Interrupt t Reset High Time t

Active or resistive pullup choice is configurable.

Except for tF1, all 1-Wire timing specifications and t

4, 5

) P

6, 7

2.3 2.5 2.7 s

APUOT

1 4.2 V/s

DSRC

0.8 4 V/s

USRC

2.2 V

POR

7.6 8 8.4 s

W1L

13.3 14 15 s

MSR

65.8 69.3 72.8 s

SLOT

0.54 3.0 s

60 64 68 s

W0L

5.0 5.3 5.6 s

REC0

570 600 630 s

RSTL

66.5 70 73.5 s

MSP

7.6 8 8.4 s

554.8 584 613.2 s

RSTH

are derived from the same timing circuit.

APUOT

Therefore, if one of these parameters is found to be off the typical value, it is safe to assume that all these parameters deviate from their typical value in the same direction and by the same degree.

These values apply at full load, i.e., 1nF at standard speed and 0.3nF at overdrive speed. For reduced

load, the pulldown slew rate is slightly faster.

Fall time high-to-low (tF1) is derived from P

, referenced from 2.97 VDC to 0.33 VDC.

DSRC

Figure 9 : Internal electrical scheme of the Multi 1- Wire Bus S0470C

See Figure 8 : Internal electrical scheme of the One Wire bus

Descriptions and non-contractual illustrations in this document are given as an indication only.

ERCOGENER reserves the right to make any modifications.

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3.6 Analog inputs ANA1 and ANA2

3.6.1 Analog inputs 0 – 10 VDC

Table 17 : Description of analog inputs 0 – 10 V

Signal

ANA1 ANA2 GND

14-pin connector Pins N°

9 2 8

I/O Kind of I/O Description

Analog Analog input 0 – 10V

Corresponds to wires Violet for ANA1 Grey for ANA2 Black for GND see ANNEX 2 - 14-pins Micro-FIT cable (Inputs/Outputs)

Table 18 : Characteristics of analog inputs 0 – 10 V

Characteristics Symbols Conditions Min. Typ. Max. Unit

Analog input ANA1 / 2 -0.3 12.8 V

Conversion range 1.3 µ 10.33 VDC

Polarization current From 1.3 µV to 10.33 V 0.064 345 µADC

Resolution 10 bits

Linearity ±2 LSB

The integrator has the responsibility to protect the input from electrical perturbations and to respect the functioning parameters values

Figure 10 : Internal electrical scheme of analog input 0 – 10 V

Descriptions and non-contractual illustrations in this document are given as an indication only.

ERCOGENER reserves the right to make any modifications.

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3.6.2 Option analog inputs 4 – 20 mA S0475C

This option ANA 4-20mA reference S0475C allows to have a current input.

Table 19 : Description of analog inputs 4 – 20 mA

Signal

ANA1 ANA2 GND

14-pin connector Pins N°

9 2 8

I/O Kind of I/O Description

Analog Analog input4 – 20mA

Corresponds to wires Violet for ANA1 Grey for ANA2 Black for GND see ANNEX 2 - 14-pins Micro-FIT cable (Inputs/Outputs)

Table 20 : Characteristics of analog inputs 4 – 20 mA

Characteristics Symbols Conditions Min. Typ. Max. Unit

Voltage drop ANA1 / 2 -0,3 3,0 V

Conversion range 0 22 mADC

Polarization current 20 200 nADC

Resolution 10 bits

Linearity ±2 LSB

The integrator has the responsibility to protect the input from electrical perturbations and to respect the functioning parameters values.

Figure 11 : Internal electrical scheme of analog input 4 – 20 mA

Descriptions and non-contractual illustrations in this document are given as an indication only.

ERCOGENER reserves the right to make any modifications.

Dct_427_02

3.7 Opto-coupled inputs

Table 21 : Description of opto-coupled inputs

EG_GenLoc354e_1040Q_UG_002_UK Page 33 / 69

Signal

E1 GND E2 E4 GND

Connector Pins N°

2 Connector 4 pins 3 Connector 4 pins 12 Connector 14 pins 5 Connector 14 pins 8 Connector 14 pins

I/O

Description

Digital Inputs 0 – 35 V

Corresponds to wires Yellow for E2 Black for GND See ANNEX 1 – 4-pins Micro-FIT cable (4 wires, Power supply) Corresponds to wires Brown for E2 Green for E4 Black for GND See ANNEX 2 - 14-pins Micro-FIT cable (Inputs/Outputs)

Table 22 : Characteristics of opto-coupled inputs

Characteristics Symbols Conditions Min. Typ. Max. Unit

Max. current I

50 mA

F (rms)

Max.inverted voltage VR 5 V

Direct voltage VF I

Inverted current IR V

= 10 mA 1.0 1.15 1.3 V

= 5 V 10 µA

Capacity CT V=0, f = 1 MHz --- 30 --- pF

Transfer ratio IC / IF I

Saturation of transfer ratio IC / I

F (SAT)

= 5 mA, VCE = 5 V 50 --- 600 %

IF = 1 mA, VCE = 0.4 V 60 %

Command voltage 3,5 35 V

Idle voltage 1 V

Figure 12 : Internal electrical scheme of opto-coupled inputs

The minimum command voltage for the detection is: 3.5 V

The maximum command voltage is : 35 V

Descriptions and non-contractual illustrations in this document are given as an indication only.

ERCOGENER reserves the right to make any modifications.

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3.8 Isolated opto-coupled inputs

To allow any kind of connection, the inputs E3 and E5 have no electrical reference with the board. This

allows a more flexible control compared with the different configurations encountered.

Table 23 : Description of isolated opto-coupled inputs

Signal

E3+ E3E5+ E5-

14-pin connector Pins N°

I/O Description

11 10 4

I Isolated digital inputs 0 – 35 V

Corresponds to wires Yellow for E3+ Black for E3Blue for E5+ Black for E5see ANNEX 2 - 14-pins Micro-FIT cable (Inputs/Outputs)

Table 24 : Characteristics of isolated opto-coupled inputs

The electrical characteristics are the same as in paragraph 3.7 Opto-coupled inputs .

See Table 22 : Characteristics of opto-coupled inputs

Figure 13 : Internal electrical scheme of isolated inputs

Control via plus Control via grounding

Descriptions and non-contractual illustrations in this document are given as an indication only.

ERCOGENER reserves the right to make any modifications.

