Lantronix BOLERO40 Series Application Note Download Page 8

In-Vehicle Installation Guidelines for FOX3-2G/3G/4G and BOLERO40 Series 

 

 

Do not cover vehicle instruments and displays with cables connected to the Lantronix device. 

 

Do not mount the external antenna or the Lantronix device with internal antenna on the metal plates as 
these may disturb and attenuate the GSM signal. 

 

Do not mount cables, antennas or devices in locations that they may be affected by moving parts (in 
particular,  pedals  with  lever,  shift  linkage,  control  mechanism  for  ventilation  and  actuators,  rotating 
parts, hand brake lever, steering linkages and so on). 

 

Do  not  mount  the  device  near  the  heat  exchangers  and  their  channels.  These  belong  to  the  air 
conditioning  system  and  heating.  The  consequences  are  often  overheating  or  condensation  on 
electronics, SIM card etc. 

 

Always  ensure  that  connections  are  clean,  secure  and  fasten.  Never  let  them  loose,  convoluted  or 
unsecured in cavities. These may often get out of place due to the vibrations and touch any moving parts 
in the vehicle. 

 

Do not bundle or roll up the excess cable. The produced coil is often the reason for induced voltages that 
may affect the GNSS and GSM performances as well as the operating voltage of the device. 

 

Do not place battery-powered devices direct in sunlight or air currents of the heating system. Generally, 
batteries operate from -20 °C - +60 °C (discharge range) and 0 °C to +45 °C (charge range). 

 

Some vehicles use glass that contains a thin metallic coating for defrosting or to control solar gain; glass-
mount  antennas  may  NOT  function  properly  when  mounted  on  this  type  of  glass.  However,  most 
manufacturers leave free unprocessed places, mostly centrally, for back fitting of GNSS technology. 

 

Glass mounted antennas should not be mounted in places where the vignettes are fixed. These are often 
constructed with metallic inside, which also disrupts GNSS and GSM reception.

 

1.3

 

Device installation order

 

Instructions  provided  in  this  section  describe  the  hardware  installation  of  an  Lantronix  AVL  device.  It  is 
recommended that you print this list for reference when installing Lantronix devices. To install a Lantronix 
AVL device in a vehicle, follow these steps:

 

1.

 

Before you connect the wires of the installation cable to the fuse  box in the vehicle, plug in the 8-Pin 
connector into the device

 

2.

 

Connect the brown wire (which is the GND) to the GND of the vehicle

 

3.

 

Connect the blue wire (which is the IGN line) to the ignition of the vehicle and other wires like digital 
inputs (if needed)

 

4.

 

Pins that are not planned for usage can be left open without anything connected to them. Table 1, 2 and 
3  in  chapter 

APPENDIX

 

describe  the  pin  functionality  for  the  installation  cable  on  the  Lantronix  AVL 

devices

 

5.

 

Finally, connect the red wire (which is the Vin) to the external power supply (positive pole)

 

6.

 

Now turn ON the ignition of the vehicle to start up the AVL device

 

Summary of Contents for BOLERO40 Series

Page 1: ...Application Note In Vehicle Installation Guidelines for FOX3 2G 3G 4G and BOLERO40 Series Part Number APP 0019 Revision A October 2019...

Page 2: ...x com support Sales Offices For a current list of our domestic and international sales offices go to the Lantronix web site at www lantronix com about contact Disclaimer All information contained here...

Page 3: ...e for STEPPIII UX FOX LT BOLERO LT and TANGO55 56 864 devices September 2009 1 0 6 Added additional installation instructions when using features of the built in 3D acceleration sensor December 2009 1...

Page 4: ...3 axis diagram for DISCO B4 and DISCO B5 MAGNET see Figure 4 September 2014 1 0 11 Added FOX3 2G 3G 4G series December 2018 1 1 11 Added BOLERO40 series Removed FOX IN FOX EN BOLERO LT2 and STEPPIII...

Page 5: ...n for AVL devices 13 1 7 Install Ignition Optional 13 1 8 Install additional Inputs Outputs Optional 13 1 9 Perform testing 14 APPENDIX 15 1 10 CA31b Vehicle installation cable for FOX3 2G 3G 4G and B...

Page 6: ...ility Lantronix shall not be liable for any accident by improper placement or installation of devices 1 1 1 Importance of connection Before beginning any wiring procedure be sure you understand the wi...

Page 7: ...fulfil the range of operating voltage Lantronix recommends using the installation cable with the voltage converter called KNT100V This cable can only be used for the vehicles with 24 VDC voltage sourc...

Page 8: ...0 C 60 C discharge range and 0 C to 45 C charge range Some vehicles use glass that contains a thin metallic coating for defrosting or to control solar gain glass mount antennas may NOT function proper...

Page 9: ...the unit ground wire to the identified ground negative ground battery terminal or vehicle chassis see possibilities for power source connections below and only when all other connections are made con...

Page 10: ...as the shunt limits the current flowing through it Therefore it is recommended to install one of Lantronix devices in front of the shunt as shown in the Fig 2 above According to your application requ...

Page 11: ...er you have inserted the SIM card inside the device and the casing is completely water sealed then you can install your device on the vehicle s roof or somewhere else on the flat surfaces The DISCO B4...

Page 12: ...to the 8pin connector on the external cable of the DISCO B4 Another mount option is to use 6 x hex cap screws M4x30 or longer not included as shown on the right side of the figure below second mounti...

Page 13: ...on Connect the ignition wire from the unit s power cable to the ignition controlled source protected with a 2A fuse The ignition input can also be used for journey START and STOP reports programmable...

Page 14: ...v eFix invalid IO13 Set low If you see that there is sufficient GNSS and GSM reception note that acquiring of initial GNSS fix may take more than 2 minutes turn on your vehicle and check again if any...

Page 15: ...max 2A 2 Brown GND 3 Blue IGN I INPUT HIGH 10 8 32 0 V DC LOW 0V It can be used to wake up the device from IGN sleep 4 Orange I O1 I O Free configurable Input Output pins Digital OUT 100 mA max 0 32 0...

Page 16: ...Brown GND 3 Blue IGN I 4 Orange I O1 I O 5 Yellow I O2 I O 6 Green I O3 I O 7 Violette RxA_0 I 8 Black TxA_0 O Table 2 Description of cable CA39b 1 12 CA68 Main port extended vehicle installation cabl...

Page 17: ...ssory port cable The accessory port cable with 6pin 2x3 connector 4pin 2x2 UCOM connector and open ends can be used for FOX3 2G 3G 4G series excl LITE models The pin function wire assignments and colo...

Page 18: ...nk 1 Wire I O See description in Table 5 2 Brown GND 3 Violette RxA_1 I 4 Black TxA_1 O 5 Yellow SCL I C O 6 green SDA I C I O Table 6 Description of cable CA71 1 16 CA38b Vehicle installation cable f...

Page 19: ...IN3 I Digital input 0 32 0 V DC V IN IN 15 OUT2 O Open collector output 100 mA max 0 32 0V DC 16 IN4 I Digital input 0 32 0 V DC V IN IN Table 7 Description of cable CA38b 1 17 CA123 OBDII cable with...

Page 20: ...listed below which can be found on the Product Index or Application Notes pages Filename Description AVL_PFAL_Configuration_Command_Set pdf Lists and describes all PFAL commands supported by the AVL...

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