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EG_GenLoc354e_1040Q_UG_002_UK

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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

3.19 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

± 2

± 2,3

Controllable by software

± 8

± 9,2

Resolution

bits

Sensitivity

Range ± 2G

16,2

19,8

mg/digit

Range ± 8G

64,8

79,2

Typical zero-g level offset
accuracy

Range ± 2G

±40

Range ± 8G

±60

Figure 30 :

Positioning of the accelerometer axis

3.20 SIM card

Table 49: Characteristics of the SIM card power voltage

3 V or 1.8 V

SIM card

standard

Format

3.21 Dual SIM option – S0471C

As an option it is possible to have a 2

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 power voltage

3 V or 1.8 V

SIM card

standard

Format

Summary of Contents for GenLoc 354e

Page 1: ...L esprit Modem User Guide GenLoc 354e Reference EG_GenLoc354e_1040Q_UG_002_UK Revision 002 Date 13 07 2016 http www ercogener com Dct_427_02 ...

Page 2: ...y modifications Dct_427_02 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 ...

Page 3: ...NICAL 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 2...

Page 4: ...2 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...

Page 5: ... 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 D...

Page 6: ...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 ...

Page 7: ...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 ...

Page 8: ...nal 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 Fig...

Page 9: ...ons in this document are given as an indication only ERCOGENER reserves the right to make any modifications Dct_427_02 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 ...

Page 10: ... 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 conta...

Page 11: ...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 b...

Page 12: ...ent 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 documen...

Page 13: ...only ERCOGENER reserves the right to make any modifications Dct_427_02 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 ...

Page 14: ...ent 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 devic...

Page 15: ...estions 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...

Page 16: ...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 Figure 1 Content 2 2 Modem packaging The external dimensions of the modem ...

Page 17: ...cteristics Dimensions 95 x 92 x 40 mm connectors excluded Complete dimensions 104 x 92 x 40 mm Weight 206 grams modem only 618 grams modem brackets cables Volume 382 cm Casing Aluminium profile Waterproof level 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 fi...

Page 18: ...50 900 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...

Page 19: ...ion 72 channels GPS L1C A SBAS L1C A QZSS L1C A GLONASS L1OF BeiDou B1 Time To First Fix 1 Cold Start 27 s Hot Start 1 s Aided Starts4 4 s Sensitivity 4 Tracking Navigation 164 dBm 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 l...

Page 20: ...en collector outputs 2 analog inputs 0 10 Volts 1 power supply output VPOWER controllable 16 pin connector micro FIT 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 ...

Page 21: ...ribed in the table below must be respected Table 3 Environmental characteristics Operating temperature range Battery charging 0 C to 45 C Battery discharging 20 C to 45 C Storage temperature range 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 Relative humidity 65 20 Atmospheric pressure 700 hPa to 1060 hPa 400 m to 3000 m Ab...

Page 22: ...NNEX 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 Micro Fit 14 pins Micro Fit 16 pins 1 OUTPUT 1 S1 1 ONE_WIRE 1 GND 2 INPUT 1 E1 2 ANA2 2 3 GND 3 E5 3 4 VDC 4 E5 4 GND 5 E...

Page 23: ...trations in this document are given as an indication only ERCOGENER reserves the right to make any modifications Dct_427_02 3 2 Back side Figure 5 Back side Connector FAKRA D for GSM antenna GSM LED LED 3 SIM card cover Connector FAKRA C for GNSS antenna LED 4 GNSS LED LED 6 LED 5 ...

Page 24: ...age 24 69 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 Figure 6 Functional architecture ...

Page 25: ...Input Output The power supply to the modem is done only via the pins 4 VDC and 3 GND The modem must be powered by an external DC voltage between 8VDC 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 VDC The following table describes the consequences...

Page 26: ... 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 EGMR...

Page 27: ...de IMOY MAX Unit VIN 8 12 24 32 V GSM 900 1 800 MHz 83 56 31 26 mA GPRS EDGE 78 52 27 22 mA 3G UMTS HSPA 79 53 27 21 mA The GenLoc 354e is attached to the network Table 10 Consumption in data transfer 25 C without battery charging Unit VIN 8 12 24 32 V GSM 900 1 IMOY MAX 240 150 75 55 mA IPIC MAX 1265 745 360 265 mA 1 800 2 IMOY MAX 175 125 65 50 mA IPIC MAX 810 595 290 220 mA GPRS 4 Rx 1 Tx 900 1...

