SAS PRODUCTS AVL ID LIST

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Main Page > SAS Personal Trackers > GH5200 > SAS PRODUCTS AVL ID LIST

SAS AVL ID's consist of these parameters groups:

Permanent I/O elements


Property ID in AVL packet Property Name Bytes Type Value range Multiplier Units Description HW Support Parameter Group
Min Max
239 Ignition 1 Unsigned 0 1 - -

0 – Ignition Off
1 – Ignition On

Permanent I/O elements
240 Movement 1 Unsigned 0 1 - -

0 – Movement Off
1 – Movement On

Permanent I/O elements
80 Data Mode 1 Unsigned 0 5 - -

0 – Home On Stop
1 – Home On Moving
2 – Roaming On Stop
3 – Roaming On Moving
4 – Unknown On Stop
5 – Unknown On Moving

Permanent I/O elements
21 GSM Signal 1 Unsigned 0 5 - - Value in scale 1-5 Permanent I/O elements
200 Sleep Mode 1 Unsigned 0 4 - -

0 - Sleep modes disabled
1 – GNSS sleep
2 – Deep sleep
3 – Online deep sleep
4 - Ultra deep sleep

Permanent I/O elements
69 GNSS Status 1 Unsigned 0 3 - -

0 - GNSS OFF
1 – GNSS ON with fix
2 - GNSS ON without fix
3 - GNSS sleep

Permanent I/O elements
181 GNSS PDOP 2 Unsigned 0 500 0.1 -

Probability

Permanent I/O elements
182 GNSS HDOP 2 Unsigned 0 500 0.1 -

Probability

Permanent I/O elements
66 External Voltage 2 Unsigned 0 65535 0.001 V

Voltage

Permanent I/O elements
24 Speed 2 Unsigned 0 350 - km/h

Value

Permanent I/O elements
205 GSM Cell ID 2 Unsigned 0 65535 - -

GSM base station ID

Permanent I/O elements
206 GSM Area Code 2 Unsigned 0 65535 - -

Location Area code (LAC), it depends on GSM operator. It provides unique number which assigned to a set of base GSM stations.

Permanent I/O elements
67 Battery Voltage 2 Unsigned 0 65535 0.001 V

Voltage

Permanent I/O elements
68 Battery Current 2 Unsigned 0 65535 0.001 A

Current

Permanent I/O elements
241 Active GSM Operator 4 Unsigned 0 4294967295 - -

Currently used GSM Operator code

Permanent I/O elements
199 Trip Odometer 4 Unsigned 0 2147483647 - m

Trip Odometer value

Permanent I/O elements
16 Total Odometer 4 Unsigned 0 2147483647 - -

Total Odometer value in meters

Permanent I/O elements
1 Digital Input 1 1 Unsigned 0 1 - -

Logic: 0/1

Permanent I/O elements
9 Analog Input 1 2 Unsigned 0 65535 0.001 mV

Voltage

Permanent I/O elements

179 Digital Output 1 1 Unsigned 0 1 - -

Logic: 0/1

Permanent I/O elements
12 Fuel Used GPS 4 Unsigned 0 4294967295 0.001 l

Fuel Used

Permanent I/O elements
13 Fuel Rate GPS 2 Unsigned 0 32767 0.01 l/100km

Average Fuel Use

Permanent I/O elements
17 Axis X 2 Signed -8000 8000 - mG

X axis value

Permanent I/O elements
18 Axis Y 2 Signed -8000 8000 - mG

Y axis value

Permanent I/O elements
19 Axis Z 2 Signed -8000 8000 - mG

Z axis value

Permanent I/O elements
11 ICCID1 8 Unsigned 0 0xffffffffffffffff - -

Value of SIM ICCID, MSB

Permanent I/O elements
14 ICCID2 8 Unsigned 0 0xffffffffffffffff - -

Value of SIM ICCID, MSB

Permanent I/O elements
10 SD Status 1 Unsigned 0 1 - -

0 - not present 1 - present

Permanent I/O elements
2 Digital Input 2 1 Unsigned 0 1 - -

Logic: 0/1

Permanent I/O elements
3 Digital Input 3 1 Unsigned 0 1 - -

Logic: 0/1

Permanent I/O elements
262 Digital Input 4 1 Unsigned 0 1 - -

Logic: 0/1

Permanent I/O elements
6 Analog Input 2 2 Unsigned 0 65535 0.001 mV

Voltage

Permanent I/O elements
180 Digital Output 2 1 Unsigned 0 1 - - Logic 0/1 Permanent I/O elements
72 Dallas Temperature 1 4 Signed -550 1150 0.1 °C Degrees ( °C ), -55 - +115,

if 850 – Sensor not ready
if 2000 – Value read error
if 3000 – Not connected
if 4000 – ID failed
if 5000 – same as 850

Permanent I/O elements
73 Dallas Temperature 2 4 Signed -550 1150 0.1 °C Degrees ( °C ), -55 - +115,

if 850 – Sensor not ready
if 2000 – Value read error
if 3000 – Not connected
if 4000 – ID failed
if 5000 – same as 850

Permanent I/O elements
74 Dallas Temperature 3 4 Signed -550 1150 0.1 °C Degrees ( °C ), -55 - +115,

if 850 – Sensor not ready
if 2000 – Value read error
if 3000 – Not connected
if 4000 – ID failed
if 5000 – same as 850

Permanent I/O elements
75 Dallas Temperature 4 4 Signed -550 1150 0.1 °C Degrees ( °C ), -55 - +115,

if 850 – Sensor not ready
if 2000 – Value read error
if 3000 – Not connected
if 4000 – ID failed
if 5000 – same as 850

