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SYSTEM RELEASE 4.0 VSM PUBLIC SAFETY LTE VML750 LTE Vehicular Subscriber Modem
(VSM) Installation Guide Contact Us Motorola Solution Support Center The Solution Support Center (SSC) is the primary Motorola Solutions support contact. Call:
Before any software reload. To confirm troubleshooting results and analysis before removing and replacing a Field Replaceable Unit (FRU) and Field Replaceable Entity (FRE) to repair the system. For... United States Calls International Calls Phone 800-221-7144 302-444-9800 North America Parts Organization For assistance in ordering replacement parts or identifying a part number, contact the Motorola Parts organization. Your first response when troubleshooting your system is to call the Motorola SSC. For... Phone Orders Fax Orders Phone 800-422-4210 (US and Canada Orders) For help identifying an item or part number, select choice 3 from the menu. 302-444-9842 (International Orders) Includes help for identifying an item or part number and for translation as needed. 800-622-6210 (US and Canada Orders) Comments Send questions and comments regarding user documentation to documentation@motorolasolutions.com. Provide the following information when reporting a documentation error:
The document title and part number The page number with the error A description of the error We welcome your feedback on this and other Motorola manuals. To take a short, confidential survey on Motorola Customer Documentation, go to docsurvey.motorolasolutions.com or scan the following QR code with your mobile device to access the survey. 6802988C54-D ii Contact Us Latest Manual Versions You can verify the latest version of this manual at https://businessonline.motorolasolutions.com. iii Copyrights The Motorola products described in this document may include copyrighted Motorola computer programs. Laws in the United States and other countries preserve for Motorola certain exclusive rights for copyrighted computer programs. Accordingly, any copyrighted Motorola computer programs contained in the Motorola products described in this document may not be copied or reproduced in any manner without the express written permission of Motorola. 2016 Motorola Solutions, Inc. All Rights Reserved No part of this document may be reproduced, transmitted, stored in a retrieval system, or translated into any language or computer language, in any form or by any means, without the prior written permission of Motorola Solutions, Inc. Furthermore, the purchase of Motorola products shall not be deemed to grant either directly or by implication, estoppel or otherwise, any license under the copyrights, patents or patent applications of Motorola, except for the normal non-exclusive, royalty-free license to use that arises by operation of law in the sale of a product. Disclaimer Please note that certain features, facilities, and capabilities described in this document may not be applicable to or licensed for use on a particular system, or may be dependent upon the characteristics of a particular mobile subscriber unit or configuration of certain parameters. Please refer to your Motorola contact for further information. Trademarks MOTOROLA, MOTO, MOTOROLA SOLUTIONS, and the Stylized M Logo are trademarks or registered trademarks of Motorola Trademark Holdings, LLC and are used under license. All other trademarks are the property of their respective owners. European Union (EU) Waste of Electrical and Electronic Equipment
(WEEE) directive The European Union's WEEE directive requires that products sold into EU countries must have the crossed out trash bin label on the product (or the package in some cases). As defined by the WEEE directive, this cross-out trash bin label means that customers and end-users in EU countries should not dispose of electronic and electrical equipment or accessories in household waste. Customers or end-users in EU countries should contact their local equipment supplier representative or service centre for information about the waste collection system in their country. iv Document History Edition Release 2.0 Release 3.0 Release 4.0 Description Second release of VML750 LTE Vehicular Sub-
scriber Modem (VSM) Installation Guide Third release of VML750 LTE Vehicular Subscriber Modem (VSM) Installation Guide Forth release of VML750 LTE Vehicular Subscriber Modem (VSM) Installation Guide Date July 2014 July 2015 September 2016
. v Contents Contact Us ........................................................................................................... ii Copyrights .......................................................................................................... iv Document History ............................................................................................... v Contents .............................................................................................................. vi List of Figures ................................................................................................... viii List of Tables ...................................................................................................... ix List of Procedures ................................................... Error! Bookmark not defined. About VML750 LTE Vehicular Subscriber Modem (VSM) Installation Guide . 1 What Is Covered In This Manual? .................................................................................................................... 1 Helpful Background Information ....................................................................................................................... 1 Required Documents for Complete VSM Deployment ..................................................................................... 2 Safety and Regulatory Information ................................................................................................................... 2 FCC Interference .............................................................................................................................................. 2 Legal Notice ..................................................................................................................................................... 2 VML750 Description ............................................................................................ 3 VML750 Models ............................................................................................................................................... 4 VML750 Front Panel ........................................................................................................................................ 5 VML750 Back Panel ......................................................................................................................................... 6 VML750 Installation ............................................................................................. 7 VML750 Unpacking and Inspection .................................................................................................................. 7 Safety and General Information ....................................................................................................................... 7 VML750 Installation Planning ........................................................................................................................... 9 Cable Routing ...................................................................................................................... 10 Cable Holes .................................................................................................................................................... 10 Tools and Equipment ........................................................................................................... 10 Mounting the VML750 Antennas .................................................................................................................... 11 Special Antenna Installation Considerations ....................................................................... 12 Installing Antenna Cables .................................................................................................... 12 VML750 Cables .............................................................................................................................................. 17 Mounting the VML750 .................................................................................................................................... 18 VML750 Cable Routing and Connection ........................................................................................................ 19 Installing the DC Power and Ignition Cable ......................................................................... 19 Installing the LAN/Ethernet Cable ........................................................................................ 21 Installing the Micro USB Cable ............................................................................................ 21 Installing the SIM ............................................................................................................................................ 22 Replacing the CRYPTR Card ......................................................................................................................... 22 Powering Up the Modem ................................................................................................................................ 24 VML750 Troubleshooting Causes and Indicators .......................................... 27 vi VML750 Troubleshooting ............................................................................................................................... 27 LED Indications .............................................................................................................................................. 29 VML750 Operation ............................................................................................. 31 VLM750 Specifications ..................................................................................... 33 VML750 Physical Specifications .................................................................................................................... 33 VML750 Communication Ports ....................................................................................................................... 33 VML750 RF Ports ........................................................................................................................................... 33 VML750 Power Port ....................................................................................................................................... 33 VML750 LEDs ................................................................................................................................................ 33 VML750 Operating Temperature .................................................................................................................... 33 VML750 Power Specifications ........................................................................................................................ 35 VML750 RF Characteristics ........................................................................................................................... 35 VML750 Replacement Parts List .................................................................................................................... 38 VML750 Kit Replacement Parts List ............................................................................................................... 38 VML750 Approved Antennas and Cables Replacements List ........................................................................ 39 LTE LMR Antennas Mounting Recommendations ......................................... 40 Police Patrol Vehicle Antennas Location Considerations Overview ............................................................... 40 vii List of Figures Figure 1 VML750 General View .................................................................................................. 3 Figure 2 Front Panel ................................................................................................................... 5 Figure 3 Back Panel ................................................................................................................... 6 Figure 4 VML750 Dimensions .................................................................................................... 9 Figure 5 Schematic Installation Diagram for Sub-models FLN1057A/FLN2057A WWAN1 &
WWAN2 Configuration ............................................................................................................. 13 Figure 6 Schematic Installation Diagram for Sub-models WWAN1 only FLN1057A/FLN2057A .............................................................................................................. 14 Figure 7 Schematic Installation Diagram for Sub-models WWAN2 Only FLN1057A/FLN2057A/FLN5057A/FLN5058A ........................................................................... 15 Figure 8 Schematic Installation Diagram for Sub-model FLN5059A ......................................... 16 Figure 9 Available Cables ......................................................................................................... 17 Figure 10 Mounting the VML750 ............................................................................................... 18 Figure 11 DC Power and Ignition Cable Routing Into Engine Compartment ............................. 19 Figure 12 opening the CRYPTR Card Door .............................................................................. 22 Figure 13 Installing the CRYPTR Card ..................................................................................... 24 viii List of Tables Table 1 Legend for General View ............................................................................................... 3 Table 2 Legend for Front Panel .................................................................................................. 5 Table 3 Legend for Back Panel................................................................................................... 6 Table 4 Troubleshooting the VML750 ....................................................................................... 27 Table 5 LED Indicators Function .............................................................................................. 29 Table 6 VML750 Replacement Parts List .................................................................................. 38 ix x 6802988C54-D About VML750 LTE Vehicular Subscriber Modem (VSM) Installation Guide About VML750 LTE Vehicular Subscriber Modem (VSM) Installation Guide The VML750 LTE Vehicular Subscriber Modem (VSM) connects the patrol car, fire apparatus or command vehicle to an LTE network, bringing the benefits of wireless broadband to the vehicle. This installation guide provides a description, and installation, troubleshooting, and operating information. What Is Covered In This Manual?