Dct_427_02

3.9 Digital outputs

EG_GenLoc354e_1040Q_UG_002_UK Page 35 / 69

Table 25 : Description of digital outputs

Signal

S1 S2 S3 GND

Connector Pins N°

1 Connector 4 pins 13 Connector 14 pins 6 Connector 14 pins 8 Connector 14 pins

I/O Description

O Open collector output

Corresponds to wires Brown for S2 Noir for GND See ANNEX 1 – 4-pins Micro-FIT cable (4 wires, Power supply) Corresponds to wires White/Brown for S2 White/Yellow for S3 Black for GND see ANNEX 2 - 14-pins Micro-FIT cable (Inputs/Outputs)

Table 26 : Characteristics of open collector output

Characteristics Symbols Conditions Min. Typ. Max. Unit

Max. voltage V Max. voltage V

Transmitter open 48 VDC

CE0

CES

= 0 V 48 VDC

Collector current IC 0.5 ADC Saturation voltage V Dissipation P

CEsat

Ttot

= 500 mA 1.3 VDC

amb

 25 °C, Tj = 110 °C 0.78 W

Figure 14 : Internal electrical scheme of the output

No protection is ensured. The user must respect the values of the table below.

Figure 15 : Example of relay control

Descriptions and non-contractual illustrations in this document are given as an indication only.

ERCOGENER reserves the right to make any modifications.

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3.10 Power supply output V

BAT

Signal

+4.8V GND

Table 27 : Description of the power supply V

14-pin connector Pins N°

I/O Kind of I/O Description

O Analog

BAT

Output voltage

3.55 V

 V

BAT

 4.5 VDC. 8

Corresponds to wires

Orange for + V

BAT

Black for GND see ANNEX 2 - 14-pins Micro-FIT cable (Inputs/Outputs)

Table 28 : Conditions of use of the power supply output V

BAT

Parameters Condition Min. Typ. Max. Unit

OUT

Without power supply

3.55 4.0 VDC

With power supply 8V - 32V 4.2 4.4 VDC

Max. 100

OUT

The GenLoc 54e works with its battery only. In the case where the voltage V

falls below 3.55 VDC, the

BAT

mADC

product cannot communicate anymore via the network.

In the case where the software management of the battery guarantees that the voltage V

below 3.55 V

. In case of low battery (V

< 3.55 VDC) or high discharge (V

BAT

= 2.8 VDC), and in order to

BAT

does not fall

BAT

guarantee a restart of the product, the consumption on this output must not exceed 50 mA.

2.8 V

is the self-protection limit of the battery. From this moment, the battery puts itself

under protection, and the output voltage becomes null. When the battery is not connected, the output voltage is 4.2 V the power supply +V

is present.

 V

 4.4 VDC as long as

OUT

Descriptions and non-contractual illustrations in this document are given as an indication only.

ERCOGENER reserves the right to make any modifications.

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3.11 Buzzer

By default, the GenLoc 354e provides a Buzzer output on the output 14 of the 14-pin connector. This PWM

output provides a frequency; it is then dedicated to drive a Transducer.

Table 29 : Description of buzzer output

Signal

BUZZER GND

14-pin connector Pins N°

14 8

I/O Kind of I/O Description

O Analog Buzzer output

Corresponds to wires Red for BUZZER Black for GND see ANNEX 2 - 14-pins Micro-FIT cable (Inputs/Outputs)

Table 30 : Characteristics of buzzer output

Characteristics Symbols Conditions Min. Typ. Max. Unit

collector-base voltage V

collector-emitter voltage V

Transmitter open 48 VDC

CB0

Open base 40 VDC

CE0

collector current (DC) IC 600 mADC

peak collector current ICM 800 mADC

Collector Cutoff Current I

collector-emitter saturation voltage

CB0

transition frequency fT

collector capacitance CC

total power dissipation P

CEsat

IE = 0; VCB = 60 V; Tj = 25 °C 10 nA

IE = 0; VCB = 60 V; Tj = 125 °C 10 µADC

IC = 500 mA; IB = 50 mA * 1 VDC IC = 20 mA; VCE = 20 V; f = 100

MHz I

= Ie = 0; VCB = 10 V; f = 1

MHz

Ttot

amb

300 mV

300 MHz

8 pF

 25 °C 225 mW

* Pulse test: tp  300 s;   0.02.

IC = 150 mA; IB = 15 mA *

Table 31 : Example of Transducer tested with the GenLoc 354e

Buzzer characteristics Values

Type Transducer AT-2720-T-R

Consumptions 1-30V peak/3.5mA max.

Resonance frequency 2.048Hz ±500HZ

Sound pressure level (SPL) Min.88dBA @10cm

Figure 16 : Example of Transducer tested with the GenLoc 354e

Descriptions and non-contractual illustrations in this document are given as an indication only.

ERCOGENER reserves the right to make any modifications.

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3.12 Input compatible K-Line (ISO 9141-2)

The GenLoc 354e is designed to be connected to a tachograph. (connector D8 of the tachograph).

Table 32 : Description of the input compatible K-Line (ISO 9141-2)

Signal

K-Line GND

16-pin connector Pins N°

6 4

I/O Kind of I/O Description

I Digital Tachograph data.

Corresponds to wires White/Yellow for K-Line Black for GND see ANNEX 3 – 16-pins Micro-FIT cable (14 wires, Serial links)

Table 33 : Bus K-Line for a tachograph

Characteristics Symbols Conditions Min. Typ. Max. Unit

Input Voltage – Low V

Input Voltage – High VIH

Input Leakage Current I

-1 2,81 VDC

GenLoc 354e at Power ON 7 17,5 V GenLoc 354e at Power Down 13,36 VDC

@ VIH Max. 1,8 mADC

LEAK

Figure 17 : Internal electrical scheme of the K-Line bus for a tachograph

Figure 18 : Level of K-Line bus for a tachograph

Figure 19 : Scheme for connection of K-Line input to tachograph

The integrator has the responsibility to protect the input from electrical perturbations and to respect the functioning parameters values.

Descriptions and non-contractual illustrations in this document are given as an indication only.

ERCOGENER reserves the right to make any modifications.

