CelloTrack Solar / LV500 Overview Proprietary and Confidential Version 1.1 Revised and Updated: August 10, 2020 Copyright © 2020 by Pointer Telocation, Ltd.
CelloTrack Solar / LV500 Overview Legal Notices IMPORTANT 1. All legal terms and safety and operating instructions should be read thoroughly before the product accompanying this document is installed and operated. 2. This document should be retained for future reference. 3. Attachments, accessories or peripheral devices not supplied or recommended in writing by Pointer Telocation Ltd.
CelloTrack Solar / LV500 Overview Intellectual Property Copyright in and to this document is owned solely by Pointer Telocation Ltd. Nothing in this document shall be construed as granting you any license to any intellectual property rights subsisting in or related to the subject matter of this document including, without limitation, patents, patent applications, trademarks, copyrights or other intellectual property rights, all of which remain the sole property of Pointer Telocation Ltd.
CelloTrack Solar / LV500 Overview This device complies with Industry Canada licence-exempt RSS standard(s). Operation is subject to two conditions: (1) This device may not cause harmful interference, and (2) this device must accept any interference that may be received or that may cause undesired operation. Le present appareil est conforme aux CNR d'Industrie Canada applicables aux appareils radio exempts de licence.
CelloTrack Solar / LV500 Overview Table of Contents 1 Introduction ..............................................................................................................7 1.1 About this Document .................................................................................................... 7 1.2 Abbreviations .............................................................................................................. 7 1.3 References ....................................................
CelloTrack Solar / LV500 Overview 4.5 Motion Detection ........................................................................................................ 25 5 CelloTrack solar Specifications ................................................................................27 6 CelloTrack Release Package ....................................................................................30 6.1 Evaluation Suite ........................................................................................
CelloTrack Solar / LV500 Overview 1 Introduction 1.1 About this Document This document provides a brief overview of the CelloTrack Solar / LV500 and its accessories. It includes descriptions of the CelloTrack variants, CelloTrack special features and modes of operation, battery life tables and technical specifications. This document describes the high-level system features and capabilities of the CelloTrack Solar.
CelloTrack Solar / LV500 Overview 1.4 1.5 Revision History Version Date Description 1.0 September 10, 2019 Initial release 1.1 August 10, 2019 Adding the LV500 Brand: Note in section 1.1 Section 1.5 LV500 versus CelloTrack Solar The LV500 is a brand product identical to the CelloTrack Solar. Thus, referring to or mentioning the CelloTrack Solar, includes also the LV500 as well, unless specifically explained. CelloTrack Solar - LV500 Overview.docx Copyright © 2020 by Pointer Telocation, Ltd.
CelloTrack Solar / LV500 Overview 2 The CelloTrack Solar Overview 2.1 Overview Cellocator's CelloTrack Solar is designed for advanced asset tracking and asset management applications, and provides enhanced functionality, ease of installation and support for a wide range of applications: target applications include inventory management throughout short/mid-term Track & Trace, shipment and distribution management, security (anti-theft), protection (anti-vandal, break-in detection) and more.
CelloTrack Solar / LV500 Overview A programmable (on/off/test/panic) magnetic button. Two monitoring LEDs for communication and system status indication. an internal USB connector for programming and maintenance (RMA and debugging) Easy (single step) mounting using four screws. Magnetic tampering detection Operating temperature range: -30°C to 75°C. Environment requirements (shock, temperature, humidity, UV, chemical, salt, etc.) compliance. Supports up to 9000 time-stamped events.
CelloTrack Solar / LV500 Overview 3 The CelloTrack Solar Description 3.1 CelloTrack Solar Interfaces 3.1.1 CelloTrack Solar Connector The CelloTrack utilized internal USB connector for maintenance, code upgrade and configuration update. 3.1.2 CelloTrack Magnetic Button and LEDs The Magnetic Button allows activation/de-activation and battery status check. The SYS LED is a dual color (Green and Red) LED, which indicates unit activation/de-activation, panic, and battery status.
CelloTrack Solar / LV500 Overview 3.1.4 Cellular Network Monitoring Zone Status Blinking pattern GSM Off Off Not registered to GSM/No SIM Registered in Home GSM network (not attached to GPRS) Registered in Roaming GSM network (not attached to GPRS) Attached to GPRS/home CelloTrack Solar - LV500 Overview.docx Copyright © 2020 by Pointer Telocation, Ltd.