The VML750 LTE VSM Installation Guide provides general instructions for installing, operating, and troubleshooting the VML750. The guide is organized as follows:
VML750 Description provides the product overview. VML750 Installation provides unpacking instructions and all required procedures for installing the VML750. VML750 Troubleshooting Causes and Indicators provide details regarding possible malfunctions that may occur after first-time installation of the VML750, their probable cause, and the recommended corrective actions. Powering Up the Modem provides general information regarding the use of the VML750. VLM750 Specifications provides the VML750 modem specifications. VML750 Replacement Parts List provides part numbers information for the modem and Antennas. LTE LMR Antennas Mounting Recommendations provides procedures for determining the mounting locations for a Public Safety Narrow Band LMR 700/800 MHz antenna and Broad Band LTE 700 MHz Antennas. Helpful Background Information Motorola offers various courses designed to assist in learning about the system. For information, go to http://www.motorolasolutions.com/training to view the current course offerings and technology paths. Send Feedback 1 6802988C54-D About VML750 LTE Vehicular Subscriber Modem (VSM) Installation Guide Required Documents for Complete VSM Deployment To complete the full deployment of the modem, you may need the following documents:
Information related to VML750 configuration in the VML750 Configuration Guide P/N 6802988C55 at: https://businessonline.motorolasolutions.com Information related to VML750 monitoring can be found in the VML750 LTE Vehicle Subscriber Modem (VSM) Status Utility Quick Reference Guide P/N 6802988C79. Information related to the device licensing can be found in the Device Licensing Quick Reference Guide P/N 6871024P25 at: https://businessonline.motorolasolutions.com Safety and Regulatory Information Before installing/using this product, the installer/operator must be familiar with the RF energy awareness information and operating instructions in the Product Safety and RF Energy Exposure Booklet for Mobile Two-Way Radios Installed in Vehicles or as Fixed Site Control Stations enclosed with the VML750 LTE Vehicular Subscriber Modem (For USA) Motorola Publication part number 6881095C99 or RF Energy Exposure and Product Safety Guide for Mobile Two-Way Radios installed in Vehicles or as Fixed Site Control Stations P/N 6866537D37 (for rest of regions) to ensure compliance with Radio Frequency (RF) energy exposure limits. FCC Interference The VML750 is granted with two separate FCC IDs for baseline models: FLN0058A, FLN2058A. This device complies with Part 15 of the FCC Rules. Operation is subject to the following two conditions:
This device may not cause harmful interference. This device must accept any interference received, including interference that may cause undesired operation. Changes or modifications made to this product, not expressly approved by Motorola, void the user authority to operate the equipment, per FCC Rule Part 15.21. Legal Notice The VML750 OSS legal notice is provided by Motorola per request. 2 Send Feedback Chapter 1 6802988C54-D VML750 Description VML750 Description Designed for the harsh environments of public safety vehicles, the VML750 LTE Vehicular Subscriber Modem (VSM) is a solid-state device capable of withstanding vibration, humidity, temperature extremes, and other challenges encountered in the field. Mounted in the trunk or passenger compartment, it provides broadband, wide-area network connectivity to devices in and around the vehicle. Figure 1 VML750 General View 4 Table 1 Legend for General View Description Modem Front Panel Connector Panel (Back Panel - not shown) CRYPTR Card Door (not shown) Item #
1. 2. 3. 4. Send Feedback 3 6802988C54-D Chapter 1: VML750 Description VML750 Models The Motorola VML750 LTE Vehicular Subscriber Modem (VSM) is a power class 3 device. The VML750 model F0025 includes the following sub-models:
- FLN1057A: A multi-mode modem that operates in LTE Bands 14/13 and 3G EvDo BC0/BC1. The modem supports WiFi as client and AP as well as GPS for location and support for data encryption (CyrptR).
- FLN2057A: A multi-mode modem that operates in LTE Bands 17/14/13/5/4/2 (Band 13 is hardware ready only) and EvDo BC0/BC1 UMTS B5/B2 GSM. The modem supports WiFi as client and AP as well as GPS for location and support for data encryption (CyrptR).
- FLN5057A: A multi-mode modem that operates in LTE Bands 1, 3, 5, 7 ,8, 28 and UMTS bands 1 and 5. The modem supports WiFi as client and AP as well as GPS for location and support for data encryption (CyrptR).
- FLN5058A: A multi-mode modem that operates in LTE Bands 3, 7 and 20 and UMTS bands 1 and 8. The modem supports WiFi as client and AP as well as GPS for location and support for data encryption (CyrptR).