Dct_427_02

3.13 Serial link RS232_0

Table 34 : Pins description of serial link RS232_0

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Signal

16-pin Micro FIT connector Pins N°

I/O

RS232 Standards

Description

9-pin Sub D connector Pins N°

CT103 / TX_0 15 I TX Data transmission 3 CT104 / RX_0 16 O RX Data reception 2 CT105 / RTS_0 14 I RTS Request to send 7 CT106 / CTS_0 13 O CTS Ready to send 8 GND 12 Ground 5

Corresponds to wires Green for TX Blue for RX Yellow for RTS Brown for CTS Black for GND

see ANNEX 3 – 16-pins Micro-FIT cable (14 wires, Serial links)

Table 35 : Characteristics of serial link RS232_0

Characteristics Symbols Conditions Min. Typ. Max. Unit

Input Voltage – Range V

Input Voltage – Range -25 +25 VDC

INPUT

Input Voltage – Low VIL Input Voltage – Low 0.6 1.1 VDC

Input Voltage – High VIH Input Voltage – High 1.5 24 VDC

Input Hysteresis V

Input Hysteresis 0.5 VDC

Hys

Input Resistance Rin Input Resistance 3 5 7 K

All transmitter outputs

Output Voltage V

OUT

loaded with 3 k to

±5 ±5.4 VDC

ground Transmitter Output Resistance RS-232 Output Short-Circuit Current

300 50k 

OUT

±60 mA

Figure 20 : Standards signals of serial link RS232_0

Descriptions and non-contractual illustrations in this document are given as an indication only.

ERCOGENER reserves the right to make any modifications.

Dct_427_02

3.14 Serial link RS232_1

Table 36 : Pins description of serial link RS232_1

EG_GenLoc354e_1040Q_UG_002_UK Page 40 / 69

Signal

16-pin Micro FIT connector Pins N°

I/O

RS232 Standards

Description

CT103 / TX_1 7 I TX Data transmission CT104 / RX_1 8 O RX Data reception CT106 / CTS_1 5 O CTS Ready to send GND 4 Ground

Corresponds to wires White/Green for TX White/Blue for RX White/Brown for CTS Black for GND

see ANNEX 3 – 16-pins Micro-FIT cable (14 wires, Serial links)

Table 37 : Characteristics of serial link RS232_1

Characteristics Symbols Conditions Min. Typ. Max. Unit

See Table 35 : Characteristics of serial link RS232_0

Figure 21 : Standards signals of serial link RS232_1

Descriptions and non-contractual illustrations in this document are given as an indication only.

ERCOGENER reserves the right to make any modifications.

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3.15 Serial link RS232_2 / Bus CAN Option

As an option it is possible to have a third serial link

• RS232c - Option UART3, reference S0469D.

• CAN Bus - Option MCP2515 CAN Bus, reference S0467D.

These 2 options cannot be installed simultaneously.

3.15.1 Serial link RS232_2 option S0469B

Table 38 : Pins description of serial link RS232_2

Signal

16-pin Micro FIT connector Pins N°

I/O

RS232 Standards

Description

CT103 / TX_2 2 I TX Data transmission CT104 / RX_2 3 O RX Data reception GND 1 Ground

Corresponds to wires Violet for TX White/Violet for RX Black for GND

see ANNEX 3 – 16-pins Micro-FIT cable (14 wires, Serial links)

Table 39 : Characteristics of serial link RS232_2

Characteristics Symbols Conditions Min. Typ. Max. Unit

See Table 35 : Characteristics of serial link RS232_0

Figure 22 : Standards signals of serial link RS232_2

Descriptions and non-contractual illustrations in this document are given as an indication only.

ERCOGENER reserves the right to make any modifications.

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3.15.2 Bus CAN MCP2515 option S0467D

The data transmission is done on a differential wired pair. The line is made up of 2 wires.

Table 40 : Pins description of the link Bus CAN option S0467D

Signal

16-pin Micro FIT connector Pins N°

I/O

CAN Standards

Description

CANH 2 I/O CAN High Positive differential line CANL 3 O/O CAN Low Negative differential line GND 1 Ground

Corresponds to wires Violet for CANH White/Violet for CANL Black for GND

see ANNEX 3 – 16-pins Micro-FIT cable (14 wires, Serial links)

Table 41 : Characteristics of serial link Bus CAN MCP2515 option S0467D

Characteristics Symbols Conditions Min. Typ. Max. Unit

Input Voltage – Low V

Input Voltage – Low 0.6 1.1 VDC

Input Voltage – High VIH Input Voltage – High 1.5 3.3 VDC

Input Hysteresis V

Input Hysteresis 0.1 VDC

Hys

Leak current IL ±30 µA

Output Short-Circuit Current IOS ±250 mA

Output voltage

VOL

CANH Dominant 2.45 3.3 V

CANL Dominant 0.5 1.25 VDC

CANH Recessive 2.3 V

CANL Recessive 2.3 VDC

Figure 23 : Output signal of bus CAN MCP2515 option S0467D

Figure 24 : Standards signals of link Bus CAN MCP2515 option S0467D

Descriptions and non-contractual illustrations in this document are given as an indication only.

ERCOGENER reserves the right to make any modifications.

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3.16 Power supply Power_Out

This power supply Power_Out is controlled by software

Table 42 : Description of Power_Out

Signal

Power_Out GND

16-pin connector Pins N°

9 12

I/O Kind of I/O Description

O Analog

Corresponds to wires White Power_Out Black for GND see ANNEX 3 – 16-pins Micro-FIT cable (14 wires, Serial links)

Table 43 : Characteristics of Power_Out

Parameters Condition Min. Typ. Max. Unit

OUT

45 70 m

OUT

1 A

OUT

With power supply 8V - 32V @ 1A

6.2

30.5 VDC

Figure 25 : Internal electrical scheme of Power_Out

The graph below shows a drop of voltage due to the serial diode and the transistor.

Figure 26 : Drop of voltage

Descriptions and non-contractual illustrations in this document are given as an indication only.

ERCOGENER reserves the right to make any modifications.

Dct_427_02

3.17 BOOT

This signal must NOT be connected, NOT used. The use of the BOOT function is strictly reserved for the manufacturer and distributors.

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Table 44 : Description of BOOT input

Signal

BOOT GND

16-pin connector Pins N°

11 4

I/O Kind of I/O Description

I SCHMITT Boot modem

Corresponds to wires Green for BOOT Black for GND see ANNEX 4 – 16-pins Micro-FIT cable (16 wires, Serial links, Boot and Reset)

Table 45 : Conditions of use of BOOT signal

Parameters Conditions Min. Typ. Max. Unit

IL Input Voltage – Low -0.3 0.8 V

VIH Input Voltage – High 2 3.3 VDC

RIPU Internal Pull-Up Resistor 5.38K 

Figure 27 : Internal electrical scheme of BOOT

The use of the BOOT signal must be done through a transistor assembly or via dry contact. The integrator has the responsibility to protect the input from electrical perturbations and to respect the functioning parameters values.

Descriptions and non-contractual illustrations in this document are given as an indication only.

ERCOGENER reserves the right to make any modifications.

