OBD tracker Aktivconnect 200 | Integrated with Wialon

Features Aktivconnect 200:

Blackbox

Supported in Wialon:

Remote management via GPRS
Communication via TCP

The following data should also be added to Aktivconnect 200 unit properties section of Wialon GPS tracking software :

Device type:	Aktivconnect 200
Unique ID:	serial

Specify the following parameters in configuration software or configuration Aktivconnect 200 for use in Wialon Hosting :

Server port:

21836

2 units of Aktivconnect 200 device type are connected to Wialon Data Center. This represents 0% of all OBD trackers connected.

Below chart represents the dynamic of connections in the last 30 days:

Parameter name	Description	Units
alarm	Alarm name: 0 - Overspeed alarm 1 - Fatigue driving 2 - GPS module failure 3 - Undervoltage battery 4 - Abnormal charging circuit 5 - ECM failure 6 - Overhigh coolant temperature 7 - Excessively low coolant temperature 8 - Maintenance reminder 9 - Throttle clearing reminder 10 - The equipment is unplugged 16 - Vehicle vibration alarm (after fortification ) 17 - Vehicle protocol has not been read 18 - Rapid acceleration 19 - Sharp deceleration 20 - Sharp turn 21 - Towing alarm 22 - Collision alarm 23 - Rollover alarm 24 - Fast lane change 25 - Urgent engine throttling (fullthrottle). Different vehicles may be accompanied by rapid acceleration alarm at the same time 26 - Long-time idling 27 - SOS alarm
alarm_data	Alarm data for each alarm name below: 0 - current speed in km/h 1 - travel time in seconds 3 - current battery voltage which is the actual value10 4 - current battery voltage which is the actual value10 5 - number of fault code 6 - current coolant temperature in ℃
ws_type	Type: 0 - sleep 1 - wake-up
wake_up_m	When it is a wake-up type: 0 - power-up 1 - wake-up by voltage fluctuation 2 - wake-up by phone SMS 3 - wake-up by vibration 4 - wake-up by RTC 5 - wake-up by equipment restart
data_type	Data type: 0 - blind data 1 - real-time data
travel_id	Travel ID. Each ignition and flameout indicates one travel. The travel times accumulates automatically.
c_module_volt	Control module voltage	V
load_calc_v	Load calculation value	%
cool_temp	Coolant temperature	℃
engine_rpm	Engine speed	rpm
obd_speed	OBD vehicle speed	km/h
ign_adv_angle	Ignition advance angle	°
abs_press	Absolute pressure of intake manifold	kpa
temp_int	Inlet temperature	℃
air_flow	Air mass flow	g/s
rel_thrt_pos	Relative position of throttle valve	%
long_t_fuel_corr	Long-term fuel correction	%
air_fuel_ratio_c	Air-fuel ratio coefficient
abs_thrt_pos	Absolute throttle position	%
fuel_press	Fuel pressure	kpa
fuel_consumption1	Instantaneous fuel consumption 1	L/h
fuel_consumption2	Instantaneous fuel consumption 2	L/h
ign_time	Ignition time
flameout_time	Flameout time
curr_tr_tm	Current travel time	sec
curr_fuel_cons	Current fuel consumption	ml
curr_mileage	Current mileage	m
max_speed	Maximum speed	km/h
max_engine_rpm	Maximum engine speed	rpm
max_cool_temp	Maximum coolant temperature	℃
rapid_accel	Times of rapid acceleration	time
sharp_decel	Times of Sharp deceleration	time
spd_time	Speeding time(>120km/h)	sec
spd_mileage	Mileage of speeding	m
spd_fuel_cons	Fuel consumption for speeding	ml
hspd_time	Time of driving at high speed(80km/h-120km/h)	sec
hspd_mileage	Mileage of driving at high speed	m
hspd_fuel_cons	Fuel consumption of driving at high speed	ml
mspd_time	Time of driving at medium speed (40km/h-80km/h)	sec
mspd_mileage	Mileage of driving at medium speed	m
mspd_fuel_cons	Fuel consumption of driving at medium speed	ml
lspd_time	Time of driving at low speed (1km/h-40km/h)	sec
lspd_mileage	Mileage of driving at low speed	m
lspd_fuel_cons	Fuel consumption of driving at low speed	ml
idle_time	Idling time	sec
idle_fuel_cons	Idling fuel consumption	ml
sharp_turn	Times of sharp turn	time
over_spd	Times of overspeed	time
warm_up_tm	Warm-up time	sec
fast_ln_ch	Fast lane change	time
u_engine_thrt	Urgent engine throttling (full-throttle)	time
ign	Ignition: 0 - off 1 - on
gsm	GSM signal strength
mileage	Mileage	km
eq_status	Equipment status (bitwise parameter): bit1 - Long-time idling bit7 - Fuel cut bit8 - Wi-Fi (4G equipment) bit10 - Engine failure bit11 - Low coolant temperature bit12 - Whether this vehicle is supported bit15/bit14/bit13: 000 - Vehicle protocol has not been read 001 - KWP_FAST 010 - CAN(500BPS) 011 - CAN(250BPS) 100 - CAN_X(500BPS) 101 - CAN_X(250BPS) 110 - ISO9141-2 111 - KWP_ADDRESS bit16 - Towing bit17 - ACC state: 0 - closed, 1 - opened bit24 - Low Battery voltage bit25 - GPS module abnormal bit26 - Overspeed bit27 - Fatigue driving bit28 - Charging circuit bit29 - High coolant temperature bit30 - Requiring maintenance bit31 - Throttle cleaning bit32 - Plugging state: 1 - Unplugging
gprs_answer	Command response

