Archived documentation. Technical definitions follow the protocol specification. Incomplete definitions and conflicting examples are marked for clarification.
External voltage in mV
Internal voltage (battery) in mV
the 2 bytes = external voltage 0x3054 = 12372 mV or second example 0x6B67 =27495 mV
next 2 bytes = internal battery voltage 0x106E = 4206 mV or second example 0x0F80 = 3968 mV
if value 0x00 - battery not connected
if value 0xFFFF (65535) - error battery managment
J16 External voltage in mV
Internal voltage (battery) in mV Tags!J16
K16 the 2 bytes = external voltage 0x3054 = 12372 mV or second example 0x6B67 =27495 mV
next 2 bytes = internal battery voltage 0x106E = 4206 mV or second example 0x0F80 = 3968 mV
if value 0x00 - battery not connected
if value 0xFFFF (65535) - error battery managment Tags!K16
0x425E8B82 = 55,636238 latitude in IEEE 754 format
(the floor. If the number N North, Neg. number, if S South)
If coordinate is not valid - do not send them
K18 0x425E8B82 = 55,636238 latitude in IEEE 754 format
(the floor. If the number N North, Neg. number, if S South)
If coordinate is not valid - do not send them Tags!K18
0x42167875 = 37,617633 longitude in IEEE 754 format
(the floor If the number of E East, Neg. number, if W West)
If coordinate is not valid - do not send them
K19 0x42167875 = 37,617633 longitude in IEEE 754 format
(the floor If the number of E East, Neg. number, if W West)
If coordinate is not valid - do not send them Tags!K19
0x08 = 8 * 1.852 = 14.81 km / h above the speed in knots
0xE7 = 0-3 bits - the number of GPS (0-15) 7 (0x07) satellites 4-7 bits - the number of Glonass (0-15) 14 (0x0E) satellites, the total number of satellites 21 (0xFE - LBS position, 0xFF - WiFi position)
0x19 = 25 * 10 = 250 m altitude in meters / 10
0x11 = 17 * 2 = azimuth multiplied by 2
K20 0x08 = 8 * 1.852 = 14.81 km / h above the speed in knots
0xE7 = 0-3 bits - the number of GPS (0-15) 7 (0x07) satellites 4-7 bits - the number of Glonass (0-15) 14 (0x0E) satellites, the total number of satellites 21 (0xFE - LBS position, 0xFF - WiFi position)
0x19 = 25 * 10 = 250 m altitude in meters / 10
0x11 = 17 * 2 = azimuth multiplied by 2 Tags!K20
PINx - number of digital input, its mode value (NAME BEFORE THE VALUE IN DISPLAY ACCORDING TO INPUT MODE!)
Full definition
Byte[0] - input mode:
0x06 - pulses
0x07 - frequency [Hz]
0x08 - analog [mV]
0x01 - discrete state of inputs/outputs (bitwise)
Byte[1] - input number
Byte[2..3] - value according to mode
Attention. For mode 0x01:
The input number is irrelevant; this byte transmits the value of the virtual binary sensors:
bit 0 - ignition
bit 1 - call button
bit 2..7 - reserved
Bytes 2-3 contain the value of the internal inputs and outputs (in1 - in16 in Wialon)
For L1 and A-series with BLE relays:
bit 4..7 - mac 1..4
If possible and will NOT affect the bitwise processing of the value when creating virtual sensors in the Wialon system, it is better to display the values in input mode 0x01 in hex format for convenience (e.g., PIN=0x0304).
For other modes, the value is represented in decimal notation as an integer.
level signal from 0 to 31, 0x14 = 20
Mobile Country Code - code of the country in which the BS
(Russia it is 250, Ukraine - 255, Belarus - 257) 0x00FA = 250
Mobile Network Code - code for your network 0x01 = 1
(MTS - 01, MegaFon - 02, SMARTS - 07, Beeline - 99)
K23 level signal from 0 to 31, 0x14 = 20
Mobile Country Code - code of the country in which the BS
(Russia it is 250, Ukraine - 255, Belarus - 257) 0x00FA = 250
Mobile Network Code - code for your network 0x01 = 1
(MTS - 01, MegaFon - 02, SMARTS - 07, Beeline - 99) Tags!K23
The temperature sensor (1-wire) T_0 (formula for Wialon \ const100-const500)
temperature range is from -500.00 to +500.00 C
temperature is transmitted to the server multiplied by 100 (to convert the decimal value into an integer), for example 28.33 to 2833.