Dct_427_02

3.18 RESET

The use of the RESET function is strictly reserved for the manufacturer and distributors. This signal must be used only in case of emergency RESET. A software RESET is always preferable to a Hardware RESET. It is strongly unadvised to execute this function whilst in communication or dialog, without having previously detached it from the operator network. Using the RESET does not restore the factory parameters.

EG_GenLoc354e_1040Q_UG_002_UK Page 45 / 69

Table 46 : Description of RESET input

Signal

RESET GND

16-pin connector Pins N°

10 4

I/O Kind of I/O Description

I SCHMITT Reset modem

Corresponds to wires Orange for RESET Black for GND see ANNEX 4 – 16-pins Micro-FIT cable (16 wires, Serial links, Boot and Reset)

Table 47 : Conditions of use of RESET signal

Parameters Conditions Min. Typ. Max. Unit

IL Input Voltage – Low -0.3 0.8 V

VIH Input Voltage – High 2 3.3 VDC

RIPU Internal Pull-Up Resistor 5.38K 

Figure 28 : Internal electrical scheme of RESET

The use of the RESET signal must be done through a transistor assembly or via dry contact . The integrator has the responsibility to protect the input from electrical perturbations and to respect the functioning parameters values.

Figure 29 : Chronogram of RESET signal

Descriptions and non-contractual illustrations in this document are given as an indication only.

ERCOGENER reserves the right to make any modifications.

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3.19 Accelerometer

The GenLoc 354e provides an accelerometer with 3 axis of sensitivity ±2G or ±8G controllable by software.

Table 48: Characteristic of accelerometer

Parameters Conditions Min. Typ. Max. Unit

Range

Controllable by software

± 2 ± 2,3

± 8 ± 9,2

Resolution 8 bits

Sensitivity

Typical zero-g level offset accuracy

Range ± 2G 16,2 18 19,8

Range ± 8G 64,8 72 79,2

Range ± 2G ±40

Range ± 8G ±60

Figure 30 : Positioning of the accelerometer axis

mg/digit

3.20 SIM card

Table 49: Characteristics of the SIM card power voltage

SIM card Format

3 V or 1.8 V

standard

3.21 Dual SIM option – S0471C

As an option it is possible to have a 2nd SIM reader.

• Option DUAL SIM reference S0471C.

This SIM card is internal only. The access can be done after removing the rear panel. See Information Note EG_GenLocPro54e_1040_IN000_xxx_yy.

Table 50: Characteristics of the 2

SIM card Format

3 V or 1.8 V

standard

SIM card power voltage

Descriptions and non-contractual illustrations in this document are given as an indication only.

ERCOGENER reserves the right to make any modifications.

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3.22 Leds of the modem

Figure 31 : Back side Leds

3.22.1 GSM Led

3.22.1.1 Without application

The GenLoc 354e does not contain any application. The Led is OFF.

3.22.1.2 With standard library EGM

The GenLoc 354e contains the standard library. The Led is OFF.

3.22.1.3 The application ERCOGENER EaseLoc_Vx

The status of the GSM module is indicated by the status of the YELLOW GSM LED situated on the back side

of the modem. This is the yellow LED situated on the left.

Table 51: Status of GSM LED

Status of GSM LED LED activity GSM status

OFF LED OFF The module is not activated or OFF.

ON LED permanent The module is attaching to GSM network.

LED flashing 0.5s ON / 1.5s OFF The module is attached to the GSM network.

LED flashing 0.2s ON / 0.6s OFF The module is in data, voice or GPRS communication.

3.22.1.4 Owner application

The GenLoc 354e contains your application. The Led status depends on your parameters.

Descriptions and non-contractual illustrations in this document are given as an indication only.

ERCOGENER reserves the right to make any modifications.

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3.22.2 User Led

These Leds are free. They are left at the disposal of the user.

If the GenLoc 354e has the standard EGM library (see the documents "EG_EGM_CL_xxx_yy" of

ERCOGENER), they can be controlled via AT command.

Led 3 Led 4 Led 5 Led 6

AT+GPIOEXTSET=n,1 AT+GPIOEXTSET=n,0

Led ON Led OFF

Example AT+GPIOEXTSET=56,1 to turn ON the Led 4 AT+GPIOEXTSET=56,0 to turn OFF the Led4

3.22.3 GNSS Led

The positioning status of the modem is indicated by the status of the GREEN GNSS LED situated on the

back side. This is the green LED situated on the right.

Table 52: Available status of GNSS LED

LED activity GNSS status

LED OFF The GNSS is not activated or the GNSS is searching for satellites.

LED flashing

The GNSS is synchronized with different satellites. It has found its position.

Descriptions and non-contractual illustrations in this document are given as an indication only.

ERCOGENER reserves the right to make any modifications.

Dct_427_02

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4 GSM external antenna

The GSM external antenna is connected to the modem via the FAKRA-D connector.

The external antenna must respond to the characteristics described in the table below.

Figure 32 : GSM external antenna

Table 53 : Characteristics of GSM external antenna

Frequency band 900 1800 2100 Impedance Input power

Gain

VSWR Return Loss

See § 7 Recommended accessories , for the GSM antennas recommended by ERCOGENER.

880..960 MHz

1710..1880 MHz

1920..2170 MHz

50 Ohms nominal

> 2 W peak < 4.25 dBi for 850 MHz

< 7.55 dBi for 1700 MHz < 2.74 bBi for 1900 MHz

< 2:1 recommended < 3:1 acceptable

<-10 dB recommended S11<-6 dB acceptable

Descriptions and non-contractual illustrations in this document are given as an indication only.

ERCOGENER reserves the right to make any modifications.

Dct_427_02

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5 GNSS external antenna

The GNSS external antenna is connected to the modem via the FAKRA-C connector (Blue).

The external antenna must respond to the characteristics described in the table below.

Figure 33 : GNSS external antenna

Table 54 : Characteristics of GNSS external antenna

Frequency Impedance

Antenna gain Maximum noise figure VSWR Polarization Power supply voltage Power supply current (max)

See § 7 Recommended accessories , for the GNSS antennas recommended by ERCOGENER.

GPS 1575.42 MHz GLONASS 1602 – 1614.94 MHz

50 Ohms nominal

50 dB max

 1.5 dB

 2:1

RHCP

3.2V

50mA

Descriptions and non-contractual illustrations in this document are given as an indication only.

ERCOGENER reserves the right to make any modifications.