Permanent I/O elements
76 Dallas Temperature ID 1 8 Unsigned 0 0xffffffffffffffff - - Dallas sensor ID Permanent I/O elements
77 Dallas Temperature ID 2 8 Unsigned 0 0xffffffffffffffff - - Dallas sensor ID Permanent I/O elements
79 Dallas Temperature ID 3 8 Unsigned 0 0xffffffffffffffff - - Dallas sensor ID Permanent I/O elements
71 Dallas Temperature ID 4 8 Unsigned 0 0xffffffffffffffff - - Dallas sensor ID Permanent I/O elements
78 iButton 8 Unsigned 0 0xffffffffffffffff - - iButton ID Permanent I/O elements
207 RFID 8 Unsigned 0 0xffffffffffffffff - - RFID ID Permanent I/O elements
15 Eco Score 2 Unsigned 0 65535 0.01 - Average amount of events on some distance Permanent I/O elements
113 Battery Level 1 Unsigned 0 100 - % Battery capacity level Permanent I/O elements
116 Charger Connected 1 Unsigned 0 1 - - 0 - charger is not connected

1 - charger is connected

Permanent I/O elements
854 User ID 4 Unsigned 0 0xFFFFFFFF - -

This parameter allows to send custom number as AVL ID parameter.
Configurable in Features section.

Permanent I/O elements
263 BT Status 1 Unsigned 0 4 - - 0 - BT is disabled

1 - BT Enabled, not device connected 2 - Device connected, BTv3 Only 3 - Device connected, BLE only 4 - Device connected, BLE + BT

Permanent I/O elements
303 Instant Movement 1 Unsigned 0 1 - - Logic: 0/1 returns movement value Permanent I/O elements
381 GND sense 1 Unsigned 0 1 - - Logic: 0/1 Permanent I/O elements
387 ISO6709 Coordinates 34 HEX 0 0x7fffffffffffffff - - ISO6709 Coordinates

Latitude, Longitude (in Degrees, Minutes and Seconds) and Altitude:

IO value format: ±DDMMSS.SSSS±DDDMMSS.SSSS±AAA.AAA/

Permanent I/O elements
800 Extended External Voltage 4 Unsigned 0 0xFFFF - mV Extended External Voltage IO element is used to measure External Voltage, when External Voltage is > 65 V. Permanent I/O elements
839 Extended Analog Input 1 4 Unsigned 0 0xFFFF - mV Extended Analog Input 1 IO element is used to measure Analog Input 1 voltage, when Analog Input 1 voltage is > 65 V. Permanent I/O elements
840 Extended Analog Input 2 4 Unsigned 0 0xFFFF - mV Extended Analog Input 2 IO element is used to measure Analog Input 2 voltage, when Analog Input 1 voltage is > 65 V. Permanent I/O elements
841 DOUT 1 Overcurrent 1 Unsigned 0 1 - mV DOUT 1 Overcurrent IO element is used to indicate overcurrent on Digital Output 1. When Digital Output 1 overcurrent happens, it means that current level is > 300 mA, value is set to 1. Value 1 holds until 5 min timeout runs out. After timeout value is set to 0 if current level is < 300 mA. If current level is still > 300 mA value remains 1. Permanent I/O elements
842 DOUT2 Overcurrent 1 Unsigned 0 1 - mV DOUT 2 Overcurrent IO element is used to indicate overcurrent on Digital Output 2. When Digital Output 2 overcurrent happens, it means that current level is > 300 mA, value is set to 1. Value 1 holds until 5 min timeout runs out. After timeout value is set to 0 if current level is < 300 mA. If current level is still > 300 mA value remains 1. Permanent I/O elements
871 BLE Lock status 1 Unsigned 0 1 - -

0 – Unlocked
1 – Locked On

Permanent I/O elements
872 BLE Lock Battery 1 Unsigned 0 100 - % Battery level of Bluetooth lock Permanent I/O elements




Eventual I/O elements


Property ID in AVL packet Property Name Bytes Type Value range Multiplier Units Description HW Support Parameter Group
Min Max
155 Geofence zone 01 1 Unsigned 0 3 - -

0 – target left zone
1 – target entered zone
2 – over speeding end
3 – over speeding start

Eventual I/O elements
156 Geofence zone 02 1 Unsigned 0 3 - -

0 – target left zone
1 – target entered zone
2 – over speeding end
3 – over speeding start

Eventual I/O elements
157 Geofence zone 03 1 Unsigned 0 3 - -

0 – target left zone
1 – target entered zone
2 – over speeding end
3 – over speeding start

Eventual I/O elements
158 Geofence zone 04 1 Unsigned 0 3 - -

0 – target left zone
1 – target entered zone
2 – over speeding end
3 – over speeding start

Eventual I/O elements
159 Geofence zone 05 1 Unsigned 0 3 - -

0 – target left zone
1 – target entered zone
2 – over speeding end
3 – over speeding start

Eventual I/O elements
61 Geofence zone 06 1 Unsigned 0 3 - -

0 – target left zone
1 – target entered zone
2 – over speeding end
3 – over speeding start

Eventual I/O elements
62 Geofence zone 07 1 Unsigned 0 3 - -

0 – target left zone
1 – target entered zone
2 – over speeding end
3 – over speeding start

Eventual I/O elements
63 Geofence zone 08 1 Unsigned 0 3 - -

0 – target left zone
1 – target entered zone
2 – over speeding end
3 – over speeding start