For the 0 (zero) degree takes a value of 50,000, but when unpacking the values from the device you need to take 50,000, for example:
1. convert -26.33 -2633, add 50000 = 47367 pass on the server subtract 50000, and again obtain -2633
2. 16.55 transform 1655, we add the 50,000 = 51655 pass on the server subtract 50000, and again obtain 1655
Ie Range of temperature should be from 0 to 100,000.
Meaning 111111 - says an incorrect calculation of the temperature
K55 The temperature sensor (1-wire) T_0 (formula for Wialon \ const100-const500) Tags!K55
L55 temperature range is from -500.00 to +500.00 C
temperature is transmitted to the server multiplied by 100 (to convert the decimal value into an integer), for example 28.33 to 2833.
For the 0 (zero) degree takes a value of 50,000, but when unpacking the values from the device you need to take 50,000, for example:
1. convert -26.33 -2633, add 50000 = 47367 pass on the server subtract 50000, and again obtain -2633
2. 16.55 transform 1655, we add the 50,000 = 51655 pass on the server subtract 50000, and again obtain 1655
Ie Range of temperature should be from 0 to 100,000.
Meaning 111111 - says an incorrect calculation of the temperature Tags!L55
CAN - can_security_state
Flags Security Status -
Bit-transmitted, for example: cff0..cff31
Full definition
cff0- car factory was closed with the remote control
cff1 - car factory was opened with a remote control
cff2- trunk was opened with a remote control factory
cff3 - module sent a signal to the protection of restatement
cff4-5 - reserve
cff6 - CAN-module entered the mode «sleep»
cff7 - reserve
cff8 - the driver's door is open
cff9 - passenger door is open
cff10 - trunk is open
cff11 - engine cover is open
cff12 - tightened handbrake lever
cff13 - the foot brake is depressed
cff14 - the engine is running
cff15 - webasto
cff16 - ignition is on
cff17 - alarm mode - standard protection
cff18 - closed regular remote control
cff19 - key in the ignition
cff20 - dynamic lighting
cff21 - opened the front passenger door
cff22 - open rear doors
cff23-31 - reserve
can_sequrity_state
Example: 33 22 33 44 55
the value is 0x55443322, or bitwise 100010000101000001001000001001
cff0
cf3
J66 CAN - can_security_state
Flags Security Status -
Bit-transmitted, for example: cff0..cff31 Tags!J66
K66 cff0- car factory was closed with the remote control
cff1 - car factory was opened with a remote control
cff2- trunk was opened with a remote control factory
cff3 - module sent a signal to the protection of restatement
cff4-5 - reserve
cff6 - CAN-module entered the mode «sleep»
cff7 - reserve
cff8 - the driver's door is open
cff9 - passenger door is open
cff10 - trunk is open
cff11 - engine cover is open
cff12 - tightened handbrake lever
cff13 - the foot brake is depressed
cff14 - the engine is running
cff15 - webasto
cff16 - ignition is on
cff17 - alarm mode - standard protection
cff18 - closed regular remote control
cff19 - key in the ignition
cff20 - dynamic lighting
cff21 - opened the front passenger door
cff22 - open rear doors
cff23-31 - reserve Tags!K66
L66 can_sequrity_state
Example: 33 22 33 44 55
the value is 0x55443322, or bitwise 100010000101000001001000001001
cff0
cf3 Tags!L66
CAN - Status Flags agricultural equipment
CAN_Agro
Bit-transmitted, for example: cfs0..cfs31
Full definition
cfs0 - Threshing drum included (cfs0)
cfs1 - Included unloading pipe
cfs2 - Includes hydraulics
cfs3 - including power PTO
cfs4-7 reserve
cfs8 - Excessive play under the threshing drum (cfs8)
cfs9 - Open the entrance to the grain tank
cfs10 - Grain Hopper 100%
cfs11 - Grain Silo 70%
cfs12 - Clogged filter hydraulic oil
