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Pointer Cello-AR Security Product Overview

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Cello-AR Security
Product Overview
Proprietary and Confidential
Version 1.1
Revised and Updated: January 20, 2013
Copyright © 2013 by Pointer Telocation, Ltd.

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Summary of Contents for Pointer Cello-AR Security

  • Page 1 Cello-AR Security Product Overview Proprietary and Confidential Version 1.1 Revised and Updated: January 20, 2013 Copyright © 2013 by Pointer Telocation, Ltd.

  • Page 2: Table Of Contents

    Main Functionality ......................6 Main Features ......................6 System Architecture ..................... 7 System Operation Basics ....................9 Cello-AR Security System Features ................. 11 Security Operational States ..................11 System Anti-Theft Protection ..................13 Driver Identification and Authentication ................. 14 Pairing the AR-Keypad and AR-Immobilizer ..............15 Pairing the AR-Keypad and the Cello-AR .................
  • Page 3 Technical Specifications ..................31 Cello-AR Technical Specifications ................... 31 AR Keypad Technical Specifications ................34 AR Immobilizer Technical Specifications ................. 34 AR Wireless Immobilizer Technical Specifications ............35 Cello-AR Security Product Overview Page 3 of 35 Copyright © 2013 by Pointer Telocation, Ltd.

  • Page 4: Introduction

    Purpose and Scope This document summarizes the relevant information regarding the additional features and capabilities of the Cello-AR Security system, compared with the Cello-F. The document is intended for Fleet Management or SVR service providers, system integrators, fleet managers or technical personnel who want to understand the capabilities and functionality of the system.

  • Page 5: Product Description

    Towing detection. Jamming detection and reaction. The Cello-AR Security system consists of a keypad, immobilizers and the Cello-AR unit. The smart immobilizers utilize relay for deactivating the vehicle engine and maintaining wire or wireless communication with the AR-Keypad. The AR-Keypad, via which the driver/technician interacts with the system, controls the immobilizers.

  • Page 6: Main Functionality

    Cello-AR Security Product Overview Main Functionality The new Cello-AR Security product was designed to provide a cost-effective solution with enhanced anti-theft features and functionality. Complete with a user-friendly keypad interface via which the driver can intuitively interact with the system, this new anti-theft security system provides the following main functionality: Allows vehicle usage only to authorized and identified drivers.

  • Page 7: System Architecture

    Cello-AR Security Product Overview System Architecture and Components The main components of the Cello-AR Security system include the Cello-AR, a keypad and wired and smart immobilizer. This section describes these main components, as shown in the following diagram. Internet Cello-AR...
  • Page 8 This is an independent unit that performs physical disconnection of the vehicle circuit by means of an electrical relay. The Cello-AR Security system provides two kinds of smart immobilizer; wire and wireless. All smart immobilizers are managed through the keypad via SNet communication.

  • Page 9: System Operation Basics

    Cello-AR and the AR-Keypad. System Operation Basics This section describes the basic operations performed by the Cello-AR Security system, including how inputs are received and processed, and the outputs generated. It also includes an overview of how the system typically works.
  • Page 10 AR keypad. 2.5.3 Outputs generated A number of outputs are generated by the Cello-AR Security system: Vehicle usage can be disabled via the AR smart immobilizer. Monitoring reports on the vehicle status and user / technician activities are sent to the control center, either periodically or immediately on the occurrence of specific events (such as when the user code is entered).

  • Page 11: Cello-Ar Security System Features

    Cello-AR Security Product Overview Cello-AR Security System Features This section describes the various Cello-AR Security system and configuration features and options, including the following: Security Operational States System Anti-Theft Protection Driver Identification and Authentication Pairing of the AR Components (Cello-AR, AR Keypad and AR Immobilizer)
  • Page 12 The operating instructions are described in the Driver Operating Instructions section. Via OTA command: The security system will switch to Service state on receiving the relevant command from the control center application. Exiting Service state Cello-AR Security Product Overview Page 12 of 35 Copyright © 2013 by Pointer Telocation, Ltd.

  • Page 13: System Anti-Theft Protection

    Switched to Disarmed or Armed state via OTA command. System Anti-Theft Protection The Cello-AR Security system ensures anti-theft protection via the detection of the following events: Disconnection of communication between the keypad and the Cello-AR: If the system identifies a communication malfunction for 30 continuous seconds it will send a communication error alert message to the control center application, and play a short beep and blink every second.

  • Page 14: Driver Identification And Authentication

    ID or keypad disconnection. Driver Identification and Authentication The Cello-AR Security system supports two methods of driver identification and authentication according to programmed parameters: The basic method uses a user code of four digits. The system compares the user code which is entered by the user via the keypad with a preprogrammed user code, and disarms the system if they are found to be equal.

  • Page 15: Pairing The Ar-Keypad And Ar-Immobilizer

    Cellocator Handsfree module is installed. Additional Special Features The Cello-AR Security system supports up to five special features which can be activated by the user by pressing *, followed by one of the digits 1-5. These five special features are defined by the backend application;...

  • Page 16: System Reports Sent To The Control Center

    System reports sent to the control center. This section describes the various reports that are sent to the control center application. The Cello-AR Security system reports (by sending messages) on the following events: User enters an access code using the AR keypad...

  • Page 17: System Indications

    2 blinks in 1 second and off 1 second Primary immobilizer fails to LED1: 20 blinks of 500msec deactivate the engine Secondary immobilizer fails LED2: 20 blinks of 500msec to deactivate the engine Cello-AR Security Product Overview Page 17 of 35 Copyright © 2013 by Pointer Telocation, Ltd.
  • Page 18 (5 sec period) Entering Armed state. Long beep Exit from program mode. Primary immobilizer is not paired. Long beep and short beep Secondary immobilizer is not paired. Cello-AR Security Product Overview Page 18 of 35 Copyright © 2013 by Pointer Telocation, Ltd.