Eventual I/O elements
64 Geofence zone 09 1 Unsigned 0 3 - -

0 – target left zone
1 – target entered zone
2 – over speeding end
3 – over speeding start

Eventual I/O elements
65 Geofence zone 10 1 Unsigned 0 3 - -

0 – target left zone
1 – target entered zone
2 – over speeding end
3 – over speeding start

Eventual I/O elements
70 Geofence zone 11 1 Unsigned 0 3 - -

0 – target left zone
1 – target entered zone
2 – over speeding end
3 – over speeding start

Eventual I/O elements
88 Geofence zone 12 1 Unsigned 0 3 - -

0 – target left zone
1 – target entered zone
2 – over speeding end
3 – over speeding start

Eventual I/O elements
91 Geofence zone 13 1 Unsigned 0 3 - -

0 – target left zone
1 – target entered zone
2 – over speeding end
3 – over speeding start

Eventual I/O elements
92 Geofence zone 14 1 Unsigned 0 3 - -

0 – target left zone
1 – target entered zone
2 – over speeding end
3 – over speeding start

Eventual I/O elements
93 Geofence zone 15 1 Unsigned 0 3 - -

0 – target left zone
1 – target entered zone
2 – over speeding end
3 – over speeding start

Eventual I/O elements
94 Geofence zone 16 1 Unsigned 0 3 - -

0 – target left zone
1 – target entered zone
2 – over speeding end
3 – over speeding start

Eventual I/O elements
95 Geofence zone 17 1 Unsigned 0 3 - -

0 – target left zone
1 – target entered zone
2 – over speeding end
3 – over speeding start

Eventual I/O elements
96 Geofence zone 18 1 Unsigned 0 3 - -

0 – target left zone
1 – target entered zone
2 – over speeding end
3 – over speeding start

Eventual I/O elements
97 Geofence zone 19 1 Unsigned 0 3 - -

0 – target left zone
1 – target entered zone
2 – over speeding end
3 – over speeding start

Eventual I/O elements
98 Geofence zone 20 1 Unsigned 0 3 - -

0 – target left zone
1 – target entered zone
2 – over speeding end
3 – over speeding start

Eventual I/O elements
99 Geofence zone 21 1 Unsigned 0 3 - -

0 – target left zone
1 – target entered zone
2 – over speeding end
3 – over speeding start

Eventual I/O elements
153 Geofence zone 22 1 Unsigned 0 3 - -

0 – target left zone
1 – target entered zone
2 – over speeding end
3 – over speeding start

Eventual I/O elements
154 Geofence zone 23 1 Unsigned 0 3 - -

0 – target left zone
1 – target entered zone
2 – over speeding end
3 – over speeding start

Eventual I/O elements
190 Geofence zone 24 1 Unsigned 0 3 - -

0 – target left zone
1 – target entered zone
2 – over speeding end
3 – over speeding start

Eventual I/O elements
191 Geofence zone 25 1 Unsigned 0 3 - -

0 – target left zone
1 – target entered zone
2 – over speeding end
3 – over speeding start

Eventual I/O elements
192 Geofence zone 26 1 Unsigned 0 3 - -

0 – target left zone
1 – target entered zone
2 – over speeding end
3 – over speeding start

Eventual I/O elements
193 Geofence zone 27 1 Unsigned 0 3 - -

0 – target left zone
1 – target entered zone
2 – over speeding end
3 – over speeding start

Eventual I/O elements
194 Geofence zone 28 1 Unsigned 0 3 - -

0 – target left zone
1 – target entered zone
2 – over speeding end
3 – over speeding start

Eventual I/O elements
195 Geofence zone 29 1 Unsigned 0 3 - -

0 – target left zone
1 – target entered zone
2 – over speeding end
3 – over speeding start

Eventual I/O elements
196 Geofence zone 30 1 Unsigned 0 3 - -

0 – target left zone
1 – target entered zone
2 – over speeding end
3 – over speeding start

Eventual I/O elements
197 Geofence zone 31 1 Unsigned 0 3 - -

0 – target left zone
1 – target entered zone
2 – over speeding end
3 – over speeding start

Eventual I/O elements
198 Geofence zone 32 1 Unsigned 0 3 - -

0 – target left zone
1 – target entered zone
2 – over speeding end
3 – over speeding start

Eventual I/O elements
208 Geofence zone 33 1 Unsigned 0 3 - -

0 – target left zone
1 – target entered zone
2 – over speeding end
3 – over speeding start

Eventual I/O elements
209 Geofence zone 34 1 Unsigned 0 3 - -

0 – target left zone
1 – target entered zone
2 – over speeding end
3 – over speeding start

Eventual I/O elements
216 Geofence zone 35 1 Unsigned 0 3 - -

0 – target left zone
1 – target entered zone
2 – over speeding end
3 – over speeding start

Eventual I/O elements
217 Geofence zone 36 1 Unsigned 0 3 - -

0 – target left zone
1 – target entered zone
2 – over speeding end
3 – over speeding start

Eventual I/O elements
218 Geofence zone 37 1 Unsigned 0 3 - -

0 – target left zone
1 – target entered zone
2 – over speeding end
3 – over speeding start

Eventual I/O elements
219 Geofence zone 38 1 Unsigned 0 3 - -

0 – target left zone
1 – target entered zone
2 – over speeding end
3 – over speeding start

Eventual I/O elements
220 Geofence zone 39 1 Unsigned 0 3 - -

0 – target left zone
1 – target entered zone
2 – over speeding end
3 – over speeding start

Eventual I/O elements
221 Geofence zone 40 1 Unsigned 0 3 - -

0 – target left zone
1 – target entered zone
2 – over speeding end
3 – over speeding start

