GALILEOSKY v 4.0

GALILEOSKY v 4.0
Fabricant: Galileosky
Forum de discussion

Nombre des unités

2
En ligne
7
Nombre total
Caractéristiques GALILEOSKY v 4.0:
  • Boîte à mémoire
  • Compatibilité avec GLONASS
  • Compteur kilométrage intégré
  • Terminal satellite
  • Appels vocaux
Compatible avec Wialon:
  • Accéléromètre
  • Capteurs analogiques (ADC)
  • Connexion de caméra
  • Données remontées du CANbus
  • ECO driving
  • Compatibilité avec Garmin
  • Gestion à distance via GPRS
  • Identification du conducteur
  • Capteurs numériques
  • Envoi des données par SMS
  • Gestion à distance via SMS
  • Communication via TCP

Afin d'identifier le boîtier GALILEOSKY v 4.0 les détails suivants sont à utiliser dans les réglages de l'unité sur Wialon :

Type du boîtier GPS: GALILEOSKY v 4.0
ID unique: imei

Précisez les paramètres suivants dans le programme de configuration ou dans la configuration GALILEOSKY v 4.0 pour les utiliser dans Wialon Hosting :

Port du serveur: 20988

7 unités GALILEOSKY v 4.0 connectées au le centre de données Wialon — Ça fait 0% de nombre total des boîtiers GPS connectés.

Le diagramme ci-dessous représente la dynamique des connexions dans le centre de données Wialon au cours des 30 derniers jours:

Nom du paramètre Description Unités
acc1 input ADC 5
acc2 Acceleration
acc Acceleration
accident_codeN Accident code N
accidentN The level of accident N
acc_trigger Acceleration status
accX X-axis acceleration

M/S2

accY Y-axis acceleration

M/S2

accZ Z-axis acceleration

M/S2

adcX Analog sensor, X - number of sensor
adcX_s Signed analog sensor, X - number of sensor
adc9 RS232 0
adc10 RS232 1
alarm_codeN Zone N alarm code
alarm_typeN Zone N alarm type
blast_air_tempN Zone N blast air temperature °C
braking_accel Braking

M/S2

canX Value of CAN, X - identifier of a message
course_accel Acceleration

M/S2

dinN Refrigerator's digital input N value
ds1923_humidityX humidity sensor DS1923, X - number of sensor %
ds1923_tempX Temperature sensor DS1923, X - number of sensor °C
evap_tempN Zone N evaporator temperature °C
fms_spn_1611

SAE J1939 SPN 1611. Drive recognize

fms_spn_1612

SAE J1939 SPN 1612. Driver 1 working state

fms_spn_1613 SAE J1939 SPN 1613. Driver 2 working state
fms_spn_1614

SAE J1939 SPN 1614. Overspeed

fms_spn_1615

SAE J1939 SPN 1615. Driver 1 card

fms_spn_1616

SAE J1939 SPN 1616. Driver 2 card

fms_spn_1617

SAE J1939 SPN 1617. Driver 1 time rel. states

fms_spn_1618

SAE J1939 SPN 1618. Driver 2 time rel. states

fms_spn_1619

SAE J1939 SPN 1619. Direction indicator

fms_spn_1620

SAE J1939 SPN 1620. Tachograph performance

fms_spn_1621

SAE J1939 SPN 1620. Handling information

fms_spn_1622

SAE J1939 SPN 1621. Tachograph event

fuel_level Fuel level in the tank %
gprs_answer Response device
gps_mileage Total mileage according to the GPS/GLONASS modules Meter
gsm_status GSM signal quality
hdop Horizontal accuracy
hours_counterN Counter N hours till service h
hours_electric Motohours. Electric h
hours_engine Motohours. Engine h
hours_standby Motohours. Standby h
hours_switch Motohours. Switch h
hours_vehicle Motohours. Vehicle h
ibutton_code Identification number of the first key iButton
ibuttons Ibutton keys status
omni_tmp_X Omnicom sensor, X - number of sensor
pressX_pci_data Pressure in atm, X - number of sensor
pressX_status_battery Sign of low battery charge the internal battery, X - number of sensor
pressX_status_error Reason parcel packet from the sensor, X - number of sensor
pressX_tmp Temperature, X - number of sensor
pwr_ext Voltage of external power supply Volt
pwr_int Power supply internal battery Volt
refr_type Refrigerator unit type. 1 – DataCOLD, 2 – ThermoKing, 3 – Mitsubishi
return_air_tempN Zone N return air temperature °C
rs485ex_X_lvl Fuel sensor connected via rs485
rs485ex_X_tmp Temperature sensor connected via rs485 °C
rs485_fls02 Fuel sensor connected via rs485
rs485_fls12 Fuel sensor connected via rs485
rs485_fls22 Fuel sensor connected via rs485
rs485tmp_X Temperature sensor connected via rs485, X - number of sensor
set_tempN Zone N set temperature
soft Current version of firmware
statusN Zone N status
taho Engine speed
temp_aqua Coolant temperature °C
temp_int temperature of the terminal °C
temp_sensorN Temperature sensor N value °C
tempX Temperature sensor, X - number of sensor °C
trailer_id Identification number of the second key iButton
trailer_id_code Identification number of the second key iButton as decimal
turn_accel Acceleration on the turn

M/S2

valid

Valid of coordinates (0-valid, 1-invalid, 2-LBS coordinates, 15-GPS module is off )

vertical_accel Vertical acceleration

M/S2

vib_N

The relative intensity of vibration analysis with N unique identifier of a characteristic feature

user_d User data
rec_sn Number of an archive record
can_r#

Tag value

For tag with value range (HEX) 0xC4 - 0xD2 , 0xD6 - 0xDA, 0xDB - 0xDF

# = Tag number (DEC) - 196

can8bitr#

Tag value

For tag with value range (HEX) 0xA0 - 0xAF

# = Tag number (DEC) - 144

can16bitr#

Tag value

For tag with value range (HEX) 0xB0 - 0xB9

# = Tag number (DEC) - 144

can32bitr#

Tag value

For tag with value range (HEX) 0xF0 - 0xF9

# = Tag number (DEC) - 144

To work with Wialon platform, it is recommended to install the latest Galileosky 4.0 firmware version (v.20 and up).

Transmitted data may be coded with XTEA3 algorithm.

  • An example of Galileosky configuration file with settings to use in Wialon platform.
  • An example of correct unit settings in Wialon for Galileosky 4.0. To create a unit, choose “File import”, then choose the downloaded .wlp file and tick all checkboxes.
  • Galileosky 4.0 user manual. Compliance of monitoring software variables with Galileosky protocol.
  • You can find instructions on connecting and configuring Galileosky 4.0 here.
  • Use Galileosky manuals and FAQ to set devices correctly.

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