  • Page 19: Driver Operating Instructions

    Cello-AR Security Product Overview Driver Operating Instructions This section describes the Cello-AR Security features that can be performed by the driver: Disarming the System Disarming the System in Clock & Lock state Active Arming Passive Arming Changing the User Code...

  • Page 20: Disarming The System In Clock And Lock State

    1111, 2222, 3333, 4444, 5555, 1234 and 4321. To change the user code:  Disarm the system.  Switch on the ignition within the 30 second time window after disarming. Cello-AR Security Product Overview Page 20 of 35 Copyright © 2013 by Pointer Telocation, Ltd.

  • Page 21: Making An Emergency Call (Ecall)

     The system is now in Service state and you can use the vehicle without performing the disarming process. To exit the Service state: Cello-AR Security Product Overview Page 21 of 35 Copyright © 2013 by Pointer Telocation, Ltd.
  • Page 22 Switch the ignition on for 20 minutes to set the system into Disarmed state. The keypad plays and the keypad red LED blinks with the Disarmed state indication. Cello-AR Security Product Overview Page 22 of 35 Copyright © 2013 by Pointer Telocation, Ltd.

  • Page 23: Technician Operating Instructions

    5.2.3 Activating pairing synchronization between the keypad and the immobilizers Pairing synchronization should be activated as part of the installation process. Cello-AR Security Product Overview Page 23 of 35 Copyright © 2013 by Pointer Telocation, Ltd.
  • Page 24 Activate pairing synchronization 51124 between keypad and Cello-AR Detecting Engine-on enabled 51112 Detecting Engine-on disabled 51113 Set passive arm time to 2 51423 minutes Cello-AR Security Product Overview Page 24 of 35 Copyright © 2013 by Pointer Telocation, Ltd.
  • Page 25 Code (Number of beeps) Set passive arm time to 5 51424 minutes Enable enter code on ignition-on 52323 Disable enter code on ignition- 52324 Cello-AR Security Product Overview Page 25 of 35 Copyright © 2013 by Pointer Telocation, Ltd.

  • Page 26: Installation Description

    The immobilizer utilizes a 12 pins connector which is described in the table below: Pin Number Description Power supply (+) 12/24(v) requires 3(A) fuse Minus/Ground Minus/Ground Immobilizer status LED Ignition SNet Normally Close 2 Cello-AR Security Product Overview Page 26 of 35 Copyright © 2013 by Pointer Telocation, Ltd.

  • Page 27: Keypad Wiring Table

    Black SNET AWG18 Black AWG18 Black AWG18 Black COM2 AWG18 Black AWG18 Black AWG18 Black COM1 AWG18 Black Keypad wiring table Description Pin Number Color Cello-AR Security Product Overview Page 27 of 35 Copyright © 2013 by Pointer Telocation, Ltd.

  • Page 28: Installation Diagram

    Black Ignition Green SNet Gray 1-wire (Dallas) Blue Installation Diagram The following diagram illustrates system installation according to the connection tables and recommendations described above. Cello-AR Security Product Overview Page 28 of 35 Copyright © 2013 by Pointer Telocation, Ltd.

  • Page 29: Evaluation

    The Communication Center has been modified and includes a special window for the evaluation of the special security capabilities of the Cello-AR security system. In order to open the window, click on the Forward Data tab and then select the AR Security checkbox, as shown below.
  • Page 30 Cello-AR Security Product Overview The Cello-AR security system window is displayed, enabling you to evaluate the Cello-AR security system capabilities. Cello-AR Security Product Overview Page 30 of 35 Copyright © 2013 by Pointer Telocation, Ltd.

  • Page 31: Technical Specifications

    0-2.5V signal, resolution 20mV, accuracy ±20mV; 8bits, adapted to 0-30V signal, resolution 100mV, accuracy ±100mV Discrete pulled up - 0V < Vil < 0.25V; 0.25V < Vih ≤ 30V Cello-AR Security Product Overview Page 31 of 35 Copyright © 2013 by Pointer Telocation, Ltd.
  • Page 32 Driver management Car Alarm Authorization Accelerometer 3D, 2g/8g range, <70mg resolution, I2C interface Connectors 20pin Molex, Automotive SMA switch for optional external GPS Antenna Cello-AR Security Product Overview Page 32 of 35 Copyright © 2013 by Pointer Telocation, Ltd.
  • Page 33 CE EMC & R&TTE according to 89/336/EEC or 1999/5/EC CE Safety EN60950-1:2001+A11:2004 Automotive Directive 2004/104/EC (E-Mark) Industrial Canada PTCRB TRP, TIS, Spurious and harmonics emission Dimensions & Weight Dimensions 91x73x23mm Weight 110gr Cello-AR Security Product Overview Page 33 of 35 Copyright © 2013 by Pointer Telocation, Ltd.

  • Page 34: Ar Keypad Technical Specifications

    SNet Proprietary protocol for communication with the AR- Keypad Relay Two relays utilize 3 contacts (common, normally open, normally closed) Connectors 12 pins connector MINI-FIT Cello-AR Security Product Overview Page 34 of 35 Copyright © 2013 by Pointer Telocation, Ltd.

  • Page 35: Ar Wireless Immobilizer Technical Specifications

    Connectors 12 pins connector MINI-FIT Power Input Voltage 7-32VDC Average 14 mA Current consumption Environment Temp, operating -40…+85°C Dimensions & Weight Dimensions 91x73x23mm Weight 110gr Cello-AR Security Product Overview Page 35 of 35 Copyright © 2013 by Pointer Telocation, Ltd.

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