- FLN5059A: A multi-mode modem that operates in LTE Bands 2, 4 ,7 ,28 and 7 and UMTS bands 2, 4 and 5. The modem supports WiFi as client and AP as well as GPS for location and support for data encryption (CyrptR). Send Feedback 4 6802988C54-D Chapter 1: VML750 Description VML750 Front Panel The VML750 Vehicular Subscriber Modem (VSM) Front Panel is shown in the following figure. Figure 2 Front Panel Table 2 Legend for Front Panel Item #
1. Item Power Button*
2. 3. 4. 5. 6. 7. 8. Power LED LAN LED GPS LED WiFi LED WWAN2 LED WWAN1 LED SIM Card Door Description The power button is used to turn the VML750 LTE Vehicular Subscriber Modem (VSM) on or off when Ignition Sense is disabled. If the Ignition Sense is enabled, you also need to turn the vehicle ignition switch to On. This button is also used to apply factory reset. For LED indications, refer to LED Indications Access door to VML750 SIM Send Feedback 5 6802988C54-D Chapter 1: VML750 Description VML750 Back Panel The VML750 Back Panel is shown in the following figure. Figure 3 Back Panel Table 3 Legend for Back Panel Item #
1 2 3 4 5 6 7 8 Description RF SMA female type connector (WWAN1 DIV/WiFi) RF SMA female type connector (WWAN1 MAIN1) RF SMA female type connector (WWAN2 DIV) RF SMA female type connector (WWAN2 MAIN2) RF SMA female type connector (GPS) LAN/Ethernet communication connector (RJ45) Micro AB type connector (USB 2.0) DC power and GPIO D-type, 9pin connector 6 Send Feedback Chapter 2 VML750 Installation 6802988C54-D VML750 Installation Installing the VML750 LTE Vehicular Subscriber Modem (VSM) involves unpacking and inspection, planning, cable routing, installation of the antenna, brackets, VSM, SIM card, CryptR card, and cap, and powering the VSM. VML750 Unpacking and Inspection Unpack your equipment and check the contents to ensure that you have received all the specified items. Thoroughly inspect the equipment for shipping damage as soon as possible after delivery. Report any damage you find to your Motorola Customer Service representative immediately. Safety and General Information IMPORTANT: This device requires professional installation to satisfy compliance with FCC requirements. A properly installed VML750 minimizes service calls. When mounting the VML750 components, consider the following factors:
The mounting surface must have sufficient strength to support the equipment being mounted and to prevent it from becoming loose over time. Do not attach components to any part of the vehicle subjected to excessive vibration. Do not mount the VML750 unit on a flat surface where the unit could become partially submersed in water. The proposed location of the equipment being mounted or wires/cables attached must not interfere with driver/passenger seating or leg space. Select a location such that heat from the unit does not damage any wiring or any other plastic or heat-sensitive parts of the automobile. Use the supplied mounting hardware. Leave sufficient space around the VML750 unit for air flow and installation. Select a location that permits routing the cables as directly as possible. Ensure that the cables are not stretched, and not subject to heat from the engine, transmission housing, or heating ducts. Crimp connectors securely. Do not run cables over sharp edges that may cause excessive wear or chaffing of the cable insulation. Do not install components in locations where they may cause interference to the operation of the vehicle controls. Only qualified personnel may install communication equipment. Ensure secure tightening of cable connectors. Send Feedback 7 6802988C54-D Chapter 2: VML750 Installation WARNING: VEHICLES EQUIPPED WITH AIR BAGS An air bag inflates with great force. DO NOT place objects, including communications equipment, in the area over the air bag or in the air bag deployment area. Improperly installed communication equipment which causes the air bag to inflate could cause serious injury. If necessary, contact the vehicle manufacturer for air bag information specific to the vehicle. WARNING: Verify that no vehicle systems are affected by use of the unit, for example, cruise control, ABS breaking, traction control, engine management, direction indicators, and lights. WARNING: Use existing openings through the firewall to avoid drilling. If drilling is a must, verify not to damage the Vehicle ECMs, fuel lines, brake lines, and/or cable looms. WARNING: For vehicles equipped with electronic braking systems, see Anti-Skid Braking Precautions, Motorola publication 68P81109E34. Modems installed in vehicles fueled by liquefied petroleum gas must conform to the National Fire Protection Association standard NFPA 58, which applies to vehicles with liquid propane (LP) gas container in the trunk or other sealed off space within the interior of the vehicle. The NFPA 58 requires the following:
1 The space in which the LP gas container and its fittings are located must be isolated by a seal from the space containing modem equipment. 2 Removable (outside) filling connections must be used. 3 The container space must be vented to the outside. CAUTION: Installing the VML750 at the end of the vehicle above the exhaust pipe may cause the VML750 to overheat. CAUTION: Check the required mounting locations. It might be necessary to penetrate the firewall to reach the battery. Before drilling commences, ensure cable clearance on the opposite side of the firewall and do not install the vehicle Electronic Control Modules (ECMs) on the opposite side of the firewall. Protect the cable where it passes through the firewall by using a grommet or similar protective measures. IMPORTANT: Install this product in a vehicle in accordance with the vehicle manufacturer guidelines and the instructions detailed in this manual. Use only the Motorola parts specified in this manual. IMPORTANT: Refer to the Safety Instructions in Product Safety and RF Energy Exposure Booklet for Mobile Two-Way Radios Installed in Vehicles or as Fixed Site Control Stations P/N 6881095C99 (for USA) or RF Energy Exposure and Product Safety Guide for Mobile Two-Way Radios installed in Vehicles or as Fixed Site Control Stations P/N 6866537D37 (for EU). 8 Send Feedback 6802988C54-D Chapter 2: VML750 Installation VML750 Installation Planning Fast, easy, and safe installation requires careful planning and selecting the proper location. For optimal system performance, follow the instructions and recommendations detailed in this manual. Perform this process to install the VML750 LTE Vehicular Subscriber Modem (VSM). Process:
