1.Built-in GPS/GSM antennas 
2.GSM : Quad-band 850/900/1800/1900 MHz 
3.Vehicle State Alarm 
4.GPRS and SMS channel 

Using OBD II GPS tracker, we can position,monitor the vehicle including 
OBD data on the position server via GPRS,GPS and Internet. It can help 
customers to manage transparently,reduce cost,maintain security and 
raise efficiency. Now it is widely used in business traffic, logistics 
distribution,automobile lease, intelligent transportation, shipping 
market,army and police,rescuing,Safety Supervision,Intelligent city…

How to find your OBDII Connector

Start by looking around the underside of your dashboard, below your steering wheel but above your gas and brake pedals. The diagram below will show you the general area to search.

The connector may be covered by a small flap, but will usually be visible without requiring any disassembly. Once you believe you have located the OBDII connector, compare it to the picture below.

Installing the MOSS-OBDII-GPS

Once the OBDII connector has been located, all that is required is to plug the OBDII-GPS into the connector. Once you turn the ignition of the vehicle on, the small lights on the unit will blink.  During your first installation, you will need to give the OBDII-GPS unit a minimum of 15 minutes fully initialize.

Applications

Ⅰ. Product Features

■Supports quad bands,

i.e. 850/900/1800/1900MHz, 

universal in the world.

■Easy to install, connect the OBD interface to work.

■Supports single positioning and feedbacks position via GPRS at setting times.

■Supports vehicle positioning and tracking.

■Vehicle status and speed from OBD data is better than ACC.

■Vehicle collision, falling alarm by SMS/Platform (optional).

Ⅱ. Components and Accessories

2.1 Components

Ⅲ. Environment for use

1. Limited working temperature：-20℃~80℃

2. Storage temperature：-45℃~90℃

3. Humidity：<95%

4. sure the terminal is installed in OBD2 interface of the vehicle

Ⅳ. Basic Specifications