Parameter name

Description

Units

alarm

Alarm name:
0 - Overspeed alarm
1 - Fatigue driving
2 - GPS module failure
3 - Undervoltage battery
4 - Abnormal charging circuit
5 - ECM failure
6 - Overhigh coolant temperature
7 - Excessively low coolant temperature
8 - Maintenance reminder
9 - Throttle clearing reminder
10 - The equipment is unplugged
16 - Vehicle vibration alarm (after fortification )
17 - Vehicle protocol has not been read
18 - Rapid acceleration
19 - Sharp deceleration
20 - Sharp turn
21 - Towing alarm
22 - Collision alarm
23 - Rollover alarm
24 - Fast lane change
25 - Urgent engine throttling (fullthrottle). Different vehicles may be accompanied by rapid acceleration alarm at the same time
26 - Long-time idling
27 - SOS alarm

alarm_data

Alarm data for each alarm name below:
0 - current speed in km/h
1 - travel time in seconds
3 - current battery voltage which is the actual value*10
4 - current battery voltage which is the actual value*10
5 - number of fault code
6 - current coolant temperature in ℃

ws_type

Type:
0 - sleep
1 - wake-up

wake_up_m

When it is a wake-up type:
0 - power-up
1 - wake-up by voltage fluctuation
2 - wake-up by phone SMS
3 - wake-up by vibration
4 - wake-up by RTC
5 - wake-up by equipment restart

data_type

Data type:
0 - blind data
1 - real-time data

travel_id

Travel ID. Each ignition and flameout indicates one travel. The travel times accumulates automatically.

c_module_volt

Control module voltage

load_calc_v

Load calculation value

cool_temp

Coolant temperature

℃

engine_rpm

Engine speed

rpm

obd_speed

OBD vehicle speed

km/h

ign_adv_angle

Ignition advance angle

abs_press

Absolute pressure of intake manifold

kpa

temp_int

Inlet temperature

℃

air_flow

Air mass flow

g/s

rel_thrt_pos

Relative position of throttle valve

long_t_fuel_corr

Long-term fuel correction

air_fuel_ratio_c

Air-fuel ratio coefficient

abs_thrt_pos

Absolute throttle position

fuel_press

Fuel pressure

kpa

fuel_consumption1

Instantaneous fuel consumption 1

L/h

fuel_consumption2

Instantaneous fuel consumption 2

L/h

ign_time

Ignition time

flameout_time

Flameout time

curr_tr_tm

Current travel time

sec

curr_fuel_cons

Current fuel consumption

curr_mileage

Current mileage

max_speed

Maximum speed

km/h

max_engine_rpm

Maximum engine speed

rpm

max_cool_temp

Maximum coolant temperature

℃

rapid_accel

Times of rapid acceleration

time

sharp_decel

Times of Sharp deceleration

time

spd_time

Speeding time(>120km/h)

sec

spd_mileage

Mileage of speeding

spd_fuel_cons

Fuel consumption for speeding

hspd_time

Time of driving at high speed(80km/h-120km/h)

sec

hspd_mileage

Mileage of driving at high speed

hspd_fuel_cons

Fuel consumption of driving at high speed

mspd_time

Time of driving at medium speed (40km/h-80km/h)

sec

mspd_mileage

Mileage of driving at medium speed

mspd_fuel_cons

Fuel consumption of driving at medium speed

lspd_time

Time of driving at low speed (1km/h-40km/h)

sec

lspd_mileage

Mileage of driving at low speed

lspd_fuel_cons

Fuel consumption of driving at low speed

idle_time

Idling time

sec

idle_fuel_cons

Idling fuel consumption

sharp_turn

Times of sharp turn

time

over_spd

Times of overspeed

time

warm_up_tm

Warm-up time

sec

fast_ln_ch

Fast lane change

time

u_engine_thrt

Urgent engine throttling (full-throttle)

time

ign

Ignition:
0 - off
1 - on

gsm

GSM signal strength

mileage

Mileage

eq_status

Equipment status (bitwise parameter):
bit1 - Long-time idling
bit7 - Fuel cut
bit8 - Wi-Fi (4G equipment)
bit10 - Engine failure
bit11 - Low coolant temperature
bit12 - Whether this vehicle is supported

bit15/bit14/bit13:
000 - Vehicle protocol has not been read
001 - KWP_FAST
010 - CAN(500BPS)
011 - CAN(250BPS)
100 - CAN_X(500BPS)
101 - CAN_X(250BPS)
110 - ISO9141-2
111 - KWP_ADDRESS

bit16 - Towing
bit17 - ACC state: 0 - closed, 1 - opened
bit24 - Low Battery voltage
bit25 - GPS module abnormal
bit26 - Overspeed
bit27 - Fatigue driving
bit28 - Charging circuit
bit29 - High coolant temperature
bit30 - Requiring maintenance
bit31 - Throttle cleaning
bit32 - Plugging state: 1 - Unplugging

gprs_answer

Command response

Fill out a request form to get started with Wialon

Products

Niche products for addressing specific tasks

Aktivconnect 200

More devices from the manufacturer

Contact Wialon and achieve the most ambitious goals with telematics

Become a partner

Request Wialon in your region

Fill out a request form to get started with Wialon