Galileosky Base Block Wi-Fi

Galileosky Base Block is a new generation of the terminals, appeared due to development of the most popular range of Galileosky devices. It is aimed at resolving a broad variety of tasks in transport monitoring area, thanks to Easy Logic functionality. Besides, Galileosky Base Block has a low level of power consumption and a compact autonomous body. Has Wi-Fi support.

Title Name Description Properties
Backend Server Setup backend_server Main server parameters where the monitoring data will be transmitted to host: Host

port: Port
Secondary Backend Server Setup backend_server2 Secondary server parameters where the monitoring data will be transmitted to host: Host

port: Port
CAN-bus regime canbus Set up CAN-BUS connection mode: Mode
EasyLogic script easylogic Setting operate swith EasyLogic script used to confiugre internal device logic username: EasyLogic Username

scriptname: Script name
Head packet parameters headpack1 Set up the parameters to be passed in Head packet tag_01: hardware version

tag_02: firmware version

tag_03: IMEI

tag_04: Device ID

tag_05: Message ID in archive

tag_06: Time

tag_07: Coordinates, sattelites, postion correctness

tag_08: Speed and direction

tag_09: Height

tag_10: HDOP

tag_11: Device state

tag_12: Supply voltage

tag_13: Battery voltage

tag_14: Device temperature

tag_15: Acceleration

tag_16: Output states

tag_17: Input states

tag_18: Input value 0.

tag_19: Input value 1.

tag_20: Input value 2.

tag_21: Input value 3.

tag_22: RS232 0

tag_23: RS232 1

tag_24: Temperature sensor ID 0 and temperature value

tag_25: Temperature sensor ID 1 and temperature value

tag_26: Temperature sensor ID 2 and temperature value

tag_27: Temperature sensor ID 3 and temperature value

tag_28: Temperature sensor ID 4 and temperature value

tag_29: Temperature sensor ID 5 and temperature value

tag_30: Temperature sensor ID 6 and temperature value

tag_31: Temperature sensor ID 7 and temperature value

tag_32: First key iButton ID
Main packet parameters mainpack1 Set up the parameters to be passed in Main packet tag_01: hardware version

tag_02: firmware version

tag_03: IMEI

tag_04: Device ID

tag_05: Message ID in archive

tag_06: Time

tag_07: Coordinates, sattelites, postion correctness

tag_08: Speed and direction

tag_09: Height

tag_10: HDOP

tag_11: Device state

tag_12: Supply voltage

tag_13: Battery voltage

tag_14: Device temperature

tag_15: Acceleration

tag_16: Output states

tag_17: Input states

tag_18: Input value 0.

tag_19: Input value 1.

tag_20: Input value 2.

tag_21: Input value 3.

tag_22: RS232 0

tag_23: RS232 1

tag_24: Temperature sensor ID 0 and temperature value

tag_25: Temperature sensor ID 1 and temperature value

tag_26: Temperature sensor ID 2 and temperature value

tag_27: Temperature sensor ID 3 and temperature value

tag_28: Temperature sensor ID 4 and temperature value

tag_29: Temperature sensor ID 5 and temperature value

tag_30: Temperature sensor ID 6 and temperature value

tag_31: Temperature sensor ID 7 and temperature value

tag_32: First key iButton ID
GSM Network Setup for SIM0 network_sim0 Access point settings for a SIM-card SIM0 apn: APN

password: APN Password

username: APN Username
GSM Network Setup for SIM1 network_sim1 Access point settings for a SIM-card SIM1 apn: APN

password: APN Password

username: APN Username
Output 0 output0 Switching external trigger 0. By default trigger is switched off. State is hold in non-volatile memory, will be restored after reboot. out_val: Output 0 state
Output 1 output1 Switching external trigger 1. By default trigger is switched off. State is hold in non-volatile memory, will be restored after reboot. out_val: Output 1 state
Tracking parameters tracking Configuration of the track drawing dist: Distance

angle: Angle

speed: Minimum Speed

angle_speed: Minimum Turn Speed

delta_speed: Overspeeding
Data recording interval wr_period Period of packets recording when the vehicle is moving or when it stops move_int: In Motion

stop_int: At Stop