1 Ensure adequate space for the installation. 2 Install the Antennas. See Mounting the VML750 Antennas. Also see the Installation Guide supplied with each antenna. Install the brackets and the unit. See Installing the VML750 Modem. 3 Route the cables. See VML750 Cable Routing and Connection. 4 5 Connect the DC Power and Ignition cable. See Installing the DC Power and Ignition Cable. 6 Connect the main antenna cables. See Installing Antenna Cables. 7 Connect the LAN/Ethernet cable. See Installing the LAN/Ethernet Cable, or the Micro USB cable, See Installing the Micro USB Cable. 8 Power-up the VML750. See Powering Up the Modem. The VML750 can be installed on a flat surface or a side wall of a vehicle. Before beginning the installation, make sure that the space available at the installation site is adequate for the modem and its accessories. Each installation configuration may require a different area for mounting the modem without obstruction. When choosing a location, ensure easy access for installation and replacement of the unit. Vehicle RF Antennas must be installed in external to the vehicle and in accordance with:
The requirements of the antenna manufacturer/supplier. Instructions provided in installation manuals of other radio devices installed next or used with the VML 750. Figure 4 VML750 Dimensions Send Feedback 9 6802988C54-D Chapter 2: VML750 Installation Cable Routing Before running a wire or drilling a hole, inspect the vehicle to determine how and where you intend to mount the antenna, modem, and input/output device. Before installing the antenna cables, add an identical label on both ends of each cable to ensure correct connection between the antenna and its related connector on the VML750 back panel. Plan wire and cable routing to provide maximum protection from overheating, battery acid, moving parts, and sharp edges. Keep cables away from ignition circuits to reduce noise pickup in the radio equipment. Verify that the cables are of sufficient length. Do not connect two short lengths with a splice; doing so results in power loss. Refrain from loose excess in the cables, but leave enough slack to allow re-
connection if necessary. Do not run cables externally or underneath floor mats. Do not locate cables where the driver or passengers can kick them or where they can interfere with operation of the driver foot pedals. When routing the cables, do not create sharp bends or kinks. NOTICE: For detailed antenna cables routing instructions, see the Installation Guide supplied with each antenna. Cable Holes Where possible, use existing holes in the firewall, the trunk wall, and the channels above or beneath the doors. If you must drill holes, do not damage other wiring, brake lines, or fuel lines. When drilling a hole in the roof, do not snag the roof liner. To prevent rusting after drilling, remove all metal burrs and residue, and completely clean the area to ensure the removal of all steel dust. Insert rubber grommets in all drilled holes to protect cables, except for Antennas cables. Tools and Equipment
#2 Phillips screwdriver Electric drill and drill bit set X-ACTO knife or equivalent Wire strippers Long-nose pliers Small side cutters Crimping tool Wrench set, including 8-mm wrench for tray-to-unit attachment Crescent wrench Spanner wrench 3-mm Allen wrench set for unit to tray attachment No. 8 Torx screwdriver Electrical tape 10 Send Feedback Mounting the VML750 Antennas NOTICE: before installing the antenna cables, add an identical label on both ends of each cable to ensure correct connection between the antenna and its related connector on the VML750 back panel. 6802988C54-D Chapter 2: VML750 Installation The VML750 antenna is used to enhance the reception capability in poor reception areas and support Multiple Input Multiple Output (MIMO) modes for LTE. Two identical Antennas are used; one for WWAN2 Main and one for WWAN2 div. The Antennas can be provided with 12-ft (P/N: FTN6070A) or 17-ft (P/N: FTN0073A) coaxial cable. To complete the public network installation, base with cup antenna is used for WiFi connectivity on WWAN1 WiFi/Div and GPS reception (P/N: AN000036A01). The antenna is constructed of three Antennas:
External antenna Whip connected to Main1 (for use only with B14) GPS active antenna (to be connected to GPS port) Internal antenna - for WiFi (to be connected to WWAN1 diversity) IMPORTANT:
Use the following guidelines for antenna mounting to ensure best performance and avoid signal reduction and interference:
1. When installing antenna Main 1 or Main 2 or Div 2, keep a clear radius of more than 20 cm (8") from other Antennas. 2. When installing antenna Main 1 or Main 2 or Div 2, keep a distance of more than 20 cm (8") from the front edge of the car roof. Install the Antennas in a distance of about 10 cm (4") from the center line crossing the length of the car. 3. Keep a clear distance of more than 30 cm (11.8") between antenna Div. 2 and Main 1. 4. Keep a clear distance of more than 30 cm (11.8") between antenna Div. 2 and Main 2. 5. Keep a clear distance of more than 100 cm (39.4") between antenna Div. 1 and Main 1. 6. Keep a clear distance of more than 100 cm (39.4") between antenna Div. 1 and Main 2. 7. When installing antenna Div. 2 at the center line of the roof, keep a distance of more than 20 cm
(8") from the rear edge of the car roof. IMPORTANT: To assure optimum performance and compliance with RF Energy Safety standards, these antenna installation guidelines and instructions are limited to metal-body vehicles with appropriate ground planes and take into account the potential exposure of back seat passengers and bystanders outside the vehicle. Send Feedback 11 6802988C54-D Chapter 2: VML750 Installation Special Antenna Installation Considerations WARNING:
To comply with safety regulations, the distance between Antennas and people sitting inside the vehicle must be more than 8 inches (20 cm). CAUTION: If your vehicle is equipped with Public Safety Narrow Band (PSNB) equipment, when installing the Antennas, provide a minimum distance of 78 inches (198 cm) between the PSNB antenna and any VML750 antenna to ensure coexistence between all systems. Main Antenna IMPORTANT: Install the antenna on a flat metal surface with a minimum size of 24 inches (61 cm) x 24 inches (61 cm). NOTICE: Install the Private network main antenna (when applicable) and the Public network main antenna on the vehicle roof, preferably in the center front side of it. Ensure that the vehicle roof material is metal. If not, use a 2 ft x 2 ft metal ground plane and mount the antenna in its center. For best performance, keep a minimum distance of 36 inches (91.44 cm) between this antenna and any other antenna. Installing Antenna Cables Perform this procedure to install antenna cables for public and private network configurations. Procedure:
1 Connect the Internal cable connector to the WWAN1 WiFi/DIV port on the VML750 LTE Vehicular Subscriber Modem (VSM) connector panel. Connect the GPS cable connector to the GPS port on the VML750 connector panel. Form a service loop for the flexible cables coming out of the antenna bottom near the cable exit to contain any excess cable length. Form these service loops with a minimum bend radius of 1 inch (2.54 cm). If needed, form a second service loop for the excess length of the jumper cables near the VML750 with minimum bend radius of 3 inches (7.63 cm). Use plastic cable ties to secure the cable. NOTICE: The combo antenna is provided with three flexible coaxial cables coming out of the antenna bottom side (two threads for internal and GPS are used). Two 12-ft/17-ft coaxial cables are also provided to connect between the internal and GPS threads and the modem connectors. 2 For the Main and Diversity Antennas, connect the RF cable from the antenna to WWAN2 main and WWAN2 DIV. IMPORTANT: Do not use pliers or any other metallic tool for tightening - only Hand-tighten. Fully tighten the antenna cable connector and verify it is fastened. 3 For the private network configuration, connect the connector of the cable marked External to the WWAN1 Main port on the VML750 connector panel. IMPORTANT: To protect any unused connectors (WWAN2, LAN/Ethernet, USB) on the back of the VML750 LTE Vehicular Subscriber Modem (VSM), screw the caps provided in the installation kit onto these unused ports. 12 Send Feedback 6802988C54-D Chapter 2: VML750 Installation Figure 5 Schematic Installation Diagram for Sub-models FLN1057A/FLN2057A WWAN1 & WWAN2 Configuration Important: Orient antenna as shown Send Feedback 13 6802988C54-D Chapter 2: VML750 Installation Figure 6 Schematic Installation Diagram for Sub-models WWAN1 only FLN1057A/FLN2057A Important: Orient antenna as shown 14 Send Feedback 6802988C54-D Chapter 2: VML750 Installation Figure 7 Schematic Installation Diagram for Sub-models WWAN2 Only FLN1057A/FLN2057A/FLN5057A/FLN5058A Important: Orient antenna as shown Send Feedback 15 6802988C54-D Chapter 2: VML750 Installation Figure 8 Schematic Installation Diagram for Sub-model FLN5059A 16 Send Feedback VML750 Cables The following cables are available with the VML750. Figure 9 Available Cables 6802988C54-D Chapter 2: VML750 Installation Item #
1 2 3 Send Feedback Description DC Power and Ignition cable (P/N FKN8663A) LAN/Ethernet cable (P/N FKN8570A) Micro USB cable (P/N FKN8703A can be purchased separately) 17 6802988C54-D Chapter 2: VML750 Installation Mounting the VML750 Procedure:
1. Position the two mounting brackets (1) on each side of the VML750 (2) and fasten to the VML750 using 4 screws. 2. Locate the VML750 with the mounting brackets on the surface. 3. Position the VML750 with the brackets on the surface and fasten to surface using the supplied self-drilling screws. Figure 10 Mounting the VML750 18 Send Feedback 6802988C54-D Chapter 2: VML750 Installation VML750 Cable Routing and Connection This section describes installing, routing, and connecting the VML750 LTE Vehicular Subscriber Modem (VSM) cables. Installing the DC Power and Ignition Cable Perform this procedure to route and connect the DC Power and Ignition cable. CAUTION: Insert the fuse into the fuse holder after installation completion and after carefully inspecting all connections. The VML750 LTE Vehicular Subscriber Modem (VSM) supports 12V (13.8 V 20%) or 24V (27.6 V 20% DC) vehicle batteries. Connecting to higher power source (for example, 48V battery) may damage VML750. NOTICE: The unit may only be used in a negative ground system. The FKN8663A DC Power and Ignition Cable is equipped with a 5A fuse (slow-blow). Verify that the electrical system of the vehicle can support current values greater than 5A. Figure 11 DC Power and Ignition Cable Routing Into Engine Compartment Procedure:
1 Remove the fuse from the fuse holder. 2 Route the DC Power and Ignition cable leads through the firewall and into the engine compartment. Use an existing opening or, if necessary, drill a 2 cm (26/32 inch) diameter hole through the firewall. Insert a grommet into the hole to prevent damage to the DC Power and Ignition cable. Send Feedback 19 6802988C54-D Chapter 2: VML750 Installation 3 On the engine side of the firewall, connect the black lead to the negative (-) battery terminal. 4 On the engine side of the firewall, perform the following actions to connect the red (A+) lead to the vehicle battery:
a Verify that the fuse holder is at a distance of 20-30 cm (7.87-11.8 inches) from the connection point, ensuring that it is not close to any hot engine component. b Mount the fuse holder using the provided mount, and dress wires as necessary. Connect the red lead plug adaptor (on the fuse holder) to the matching receptacle on the red lead of the DC Power and Ignition cable. c Connect the red lead of the DC Power and Ignition cable to the positive (+) battery terminal. Cable tie the wire every 10 cm (4 inches) along its length. Do not tie to existing vehicle cables. d Insert the fuse into the fuse holder. 5 Verify that the cables in the engine compartment do not obstruct any of the vehicle controls or touch hot or moveable parts of the engine. 6 For ignition installation, perform the following actions:
a Consult the vehicle documentation to locate the ignition wire. b Verify that the voltage is high with the ignition on, during start (cranking), accessory, and while vehicle is running. When the ignition is off, the voltage is zero. c Connect the green lead of the DC Power and Ignition cable to ignition (+). Cable tie the wire every 10 cm (4 inches) along its length. Do not tie to existing vehicle systems. 7 Connect the DC Power and Ignition cable connector to POWER connector on the VML750 Connector panel. Fasten the connector using the four fastening screws. 20 Send Feedback 6802988C54-D Chapter 2: VML750 Installation Installing the LAN/Ethernet Cable Perform this procedure to install the LAN/Ethernet cable. Procedure:
1 Connect the LAN/Ethernet cable from the LAN connector on the VML750 LTE Vehicular Subscriber Modem (VSM) Connector panel to your vehicle Mobile Data Terminal. CAUTION: Do not use pliers or any other metallic tool for tightening. Hand- tighten only. Fully tighten the LAN/Ethernet cable connector and verify it is fastened. 2 Follow the LAN/Ethernet cable 8 +/2 inches (20 +/5 cm) from where it attaches to the VML750 and secure it to the vehicle body. Installing the Micro USB Cable Perform this procedure if you are not installing the LAN/Ethernet cable. Procedure:
1 Connect the Micro USB cable from the Micro USB connector on the VML750 LTE Vehicular Subscriber Modem (VSM) Connector panel to your vehicle Mobile Data Terminal USB connector. CAUTION: Do not use pliers or any other metallic tool for tightening. Hands tighten only. Fully tighten the Micro USB cable connector and verify it is fastened. 2 Follow the Micro USB cable 8 +/2 inches (20 +/5 cm) from where it attaches to the VML750 and secure it to the vehicle body. Send Feedback 21 6802988C54-D Chapter 2: VML750 Installation Installing the SIM If your VML750 is intended for use on your private Motorola LTE network, you are provided with a Motorola LTE SIM card (to be inserted into SIM1 slot). If your VSM is intended to home on a public carrier LTE network, you must obtain a SIM card from that public carrier and insert it into SIM2 slot. The VML750 can be used a WiFi modem without the need for a SIM card. When using the VML750 as a WiFi modem, the VML75 must be configured prior to use. For VML750 configuration, refer to VML750 Configuration Guide (6802988C55) at https://businessonline.motorolasolutions.com. Procedure:
