MiX Telematics PBS9 Pico Base Station (PBS) User Manual xxxx

MiX Telematics Pico Base Station (PBS) xxxx

Contents

Exhibit_8_440UM0964_Installation Guide MAPS

MAPS Installation Guide
13 Jan 2016 V2 2 | P a g e Table of Contents 1 Introduction ................................................................................................................................ 3 1.1 Features ............................................................................................................................... 5 2 Environmental Requirements .................................................................................................. 6 2.1 Commissioning and Installation of the MAPS Beame .................................................. 7 3 Installation of PBS ................................................................................................................... 11 3.1 Part Numbers .................................................................................................................... 11 3.2 Description of connectors on FM 3xxxi ......................................................................... 12 3.3 Connection Sequence ..................................................................................................... 12 3.4 Commissioning and Installation of the PBS ................................................................. 13 3.5 Installation Requirements................................................................................................ 13 4 Verification................................................................................................................................ 13 5 Appendix A: Instructions how to replace the batteries ...................................................... 14
13 Jan 2016 V2 3 | P a g e 1 Introduction This document is applicable to the MiX Asset Positioning System (MAPS). MAPS enables all existing MiX Telematics installed vehicles to create a customer specific wireless network, where each vehicle becomes a mobile beacon reader, would not require any additional effort on the customers part. As the vehicles move around the sites and depots they would encounter beacon equipped assets and relay information about the position of those beacons. A single software platform, MiX Fleet Manager, enables the management of vehicles as well as beacon equipped assets. In MiX Fleet Manager, asset managers are able to keep track of where there assets have been deployed and are currently in use. Vehicles in the vicinity of these assets will also be shown on the same tracking screen, should the fleet manager need to efficiently coordinate the redeployment of an asset to a different location. MAPS consist of the following hardware: 1) An RF network transceiver or Pico Base Station (PBS) that is added into the wiring harness of any existing FM Communicator OBC to convert the vehicle to a Mobile Base Station (MBS) 2) The Beame (also called the Magix Beacon): The Beame communicates with a Mobile Base Station (MBS) or stationary as a Fixed Base Station unit (FSB) via a radio link. The MBS and FSB communicate with a remote server via a GSM link. The Beacon is a wireless battery operated product. It is therefore easy to install. The variant of Beame that is fitted with a GPS is called a “MAPS Beame”. Asset + Beacon MiX OBC + PBS in vehicle MiX Fleet Manager Beacon Mobile Base Station GSM/WiFi RF Customer Interface
13 Jan 2016 V2 4 | P a g e Figure 1–Picture of the MAPS Beame
13 Jan 2016 V2 5 | P a g e Figure 2–Picture of the Pico Base Station (PBS) 1.1 Features  The MAPS Beame is fitted with a movement sensor and a build-in GPS  The MAPS Beame has a battery low detection. Should the battery become depleted, the information will be sent to a server and communicated to the user with instruction how to rectify it.  The PBS fits in line between the FM OBC and the Code Plug socket.
13 Jan 2016 V2 6 | P a g e  The PBS is connected to the vehicle battery. An optional T-piece exists to allow the installer to connect to power via the existing wiring. 2 Environmental Requirements  The MAPS Beame can be installed in places where it is exposed to water jets and temporarily immersion into water.  The MAPS Beame was designed to endure standard transport vibration and shock.  The MAPS Beame can endure a limited number of accidental drops  The PBS is not water tight and was designed to be installed together with the FM OBC (non-wet areas).  The operating temperature for PBS and MAPS Beame is between -20 and 85 ºC.
13 Jan 2016 V2 7 | P a g e 2.1 Commissioning and Installation of the MAPS Beame The unit is battery operated and no wire connections are needed to install the unit. To install the unit: 1) Rotate the MAPS Beame at least 10 times left and right in the longitudinal axis through 180° (see Figure 3 below). Figure 3–Activation of MAPS Beame
13 Jan 2016 V2 8 | P a g e 2) After about 10 rotations through 180°, the LED beneath the window will flash for about 10 s to indicate that the unit has started up (see Figure 4 below). Figure 4–Flashing diode to indicate MAPS Beame is active 3) If the MAPS Beame is installed in conjunction with a PBS (which is not always the case), then first pair the MAPS Beame with the PBS as described in section 3.4. Once the unit is activated, the LED indicated by the arrow, will flash for about 10 s to indicate that the unit is activated