Eventual I/O elements
222 Geofence zone 41 1 Unsigned 0 3 - -

0 – target left zone
1 – target entered zone
2 – over speeding end
3 – over speeding start

Eventual I/O elements
223 Geofence zone 42 1 Unsigned 0 3 - -

0 – target left zone
1 – target entered zone
2 – over speeding end
3 – over speeding start

Eventual I/O elements
224 Geofence zone 43 1 Unsigned 0 3 - -

0 – target left zone
1 – target entered zone
2 – over speeding end
3 – over speeding start

Eventual I/O elements
225 Geofence zone 44 1 Unsigned 0 3 - -

0 – target left zone
1 – target entered zone
2 – over speeding end
3 – over speeding start

Eventual I/O elements
226 Geofence zone 45 1 Unsigned 0 3 - -

0 – target left zone
1 – target entered zone
2 – over speeding end
3 – over speeding start

Eventual I/O elements
227 Geofence zone 46 1 Unsigned 0 3 - -

0 – target left zone
1 – target entered zone
2 – over speeding end
3 – over speeding start

Eventual I/O elements
228 Geofence zone 47 1 Unsigned 0 3 - -

0 – target left zone
1 – target entered zone
2 – over speeding end
3 – over speeding start

Eventual I/O elements
229 Geofence zone 48 1 Unsigned 0 3 - -

0 – target left zone
1 – target entered zone
2 – over speeding end
3 – over speeding start

Eventual I/O elements
230 Geofence zone 49 1 Unsigned 0 3 - -

0 – target left zone
1 – target entered zone
2 – over speeding end
3 – over speeding start

Eventual I/O elements
231 Geofence zone 50 1 Unsigned 0 3 - -

0 – target left zone
1 – target entered zone
2 – over speeding end
3 – over speeding start

Eventual I/O elements -->
175 Auto Geofence 1 Unsigned 0 1 - -

0 – target left zone
1 – target entered zone

Eventual I/O elements
250 Trip 1 Unsigned 0 1 - -

0 – trip stop
1 – trip start
From 01.00.24 fw version available with BT app new values:
2 – Business Status
3 – Private Status
4-9 – Custom Statuses

Eventual I/O elements
255 Overspeeding Event 1 Unsigned 0 255 - km/h

At over speeding start km/h, at over speeding end km/h

Eventual I/O elements
257 Crash trace data Variable HEX 0 1200 - - Crash trace data Eventual I/O elements
318 GNSS Jamming 1 Unsigned 0 2 - -

0 - GPS jamming ended/healthy state
1 - GPS jamming warning state
2 - GPS jamming critical state

Eventual I/O elements
251 Idling 1 Unsigned 0 1 - -

0 – moving
1 – idling

Eventual I/O elements
252 Unplug 1 Unsigned 0 1 - -

0 – battery present
1 – battery unplug

Eventual I/O elements
253 Green driving type 1 Unsigned 1 3 - -

1 – harsh acceleration
2 – harsh braking
3 – harsh cornering

Eventual I/O elements
246 Towing 1 Unsigned 0 1 - -

0 – steady
1 – towing

Eventual I/O elements
247 Crash detection 1 Unsigned 1 5 - -

1 – crash
2 – limited crash trace (device not calibrated)
3 - limited crash trace (device is calibrated)
4 - full crash trace (device not calibrated)
5 - full crash trace (device is calibrated)
6 - crash detected (device not calibrated)

Eventual I/O elements
248 Immobilizer 1 Unsigned 0 2 - -

0 – iButton not connected
1 – iButton connected (Immobilizer)
2 – iButton connected (Authorized Driving)

Eventual I/O elements
254 Green Driving Value 1 Unsigned 0 1 0.01 G|rad Depending on green driving type: if harsh acceleration or braking – g*100 (value 123 -> 1.23g), if harsh cornering – degrees (value in radians) Eventual I/O elements
249 Jamming 1 Unsigned 0 1 - -

0 – jamming stop
1 – jamming start

Eventual I/O elements
243 Green driving event duration 2 Unsigned 0 65535 - ms

Duration of event that did generate Green driving

Eventual I/O elements
236 Alarm 1 Unsigned 0 1 - -

0 – Reserved
1 – Alarm event occured

Eventual I/O elements
242 ManDown 1 Unsigned 0 1 - -

0 – ManDown deactivated
1 – ManDown is active

Eventual I/O elements
310 Movement Event 1 Unsigned 0 1 - -

0 - Movement event occurred
1 - No Movement event occured

Eventual I/O elements
389 Button Click HEX Unsigned 0x11 0x53 - -

Button ID (X) and Action (Y) Value 0xXY
X - button ID:
1 - alarm button
2 - power button
3 - button 1
4 - button 2
5 - button 3
Y - action:
1 - 1 click
2 - 2 clicks
3 - long click

Eventual I/O elements




E-Scooter elements


Property ID in AVL packet Property Name Bytes Type Value range Multiplier Units Description HW Support Parameter Group
Min Max
339 Serial number 14 ASCII 0 0xFF - - Scooter serial number E-Scooter elements
340 Master control FW version[1] 2 Unsigned 0 65535 - - Scooter's PCB and FW versions. First 4 bits (MSB) describe PCB version and the rest 12 bits - FW version. For example, IO value is 0x1101, it means PCB version is 1 and FW version V1.0.1. E-Scooter elements
341 Error 1 Unsigned 10 50 - - Scooter error code from 10 to 50. E-Scooter elements
342 Alarm code 1 Unsigned 9 12 - -