cfs13 - Low oil pressure of the hydraulic system
cfs14 - Low hydraulic oil level
cfs15 - Clogged filter hydraulic brakes
cfs16 - Clogged engine oil filter (cfs16)
cfs17 - Clogged fuel filter
cfs18 - Clogged air filter
cfs19 - Emergency oil temperature in the hydraulic suspension
cfs20 - Emergency oil temperature in the hydraulic rams
cfs21 - Emergency engine oil pressure
cfs22 - Emergency coolant level
cfs23 - overflow section of the hydraulic unit
cfs24 - On unloading auger drive when folded. unloading. pipe (cfs24)
cfs25 - no operator
cfs26 - Clogging straw
cfs27 - Presence of water in fuel
cfs28 - Fan speed cleaning
cfs29 - drum speed
cfs30-31 - reserve
Example: 42 09 12 14 22
the value is 0x22141209, or bitwise 100010000101000001001000001001
cfs0 - Threshing drum included
cfs3 - including power PTO
cfs9 - Open the entrance to the grain tank
cfs12 - Clogged filter hydraulic oil
cfs18 - Clogged air filter
cfs20 - Emergency oil temperature in the hydraulic rams
cfs25 - no operator
cfs29- drum speed
J81 CAN - Status Flags agricultural equipment
CAN_Agro
Bit-transmitted, for example: cfs0..cfs31 Tags!J81
K81 cfs0 - Threshing drum included (cfs0)
cfs1 - Included unloading pipe
cfs2 - Includes hydraulics
cfs3 - including power PTO
cfs4-7 reserve
cfs8 - Excessive play under the threshing drum (cfs8)
cfs9 - Open the entrance to the grain tank
cfs10 - Grain Hopper 100%
cfs11 - Grain Silo 70%
cfs12 - Clogged filter hydraulic oil
cfs13 - Low oil pressure of the hydraulic system
cfs14 - Low hydraulic oil level
cfs15 - Clogged filter hydraulic brakes
cfs16 - Clogged engine oil filter (cfs16)
cfs17 - Clogged fuel filter
cfs18 - Clogged air filter
cfs19 - Emergency oil temperature in the hydraulic suspension
cfs20 - Emergency oil temperature in the hydraulic rams
cfs21 - Emergency engine oil pressure
cfs22 - Emergency coolant level
cfs23 - overflow section of the hydraulic unit
cfs24 - On unloading auger drive when folded. unloading. pipe (cfs24)
cfs25 - no operator
cfs26 - Clogging straw
cfs27 - Presence of water in fuel
cfs28 - Fan speed cleaning
cfs29 - drum speed
cfs30-31 - reserve Tags!K81
L81 Example: 42 09 12 14 22
the value is 0x22141209, or bitwise 100010000101000001001000001001
cfs0 - Threshing drum included
cfs3 - including power PTO
cfs9 - Open the entrance to the grain tank
cfs12 - Clogged filter hydraulic oil
cfs18 - Clogged air filter
cfs20 - Emergency oil temperature in the hydraulic rams
cfs25 - no operator
cfs29- drum speed Tags!L81
CAN - driving_state
position of the gas pedal \ engine load \ characteristic of a movement
transmitted Bit-motion characteristic (feature motion), for example: cfm16..cfm31
Full definition
1st byte position of the gas pedal 0x44 = 68% (CAP)
2nd byte engine load 0x33 = 51% (CLE)
cfm16 - reserve
cfm17 - Low levels of water in the tank in the tank
cfm18 - Turning back hydraulics
cfm19 - Standalone engine is started
cfm20 - Joystick to the right
cfm21 - Joystick left
cfm22 - Joystick forward
cfm23 - Joystick ago
cfm24 - brush included
cfm25 - The water supply is turned on
cfm26 - Vacuums
cfm27 - Unloading of the hopper
cfm28 - High-pressure washers (Kerher)
cfm29 - Dispersion salt (sand) inclusive
cfm30 - Low salt (sand) in the tank
cfm31 - reserve
Example: 45 44 33 22 11
1 byte 0x44
position of the gas pedal 68%
2-byte 0x33
the engine load of 51%
3 bytes and 4 bytes (16-31 bits) 0x1122 or bitwise 1000100100010
cfm17 - Low levels of water in the tank in the tank
cfm21 - Joystick left
cfm24 - brush included
cfm28 - High-pressure washers (Kerher)
J84 CAN - driving_state
position of the gas pedal \ engine load \ characteristic of a movement