CelloTrack Solar / LV500 Overview Status Blinking pattern Attached to GPRS/roaming 3.1.5 GNSS Monitoring Zone Status Blinking pattern GNSS Off Off GNSS is unplugged/faulty GNSS communicating, but not navigating GNSS is in navigation mode CelloTrack Solar - LV500 Overview.docx Copyright © 2020 by Pointer Telocation, Ltd.
CelloTrack Solar / LV500 Overview GNSS is in GYRO mode (only for compatible models) Note: To save energy, the COMM LED performs only 10 indications cycles (total time 120 seconds) upon unit activation and/or upon unit reset, and is then shut off. 3.2 User Features 3.2.1 Activation When the unit is not active, upon pressing the front button for 5 seconds (long press), the unit is activated. The SYS LED lights for 5 seconds in Green, to indicate that the unit is active.
CelloTrack Solar / LV500 Overview -----------------------------------------------------------------------------------------------NOTE: Consecutive presses are ignored, if started before the SYS LED indication of the previous press/sequence ended. ------------------------------------------------------------------------------------------------ 3.2.4 Battery Status Manual Check A maintenance operator can manually check the battery status.
CelloTrack Solar / LV500 Overview 3.4 MultiSense and MultiSense-TH The MultiSense is a remote peripheral sensor, communicating and configured by the CelloTrack unit via a short-range RF link. There are 2 models of MultiSense: regular devices that can measure temperature called "MultiSense", and "MultiSense-TH" devices which have a combined temperature and humidity sensor.
CelloTrack Solar / LV500 Overview Usage counters (PTO) Server authentication Automatic SIM PIN lock DNS support Virtual odometer Road curve smoothing Offline Tracking Wake up event Movement detection Crash detection Time based events (adaptive to movement status) Specific time (in day) reporting Distance based events Velocity Adaptive message rate Home/Roam adaptive message rate Distress reporting mode (higher priority) Over speeding alerts Go/Halt reports Internal excessive temp A/D threshold events Freque
CelloTrack Solar / LV500 Overview 4 CelloTrack Operational States The CelloTrack unit operates in one of the following three operational states: Not Activated State (for storage and battery conservation) Hibernation State Tracking State (fully operational) Each operational state is comprised of a number of operational modes. There is an additional BOD/EOD Tracking Mode that the CelloTrack unit can be programmed to support. 4.
CelloTrack Solar / LV500 Overview Mode Description Maintenance server sessions The unit periodically connects to a maintenance server for firmware and configuration upgrades. Typically this is done once per day. Not live tracking The unit never enters the Tracking state, but does, however, send start and stop messages when movement is detected or ends. Refer to the Live Tracking section.
CelloTrack Solar / LV500 Overview The following figure shows the stages of glancing. GPRS Dial up A successful glancing event is generated GSM Registration 30 seconds GSM t GNSS t GPS has successfully accomplished an acquisition or the GPS timeout has expired Glancing begins Glancing ends 2 minutes minimum The current consumption in glancing depends on the distance to the GSM communication base and communication network conditions.
CelloTrack Solar / LV500 Overview If both Not Live Tracking and Motion Detection are enabled, and the unit is in the Hibernation state, then when motion is detected the unit immediately opens a distress session, sends a “start motion” message, and returns to Hibernation. When no further motion is detected, the unit opens a distress session, sends a “stop motion” message, and returns to Hibernation. This is known as start-stop reporting during Hibernation. 4.
CelloTrack Solar / LV500 Overview You can configure the unit to work in one of the following tracking modes, and which are described in the following sections: Live Tracking Tracking with GNSS Peeking Offline Tracking Improved (Take Location) Tracking Mode BOD/EOD Tracking Mode 4.3.1 Live Tracking The unit is fully active and sends periodic updates to the server. This is not the default tracking mode. 4.3.
CelloTrack Solar / LV500 Overview Start Event Time Event Time Event Time Event TE Timeout Communication t GPS Power t GPS Fix received Programmable time (60 sec by default) 4.3.3 Offline Tracking Auto Upload In this tracking mode the unit collects all updates during a trip and sends them all together at the end of the trip (the GNSS remains active). When motion is detected and offline tracking has been enabled, the unit powers up its modem and sends a start motion update.
