TPMS sensors for GPS Tracker, TPMS, MDVR and dashcam

Product No.: TS06, TS06-LB, TS08, TS09, TS10

These wireless TPMS sensors are supported in our gps tracker, TPMS receiver, signal repeater, handheld TPMS ID reader. Fleet managers or installation technicians can choose different types of tire pressure sensors to install onto vehicles with client’s needs or working environments.

External cap tire pressure sensor TS06 should be installed on tire valve stem outside, locked by a nut on same tire valve stem, it’s easily installed. You just need to install a nut first, then TS06 sensor onto tire valve stem. and TS06 sensor needs to be locked by rotating the nut as up as you can.

External cap tire sensor TS06-LB is almost same as TS06, but especially for large bores like OTR tire or mining machines. its installation is same as TS06’s.

External cap air flow through sensor TS09 is designed with air flow through function realized by an extended tire valve stem which is in TS09 sensor itself. So users can inflate tires without uninstalling the tire pressure sensors. The extended valve stem can be used to fill air into tire directly.

Internal valve sensor TS08 is designed to install inside the tire and fixed onto tire valve stem inside. It is for tubeless tires. It needs driver or technician to uninstall tire from vehicle first, and take tire out of wheel rim. It also needs to replace the original tire with specially designed tire valve stem which has a specially designed end used to fix internal sensor.

Internal banded sensor TS10 is designed to install inside tire also, but fixed onto the wheel rim by band. It is for tubeless tires also. Users should know first the length of band to make sure it’s longer than circumference of wheel rim. It also requires to uninstall tires from vehicle first.

TPMS sensor SPECS

External tire Cap Pressure Sensor

externally valve sttem fixed

Internal Valve Tire Pressure Sensor

internally valve stem fixed

External Air Flow Through Sensor

Internal banded Sensor

internally tire rim fixed

Tire Pressure Sensors Installation

The tire pressure monitoring system (TPMS) has combined with two parts: sensor emitter and the receiver. Communication between the sensor and receiver is by wireless technology (433.92MHz). The receiver in the system can be our AT09 device or TPxx device, they can be work together or separately as an individual system with the sensor.

Note: the front and the rear truck tire maybe has different type of RIM. Please check the target tire you are going to install the sensor. And chose the suitable type.

Sensors Installation: TS07/09

Step 1: find the valve.

Step 2: remove the valve cap, and install the hex screw of the sensor on the valve.

Step 3: screw the sensor on the valve. And use the hex wrench to lock the sensor by the hex screw.

(Below image suitable for TS09)

Sensors Installation: TP08:

Step 1: dismounting the tire from the RIM.

Step 2: remove the original tire valve stem.

Step 3: Insert the new sensor through the valve stem hole making sure the flat side of the sensor is toward the rim, and then install the screw cap at outside.

Sensors Installation: TS10

Step 1: dismounting the tire from the RIM, and preparing the sensor. Let metal belt come across the underneath of the sensor.

Step 2: let the metal belt across

TPMS sensors installed in vehicles

TPMS DATA PROTOCOL

Used in RS232 | RS485| CAN| TTL | Bluetooth.
(14 bytes in length. Hex code):
00 00 AA ID ID ID ID pressureValue temperatureValue index and cell voltage CRC BB
00 00: ATA5428 bits check. 2 byte.
AA: start Tag. 1byte.
ID ID ID ID: sensor ID number. 4bytes eg.: AA BB CC DD = 0xAABBCCDD
pressureValue: 2bytes AABB = 0xAABB
temperatureValue:1byte
index and cellVoltage: 2 bytes.
index(0-15 circulate) 4bits
cell voltag 12bits. eg.: AABB: index = 0x0A cell voltag= 0x0ABB
CRC: 1byte,
BB: End Tag 1bytes

from ID to cell voltage , total 9 bytes
unsigned char crc_checksum(const char *s ,unsigned char len)
{
   unsigned char result = 0;
   unsigned char i = 0;
   for (i = 0; i < len; i++)
   { result ^=*s++; }
   return result;
}

Code example in dart:
static STPMSSensor parseDataEx(List listData)
{
  STPMSSensor newData = STPMSSensor();
  int nPressure=0;
  newData.isValid = true;
  newData.strID = listData[0].toRadixString(16) + listData[1].toRadixString(16) + listData[2].toRadixString(16) +   listData[3].toRadixString(16);
  nPressure = listData[4]<< 8 | listData[5];
  if((nPressure>>4) >= 100)
  {
    newData.nPressure = (nPressure>>4) – 100; // unit: kPa
  }
  else{
   newData.nPressure = 0;
  }
   newData.nSerialID = (listData[7] & 0XF0) >> 4 ;
   newData.nBattery = ((listData[7] & 0x0F) <<8 | listData[8]) / 1000 ;
   newData.nCRC=listData[9];
  return newData;
}