9 – alarm for being pushed in lock mode
12 – alarm for high recoil energy during brake

E-Scooter elements
344 Lock status 1 Unsigned 0 1 - -

0 - Scooter is unlocked
1 - Scooter is locked

E-Scooter elements
345 Buzzer alarm status 1 Unsigned 0 1 - -

0 - Scooter's buzzer is not active
1 - Scooter's buzzer is active

E-Scooter elements
346 External battery status 1 Unsigned 0 1 - -

0 - Scooter don't have external battery connected
1 - Scooter has external battery connected

E-Scooter elements
347 Charging status 1 Unsigned 0 1 - - 0 – not charging, 1 - charging E-Scooter elements
349 Current operation mode 1 Unsigned 0 2 - - 0 – NORMAL, 1 – ECO, 2 – SPORT E-Scooter elements
350 Internal battery status 2 Unsigned 0 42000 - mV Scooter's internal batteryt voltage E-Scooter elements
351 External battery voltage 2 Unsigned 0 42000 - mV Scooter's external battery voltage E-Scooter elements
352 Battery percentage 1 Unsigned 0 100 - % Battery percentage of the scooter E-Scooter elements
353 Actual remaining mileage 4 Unsigned 0 327670 - m Actual mileage with remaining battery power E-Scooter elements
354 Predicted remaining mileage 4 Unsigned 0 327670 - m Predicted mileage with remaining battery power E-Scooter elements
355 Speed 1 Unsigned 0 255 - km/h Current scooter's speed E-Scooter elements
356 Total mileage 4 Unsigned 0 2147483647 - m Scooter's total mileage E-Scooter elements
357 Single mileage 4 Unsigned 0 327670 - m Single trip mileage E-Scooter elements
358 Total operation time 4 Unsigned 0 2147483647 - sec Scooter's total operation time E-Scooter elements
359 Total riding time 4 Unsigned 0 2147483647 - sec Scooter's total riding time E-Scooter elements
360 Single operation time 2 Unsigned 0 327670 - sec Single operation time E-Scooter elements
361 Single riding time 2 Unsigned 0 327670 - sec Single riding time E-Scooter elements
362 Body temperature 2 Signed -32767 32767 0.1 °C Temperature inside scooter E-Scooter elements
363 Internal battery temperature 1 2 Signed -32767 32767 0.1 °C Internal battery temperature 1 E-Scooter elements
364 Internal battery temperature 2 2 Signed -32767 32767 0.1 °C Internal battery temperature 2 E-Scooter elements
365 External battery temperature 1 2 Signed -32767 32767 0.1 °C External battery temperature 1 E-Scooter elements
366 Supply voltage 2 Unsigned 0 32767 - mV Supply voltage of the central control (system driving voltage) E-Scooter elements
367 External battery temperature 2 2 Signed -32767 32767 0.1 °C External battery temperature 2 E-Scooter elements
369 Average speed 2 Unsigned 0 65535 - km/h Average speed E-Scooter elements
370 External battery FW version[1] 2 Unsigned 0 65535 - - Scooter's external battery FW version E-Scooter elements
371 Internal battery FW version[1] 2 Unsigned 0 65535 - - Scooter's internal battery FW version E-Scooter elements
372 Instrument panel FW version[1] 2 Unsigned 0 65535 - - Scooter's Instrument panel FW version E-Scooter elements
374 Internal battery capacity 1 Unsigned 0 100 - % Current residual capacity percentage of internal battery E-Scooter elements
375 External battery capacity 1 Unsigned 0 100 - % Current residual capacity percentage of external battery E-Scooter elements
242 FallDown 1 Unsigned 0 1 - -

0 – FallDown deactivated
1 – FallDown is active

Eventual I/O elements




Permanent CAN BOSCH I/O elements


Property ID in AVL packet Property Name Bytes Type Value range Multiplier Units Description HW Support Parameter Group
Min Max
801 Park Brake 1 Unsigned 0 3 - - Park Brake IO element is used to indicate if parking brake is active, according to CAN signal. CAN BOSCH
802 Selected 1 Unsigned 0 3 - - Selected Charge mode IO element is indicaiting which charge mode is currently in use, according to signal on CAN line. If value is 0 - default charge mode is selected. If value is 1 - fast charge mode is selected CAN BOSCH
803 Selected Charge Mode 1 Unsigned 0 1 - - Charger state IO element is indicaiting current charger state, according to signal on CAN line.

1-Passive Init
2-Active Init
3-Normal Operation
4-Prepeare Shutdown
5-Shutdown

CAN BOSCH
804 Charger Voltage 2 Unsigned 0 200000 - mV Charger Voltage Setpoint CAN BOSCH
805 Charger Current 2 Unsigned 0 200000 - mA Charger Current Setpoint CAN BOSCH
806 Charger Control Mode 1 Unsigned 0 1 - - Charger Control Mode IO element indicates which cahrger control mode is currently in use.
0-Remote Control C-V-Limiting

1-Open Circuit

CAN BOSCH
807 Charger BMS COM Timeout 1 Unsigned 0 1 - - BMS COM Timeout IO element indicates if BMS COM Timeout has been expired.

0-Expired
1-Not expired

CAN BOSCH
808 Charger CRC Violation 1 Unsigned 0 1 - - Charger CRC Violation IO element indicates if charger CRC violation has happened.

0-No CRC Violation happened
1-CRC Violation happened

CAN BOSCH
809 Charger MC Violation 1 Unsigned 0 1 - - Charger MC Violation IO element indicates if charger MC violation has happened.