1 Locate the SIM card door on the front right side of the VML750. Unscrew the door and put to the side. NOTICE: If a SIM card is in the slot, your LTE modem has been staged for you
(seeVML750 Configuration Guide PN 6802988C55 if required); skip to step 4. 2 Locate the SIM card Motorola or your public carrier provided. Hold the card so that the metal contacts are facing down. Insert the card into the SIM slot until you feel it 'click' into place. 3 NOTICE: SIM 1 slot is for private network. SIM 2 slot is for public carrier network. 4 Close the door and screw it into place. Tightened the screw so that the door does not move. Replacing the CRYPTR Card Perform this procedure to replace the CRYPTR card in the VML750. CAUTION: Disconnect your VML750 from the power source before performing this procedure. Procedure:
1 Perform the following actions to remove the CRYPTR card. a On the VSM bottom cover, open the two Torx 8 captive screws fastening the CRYPTR card door. b Use one of the captive screws to pull the door from the cover. Figure 12 opening the CRYPTR Card Door 22 Send Feedback 6802988C54-D Chapter 2: VML750 Installation c Pull the card lock back to release it and lift it up. d Remove the card from the VSM. Send Feedback 23 6802988C54-D Chapter 2: VML750 Installation Figure 13 Installing the CRYPTR Card 2 Using the above illustrations, perform the following actions to install the CRYPTR card. Insert the CRYPTR card into its location in the VSM. a b Lower the lock and push it forward to lock it. c Install the card door on the VSM lower cover. d Close two Torx 8 captive screws. Fasten with a torque of 12 inch-lb. Powering Up the Modem Perform this power-up procedure after installing the VML750 LTE Vehicular Subscriber Modem (VSM). Procedure:
1 Verify that the vehicle ignition switch is in On position. 2 Press and hold the power button on the LED Indicator Panel for 2 to 3 seconds. Release the button when the Power LED turns green (blinking or solid). If your modem is connected to a computer using LAN/Ethernet/USB cable, the LAN LED turns green. If no LAN/Ethernet/USB cable is connected, the LAN LED is off. 3 4 The GPS LED blinks orange while your modem is searching for GPS satellites. After satellites are acquired, the GPS LED turns green. NOTICE: The time for acquiring satellites during initial power up may take up to 5 minutes. 24 Send Feedback 6802988C54-D Chapter 2: VML750 Installation 5 WiFi LED is tuned off until WiFi configuration was performed. See the VML750 Configuration Guide, PN 6802988C55. 6 After configuring the modem to WiFi Access Point mode, the WiFi LED turns green. When data is transferred, the WiFi LED blinks green. 7 8 If a SIM card is inserted and the SIM door is closed and you are in an LTE coverage area, the following sequence takes place:
a LTE LED blinks orange while the modem searches for the LTE network. b LTE LED blinks green while registering to the network. c LTE LED is solid green after registration and activation. If your VML750 is equipped to support LTE, activate it on the associated LTE network (your private PS LTE network or on the public carrier network). Contact the manager of your network
(Motorola, public carrier, or your internal technical support) and provide the SIM card identifier number, called the IMSI. This identifier can be found on the plastic credit card frame for the SIM. NOTICE: The time for registering and activating your account may vary and could typically take up to 2 minutes. If the SIM door is not closed, the LTE LED rapidly blinks red. If SIM card is not inserted, the LTE LED blinks red. Send Feedback 25 This page intentionally left blank. 6802988C54-D VML750 Troubleshooting Causes and Indicators Chapter 3 VML750 Troubleshooting Causes and Indicators Motorola has made every effort to ensure that this product is of excellent quality. However, if you experience any problems with the VML750 LTE Vehicular Subscriber Modem (VSM), contact your Motorola service representative with product-related information. For complete information on ordering required parts and kits, contact your local customer service representative. See the Contact Us section and FRU/FRE Kit/Part Number Kit Description. VML750 Troubleshooting This table gives details regarding possible malfunctions that may occur after first time installation of the VML750 LTE Vehicular Subscriber Modem (VSM), their probable cause, and the recommended corrective action. For correct LED indications, See LED Indications. IMPORTANT: Contact Motorola Solutions Support Center (SSC) team for further troubleshooting assistance if necessary. For contact information, see the Contact Us section. Table 4 Troubleshooting the VML750 Malfunction Probable Cause VML750 does not turn On. Power cable is not properly connected. Power button was not properly pressed. No LAN/Ethernet connection. No GPS reception. LAN/Ethernet cable is not connected, or, Micro USB cable is not connected. GPS cable (from Main antenna) is not connect-
ed. Send Feedback Corrective Action 1 Check the cable connections; connect as required and turn on the VML750. 2 Verify that the Power LED is blinking red (standby mode). 3 Press the power button to turn on (expect LED behavior according to ignition state). 1 Apply power to the modem. 2 Verify that the Power LED is blinking red. 3 Press the Power Button for 2 to 3 seconds. 4 Verify that the Power LED is blinking orange
(in "ignition enabled" mode), or blinking green and then solid green (in "ignition disabled"
mode). Connect the LAN/Ethernet cable (See Installing the LAN/Ethernet Cable) or the Micro USB cable
(See Installing the Micro USB Cable) and verify that the LAN LED is green. 1 Connect the GPS cable (See Installing Antenna Cables). Table continued 27 6802988C54-D Chapter 3: VML750 Troubleshooting Causes and Indicators Malfunction Probable Cause Corrective Action No WiFi connection. WiFi was not configured as required. Div/WiFi cable is not connected. No LTE connection. Device has not yet been activated on the LTE net-
work. SIM card is not inserted/
damaged. LTE cable (from Main antenna) is not connect-