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5.1 Installation of GNSS external antenna

The quality of the GNSS signal received depends on the quality of installation of the antenna. To obtain an

optimal signal, some rules have to be respected:

 Place the antenna horizontally, dome towards the top and preferably outside the vehicle,

 Do not place the antenna under athermic windscreens,

 Do not place the antenna under metallic surfaces

Figure 34 : Recommended installation of GNSS antenna

Figure 35 : Installation of GNSS antenna not recommended

This installation does not prevent the functioning of the GNSS but highly reduces its performances.

Descriptions and non-contractual illustrations in this document are given as an indication only.

ERCOGENER reserves the right to make any modifications.

Dct_427_02

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6 Use of the modem

6.1 Specific recommendations for the use of the modem in vehicles

The power supply connector of the modem GenLoc 354e must NEVER be connected directly to the battery of the vehicle.

6.1.1 Recommended connection on the battery of a truck

All trucks have a circuit breaker outside the cabin. The circuit breaker is used for security reasons:

The circuit breaker is connected to the ground of the truck, usually connected to the fuse box.

Most of truck circuit breakers do not cut the

Figure 36 : Recommended connection on the battery of a truck

+ 'PLUS' of the battery, but cut its 'GROUND'.

The scheme above shows a recommended power connection where the connection of the modem ground is

not directly connected to the battery, but connected after the circuit breaker (on the ground of the truck or in

the fuse box).

If this scheme is not respected, the modem can be damaged when starting the truck if the circuit breaker is open. It cannot support important starting currents.

Descriptions and non-contractual illustrations in this document are given as an indication only.

ERCOGENER reserves the right to make any modifications.

Dct_427_02

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6.2 Turning the modem OFF

The modem contains the EGM standard library (see the documents "EG_EGM_CL_xxx_yy" of

ERCOGENER); in this case, it is strongly advised to un-register from the network with the command AT+COPS=2

There is no particular action to do on the GNSS part before turning the modem OFF.

When the battery is present, a mechanism allows to stop completely the application if the external power supply is unplugged, and also to prepare the modem for storage or transport, in order to limit high discharges of the battery. If the device is not used, it has to be deactivated by sending the following command:

• If the modem has an application developed with EGM Disconnect the external power supply of the modem. And send the command AT+GPIOSET=35,0

• If the modem does not contain any embedded application, via the Boot-Loader menu

Bootloader V4.09 GL54 UA Gener Ublox (HWF1 rev D/E) GSM voltage = 4330 mV 1 - Update application 2 - Erase objects M - GSM direct access (external supply required) A - Advanced P - Power off E - Exit

Disconnect the external power supply of the modem. And Enter "P"

Important note: The switching of the battery and its auto-maintain will be automatically

reactivated once the modem will be plugged again to its external power supply.

Descriptions and non-contractual illustrations in this document are given as an indication only.

ERCOGENER reserves the right to make any modifications.

Dct_427_02

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6.3 Starting with the modem

6.3.1 Mounting the modem

To mount the modem on a support, use the fixing brackets as described below.

Figure 37 : Mounting the modem

- Must be fixed on a flat surface

- Max. height of the screw head: 7 mm

The aluminium casing of the modem is connected to the 0V (GND) of the power supply and to the 0V of the RS232 serial link. To avoid any risk of conduction of the ground plane to other equipment, the modem must be electrically insulated from its mechanical support.

6.3.2 SIM card installation

To install the SIM card, it is recommended to do the following operations with the modem turned OFF:

- Remove the SIM card cover on the back side.

- Carefully insert the SIM card into the reader.

Figure 38 : Installation of the modem

- Push the SIM card until hearing a "clic" that ensures its correct positioning.

- Put the SIM cover back.

Descriptions and non-contractual illustrations in this document are given as an indication only.

ERCOGENER reserves the right to make any modifications.

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6.4 Use of the modem

• Install the SIM card.

• Connect the GSM antenna to the FAKRA-D connector (brown).

• Connect the GNSS antenna to the FAKRA-C connector (blue).

• For the connection to the DTE, connect the V24 link via the 9-pin Sub D cable.

• Connect the power cable to the continuous and regulated external power source (for an automobile

application, see § 6.1 Specific recommendations for the use of the modem in vehicles).

• Connect the power cable to the modem.

• Use a communication software like Windows HyperTerminal ® set as follows:

 Bits per second ...... : 115 200 bps,

 Data Bits ................. : 8,

 Parity ..................... : Sans,

 Stop Bits ................. : 1,

 Flow control ........... : none.

6.4.1 Checking the communication with the modem

6.4.1.1 Without application

The GenLoc 354e does not contain any application; it will return the menu of the BootLoader.

Menu by default when there is no application inside the equipment (example of display)

Bootloader V4.09 GL54 UA Gener Ublox (HWF1 rev D/E) GSM voltage = 4325 mV 1 - Update application 2 - Erase objects M - GSM direct access (external supply required) A - Advanced P - Power off E - Exit

In the case where no communication can be established with the modem:

 Check the RS232 connection between the DTE and the modem (DCE),

 Check the configuration of the COM port of the DTE.

Descriptions and non-contractual illustrations in this document are given as an indication only.

ERCOGENER reserves the right to make any modifications.

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6.4.1.2 Standard Library

The GenLoc 354e contains the standard library.

Example of display when the standard library is present inside the equipment

************************************************************* 00:00:00 flash_start_flash: new Flash handle - WAIT 00:00:00 EGM_INIT_SOFTWARE_RESET 00:00:00 Ext2: EGM_FCM_EVENT_FLOW_OPENNED 00:00:00 READY 00:00:00 Gprs_Call_State : GPRS_CALL_INIT 00:00:00 UTC Time field not valid 00:00:00 Date field not valid 00:00:01 Supply status: External supply connected 00:00:02 Analog input 3 State H 00:00:02 sim inserted 00:00:02 PIN code not required 00:00:02 GSM Ready 00:00:03 +CCLK: "12/07/30,09:29:45+00" 00:00:03 Got GSM clock info 00:00:03 *** IMEI: 358696048201787, product: "GenLoc54e" EaseLoc V300b2_EGM403b24 - GenLoc54e - LEON-G100-06S-00 - Thu Jun 21 09:18:01 2012 00:00:03 PHB Ready 00:00:03 sim ready 00:00:07 SMS Ready 00:00:09 Network ready 00:00:09 network_gprs_state: 1 00:00:23 CREG OK : 1

Send the command AT+EGM3

The modem returns the version of the library

+EGM3: genapi V4.04, Date: Thu Nov 15 13:57:42 2012

In the case where no communication can be established with the modem:

 Check the RS232 connection between the DTE and the modem (DCE),

 Check the configuration of the COM port of the DTE

For more information about these AT commands and their associated parameters, see the documents

"Commands List EG_EGM_CL_xxx_yy" of ERCOGENER.