0-No MC Violation happened
1-MC Violation happened

CAN BOSCH
810 Charger Status 1 Unsigned 0 7 - - Charger Status IO element indicates current charger status, according to CAN signal.

0-No Errorbr
1-Minimal Current Limiting
2-Reverse Polarity
3-Reserved
4-Cable Voltage Drop
5-Fan Error
6-AC Undervoltage Disconnect
7-Not Ready For Charging

CAN BOSCH
811 Charger Voltage Actual 2 Unsigned 0 200000 - mV Acctual Voltage IO element indicates measured actual charging voltage in mV, according to CAN signal. CAN BOSCH
812 Charger Internal Fault 1 Unsigned 0 1 - mV Charger Internal Fault IO element indicates if charger internal fault happened, according to CAN signal.

0-Internal Fault happened
1-No InternalFault happened

CAN BOSCH
813 Charger Energy 2 Unsigned 0 65535 - Wh Charger Energy IO element indicates currently measured charger energy. CAN BOSCH
814 Charger Current Actual 2 Unsigned 0 65535 - mA Charger Current IO element indicates currently measured charger current. CAN BOSCH
815 Throttle Position 1 Unsigned 0 100 - % Throttle Position IO element indicates currently measured throttle position. CAN BOSCH
816 Brake Pressed 1 Unsigned 0 1 - - Brake Pressed IO element indicates if brake is pressed or not.

0-Brake Pressed
1-Brake Not Pressed

CAN BOSCH
817 Charge Plug 1 Unsigned 0 1 - - Charge Plugged IO element indicates if charger is plugged in or not.

0-Charger Plugged
1-Charger Not Plugged

CAN BOSCH
818 Kill Switch Active 1 Unsigned 0 1 - - Kill Switch Active IO element indicates if kill switch is active or not.

0-Kill Switch Active
1-Kill Switch Not Active

CAN BOSCH
819 Kickstand Release 1 Unsigned 0 1 - - Kickstand Release Status IO element indicates if kickstand released or not.

0-Kickstand Released
1-Kickstand Not Released

CAN BOSCH
820 Powerstrain State 1 Unsigned 0 6 - - Powertrain State IO element indicates current powertrain state.

0-Off
1-Booting
2-Ready
3-Drive
4-Charge
5-Shutdown
6-Error

CAN BOSCH
821 Malfunction Indicator 1 Unsigned 0 1 - - Malfunction Indication IO element indicates if malfunction indicator is active.

0-Malfunction Indicator Not Active
1-Malfunction Indicator Active

CAN BOSCH
822 Current range 2 Unsigned 0 65535 - - Current Range IO element indicates currently measured current range CAN BOSCH
823 SoH Battery 1 Unsigned 0 100 - % SoH Battery IO element indicates currently measured batery SoH. CAN BOSCH
824 SoC Battery 1 Unsigned 0 100 - % SoC Battery IO element indicates currently measured batery SoC. CAN BOSCH
825 Vehicle available 1 Unsigned 0 1 - - Vehicle Available IO element indicates if vehicle is currently available or not.

0-Vehicle Not Available
1-Vehicle Available

CAN BOSCH
826 Charging Active 1 Unsigned 0 1 - - Charging Active IO element indicates if charging is currently active or not.

0-Charging Not Active
1-Charging Active

CAN BOSCH
827 Remaining Charge Time 2 Unsigned 0 65535 - min Remaining Charging Time IO element indicates remaining charging time until vehicle is fully charged. CAN BOSCH
828 Remaining Capacity 2 Unsigned 0 65535 - Ah Remaining Capacity IO element indicates reimaining battery capacity. CAN BOSCH
829 Full Charge Capacity 2 Unsigned 0 65535 - Ah Full Charge Capacity IO element indicates full charge battery capacity. CAN BOSCH
830 Driving direction 1 Unsigned 0 3 - - Driving Direction IO element indicates current vehicle driving direction.

0-Park
1-Reverse
2-Forward
3-Neutral

CAN BOSCH
831 Drive Mode 1 Unsigned 0 3 - - Drive Mode IO element indicates current vehicle drive mode.

0-Go
1-Cruise
2-Boost
3-Reserved1

CAN BOSCH
832 Park Brake Active 1 Unsigned 0 1 - - Park Brake Active IO element indicates if park brake is currently active or not.

0-Park Brake Not Active
1-Park Brake Active

CAN BOSCH
833 Total Distance 4 Unsigned 0 1048575 - km Total Distance IO element indicates measured vehicle total traveled distance. CAN BOSCH
834 Trip Distance 4 Unsigned 0 4095000 - m Trip Distance IO element indicates measured vehicle traveled distance during current trip. CAN BOSCH
835 Vehicle speed 1 Unsigned 0 255 - km/h Vehicle Speed IO element indicates currently measured vehicle speed in km/h. CAN BOSCH
836 Ignition Status 1 Unsigned 0 7 - - Ignition Status IO element current vehicle ignition status.

0-IGN_LOCK
1-IGN_OFF
2-IGN_ACC
3-Free
4-IGN_ON
5-IGN_START
6-LeM_NM:IGN_OFF
7-LeM_NM:IGN_ON

CAN BOSCH
837 Ignition Fast Status 1 Unsigned 0 1 - - Ignition Fast Status IO element indicates if ignition is active or not.