Page 28: ... V IMOY MAX 355 235 120 95 mA IPIC MAX 395 255 130 105 mA Band VIII IMOY MAX 365 235 120 95 mA IPIC MAX 405 260 135 105 mA 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 Table 12 Consumption of the battery charge 25 C Battery charge Average I nominal Unit VIN 8 ...

Page 29: ... 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 VIL 0 3 0 8 VDC Input Voltage High VIH 2 3 5 VDC Hysteresis Voltage VHys 0 4 0 7 VDC Input Leakage Current ILEAK 4 38 µADC Input capacitance CIN 14 pF Output Low level Voltage VOL 0 4 VDC Output Hig...

Page 30: ... 4mA 2 8 3 3 VDC Active Pullup On Time 4 5 tAPUOT 2 3 2 5 2 7 μs Pulldown Slew Rate 6 PDSRC 1 4 2 V μs Pullup Slew Rate 6 PUSRC 0 8 4 V μs Power On Reset Trip Point VPOR 2 2 V Write One Read Low Time tW1L 7 6 8 8 4 μs Read Sample Time tMSR 13 3 14 15 μs 1 Wire Time Slot tSLOT 65 8 69 3 72 8 μs Fall Time High to Low 6 7 tF1 0 54 3 0 μs Write Zero Low Time tW0L 60 64 68 μs Write Zero Recovery Time t...

Page 31: ... Analog input 0 10V 8 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 VDC 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 T...

Page 32: ...I O Description ANA1 ANA2 GND 9 2 I Analog Analog input4 20mA 8 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 VDC Conversion range 0 22 mADC Polarization current 20 200 nADC Resolution 10 bits Lineari...

Page 33: ...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 IF rms 50 mA Max inverted voltage VR 5 V Direct voltage VF IF 10 mA 1 0 1 15 1 3 V Inverted current IR VR 5 V 10 µA Capacity CT V ...

Page 34: ...nt configurations encountered Table 23 Description of isolated opto coupled inputs Signal 14 pin connector Pins N I O Description E3 E3 E5 E5 11 10 4 3 I Isolated digital inputs 0 35 V Corresponds to wires Yellow for E3 Black for E3 Blue for E5 Black for E5 see ANNEX 2 14 pins Micro FIT cable Inputs Outputs Table 24 Characteristics of isolated opto coupled inputs The electrical characteristics are...

Page 35: ... 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 VCE0 Transmitter open 48 VDC Max voltage VCES VBE 0 V 48 VDC Collector current IC 0 5 AD...

Page 36: ...thout power supply 1 3 55 4 0 VDC With power supply 8V 32V 4 2 4 4 VDC IOUT Max 100 2 mADC 1 The GenLoc 54e works with its battery only In the case where the voltage VBAT falls below 3 55 VDC the product cannot communicate anymore via the network 2 In the case where the software management of the battery guarantees that the voltage VBAT does not fall below 3 55 VDC In case of low battery VBAT 3 55...

Page 37: ...eristics Symbols Conditions Min Typ Max Unit collector base voltage VCB0 Transmitter open 48 VDC collector emitter voltage VCE0 Open base 40 VDC collector current DC IC 600 mADC peak collector current ICM 800 mADC Collector Cutoff Current ICB0 IE 0 VCB 60 V Tj 25 C 10 nADC IE 0 VCB 60 V Tj 125 C 10 µADC collector emitter saturation voltage VCEsat 300 mVDC IC 150 mA IB 15 mA IC 500 mA IB 50 mA 1 VD...

Page 38: ... 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 VIL 1 2 81 VDC Input Voltage High VIH GenLoc 354e at Power ON 7 17 5 VDC GenLoc 354e at Power Down 13 36 VDC Input Leakage Current ILEAK VIH Max 1 8 mADC Figure 17 Internal el...

Page 39: ...2 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 VINPUT Input Voltage Range 25 25 VDC Input Voltage Low VIL Input Voltage Low 0 6 1 1 VDC Input Voltage High VIH Input Volt...

Page 40: ...or 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 M...

Page 41: ...ot 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 lin...

Page 42: ...ferential 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 VIL Input Voltage Low 0 6 1 1 VDC Input Voltage High VIH Input Voltage High 1 5 3 3 VDC Input Hystere...