6.4.1.3

The application ERCOGENER EaseLoc_Vx

The GenLoc 354e contains the application EaseLoc_Vx.

Send the command ATI8. The modem returns the version (example of display)

EaseLoc V300b2_EGM403b24 – GenLoc354e - LEON-G100-06S-00 - Thu Jun 21 09:18:01 2012

For more information about these AT commands and their associated parameters, see the documents

"Commands List EG_EaseLoc_Vx_CL_yyy_UK" of ERCOGENER.

Descriptions and non-contractual illustrations in this document are given as an indication only.

ERCOGENER reserves the right to make any modifications.

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6.4.1.4 The owner application

The GenLoc 354e contains your application.

Set the RS232 port of the DTE according to your parameters (speed, data bits, parity and stop bit).

Check the display and the dialogue with the GenLoc 354e according to your own characteristics.

6.5 Checking the quality of the GSM reception signal

The modem contains the EGM standard library (see the documents "EG_EGM_CL_xxx_yy" of

ERCOGENER); in this case, the modem will be able to make a call only if the received GSM signal is

powerful enough.

The command AT+CSQ allows to know the reception level (rssi) of the signal sent by the closest GSM Base Transceiver Station (BTS), as well as the reception error code (g). When the SIM card is inserted and the PIN code entered, the command AT+CSQ allows to measure the

signal from the BTS of the subscribed operator network.

This command cannot be used without the SIM card.

To check the quality of the GSM signal, do the following operations:

Use a communication software like Hyperterminal, enter the command AT+CSQ.

The response is in the following format:

+CSQ : <rssi>, <ber> with: <rssi> = indicates the reception level, <ber> = receive bit error rate. Check the returned value <rssi> with the help of the table below.

Table 55 : RSSI value

Value of <rssi> Gain in dbm Interpretation Value of <ber> Interpretation

0 -113 dbm Insufficient 0 to 7

See Standards ETSI GSM 05.08

1 to 10 -111 to -95 dbm Insufficient

11 to 30 -93 to -53 dbm Sufficient

31 (max) -51dbm Perfect

99 Unknown/not detectable 99 Unknown/not detectable

The GSM modem works normally with a minimum <rssi> between 11 and 15.

Below 10, the signal level is insufficient; the modem cannot work depending on the geographical situation or

the vehicle mobility. Above 15, the signal is sufficient.

For more information about the AT commands, see the document "EG_EGM_CL_xxx_yy" of ERCOGENER.

Descriptions and non-contractual illustrations in this document are given as an indication only.

ERCOGENER reserves the right to make any modifications.

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6.6 Verification of the PIN code

The modem contains the EGM standard library (see the documents "EG_EGM_CL_xxx_yy"of

'ERCOGENER); in this case, the PIN code is necessary to make a call or to accept a response coming from

the GSM network. This code is held in the SIM card and can be modified by the user.

To check that the PIN code has been entered, use a communication software like Hyperterminal, and enter

the command AT+CPIN?

The table below shows the main responses given by the modem:

Table 56 : Verification of PIN code

Command Response Interpretation

The SIM card is absent or not recognized

The PIN code is correct The PIN code is wrong or not entered

yet The PUK code is required

AT+CPIN?

+CPIN : ERROR +CPIN : READY +CPIN : SIM PIN +CPIN : SIM PUK

For more information about the AT commands, see the document "EG_EGM_CL_xxx_yy" of ERCOGENER.

6.7 Verification of the modem registration on GSM network

The modem contains the EGM standard library (see the documents "EG_EGM_CL_xxx_yy" of

ERCOGENER); in this case:

1. Make sure that a valid SIM card is inserted in the SIM card reader of the modem.

2. Use a communication like Hyperterminal, and enter the following AT commands:

a. AT+CPIN="xxxx" to enter the PIN code. The user has only 3 attempts to enter the PIN code. After

the third attempt, only a second code (code PUK) supplied by the operator, will allow you to choose

a new PIN code.

b. AT+CREG? to check the registration status on the network. The response will be of the following

format: +CREG : <mode>, <stat> with:

<Mode> = configuration of the registration message not solicited, <Stat> = registration status.

3. Check the registration status according to the value returned in the table below.

Table 57 : Verification of modem registration on GSM network

Command Response Interpretation

+CREG : 0,0 +CREG : 0,2 or 0,3

AT+CREG?

+CREG : 0,1 +CREG : 0,5

The modem is not recognized by the network. The modem is searching for a network operator. The modem is attached in GSM to the local operator. The modem is attached in GSM to the roaming operator.

Descriptions and non-contractual illustrations in this document are given as an indication only.

ERCOGENER reserves the right to make any modifications.

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If the modem is not registered: check the connection between the modem and the antenna or the

reception level of the signal (cf. paragraph 6.5 Checking the quality of the GSM reception signal ).

For more information about AT commands, see the document "EG_EGM_CL_xxx_yy" of

ERCOGENER.

6.8 Verification of the modem registration on GPRS network

The modem contains the EGM standard library (see the documents "EG_EGM_CL_xxx_yy" of

ERCOGENER); in this case:

1. Make sure that a valid SIM card is inserted in the SIM card reader of the modem.

2. With a communication software like Hyperterminal, enter the following AT commands:

a. AT+CPIN="xxxx" to enter the PIN code. The user has only 3 attempts to enter the PIN code. After

the third attempt, only a second code (code PUK) supplied by the operator, will allow you to choose

a new PIN code.

b. AT+CGREG? to check the registration status on the network. The response will be of the following

format: +CGREG : <mode>, <stat> with:

<Mode> = configuration of the registration message not solicited, <Stat> = registration status.

3. Check the registration status according to the value returned in the table below.

Table 58 : Verification of the modem registration on GPRS network

Command Response Interpretation

+CGREG : 0,0 +CGREG : 0,2 or 0,3

AT+CREG?

+CGREG : 0,1 +CGREG : 0,5

The modem is not recognized by the network. The modem is searching for a network operator. The modem is attached in GPRS to the local operator. The modem is attached in GPRS to the roaming operator.

If the modem is not registered: check the connection between the modem and the antenna or the

reception level of the signal (cf. paragraph 6.5 Checking the quality of the GSM reception signal ).

For more information about the AT commands, see the document "EG_EGM_CL_xxx_yy" of

ERCOGENER.

Descriptions and non-contractual illustrations in this document are given as an indication only.

ERCOGENER reserves the right to make any modifications.