transmitted Bit-motion characteristic (feature motion), for example: cfm16..cfm31 Tags!J84
K84 1st byte position of the gas pedal 0x44 = 68% (CAP)
2nd byte engine load 0x33 = 51% (CLE)
cfm16 - reserve
cfm17 - Low levels of water in the tank in the tank
cfm18 - Turning back hydraulics
cfm19 - Standalone engine is started
cfm20 - Joystick to the right
cfm21 - Joystick left
cfm22 - Joystick forward
cfm23 - Joystick ago
cfm24 - brush included
cfm25 - The water supply is turned on
cfm26 - Vacuums
cfm27 - Unloading of the hopper
cfm28 - High-pressure washers (Kerher)
cfm29 - Dispersion salt (sand) inclusive
cfm30 - Low salt (sand) in the tank
cfm31 - reserve Tags!K84
L84 Example: 45 44 33 22 11
1 byte 0x44
position of the gas pedal 68%
2-byte 0x33
the engine load of 51%
3 bytes and 4 bytes (16-31 bits) 0x1122 or bitwise 1000100100010
cfm17 - Low levels of water in the tank in the tank
cfm21 - Joystick left
cfm24 - brush included
cfm28 - High-pressure washers (Kerher) Tags!L84
The value of the relative level and temperature DUT protocol LLS
the first 2 bytes - level value 0x3111 = 12561 (LLS) or open sensor for TEMP (0-close, 1-open) or illumination level
3rd byte - temperature 0xA0 = - 96 or 0x50 = 80
4th 0x00 - voltage battery for BLE sensors (LLS, TEMP) multiplied by 10 (for example, actually 3.6 - 36 pass)
K85 The value of the relative level and temperature DUT protocol LLS
the first 2 bytes - level value 0x3111 = 12561 (LLS) or open sensor for TEMP (0-close, 1-open) or illumination level
3rd byte - temperature 0xA0 = - 96 or 0x50 = 80
4th 0x00 - voltage battery for BLE sensors (LLS, TEMP) multiplied by 10 (for example, actually 3.6 - 36 pass) Tags!K85
The value of the relative level and temperature DUT protocol LLSNeeds clarification
The value of the relative level and temperature DUT protocol LLS
the first 2 bytes - level value 0x3111 = 12561
the third byte - temperature 0xA0 = - 96 or 0x50 = 80
Temperature in degrees Celsius (-128 ... 127)
fourth byte - the number of sensor 0x03 - sensor №3
J95 The value of the relative level and temperature DUT protocol LLS Tags!J95
K95 The value of the relative level and temperature DUT protocol LLS
the first 2 bytes - level value 0x3111 = 12561
the third byte - temperature 0xA0 = - 96 or 0x50 = 80
Temperature in degrees Celsius (-128 ... 127)
fourth byte - the number of sensor 0x03 - sensor №3 Tags!K95
0-15 Bit - Maximum positive acceleration along the X axis for the period from the previous message in mg (int 16)
Bits 16-31 - Maximum negative acceleration along the X axis for the period from the previous message in mg (int 16)
for EcoDriving (always with 91, 92 and 93 tags)
Example: 5B 01 11 02 22
value is set to 0x22021101
axis value X+ = 4353 (0x1101)
axis value X- = 8706 (0x2202)
Example: 5C 00 00 03 33
value is set to 0x33030000
axis value Y = 13059 (0x3303)
K107 0-15 Bit - Maximum positive acceleration along the X axis for the period from the previous message in mg (int 16)
Bits 16-31 - Maximum negative acceleration along the X axis for the period from the previous message in mg (int 16) Tags!K107
L107 for EcoDriving (always with 91, 92 and 93 tags)
Example: 5B 01 11 02 22
value is set to 0x22021101
axis value X+ = 4353 (0x1101)
axis value X- = 8706 (0x2202)
Example: 5C 00 00 03 33
value is set to 0x33030000
axis value Y = 13059 (0x3303) Tags!L107
0-15 Bit - Maximum positive acceleration along the Z axis for the period from the previous message in mg (int 16)
Bits 16-31 - Maximum negative acceleration along the Z axis for the period from the previous message in mg (int 16)