Page 43: ... Power_Out Signal 16 pin connector Pins N I O Kind of I O Description Power_Out GND 9 12 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 VOUT With power supply 6 2 8V 32V 1A 30 5 VDC ROUT 45 70 mΩ IOUT 1 A Figure 25 Internal electrical scheme of Power_Ou...

Page 44: ...Description BOOT GND 11 4 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 VIL Input Voltage Low 0 3 0 8 VDC VIH Input Voltage High 2 3 3 VDC RIPU Internal Pull Up Resistor 5 38K Ω Figure 27 Internal electrical scheme of BOO...

Page 45: ...ot restore the factory parameters Table 46 Description of RESET input 16 pin connector Signal Pins N I O Kind of I O Description RESET GND 10 4 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 VIL Input Voltage Low 0 3 0...

Page 46: ...Resolution 8 bits Sensitivity Range 2G 16 2 18 19 8 mg digit Range 8G 64 8 72 79 2 Typical zero g level offset accuracy Range 2G 40 mg Range 8G 60 Figure 30 Positioning of the accelerometer axis 3 20 SIM card Table 49 Characteristics of the SIM card power voltage 3 V or 1 8 V SIM card standard Format 3 21 Dual SIM option S0471C As an option it is possible to have a 2nd SIM reader Option DUAL SIM r...

Page 47: ... 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 ...

Page 48: ...olled via AT command AT GPIOEXTSET n 1 AT GPIOEXTSET n 0 n Led 3 57 Led ON Led OFF Led 4 56 Led 5 55 54 Led 6 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 GN...

Page 49: ...ternal 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 900 880 960 MHz 1800 1710 1880 MHz 2100 1920 2170 MHz Impedance 50 Ohms nominal Input power 2 W peak Gain 4 25 dBi for 850 MHz 7 55 dBi for 1700 MHz 2 74 bBi for 1900 MHz VSWR 2 1 recommended 3 1 acceptable Return Loss S11 10...

Page 50: ... 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 GPS 1575 42 MHz GLONASS 1602 1614 94 MHz 50 Ohms nominal Impedance 50 dB max Antenna gain 1 5 dB Maximum noise figure 2 1 VSWR RHCP Polarization 3 2V Power supply voltage 50mA Power supply curre...

Page 51: ... 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 Th...

Page 52: ...aker 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 PLUS of the battery but cut its GROUND Figure 36 Recommended connection on the battery of a truck The scheme above shows a recommended power connection where the connection of the modem gr...

Page 53: ...ged 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 Lo...

Page 54: ...ead 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 Remo...

Page 55: ...les 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 applic...

Page 56: ...t 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 m...

Page 57: ...ed 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 ...

Page 58: ...cument 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 ...

Page 59: ...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...

Page 60: ...ples 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 Sout...

Page 61: ... 0 It is not possible to define a position Check the positioning of the GNSS antenna or the GNSS configuration see 5 1 Installation of GNSS external antenna GPSPOS 0 083138 180406 6 It is not yet possible to have a position but the time and date information are available A complete frame should be obtained soon or the antenna position is not optimum see 5 1 Installation of GNSS external antenna GP...

Page 62: ...ER 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 ...

Page 63: ... 4 wires Power supply ERCOGENER reference 4402304215 Fuse F2A 32V 3mm tinned stri Mini BLADE pped wire Figure 39 4 pins Micro FIT cable Table 60 Characteristics of power supply cable Component Characteristics 4 pin connector Cable Length 1 5m Wire Section 0 75 mm Fuse FK2A 32V Signal Color VDC Red GND Black INPUT 1 E1 Yellow OUTPUT 1 S1 Brown Fuse reference Mini Blade for automobile 2A 32V color c...

Page 64: ...stripped wire Figure 41 14 pin Micro FIT cable Inputs Outputs Side view of cable 8 14 1 7 Table 61 Characteristics of 14 wire inputs outputs cable Component Characteristics 14 pin connector Cable Length 1 5m Wire Section 0 5 mm 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...

Page 65: ...links 9 Table 63 Characteristics of 14 wires serial links cable 16 1 8 Side view of cable Component Characteristics 16 pin connector Cable Length 1 5m Wire Section 0 5 mm 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_...

Page 66: ...ble 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 ...

Page 67: ...a Terminal Ready EDGE Enhanced Data rates for Global Evolution 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...

Page 68: ...nd 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 Interfa...

Page 69: ...DECLARATION OF CONFORMITY ...

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