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6.9 Reading a current position given by the GNSS

The modem contains the EGM standard library (see the documents "EG_EGM_CL_xxx_yy" of

ERCOGENER); in this case, the reading of a GNSS position can be done with the command AT+GPSPOS.

This command allows to get the information received of the current position. After powering ON the modem,

an acquisition time is necessary (around 45 seconds).

The response is in the following format and the table shows examples of responses:

+GPSPOS:<fix>,<time>,<date>,<latitude>,<longitude>,<altitude>,<hdop>,<speed>,<direction>,<nbsat >

<fix>

0 invalid fix 1 2D fix 2 3D fix

-1 impossible to define a position

<time> : hhmmss.zz

example: 083205.00 -> 8 hours 32 minutes 05 seconds et 00 hundredth of a second in UTC

<date> : ddmmyy

example: 180406 -> 18 April 2006

<latitude> : ddmm.mmmmm(N/S)

dd (degree) 00 to 90 mm.mmmmm (minute) 00,00000 to 59,99999 N/S North or South example: 4716.81310N -> latitude 47 degrees 16,81310 minutes North

<longitude> : dddmm.mmmmm(E/W)

ddd (degree) 00 to 180 mm.mmmmm (minute) 00,00000 to 59,99999 E/W East or West example: 00003.51202W -> longitude 0 degree 0 3,51202 minutes West

<altitude> : mmmm.m in meter <hdop> : mmm.mm horizontal dilution position in meters <speed> : ssss.s ground speed in km/h <cap> : dddmm.mmmm

ddd (degree) 000 to 360 mm.mmmm (minute) 00,0000 to 59,9999

<nbre sat> : nn number of satellites seen

Descriptions and non-contractual illustrations in this document are given as an indication only.

ERCOGENER reserves the right to make any modifications.

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The following table shows examples of responses returned by this command.

Table 59 : Reading a current position given by the GNSS

Command Response Interpretation

It is not possible to define a position. Check the positioning of the GNSS

+GPSPOS:-1,,,,,,,,,0

antenna or the GNSS configuration (see §

5.1 Installation of GNSS external antenna ) It is not yet possible to have a position but the time and date information are

AT+GPSPOS

+GPSPOS:0,083138,180406,,,,,,,6

available. A complete frame should be obtained soon or the antenna position is not optimum (see § 5.1 Installation of GNSS external antenna ) A position is read and all information is

+GPSPOS:2,100237.00,300712,4716.80331 N,00003.51675W,77.5,1.05,0.305,,08

available. The frame is considered as complete. The GNSS LED is flashing.

Descriptions and non-contractual illustrations in this document are given as an indication only.

ERCOGENER reserves the right to make any modifications.

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7 Recommended accessories

The accessories recommended by ERCOGENER for the modem GenLoc 354e are described on our website

in the section Products/Accessories. For more information, please contact our sales department.

8 Client support

ERCOGENER ensures the client support for all its modems sold. You will then have access to:

The latest version of this document

The datasheet of the product

The latest versions of the OS user guides

Certificates

Application notes

The support for the EGM developments is proposed as an option (contact us).

Descriptions and non-contractual illustrations in this document are given as an indication only.

ERCOGENER reserves the right to make any modifications.

Dct_427_02

(

)

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ANNEX 1 – 4-pins Micro-FIT cable (4 wires, Power supply)

(ERCOGENER reference: 4402304215)

Fuse F2A/32V 3mm tinned

Mini BLADE

Figure 39 : 4-pins Micro-FIT cable

stri

ed wire

Table 60 : Characteristics of power supply cable

Component Characteristics

4-pin connector Cable Length  1.5m Wire Section : 0.75 mm² Fuse FK2A - 32V

Signal Color

Red

GND Black INPUT 1 (E1) Yellow OUTPUT 1 (S1) Brown

Fuse reference: Mini Blade for automobile 2A - 32V (color code: grey)

Figure 40 : Fuse Mini Blade

Descriptions and non-contractual illustrations in this document are given as an indication only.

ERCOGENER reserves the right to make any modifications.

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ANNEX 2 - 14-pins Micro-FIT cable (Inputs/Outputs)

(ERCOGENER reference: 4402314215)

3mm tinned

ed wire

stri

Figure 41 : 14-pin Micro-FIT cable (Inputs/Outputs)

Side view of cable

141

Table 61 : Characteristics of 14-wire inputs/outputs cable

Component Characteristics

14-pin connector Cable Length  1.5m Wire Section : 0.5 mm²

Table 62 : Wiring of the 14-wire inputs/outputs cable

Pin N° Signal Color

1 ONE_WIRE White/Green 2 ANA2 Grey 3 E5- Black 4 E5+ Blue 5 E4 Green 6 S3 White/Yellow 7 + 4.8 V Orange 8 GND Black 9 ANA1 Violet 10 E3- Black 11 E3+ Yellow 12 E2 Brown 13 S2 White/Brown 14 BUZZER Red

Descriptions and non-contractual illustrations in this document are given as an indication only.

ERCOGENER reserves the right to make any modifications.

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ANNEX 3 – 16-pins Micro-FIT cable (14 wires, Serial links)

(ERCOGENER reference: 4404314215)

3mm tinned

ed wire

stri

Figure 42 : 16-pins Micro-FIT cable (Serial links)

Side view of cable

1 8

Table 63 : Characteristics of 14-wires serial links cable

Component Characteristics

16-pin connector Cable Length  1.5m Wire Section : 0.5 mm² Sub D 9 pin female

Table 64 : Wiring of 14-wires serial links cable

Pin N° Signal Color Sub D 9 pin

1 GND Black --2 TX_2 or CANH Violet --3 RX_2 or CANL White/Violet --4 GND Black --5 CTS_1 White/Brown --6 Compatible K-Line White/Yellow --7 TX_1 White/Green --8 RX_1 White/Blue --9 POWER_OUT White --10 RESET --- --11 BOOT --- --12 GND Black 5 13 CTS_0 Brown 8 14 RTS_0 Yellow 7 15 TX_0 Green 3 16 RX_0 Blue 2

--- --- 9

--- --- 6

--- --- 4

--- --- 1

Descriptions and non-contractual illustrations in this document are given as an indication only.

ERCOGENER reserves the right to make any modifications.

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ANNEX 4 – 16-pins Micro-FIT cable (16 wires, Serial links, Boot and Reset)

(ERCOGENER reference: 4402316215)

As an option, a 16-wire cable can be provided. It is the same as the previous one but provides also the

"Boot" and "Reset" inputs. These cables have a 30 cm length.

This cable is already included with the EGM development kits.