K109 0-15 Bit - Maximum positive acceleration along the Z axis for the period from the previous message in mg (int 16)
Bits 16-31 - Maximum negative acceleration along the Z axis for the period from the previous message in mg (int 16) Tags!K109
0-3 Bit - fifth DTC character (0 - F)
4-7 Bit - fourth DTC character (0 - F)
8-11 Bit - third DTC character (0 - F)
12-13 Bit - second DTC character (0 - 3)
14-15 Bit - first DTC character (0 = P, 1 = C, 2 = B, 3 = U)
16-19 Bit - DTC type (3 = Stored, 7 = Pending, A = Permanent)
20-23 Bit - DTC source (0 = 7E8, 1 = 7E9, 2 = 7EA etc)
24-31 Bit - DTC id in tracker's table
K112 0-3 Bit - fifth DTC character (0 - F)
4-7 Bit - fourth DTC character (0 - F)
8-11 Bit - third DTC character (0 - F)
12-13 Bit - second DTC character (0 - 3)
14-15 Bit - first DTC character (0 = P, 1 = C, 2 = B, 3 = U)
16-19 Bit - DTC type (3 = Stored, 7 = Pending, A = Permanent)
20-23 Bit - DTC source (0 = 7E8, 1 = 7E9, 2 = 7EA etc)
24-31 Bit - DTC id in tracker's table Tags!K112
Number of cards in a card reader driver (junior section)
Bits 0-31 of the card number
68 40 1C BC DF -> 0xDFDC1C40
69 02 A0 01 2B -> 0x2B01A002:
0x02DFDC1C40 = [CARD ID] - card number
0x10 = 16 = 'G' - the index map update
0x03 = 3 = '3' - an index card replacement
0x00 = 0 = 'D' - type card
0x2B = 'RU' - the country code
We get the RU D [CARD ID] 3 G
L120 68 40 1C BC DF -> 0xDFDC1C40
69 02 A0 01 2B -> 0x2B01A002:
0x02DFDC1C40 = [CARD ID] - card number
0x10 = 16 = 'G' - the index map update
0x03 = 3 = '3' - an index card replacement
0x00 = 0 = 'D' - type card
0x2B = 'RU' - the country code
We get the RU D [CARD ID] 3 G Tags!L120
Number of cards in a card reader driver (older part)
Full definition
24-31bit - country code. 0x2B - RU
21-23bit - Card Type: 0 = Driver (D), 1 = Master (M), 2 = Controller (K), 3 = Enterprise (P)
15-20bit - The index of the replacement card. Set to 0 to 9, then - from A to Z.
9-14bit - Index map updates. Set to 0 to 9, then - from A to Z.
For card type 0:
0-8bit bits - Bits 32-41 card number
For cards like 1,2,3:
3-8bit bit - index cards. Set to 0 to 9, then - from A to Z.
0-2bit bits - Bits 32-34 card number
J121 Number of cards in a card reader driver (older part) Tags!J121
K121 24-31bit - country code. 0x2B - RU
21-23bit - Card Type: 0 = Driver (D), 1 = Master (M), 2 = Controller (K), 3 = Enterprise (P)
15-20bit - The index of the replacement card. Set to 0 to 9, then - from A to Z.
9-14bit - Index map updates. Set to 0 to 9, then - from A to Z.
For card type 0:
0-8bit bits - Bits 32-41 card number
For cards like 1,2,3:
3-8bit bit - index cards. Set to 0 to 9, then - from A to Z.
0-2bit bits - Bits 32-34 card number Tags!K121
Number of cards in a card reader mate (junior section)
Bits 0-31 of the card number
6A FF E3 0B 54 -> 0x540BE3FF
6B EA 12 22 2B -> 0x2B2212EA:
0x2540BE3FF = 9999999999 - card number
0x0F = 15 = 'F' - an index card
0x09 = 9 = '9' - an index map update
0x04 = 4 = "4" - the index card replacement
0x01 = 1 = 'M' - type card
0x2B = 'RU' - the country code
We get the RU M F 9999999999 F 4 9
L122 6A FF E3 0B 54 -> 0x540BE3FF
6B EA 12 22 2B -> 0x2B2212EA:
0x2540BE3FF = 9999999999 - card number
0x0F = 15 = 'F' - an index card
0x09 = 9 = '9' - an index map update
0x04 = 4 = "4" - the index card replacement
0x01 = 1 = 'M' - type card
0x2B = 'RU' - the country code
We get the RU M F 9999999999 F 4 9 Tags!L122
Number of cards in a card reader partner (principal part)
Full definition
24-31bit - country code. 0x2B - RU
21-23bit - Card Type: 0 = Driver (D), 1 = Master (M), 2 = Controller (K), 3 = Enterprise (P)
15-20bit - The index of the replacement card. Set to 0 to 9, then - from A to Z.