13 Jan 2016 V2 9 | P a g e 4) The MAPS Beame must be installed with the GPS side (lid side) faces towards the sky. a) For a vertical mount (see Figure 5 below). b) For a horizontal mount, the label side should face towards earth and the round side should face towards the sky (satellites) (see Figure 6). Figure 5– Vertical Mounting of Unit
13 Jan 2016 V2 10 | P a g e Figure 6– Horizontal Mounting of Unit 5) Place the unit in a concealed position, preferably at least 20 mm away from metal for improved performance. 6) The MAPS Beame should preferably not be obscured from the satellites by metal. If it is partially obscured it might still work well. 7) Use the MAPS Beame Installation Tool to verify that the MAPS Beame is switched ON and that it has adequate RF and GPS signal strength.
13 Jan 2016 V2 11 | P a g e 3 Installation of PBS 3.1 Part Numbers The PBS consists of the following part numbers. Part Number Product Name Description 440FT0947 Pico Base Station Interface Harness Interface between the 6-pin micro fit connector on PBS and the Code Plug Socket Harness 440FT0964 Magix Pico Base Station Type 9 PBS Electronic Unit 440FT0965 Magix Pico Base Station Type 9 Kit Kit consisting of PBS Electronic unit plus PBS Interface harness (440FT0947) and the PBS Power Harness (440FT0966) 440FT0966 Pico Base Station Power Harness Connects the PBS Electronic unit to vehicle battery power 440FTZ035-1 (new: 440FT0945) Code Plug Socket Harness Connects to the PBS Interface harness (440FT0947) or alternatively to the FM300 Code Pug Harness 440FT0930 Code Plug Harness CP2 Connects between the PBS (4 pin) to the FM 3xxxi Code Plug connector (4 pin micro fit)
13 Jan 2016 V2 12 | P a g e 3.2 Description of connectors on FM 3xxxi Figure 7– Connectors on FM 3xxxi 3.3 Connection Sequence Refer to connection diagram in Figure 8: 1) The standard Code Plug Harness CP2 (440FT0930) is to be connected to the 4-pin “Code Plug” connector on the FM 3xxxi (refer to Figure 8). 2) The other end of the Code Plug Harness CP2 is connected to the 4-pin on the PBS (see Figure 8). 3) On the same side of the PBS, connect to the 2 pin connector the PBS Power harness (440FT0966) (Note: there is also an optional power harness that allows one to connect to the 10 pin “Serial” connector on the FM 3xxxi (refer to Figure 8). 4) Connect the “PBS Interface” Harness (440FT0947) to the 6-pin connector on the PBS 5) Connect the other side (4-pin) of the “PBS Interface” Harness to the “Code Plug Socket” harness (440FTZ035) (there is a newer harness under development, namely 440FT0945). Figure 8– Connection diagram for PBS Serial Connector Main Connector Code Plug Connector Auxiliary Connector Audio Connector J1708 Connector
13 Jan 2016 V2 13 | P a g e 3.4 Commissioning and Installation of the PBS 1) Refer to section 2.1 on how to activate a MAPS Beame. 2) A special grey coloured plug exists that is used to program the “Org. ID” into nearby MAPS Beame units 3) The grey coloured plug must be inserted into the code plug socket to allow the process to start 4) Once the plug is inserted, the code plug socket LED will flash every 500ms (or at a rate of 2Hz) to indicate that the PBS is in Org. ID programming mode. 5) The PBS will now program the MAPS Beame with the Org. ID. Bring the MAPS Beame close to the PBS. The MAPS Beame will flash to indicate that it has been programmed with the Org. ID. 6) The PBS will now verify that the correct Org. ID is loaded on the MAPS Beame. Keep the MAPS Beame close to PBS until the code plug LED goes ON. 7) The MAPS Beame is now loaded with the Org. ID of the FM and has been verified by the PBS. 3.5 Installation Requirements 1) Do not fit a GSM antenna onto the PBS Enclosure 2) Do not fit a GSM antenna closer than 100 mm from the PBS 4 Verification After the installation, verify that no interference is caused to the vehicle’s electrical system or remote locking key. Check dashboard warning lights and error messages. Should any error conditions exist, remove the Beame and contact MiX Telematics for assistance.
13 Jan 2016 V2 14 | P a g e 5 Appendix A: Instructions how to replace the batteries 1) Hold the Beacon (preferably in a vice to avoid injuries) and then use a thin flat screw driver to open the unit as shown in below. A second screw driver (or a finger nail can be used to keep the lid open) Figure 9 Opening the lid with a thin flat screw driver
13 Jan 2016 V2 15 | P a g e 2) Pull out the plastic tray containing the 2 x AA batteries as shown below in Figure 10. Figure 10 Open unit
13 Jan 2016 V2 16 | P a g e 3) Remove the flat batteries using a flat screw driver as shown below in Figure 11. Important: Dispose old batteries in a designated disposal bin. If there are any signs of battery leakage, is recommended to replace the unit with a new one. Figure 11 Remove old batteries
13 Jan 2016 V2 17 | P a g e 4) Insert new batteries. It is important not to contaminate the battery terminals by touching them with bare fingers (that may for example contain residue of hand cream). It is very important to insert the batteries with the correct orientation as marked on the PCB. The easiest way to insert it is shown in the picture below (Figure 12). Figure 12 Insert batteries 5) Ensure that the LED flickers when the batteries have been replaced. If it does not flicker then the batteries could be flat or it was inserted the wrong way round. If this is the case then remove the batteries and put it in the correct way. There is reverse voltage protection. If necessary replace the Beacon with a new one. 6) Install the unit again as per instructions in section 2.1.

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