«Neomatica» - ADM700 GLONASS/GPS Terminal
Search on site
         RU
         EN
Request a call
8 (342) 2-111-500

ADM700 GLONASS/GPS Terminal


Buy in one click

     

    Terminal ADM700 is designed to identify location, speed and motion direction of the vehicle by means of GLONASS/GPS system.

    In addition, it records many other parameters: analog and digital inputs condition and signals from sensors (sensor readings).

    All events and conditions recorded by the terminal are stored in non-volatile memory. The accumulated data is transmitted through GSM 850/900/1800/1900 cellular carrier network by means of GPRS packet data transmission technology to a dedicated server from where it can be obtained via the Internet for further analysis and processed at the operator's desk. 

    The terminal can be used on all types of vehicles.

     

    ADM700 advantages

    • High-sensitivity receiver ensures quick location identification in a harsh environment;
    • Dust- and waterproof housing, compliance with IP65 standard;
    • Shock-proof housing protected against mechanical damage, compliance with IK07 standard;
    • Compact housing with inbuilt GSM and GLONASS/GPS antennas;
    • Easy installation;
    • Anti-tamper sensor;
    • Possibility of choosing a navigation system (GLONASS, GPS, GLONASS+GPS);
    • No loss of location reference when stopping the vehicle;
    • Remote update of terminal's firmware via GPRS;
    • Wide range of supply voltage. Guaranteed operation at 8.5 to 40V, short-time operation at voltage up to 50V, and inbuilt protection against power surges over 50V;
    • Open and flexible protocol which is supported by most telematics servers;
    • EGTS protocol support;
    • Domain name support as a server address;
    • Terminal's and Sim card's password protection against an unauthorized operation;
    • Manufacturer's technical support;
    • One-year warranty.

     

     

    Technical Features 

    • GLONASS/GPS receiver sensitivity:165dBm;
    • Number of GLONASS/GPS receiver channels: 132;
    • Communication standard: GSM 850/900/1800/1900/2100, GPRS/EDGE Multi-slot Class 12;
    • 2 SIM cards + 2 SIM chips (optional);
    • Voice communication;
    • Ingress protection: IP65;
    • Impact resistance: IK07;
    • Inbuilt three-axial acceleration meter;
    • Embedded temperature sensor;
    • Li-Ion battery, 1000мА;
    • 6 analog/descrete inputs;
    • 2 impulse/descrete inputs;
    • 4 “open collector” outputs;
    • RS-485 interface;
    • RS-232 interface;
    • CAN-bus (FMS; J1939);
    • 1-Wire CAN-bus;
    • MicroSD memory card (optional);
    • Supply voltage: +8,5..+48V;
    • Operation time with a battery: 6 hours;
    • Number of saved records regarding itinerary:
      • when using the internal memory: up to 150000,
      • when using a microSD memory card: 8 000 000 with 1Gb;
    • USB, SMS, GPRS control;
    • Dimensions: 115х80х30 mm.

     

    Modifications in the firmware for ADM700 / ADM710 / ADM700 3G user terminal are as follows:
    0x3D – 2 March 2016

    1. Fixed to preclude transmission of zero fuel level from the fuel level unit connected via RS485.
    2. Improved to display ICCID of all installed SIM cards, regardless of which one is active.
    3. Improved to display the value of active odometer (terminal or tachograph) using the ODM instruction 

    0x3C – 11 February 2016

    1. Reduced power consumption GSM.
    2. Improved work with Escort fuel level unit via RS485 interface.
    3. Modified to make an outgoing call by pressing a button on ADM1 hands-free
    4. Testing of an announcement device
    5. Fixed to preclude transmission of wrong IMEI under certain conditions
    6. Fixed to transmit addresses of fuel level units that connected to RS485 interface using EGTS protocol.
    7. Fixed to preclude freezing or hanging 0x3B firmware version when track saving on the memory card is activated.

     0x3B – 24 December 2015

    1. Improved connection of fuel level unit via RS232_1 port.
    2. Modified to transmit data from the tachograph odometer.
    3. Modified to transmit driver card number from the tachograph.