9-14bit - Index map updates. Set to 0 to 9, then - from A to Z.
For card type 0:
0-8bit bits - Bits 32-41 card number
For cards like 1,2,3:
3-8bit bit - index cards. Set to 0 to 9, then - from A to Z.
0-2bit bits - Bits 32-34 card number
J123 Number of cards in a card reader partner (principal part) Tags!J123
K123 24-31bit - country code. 0x2B - RU
21-23bit - Card Type: 0 = Driver (D), 1 = Master (M), 2 = Controller (K), 3 = Enterprise (P)
15-20bit - The index of the replacement card. Set to 0 to 9, then - from A to Z.
9-14bit - Index map updates. Set to 0 to 9, then - from A to Z.
For card type 0:
0-8bit bits - Bits 32-41 card number
For cards like 1,2,3:
3-8bit bit - index cards. Set to 0 to 9, then - from A to Z.
0-2bit bits - Bits 32-34 card number Tags!K123
Bit 0 - All the fields with information about the terminal and the vehicle properly filled
Bit 1 - Status of self
Bit 2 - Calibration Status
Bit 3 - Reported maneuver the vehicle
Bit 4 - Fixed an accident short
Bit 5 - Fixed long road accidents
Bit 6-7 Data bits
Bit 8-15 Reserved
Bit 16 - Sensor is determined, responding
Bit 17-30 Reserved
K127 Bit 0 - All the fields with information about the terminal and the vehicle properly filled
Bit 1 - Status of self
Bit 2 - Calibration Status
Bit 3 - Reported maneuver the vehicle
Bit 4 - Fixed an accident short
Bit 5 - Fixed long road accidents
Bit 6-7 Data bits
Bit 8-15 Reserved
Bit 16 - Sensor is determined, responding
Bit 17-30 Reserved Tags!K127
Bit 0-7 - type of maneuver:
1 - Accelerating
2 - Braking
3 - Left Turn
4 - The left turn with acceleration
5 - Left turn braking
6 - Left turn Wide
7 - Left wide turn with acceleration
8 - Left turn with wide braking
9 - Right turn
10 - Right turn acceleration
11 - Right turn braking
12 - Wide Right turn
13 - Right wide turn with acceleration
14 - Right turn with wide braking
15 - The circular movement
16 - Rebuilding
17 - Overtaking
18 - Bumps narrow
19 - Bumps wide
Bit 8-15 - Degree field:
1 - Low
2 - Medium
3 - High
Bit 16-31 - Time to maneuver in milliseconds
When maneuvering in a Packet of device tags peredayustsya 111,112,113
K128 Bit 0-7 - type of maneuver:
1 - Accelerating
2 - Braking
3 - Left Turn
4 - The left turn with acceleration
5 - Left turn braking
6 - Left turn Wide
7 - Left wide turn with acceleration
8 - Left turn with wide braking
9 - Right turn
10 - Right turn acceleration
11 - Right turn braking
12 - Wide Right turn
13 - Right wide turn with acceleration
14 - Right turn with wide braking
15 - The circular movement
16 - Rebuilding
17 - Overtaking
18 - Bumps narrow
19 - Bumps wide
Bit 8-15 - Degree field:
1 - Low
2 - Medium
3 - High
Bit 16-31 - Time to maneuver in milliseconds Tags!K128
L128 When maneuvering in a Packet of device tags peredayustsya 111,112,113 Tags!L128
Bit 0-15 - The value of the X axis is transmitted in mg (int 16)
Bits 16-31 of the Y-axis value is transmitted in mg (int 16)
If the tag contains Packet 111 - data tags are the parameters of the maneuver.
If the tag contains Packet 114 - data tags are the parameters of the accident.
In one Packet can not otdnovremenno transmitted data and maneuver of an accident
K129 Bit 0-15 - The value of the X axis is transmitted in mg (int 16)
Bits 16-31 of the Y-axis value is transmitted in mg (int 16) Tags!K129
L129 If the tag contains Packet 111 - data tags are the parameters of the maneuver.
If the tag contains Packet 114 - data tags are the parameters of the accident.
