GPS Tracker Canbus OBD Tracking Device Read Fuel Consumption, Can Use for J1939 Truck (TK218-TN)

• Screen Size: No Screen
• Use: Automotive
• Certification: RoHS, ISO/TS16949, FCC, CE
• Warranty: 1 Year
• Engine Cut: by SMS and Online
• Track by: SMS or GPRS
• Model NO.: TK218-TN
• Frequency: Quad Band
• Agps: Yes
• Track: SMS/Platform/APP
• Backup Battery: Yes
• Power Failure Alarm: Yes
• Overspeed Alarm: Yes
• Geo-Fence: Yes
• Transport Package: Neutral Packing with White/Colorful Boxes
• Specification: 54.0*51.5*28.5 (mm)
• Trademark: TOPTEN
• Origin: China
• HS Code: 85311010
• Production Capacity: 50000PCS/Months

Product Description

GPS tracker CANBUS OBDii tracking device read fuel consumption,with SAEJ1939 for truck (TK218-TN)


TK218 OBD-II GPS tracker can also be used to do vehicle's telemetry via OBD connector, it can read the vehicle's ECU's data (speed, rpm, odometer, speed, fuel consumption, harsh acceleration, harsh brake, trouble cord, driver behavior data...etc) via CAN-BUS.

It has plug & play design, which is compatible with all the cars with OBD-II connector, and it supports all the CAN-BUS protocols as followings: 
 

No.	Protocol standard	Vehicle type
1	ISO 9141-2	(Asian, European, Chrysler)
2	ISO 14230 (KWP)	Cars
3	ISO15765 (CAN)	Cars
4	SAE J1939	Most trucks
5	ISO 27145	Truck brand: Man, Benz(Actros)

Features:

1. Plug & play design with OBD-II connector, compatible with all the vehicles with OBD-II connector, supports most of vehicles with the CAN-BUS;
2. Track on command or by time interval via SMS/GPRS;
3. Arm/disarm by SMS or phone call.
4. Check the car's real physical address (such as city name, street name.);
5. Track by mobile SMS to get the latitude, longitude, speed, direction & odometer etc.
6. Check the location directly by the Google map's URL;
7. Data logger to store 5520 waypoints.
8. Smart engine ON/OFF detection;
9. Odometer function
10. Over-speed alarm;
11. Movement alarm which can be used as an alarm;
12. Engine on alarm;
13. Vibration alarm;
14. Power failure alarm, with internal rechargeable backup battery;
15. Routine optimization when vehicle turns a corner;
16. Monitor the voice;
17. Voltage range: 10V-60VDC, suitable for motorcycle, car or big truck.
18. Reliable design of framework with hardware watchdog.
19. Extreme power save working mode, low power consumption.
20. Detection on internal battery's volume & vehicle battery's voltage.
21. Remote diagnostics function. Readings (1) Vehicle's real-time data: battery's voltage, RPM, speed, TAP throttle opening, engine load, coolant temperature, fuel consumption, odometer, error code & times, acceleration times & deceleration times; (2) Driver behavior data: ignition time, total driving time, total idling time, average engine hot-start time, average speed, history high speed, history RPM, total acceleration times & total deceleration times. (3) read VIN & DTC, clear DTC. 

Specifications

Working voltage:	+10.0 ~+60VDC
Power Consumption:	Standby current:12mA Working current: 35mA; Deep sleep mode current: <4mA;
Inside Backup battery:	Rechargeable 3.7V 230mAh Li-ion battery
Size of the main unit:	52*38*26 (mm)
Weight of the main unit:	55g
Working temperature:	-20 ~ 85ºC
Humidity:	0 ~ 95%
GSM frequencies:	Quad-band: 850MHz/900MHz/1800MHz/1900MHz
Receiving ways	56 channels
Working frequencies	1575.42Mhz C/A(GPS)
Receiving sensibility	-162dBm
Positioning accuracy	≤10m (wide-open area)
Speed accuracy	≤0.2M/S (wide-open area)
Positioning mode	Auto 2D/3D
Hot start	1 sec., average
Warm start	2 sec., average
Cold start	40 sec., average

 

Transmission of CAN-BUS Data

The CAN-BUS data includes 3 types as followings:

• Real-time vehicle data
• Driving behavior data
• Error Code

These data can be sent to tracking platform remotely via GPRS network or sent via blue-tooth locally. The real-time vehicle data & driving behavior data can be transmitted automatically on basis of the time interval, while the Error code can only be sent out after it gets the request command. If the OBD module is in sleep mode, it will not upload the CAN-BUS data any more.

(1) Real-time vehicle data
 

1. Battery voltage (V)	2.Engine speed (RPM)	3. Running Speed (Km/h)
4. Throttle opening   width (TPS %)	5. Engine load (%)	6. Coolant temperature (ºC)
7. Instantaneous fuel  Consumption (L/100km)	8.Average fuel consumption (L/100km)	9. Driving range (Km)
10. Total mileage (km)	11. Single fuel consumption volume (L)	12. Total fuel consumption volume (L)
13. Current Error code numbers	14. Harsh acceleration No.  (times)	15. Harsh brake No. (times)

(2) Driving behavior data
 

1.Total ignition no. (times)	2.Total driving time (h)	3. Total idling time (h)
4. Average hot start time (s)	5. Average speed (km/h)	6. History highest speed  (km/h)
7. History highest rotation (rpm)	8. Total Harsh acceleration No.  (times)	9. Total Harsh brake No. (times)

(3) Error code of the vehicle
The request command should be sent to the device firstly, then it will send out the error code if it has. User can judge the malfunction type according to the code.


GPS Tracking Software: 




OBD code report: 











Mobile Application:




Q&A:

Q: How does the alarm function work?
A: The device is tracker, alarm and diagnostic tool. If someone tries to tamper vehicle, the device will send alert SMS to owner and send alert to software. 

Q: When does the device send alarm.
A: Device sends alarm when vehicle is being vibrated/moved, engine is started or device is powered off/disconnected illeagally.

Q: Can I add more than one RFID tag to each tracker?
A: Yes.

Q: Does the RFID tag have a battery? How long will it last?
A: Yes the RFID tag has battery inside. It'll last at least 1 year. And it can be easily replaced.

Q: What's the range/distance between the tracker and RFID tag?
A: The range between the tracker and RFID tag is 3 meters to 5 meters.

Q: What are the functions of the RFID tag.
A: The RFID tag has 2 functions.
1. To arm/disarm the OBD unit. When RFID tag get close to the tracker, the tracker will be disarmed automatically. When RFID tag is away from tracker, tracker will be armed automatically.
2. To manage different drivers' information.
Each RFID tag has an ID. Every time the driver bring the tag close to the tracker, and start car, the tag's ID will be sent to platform, so you can know who is driving the vehicle, and how long he has being driving the vehicle.