0-Ignition Not Active
1-Ignition Active

CAN BOSCH
838 Power Consumption 2 Unsigned 0 65535 - Wh/km Power Consumption IO element indicates currently measured vehicle power consumption in CAN BOSCH




Permanent CAN Askoll I/O elements


Property ID in AVL packet Property Name Bytes Type Value range Multiplier Units Description HW Support Parameter Group
Min Max
804 Charger Voltage 2 Unsigned 0 0xFFFF - mV CAN ASKOLL
804 Charger Current 2 Unsigned 0 0xFFFF - mA CAN ASKOLL
821 Malfunction Indication 1 Unsigned 0 1 - - 0 – Malfunction Indicator Not Active; 1 - Active CAN ASKOLL
822 Current Range 2 Unsigned 0 0xFFFF - km CAN ASKOLL
824 SoC Battery 1 Unsigned 0 100 - % Indicates currently measured batery SoC in %. CAN ASKOLL
824 SoC Battery 1 Unsigned 0 100 - % Indicates currently measured batery SoC. CAN ASKOLL
828 SoC Battery 2 Unsigned 0 0xFFFF - Ah Indicates reimaining battery capacity in Ah. CAN ASKOLL
828 Remaining Battery 2 Unsigned 0 0xFFFF - Ah Indicates reimaining battery capacity. CAN ASKOLL
833 Total Distance 4 Unsigned 0 0xFFFFFFFF - km Indicates measured vehicle total traveled distance. CAN ASKOLL
835 Vehicle Speed 1 Unsigned 0 0xFF - km/h Inicates currently measured vehicle speed. CAN ASKOLL
837 Ignition Fast Status 1 Unsigned 0 1 - - Indicates if ignition is active or not. 0 – not active, 1 - active. CAN ASKOLL
843 Helmet Status 1 Unsigned 0 1 - - Indicates if Helmet is in or not. 0 – not in, 1 – in. CAN ASKOLL
844 Top Case Sensor 1 Unsigned 0 1 - - Indicates if Top Case is open or closed. 0 – closed, 1 – open. CAN ASKOLL
845 Central Stand Up 1 Unsigned 0 1 - - Indicates if central stand is up or down. 0 – down, 1 – up. CAN ASKOLL
846 Emergency 1 Unsigned 0 1 - - Indicates if there is emergency or not. 0 – no emergency, 1 - emergency CAN ASKOLL
847 Over-Under Temperature 1 Unsigned 0 1 - - Indicates if there is battery over or under temperature warning. 0 – normal temperature, 1 – over-under temperature CAN ASKOLL
848 Regeneration Disabled 1 Unsigned 0 1 - - Indicates if battery regeneration is disabled. 0 – enabled, 1 – disabled. CAN ASKOLL
849 Battery On/Off 1 Unsigned 0 1 - - Indicates if battery is on or off. 0 – Battery Off, 1 – Battery On CAN ASKOLL
850 Warning UnderVoltage 1 Unsigned 0 1 - - Indicates if there is battery undervoltage warning. 0 – no battery undervoltage, 1 – battery undervoltage. CAN ASKOLL
851 Warning OverVoltage 1 Unsigned 0 1 - - Indicates if there is battery overvoltage warning. 0 – No battery overvoltage, 1 – battery overvoltage. CAN ASKOLL
852 Warning OverCurrent 1 Unsigned 0 1 - - Indicates if there is battery overcurrent warning. 0 – No battery overcurrent, 1 – battery overcurrent. CAN ASKOLL
852 Warning OverCurrent 1 Unsigned 0 1 - - Indicates if there is battery short circuit warning. 0 – No battery short circuit, 1 – battery short circuit. CAN ASKOLL



BLE Sensor I/O elements


Property ID in AVL packet Property Name Bytes Type Value range Multiplier Units Description HW Support Parameter Group
Min Max
25 BLE Temperature #1 2 Signed -400 12050 - °C Degrees ( °C ), -40 - +125;

TMT250 GH5200 TFT100 TST100

Bluetooth Low Energy
26 BLE Temperature #2 2 Signed -400 12050 - °C Degrees ( °C ), -40 - +125;

TMT250 GH5200 TFT100 TST100

Bluetooth Low Energy
27 BLE Temperature #3 2 Signed -400 12050 - °C Degrees ( °C ), -40 - +125;

TMT250 GH5200 TFT100 TST100

Bluetooth Low Energy
28 BLE Temperature #4 2 Signed -400 12050 - °C Degrees ( °C ), -40 - +125;

TMT250 GH5200 TFT100 TST100

Bluetooth Low Energy
29 BLE Battery #1 1 Unsigned 0 100 - % Battery level of sensor #1

TMT250 GH5200 TFT100 TST100

Bluetooth Low Energy
20 BLE Battery #2 1 Unsigned 0 100 - % Battery level of sensor #2

TMT250 GH5200 TFT100 TST100

Bluetooth Low Energy
22 BLE Battery #3 1 Unsigned 0 100 - % Battery level of sensor #3

TMT250 GH5200 TFT100 TST100

Bluetooth Low Energy
23 BLE Battery #4 1 Unsigned 0 100 - % Battery level of sensor #4

TMT250 GH5200 TFT100 TST100

Bluetooth Low Energy
86 BLE Humidity #1 2 Unsigned 0 1000 - %RH Humidity

TMT250 GH5200 TFT100 TST100

Bluetooth Low Energy
104 BLE Humidity #2 2 Unsigned 0 1000 - %RH Humidity

TMT250 GH5200 TFT100 TST100

Bluetooth Low Energy
106 BLE Humidity #3 2 Unsigned 0 1000 - %RH Humidity

TMT250 GH5200 TFT100 TST100

Bluetooth Low Energy
108 BLE Humidity #4 2 Unsigned 0 1000 - %RH Humidity

TMT250 GH5200 TFT100 TST100

Bluetooth Low Energy
331 BLE 1 Custom #1 256 HEX 0 4294967295 - - Custom IO element for BLE sensor