In one Packet can not otdnovremenno transmitted data and maneuver of an accident Tags!L129
Bit 0-7 - speed (EGTS)
Bit 8-15 - course (EGTS)
Bit 16-23 - Condition Vehicle during the accident:
- 16-bit - state ignition
- 17-bit - Driver Seat Belt Status
- 18-bit - the state of the passenger belt
- 19 bits - are valid coordinates of the accident
- Bit 20 - speed above 255 km / h
K135 Bit 0-7 - speed (EGTS)
Bit 8-15 - course (EGTS)
Bit 16-23 - Condition Vehicle during the accident:
- 16-bit - state ignition
- 17-bit - Driver Seat Belt Status
- 18-bit - the state of the passenger belt
- 19 bits - are valid coordinates of the accident
- Bit 20 - speed above 255 km / h Tags!K135
The volume of fuel in 0.01 liters, flowed through the flowmeter since the formation of the previous message (signed integer variable is 32 bits)
always sent two tags 130 and 131 - can transmit the values of multiple sensors.
Sensors are separated by number 131 tag bits 24-31
Transfer sequence: 130 TAG followed by 131 - it's importamt
Example: 82 22 11 00 00
82 - tag number (130)
the value is 0x00001122, or 4386 - the amount of fuel
Example: 83 04 03 02 01
83 - tag number (131)
the value is 0x01020304, or bitwise 1000000100000001100000100
flow rate = 772
sensor status = nominal mode
number of sensor = 1
K139 The volume of fuel in 0.01 liters, flowed through the flowmeter since the formation of the previous message (signed integer variable is 32 bits) Tags!K139
L139 always sent two tags 130 and 131 - can transmit the values of multiple sensors.
Sensors are separated by number 131 tag bits 24-31
Transfer sequence: 130 TAG followed by 131 - it's importamt
Example: 82 22 11 00 00
82 - tag number (130)
the value is 0x00001122, or 4386 - the amount of fuel
Example: 83 04 03 02 01
83 - tag number (131)
the value is 0x01020304, or bitwise 1000000100000001100000100
flow rate = 772
sensor status = nominal mode
number of sensor = 1 Tags!L139
Bit 0-15 - The flow rate of 0.1 l / h. (symbolic variable short 16-bit)
Bit 16-23 - the status of the sensor:
-bit 16 Current mode: idle.
-bit 17 Current mode: the nominal mode.
-bit 18 current mode: Overload.
-bit 19 Current mode: cheat.
-bit 20 Current mode: negative.
21 -bit intervention.
-bit 22 - 23 Not used.
Bit 24-31 - number of sensor(0..255)
K140 Bit 0-15 - The flow rate of 0.1 l / h. (symbolic variable short 16-bit)
Bit 16-23 - the status of the sensor:
-bit 16 Current mode: idle.
-bit 17 Current mode: the nominal mode.
-bit 18 current mode: Overload.
-bit 19 Current mode: cheat.
-bit 20 Current mode: negative.
21 -bit intervention.
-bit 22 - 23 Not used.
Bit 24-31 - number of sensor(0..255) Tags!K140
level signal from 0 to 31, 0x14 = 20
Mobile Country Code - code of the country in which the BS
(Russia it is 250, Ukraine - 255, Belarus - 257) 0x00FA = 250
Mobile Network Code - code for your network 0x01 = 1
(MTS - 01, MegaFon - 02, SMARTS - 07, Beeline - 99)
K173 level signal from 0 to 31, 0x14 = 20
Mobile Country Code - code of the country in which the BS
(Russia it is 250, Ukraine - 255, Belarus - 257) 0x00FA = 250
Mobile Network Code - code for your network 0x01 = 1
(MTS - 01, MegaFon - 02, SMARTS - 07, Beeline - 99) Tags!K173
ICCID (Integrated Circuit Card Id), the length of the ICCID - 20 digits
the first 2 digits for SIM-cards are always 89 (not passed), unused last digits are filled by 0
ca e2 e1 2c 16 = 202 tag (iccid2p1) 0x162ce1e2 = 372040162
CB CC 6A 91 05 = 203 tag (iccid2p2) 0x05916acc = 093416140
89 + iccid2p1 + iccid2p2 = [IDENTIFIER]
K174 ICCID (Integrated Circuit Card Id), the length of the ICCID - 20 digits
the first 2 digits for SIM-cards are always 89 (not passed), unused last digits are filled by 0
ca e2 e1 2c 16 = 202 tag (iccid2p1) 0x162ce1e2 = 372040162
CB CC 6A 91 05 = 203 tag (iccid2p2) 0x05916acc = 093416140
89 + iccid2p1 + iccid2p2 = [IDENTIFIER] Tags!K174