    0x3A – 24 December 2015

    1. Added support for ШТРИХ-М tachograph.

    0x39 – 24 December 2015

    1. Added support for VDO tachograph.

    0x38 – 16 October 2015

    1. Fixed announcement device
    2. Improved support for AutoTracker fuel level unit.
    3. Increased voice volume.

    0x37 – 16 October 2015

    1. Improved support for CAN-log.

    0x33 – 6 July 2015

    1. Improved support for CAN-bus connection.

    0x32 – 11 June 2015

    1. Improved support for ADM20 reader.

    0x31 – 30 April 2015

    1. Added support for ADM20 reader.
    2. Modified to display of data from AutoTracker fuel level unit in the configurator.
    3. Сhanged the algorithm of works with NAVIA module. 

    0x30 – 11 March 2015

    1. Corrected statics regarding the accelerometer and input.

    0x2F – 20 February 2015

    1. Improved launch of GPS and GSM modules.
    2. Added support for AutoTracker fuel level unit.

    0x2D – 12 February 2015

    1. Improved work of camera and can-log.

    0x2B – 6 February 2015

    1. Added support for ADM20.

    0x2A – 28 January 2015

    1. Added support for cameras using OV528 protocol.

    0x29 – 19 January 2015

    1. Fixed to activate INSTATIC instruction.

    0x28 – 19 January 2015

    1. Fixed to stabilize the performance of pulse inputs under certain conditions.

    0x27 – 19 December 2014

    1. Fixed to preclude damage of packages, when CAN protocol is activated and custom tags are absent.

    0x24 – 1 December 2014

    1. Fixed to save ROUTE instruction

    0x23 – 24 November 2014

    1. Adjusted work of pulse inputs in the digital mode

    0x22 – 21 October 2014

    1. Adjusted work of temperature sensors on the 1-Wire bus (Error value <0)

    0x20 – 16 October 2014

    1. Adjusted work of fuel level unit via RS232

    0x1F – 1 October 2014

    1. Added the hands-free button status in the status field

    0x1E – 30 September 2014

    1. The terminal goes to “sleep” when battery is discharged

    0x1D – 24 September 2014

    1. Added SPEEDALARM instruction

    0x2B – 15 September 2014

    1. Added COM8 instruction, and improved work with Megafon operating system
    2. Fixed to display supply voltage (over 25.5V) in EGTS
    3. Adjusted work with MATRIX IIIRDALL reader

    0x19 – 8 August 2014

    1. Modified to substitute only that AIN, which have been configured as temperature sensors, when OWTHERMOENABLED is activated.
    2. Corrected INGUARDMODE instruction
    3. Corrected ALARMOFF instruction

    0x18 – 11 July 2014

    1. Added ACCELALARM instruction
    2. Change the registration algorithm when GSM signal is poor

    0x15 – 18 June 2014

    1. Adjusted work with 1-wire bus
    2. Corrected EGTS protocol, egts_ext_pos_data , egts_liquid_level_sensor_data packages

    0x13 – 9 June 2014

    1. Modified to work with the flow sensor with two phase shifted outputs (IMPULSE 5.5)

    0x11 – 28 May 2014

    1. Added EGTSEVENTSRC instruction
    2. Corrected SMS 
    3. Modified to work with SIM cards of Rostelecom operating system

    0x0F – 8 May 2014

    1. Modified to work with PIN code
    2. Corrected USB

    0x0E – 6 May 2014

    1. Modified to work with CAN-log

    0x0S – 24 April 2014

    1. Improved performance of accelerometer. 
    2. Modified to work with memory which now stores more than 65.000 points
    3. Corrected PERIOD instruction

    0x07 – 8 April 2014:

    1. Added support for ADM700 3G terminals

    Request a call back


    Your request is sent

    We will contact you during business hours from 9:00 to 18:00

    make Up

    A name *
    Your phone *

    Become an affiliate

    A name *
    Your phone *
    Your E-mail *
    Your company *

    Choose solution

    A name *
    Your phone *
    Your E-mail *