TMT250 GH5200 TFT100 TST100

Bluetooth Low Energy
463 BLE 1 Custom #2 256 HEX 0 4294967295 - - Custom IO element for BLE sensor

TMT250 GH5200 TFT100 TST100

Bluetooth Low Energy
464 BLE 1 Custom #3 256 HEX 0 4294967295 - - Custom IO element for BLE sensor

TMT250 GH5200 TFT100 TST100

Bluetooth Low Energy
465 BLE 1 Custom #4 256 HEX 0 4294967295 - - Custom IO element for BLE sensor

TMT250 GH5200 TFT100 TST100

Bluetooth Low Energy
466 BLE 1 Custom #5 256 HEX 0 4294967295 - - Custom IO element for BLE sensor

TMT250 GH5200 TFT100 TST100

Bluetooth Low Energy
332 BLE 2 Custom #1 256 HEX 0 4294967295 - - Custom IO element for BLE sensor

TMT250 GH5200 TFT100 TST100

Bluetooth Low Energy
467 BLE 2 Custom #2 256 HEX 0 4294967295 - - Custom IO element for BLE sensor

TMT250 GH5200 TFT100 TST100

Bluetooth Low Energy
468 BLE 2 Custom #3 256 HEX 0 4294967295 - - Custom IO element for BLE sensor

TMT250 GH5200 TFT100 TST100

Bluetooth Low Energy
469 BLE 2 Custom #4 256 HEX 0 4294967295 - - Custom IO element for BLE sensor

TMT250 GH5200 TFT100 TST100

Bluetooth Low Energy
470 BLE 2 Custom #5 256 HEX 0 4294967295 - - Custom IO element for BLE sensor

TMT250 GH5200 TFT100 TST100

Bluetooth Low Energy
333 BLE 3 Custom #1 256 HEX 0 4294967295 - - Custom IO element for BLE sensor

TMT250 GH5200 TFT100 TST100

Bluetooth Low Energy
471 BLE 3 Custom #2 256 HEX 0 4294967295 - - Custom IO element for BLE sensor

TMT250 GH5200 TFT100 TST100

Bluetooth Low Energy
472 BLE 3 Custom #3 256 HEX 0 4294967295 - - Custom IO element for BLE sensor

TMT250 GH5200 TFT100 TST100

Bluetooth Low Energy
473 BLE 3 Custom #4 256 HEX 0 4294967295 - - Custom IO element for BLE sensor

TMT250 GH5200 TFT100 TST100

Bluetooth Low Energy
474 BLE 3 Custom #5 256 HEX 0 4294967295 - - Custom IO element for BLE sensor

TMT250 GH5200 TFT100 TST100

Bluetooth Low Energy
334 BLE 4 Custom #1 256 HEX 0 4294967295 - - Custom IO element for BLE sensor

TMT250 GH5200 TFT100 TST100

Bluetooth Low Energy
475 BLE 4 Custom #2 256 HEX 0 4294967295 - - Custom IO element for BLE sensor

TMT250 GH5200 TFT100 TST100

Bluetooth Low Energy
476 BLE 4 Custom #3 256 HEX 0 4294967295 - - Custom IO element for BLE sensor

TMT250 GH5200 TFT100 TST100

Bluetooth Low Energy
477 BLE 4 Custom #4 256 HEX 0 4294967295 - - Custom IO element for BLE sensor

TMT250 GH5200 TFT100 TST100

Bluetooth Low Energy
478 BLE 4 Custom #5 256 HEX 0 4294967295 - - Custom IO element for BLE sensor

TMT250 GH5200 TFT100 TST100

Bluetooth Low Energy
385 Beacon ID's - HEX - - - -

Data structure:
Data part: 1 Byte
Beacon flag: 1 Byte
Beacon ID (iBeacon/Eddystone): 20 Bytes/16 Bytes
Signal strength: 1 Byte

TMT250 GH5200 TFT100 TST100

Bluetooth Low Energy
874 Bluetooth Home Zone or Proximity Violation state 1 HEX 0 0x0F - -

Bits describe the causes of violations:
0 - None
1 - Movement (Only for Ela MOV sensor)
2 (16 - from Rev.329 ) - RSSI treshold violation
4 - BLE missing
8 - Tamper removed
Example:
BLE missing and Tamper removed
4 + 8 = 12 → 0x0C or b00001100

TMT250 GH5200

Bluetooth Low Energy
875 Proximity violation source 12 ASCII - - - - MAC address which violates personal space

Example of encoded HEX ASCII text:
HEX: 44 35 41 34 31 42 38 42 31 30 37 35
HEX ASCII to text: D5A41B8B1075
(NOTE! From firmware version Rev.329 device sends IMEI instead of MAC address)
Example:
HEX -> ASCII (String)
3031343731353942383241454643 -> 0147159B82AEFC
HEX -> DEC
0147159B82AEFC -> 359633105628924

TMT250 GH5200

Bluetooth Low Energy
890 (888 - temporary in Rev.320 firmware) Proximity duration 2 Unsigned 0 65535 - s Violation time in seconds.
Included as an IO element with AVL ID 875

TMT250 GH5200

Bluetooth Low Energy
891 BLE MAC address 12 ASCII - - - - BLE MAC address of device.

Example of encoded HEX ASCII text:
HEX: 44 35 41 34 31 42 38 42 31 30 37 35
HEX ASCII to text: D5A41B8B1075

TMT250 GH5200

Bluetooth Low Energy