CelloTrack Solar / LV500 Overview 4.3.4 Improved (Take Location) Tracking Mode This mode is based on the not-live-tracking mode and allows the unit to add and log extra locations between transmissions. Since the entire system is hibernating most of the time, the battery life is prolonged. In this mode, the unit behaves as follows: Checks power lines, button state changes, motion and MultiSenses (if programmed to) once per second and logs them efficiently.
CelloTrack Solar / LV500 Overview If the movement continues for more than the programmed time and the distance from the latest known EOD location is larger than the programmed value – the BOD is detected. The unit transmits a BOD message as well as all logged messages. During the trips, short stops generate stop and start events which are logged. When movement is stopped for more than the programmed time - EOD is detected.
CelloTrack Solar / LV500 Overview t Motion Motion Detected t Accelerometer Ignition Off Programmable Filter "Ignition" input 2sec 2sec Engine On Operational Mode t t Ignition On Programmable Filter ---------------------------------------------------------------------------------------------------NOTE: Motion Detection is operable when the unit is in any state other than Not Activated.
CelloTrack Solar / LV500 Overview 5 CelloTrack solar Specifications Communication Cellular communication LTE Cat 1 NA with 3G Fallback LTE NA: Bands 2, 4, 5, 12 (700, 850, 1700/2100 (AWS), 1900 MHz), data rates: 10.2[DL] / 5.2[UL] Mbps 3G NA: UMTS Bands 5, 4, 2 (850, 1700/2100 (AWS), 1900); HSPA 5.76[UL]/7.2[DL] Mbps LTE Cat 1 EU with 3G and 2G Fallback LTE EU: Bands 1, 3, 8, 20. 28 (700, 800, 900, 1800, 2100 MHz), data rates: 10.2[DL] / 5.2[UL] Mbps 3G EU: UMTS Bands 1, 8 (900, 2100 MHz); HSPA 5.
CelloTrack Solar / LV500 Overview MMI 2 dual colored (red, green) LED status indication Reed relay and magnet based Activation Reed relay and magnet based tamper detection 2.4 GHz Proprietary wireless interface for MultiSense integration. Wireless Transmission power – 6.5 dBm Line of site – 100 m minimum Connectors Internal micro-USB connector Power Internal Battery lithium-thionyl chloride (SOCl2), 3.6V, 34 Ah, primary (non-rechargeable) Supercaps 200F, 5.
CelloTrack Solar / LV500 Overview ICES-003, Issue 5:2012 Class B. IC CAN/CSA-CEI/IEC CISPR 22:10 PTCRB LTE and 3G; TRP, TIS, Spurious and harmonics emission AT&T Yes Environment Based on: AAR S5703 Railroad Electronics Environmental Requirements MIL-STD-810E UL Compliant RoHS RoHS 3 Directive 2015/863Compliant conflict minerals Conflict Mineral directives Reliability Annual Failure Rate (AFR) ≤ 0.5%.
CelloTrack Solar / LV500 Overview 6 CelloTrack Release Package The release package of the CelloTrack LTE includes, in addition to the components mentioned in the The CelloTrack Solar Variants section, a number of software tools and documents, as described in the following sections. 6.1 Evaluation Suite The Evaluation Suite is the application which contains all the software components necessary for the evaluation of any Cellocator unit.
CelloTrack Solar / LV500 Overview The CelloTrack LTE Editor has four main tabs: Dashboard: This tab provides you with a real-time overview of the entire system when the CelloTrack LTE is connected to the Cellocator Programmer. Sensors Status: This tab is a dashboard where all relevant CelloTrack and Multisense data is presented. When selecting one of the listed devices, its data is shown graphically in the lower part of the window, providing a visual overview of the selected device.
CelloTrack Solar / LV500 Overview 6.6 Cellocator Programmer Manual This document describes the features supported by the Cellocator unit and provides details about the configuration parameters. 6.7 Integration Manual This document provides the software integrator with information and hints on how to integrate an application with the CelloTrack. 6.8 Training Presentation This documentation provides preliminary Integration Manual information through the beta phase. 6.