Figure 43 : 16-wire Micro-FIT cable (Serial links, Boot and Reset)

Table 65 : Characteristics of the 16-wires serial links cable (Boot + Reset)

Component Characteristics

16-pin connector Cable Length  0.3m Wire Section : 0.5 mm²

Table 66 : Wiring of the 16-wires serial links cable (Boot + Reset)

Pin N° Signal Color Sub D 9 pin

10 RESET Orange --11 BOOT Green ---

Descriptions and non-contractual illustrations in this document are given as an indication only.

ERCOGENER reserves the right to make any modifications.

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ANNEX 5 - Abbreviations

AC Alternative Current ACM Accumulated Call Meter AMR Adaptive Multi-Rate AT Attention (prefix for modem commands) BTS Base Transceiver Station CLK ClocK CMOS Complementary Metal Oxide Semiconductor CS Coding Scheme CTS Clear To Send dB Decibel dBc Decibel relative to the Carrier power dBi Decibel relative to an Isotropic radiator dBm Decibel relative to one milliwatt DC Direct Current DCD Data Carrier Detect DCE Data Communication Equipment DCS Digital Cellular System DSR Data Set Ready DTE Data Terminal Equipment DTMF Dual Tone Multi-Frequency DTR Data Terminal Ready EDGE EEPROM Electrically Erasable Programmable Read-Only Memory EFR Enhanced Full Rate EGM Erco Gener Middleware E-GSM Extended GSM EMC ElectroMagnetic Compatibility EMI ElectroMagnetic Interference ESD ElectroStatic Discharges ETSI European Telecommunications Standards Institute FIT Series of connectors (micro-FIT) FR Full Rate FTA Full Type Approval FTP File Transfert Protocol GCF Global Certification Forum GND GrouND GNSS Global Navigation Satellite System GPIO General Purpose Input Output GPRS General Packet Radio Service GPS Global Positioning System GSM Global System for Mobile communications HR Half Rate HSDPA High Speed Downlink Packet Access HSPA High Speed Packet Access HSUPA High Speed Uplink Packet Access I Input IEC International Electrotechnical Commission IMEI International Mobile Equipment Identification I/O Input / Output LED Light Emitting Diode LLC Low Level Command MAX MAXimum ME Mobile Equipment

Enhanced Data rates for Global Evolution

Descriptions and non-contractual illustrations in this document are given as an indication only.

ERCOGENER reserves the right to make any modifications.

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MIC MICrophone Micro FIT Family of connectors from Molex MIN MINimum MNP Microcom Networking Protocol MO Mobile Originated MS Mobile Station MT Mobile Terminated NOM NOMinal O Output Pa Pascal (for speaker sound pressure measurements) PBCCH Packet Broadcast Control Channel PC Personal Computer PCL Power Control Level PDP Packet Data Protocol PIN Personal Identity Number PLMN Public Land Mobile Network PUK Personal Unblocking Key RF Radio Frequency RFI Radio Frequency Interference RI Ring Indicator RMS Root Mean Square RTS Request To Send RX Receive SIM Subscriber Identification Module SMA SubMiniature version A RF connector SMB SubMiniature version B RF connector SMS Short Message Service SNR Signal-to-Noise Ratio SNTP Simple Network Time Protocol SPI Serial Peripheral Interface SPL Sound Pressure Level SPK SpeaKer SRAM Static RAM TCP/IP Transmission Control Protocol / Internet Protocol TDMA Time Division Multiple Access TU Typical Urban fading profile TUHigh Typical Urban, High speed fading profile TX Transmit TYP TYPical UMTS Universal Mobile Telecom System UTC Universal Time Clock VSWR Voltage Stationary Wave Ratio WCDMA Wideband Code Division Multiple Access

Descriptions and non-contractual illustrations in this document are given as an indication only.

ERCOGENER reserves the right to make any modifications.

Dct_427_02

DECLARATION OF CONFORMITY

Ercogener GenLoc 354e User Manual

Specifications and Main Features

Frequently Asked Questions

User Manual

Presentation

Warning

Copyright

Symbols used

1 Security recommendations

1.1 General security

1.2 Security in a vehicle

1.3 Care and maintenance

1.4 Your responsibility

2 Presentation

2.1 Content

2.2 Modem packaging

2.3 Mechanical characteristics

2.3.1 Fixing brackets

2.4 Characteristics and Services

2.4.1 Services

2.5 Environmental characteristics

3 Interfaces

3.1 Front side

3.2 Back side

3.3 Functional architecture

3.4 Power supply

3.4.1 Power supply cables

3.4.2.1 Internal battery

3.4.2.2 Consumption of the GenLoc 354e

3.4.2.3 Power Dimensioning

3.5 One Wire Bus

3.5.1 One Wire Bus

3.5.2 Option Multi 1- Wire Bus S0470C

3.6 Analog inputs ANA1 and ANA2

3.6.1 Analog inputs 0 – 10 VDC

3.6.2 Option analog inputs 4 – 20 mA S0475C

3.7 Opto-coupled inputs

3.8 Isolated opto-coupled inputs

3.9 Digital outputs

3.11 Buzzer

3.12 Input compatible K-Line (ISO 9141-2)

3.13 Serial link RS232_0

3.14 Serial link RS232_1

3.15 Serial link RS232_2 / Bus CAN Option

3.15.1 Serial link RS232_2 option S0469B

3.15.2 Bus CAN MCP2515 option S0467D

3.16 Power supply Power_Out

3.17 BOOT

3.18 RESET

3.19 Accelerometer

3.20 SIM card

3.21 Dual SIM option – S0471C

3.22 Leds of the modem

3.22.1 GSM Led

3.22.1.1 Without application

3.22.1.2 With standard library EGM

3.22.1.3 The application ERCOGENER EaseLoc_Vx

3.22.1.4 Owner application

3.22.2 User Led

3.22.3 GNSS Led

4 GSM external antenna

5 GNSS external antenna

5.1 Installation of GNSS external antenna

6 Use of the modem

6.1 Specific recommendations for the use of the modem in vehicles

6.1.1 Recommended connection on the battery of a truck

6.2 Turning the modem OFF

6.3 Starting with the modem

6.3.1 Mounting the modem

6.3.2 SIM card installation

6.4 Use of the modem

6.4.1 Checking the communication with the modem

6.4.1.1 Without application

6.4.1.2 Standard Library

The application ERCOGENER EaseLoc_Vx

6.4.1.4 The owner application

6.5 Checking the quality of the GSM reception signal

6.6 Verification of the PIN code

6.7 Verification of the modem registration on GSM network

6.8 Verification of the modem registration on GPRS network