ed. 2 Verify that the GPS LED is blinking orange and then changes to solid green. SeeVML750 Configuration Guide (6802988C55) in https://businessonline.motorolasolutions.com for WiFi configuration. 1 Connect the WiFi/Div cable (See Installing Antenna Cables). 2 Verify that the WiFi LED is blinking/solid green. NOTICE: The following steps assume your network manager or service provider created a subscription for the LTE service. 1 Locate ICCID (the identifier for the LTE SIM card) or PSN (the device serial number) which is printed on a sticker affixed to the VML750 casing. 2 Contact the network manager or technical service department and report the ICCID or the PSN number. 3 Verify that your device has been activated on the LTE network. See Powering Up the Modem. 1 Insert a new SIM into relevant SIM slot. See Installing the SIM. 2 Close the SIM door. 3 Turn the VML750 On. 4 Verify the LTE LED is blinking orange/green and then change to solid green. 1 Connect the LTE cable (See Installing Antenna Cables). 2 Verify that the LTE LED is blinking orange/
green and then changes to solid green. If the above actions do not help, check the connection between the jumper and the thread cable. 3 Missing LTE Band. See VML750 Configuration Guide (6802988C55) in https://businessonline.motorolasolutions.com for downloading the license file. 28 6802988C54-D Chapter 3: VML750 Troubleshooting Causes and Indicators LED Indications This table describes the functions of the LED indicators on the VML750 LTE Vehicular Subscriber Modem (VSM) front panel. Table 5 LED Indicators Function LED Name LED Status OFF Solid Green Power LAN Power off Power on No link Link is on WWAN1 Off Connected TX/RX Activity Connecting/
Registering Blinking Green Solid Orange Blinking Orange Powering up No Ignition The user turns on the power (power button pressed) ignition is off Solid Red Blinking Red Standby Rapid Blinking Red External power is connected to the system Problem WWAN2 WiFi GPS Off Connected Connecting/
Registering Off Available
(for AP) Connected
(for client) TX/RX Activity
(for AP) Scanning
(for client) Off Tracking Searching for signal Searching for signal Problem/ Over- Problem/
heat Overheat SIM card is not SIM card is not installed in the installed in the modem modem SIM door is open SIM door is open Problem/
Overheat Searching for signal Problem Send Feedback 29 This page intentionally left blank. Chapter 4 VML750 Operation 6802988C54-D VML750 Operation After installing the VML750 LTE Vehicular Subscriber Modem (VSM) in your vehicle, it must be configured for proper operation. To configure your modem, seeVML750 Configuration Guide PN 6802988C55. After configuring the modem, it should be turned on automatically upon your vehicle ignition and operate properly. If you detect any malfunction in the VML750 operation, See VML750 Troubleshooting Causes and Indicators. 31 This page intentionally left blank. Appendix A 6802988C54-D VLM750 Specifications VLM750 Specifications This section provides physical, port, LED, temperature, power, and RF specifications for the VML750 LTE Vehicular Subscriber Modem (VSM). VML750 Physical Specifications Dimensions (Modem) Weight (Modem) VML750 Communication Ports 8.07 in x 7.87 in x 1.71 in (20.5 cm x 20 cm x 4.35 cm
+/1 mm) 6 lb (2.5 kg) LAN USB VML750 RF Ports WWAN1 MAIN1 WWAN1 Diversity + WiFi WWAN2 MAIN2 WWAN2 Diversity GPS VML750 Power Port Power VML750 LEDs See LED Indications. Ethernet 10/100 RJ45 USB 2.0 high speed Micro AB SMA connector (Female) SMA connector (Female) SMA connector (Female) SMA connector (Female) SMA connector (Female) 9-pin D-TYPE VML750 Operating Temperature Ambient temperature
-30 C to +60 C 33 6802988C54-D Appendix A: VLM750 Specifications 34 VML750 Power Specifications 6802988C54-D Appendix A: VLM750 Specifications Input Voltage Power Consumption:
Modem Standby Modem Transmit 11 to 33 VDC less than or equal to 0.3 A RMS less than or equal to 1 A RMS VML750 RF Characteristics Frequency:
LTE WCDMA EVDO 4G B1 Tx 1920MHz 1980MHz 4G B1 Rx 2110MHz 2170MHz 4G B2 Tx 1850MHz 1910MHz 4G B2 Rx 1930MHz 1990MHz 4G B3 Tx 1710MHz 1785MHz 4G B3 Rx 1805MHz 1880MHz 4G B4 Tx 1710MHz 1755MHz 4G B4 Rx 2110MHz 2155MHz 4G B5 Tx 824MHz 849MHz 4G B5 Rx 869MHz 894MHz 4G B7 Tx 2500MHz 2570MHz 4G B7 Rx 2620MHz 2690MHz 4G B8 Tx 880MHz 915MHz 4G B8 Rx 925MHz 960MHz 4G BC13 Tx 777MHz 787MHz 4G BC13 Rx 746MHz 756MHz 4G BC14 Tx 788MHz 798MHz 4G BC14 Rx 758MHz 769MHz 4G B17 Tx 704MHz 716MHz 4G B17 Rx 734MHz 746MHz 4G B20 Tx 832MHz 862MHz 4G B20 Rx 791MHz 821MHz 4G B28 Tx 703MHz 748MHz 4G B28 Rx 758MHz 803MHz 3G B1 Tx 1920MHz 1980MHz 3G B1 Rx 21100MHz 2170MHz 3G BC0 Tx 824MHz 849MHz 3G BC0 Rx 869MHz 894MHz 3G BC1 Tx 1850MHz 1910MHz 35 3G BC1 Rx 1930 1990 MHz 3G BC2 Tx 1850MHz 1910MHz 3G BC2 Rx 1930MHz 1990MHz 3G BC4 Tx 1710MHz 1755MHz 3G BC4 Rx 2110MHz 2155MHz 3G BC5 Tx 824MHz 849MHz 3G BC5 Rx 869MHz 894MHz 3G BC8 Tx 880MHz 915MHz 3G BC8 Rx 925MHz 960MHz 2401 MHz 2473MHz 5 MHz 10 MHz 20 MHz 1.288 MHz 5 MHz 20 MHz (802.11b/g/n) 23 dBm 23 dBm 15 dBm 10 MHz -94 dBm, typ -96 dBm 5 MHz -97 dBm, typ -99 dBm
-105.5 , typ -109 dBm
-110dBm
-87 dBm
+/-2.5 ppm
+/-300 Hz
+/-150 Hz
+/-20 ppm 6802988C54-D Appendix A: VLM750 Specifications WiFi Bandwidth LTE EVDO UMTS WiFi Output transmit power:
LTE EVDO WiFi Receiver sensitivity:
LTE EVDO UMTS WiFi (802.11g) Frequency Stability:
LTE EVDO BC0 EVDO BC1 WiFi 36 6802988C54-D Appendix A: VLM750 Specifications This page intentionally left blank. 37 6802988C54-D Appendix B: VML750 FRU/FRE List Appendix B VML750 FRU/FRE List The VML750 LTE Vehicular Subscriber Modem (VSM) is composed of numerous Field Replaceable Units (FRUs) and Field Replaceable Entities (FREs). If you must replace a FRU, FRE, or part, obtain the precise FRU/FRE Kit Number or part number. Review the replacement procedures provided, including all safety precautions and system impact information. This chapter lists the FRUs and FREs. For complete information on ordering required parts and kits, please contact your local Motorola service representative. See the Contact Us section. VML750 Replacement Parts List Table 6 VML750 Replacement Parts List FRU/FRE Kit/Part Number Antennas See VML750 Approved Antennas and Cables Replacements List Description Bracket, Screws, Washers 0312002B14 03013013001 0487623U12 07013065001 Cables FKN8570A FKN8730A FKN8663A SIM card CRYPTR card Mounting Screw, Bracket to Car, 4 Mounting Screw, VSM to Bracket, 8 Spring Washer, VSM to Bracket, 8 Bracket, 2 LAN/Ethernet Cable (177 in/450 cm) Micro USB cable DC Power Ignition Cable (177 in/450 cm) SIM Card Kit CRYPTR Micro SD card VML750 Kit Replacement Parts List FRU/FRE Kit/Part Number FLN1057A FLN 2057A FLN5057A FLN5058A FLN5059A Description VML750, VzW LTE VSM Modem VML750, VzW / AT&T LTE VSM Modem VML750 R4.0 SKU1 LTE VSM VML750 R4.0 SKU2 LTE VSM VML750 R4.0 SKU3 LTE VSM 38 Send Feedback VML750 Approved Antennas and Cables Replacements List 6802988C54-D VML750 FRU/FRE List FRU/FRE Kit/Part Number AN000036A01 FTN0073A (85013022001) FTN7686A (85013016001) FTN6070A (85013022001) CB000133A01 CB000133A02 CB000221A01 30013096001 30013072001 30013093001 Kit Description VML750 base antenna with a cap Wideband Fix-Mounted Vehicular Antenna (12 ft cable) LTE Whip Antenna Wideband Fix-Mounted Vehicular Antenna (17 ft cable) SMA-F to SMA-M 12 ft RG174 cable type SMA-F to SMA-M 17 ft RG174 cable type NMO Antenna Mount 12 ft NMO Antenna Mount 17 ft SMA-F to SMA-M 12 ft LMR200 cable type SMA-F to SMA-M 17 ft LMR240 cable type Send Feedback 39 6802988C54-D Appendix C: LTE LMR Antennas Mounting Recommendations Appendix C LTE LMR Antennas Mounting Recommendations This appendix provides procedures for determining the mounting locations for a Public Safety Narrow Band (PSNB) Land Mobile Radio (LMR) 700/800 MHz antenna and Broad Band (BB) LTE 700 MHz Antennas. The following procedures are given:
Police patrol vehicle with a PSNB antenna and a standard BB antenna. Bus with a PSNB antenna and a low profile BB antenna Police Patrol Vehicle Antennas Location Considerations Overview Individually select the Antennas mounting location for every vehicle before starting the actual installation process. The following list gives general recommendations for determining the mounting location of Public Safety Narrow Band (PSNB) and Broad Band (BB) Antennas based on several key considerations:
Keep a minimum distance of 8 in (20 cm) between the LTE [BB] Antennas; including WiFi to any other antenna and any potential bystander (for bystander safely). Follow the guidelines in the installation and safety manuals of the Land Mobile Radios (LMRs)
(PSNB) with regards to mounting locations and operation of radio in the presence of bystanders (for bystander safety). Keep a minimum separation of 39.4 in (100 cm) between the PSNB and BB LTE Antennas. 40 Send Feedback 6802988C54-D LTE LMR Antennas Mounting Recommendations This page intentionally left blank. 41
1 2 3 | User Manual | Users Manual | 2.86 MiB |
PUBLIC SAFETY LTE VML750 - LTE VEHICULAR SUBSCRIBER MODEM (VSM) INSTALLATION GUIDE January 2015
@6802988C54@
6802988C54-C 2015 Motorola Solutions, Inc. All rights reserved. Copyrights The Motorola products described in this document may include copyrighted Motorola computer programs. Laws in the United States and other countries preserve for Motorola certain exclusive rights for copyrighted computer programs. Accordingly, any copyrighted Motorola computer programs contained in the Motorola products described in this document may not be copied or reproduced in any manner without the express written permission of Motorola. 2015 Motorola Solutions, Inc. All Rights Reserved No part of this document may be reproduced, transmitted, stored in a retrieval system, or translated into any language or computer language, in any form or by any means, without the prior written permission of Motorola Solutions, Inc. Furthermore, the purchase of Motorola products shall not be deemed to grant either directly or by implication, estoppel or otherwise, any license under the copyrights, patents or patent applications of Motorola, except for the normal nonexclusive, royalty-free license to use that arises by operation of law in the sale of a product. Disclaimer Please note that certain features, facilities, and capabilities described in this document may not be applicable to or licensed for use on a particular system, or may be dependent upon the characteristics of a particular mobile subscriber unit or configuration of certain parameters. Please refer to your Motorola contact for further information. Trademarks MOTOROLA, MOTO, MOTOROLA SOLUTIONS, and the Stylized M Logo are trademarks or registered trademarks of Motorola Trademark Holdings, LLC and are used under license. All other trademarks are the property of their respective owners. European Union (EU) Waste of Electrical and Electronic Equipment (WEEE) directive The European Union's WEEE directive requires that products sold into EU countries must have the crossed out trashbin label on the product (or the package in some cases). As defined by the WEEE directive, this cross-out trashbin label means that customers and end-users in EU countries should not dispose of electronic and electrical equipment or accessories in household waste. Customers or end-users in EU countries should contact their local equipment supplier representative or service centre for information about the waste collection system in their country. Document History Document History Edition Release 1.0 Release 2.0 Release 3.0 Description First release of VML750 LTE Vehicular Subscriber Modem (VSM) Installation Guide. Second release of VML750 LTE Vehicular Subscriber Modem (VSM) Installation Guide. Third release of VML 750 LTE Vehicular Subscriber Modem (VSM) Installation Guide. Date April 2014 July 2014 January 2015 6802988C54-C January 2015 i VML750 LTE Vehicular Subscriber Modem (VSM) Installation Guide This page intentionally left blank. ii 6802988C54-C January 2015 Table of Contents Contents
. VML750 LTE Vehicular Subscriber Modem (VSM) Installation Guide
. Notational Conventions . Required Documents for complete VSM Deployment
. Motorola Solutions Support Center . Support Center . North America Parts Organization . Safety . FCC Interference . Legal Notice . Chapter 1: VML750 Description
. The VML750 Unit
. Modem . Connector Panel. Connector Panel for B20 LTE Only Configuration . LED Indicator Panel with Power Button and SIM Card Door . Power Button . SIM Card . Antennas . Chapter 2: VML750 Installation Unpacking and Inspecting the Shipment
. Safety and General Information . Planning the Installation . Installation Constraints . Cables Routing . Drilling Holes
. Tools and Equipment
. Antennas for LTE Public and Private Networks . Antenna Configuration for LTE Public Network. Additional Antenna for Configuration Supporting LTE Private Network on WWAN1 . Special Antennas Installation Considerations . Antennas for B20 LTE only Configuration . Main Antenna . Diversity Antenna . Cables . Mounting Brackets . Modem Installation Process . Antenna Mounting .
-xii
-xiii
-xiv
-xiv
-xiv
-xiv
-xv
-xv 1-1 1-2 1-3 1-4 1-5 1-5 1-6 2-1
. 2-1
. 2-3
. 2-3
. 2-5
. 2-5
. 2-5
. 2-6
. 2-6
. 2-6
. 2-7
. 2-8
. 2-8
. 2-9
. 2-9
. 2-11
. 2-12
. 2-12
. 2-13 6802988C54-B July 2014 iii VML750 LTE Vehicular Subscriber Modem (VSM) Installation Guide
. Modem Installation Procedure . Cables Routing and Connection Procedure . General Antenna Installation Safety Considerations . Main Antenna . DC Power and Ignition Cable Installation . Antenna Cables Installation for Public and Private Network Configurations . Antenna Cables Installation for B20 LTE Only Configuration . LAN/Ethernet Cable Installation . Micro USB Cable Installation . SIM Installation . CryptR Card Removal and Installation . Cap Installation . Powering the Modem Up . Chapter 3: Troubleshooting the VML750
. Troubleshooting. LED Indicators Functions . Chapter 4: Using the VML750
. General . Physical Appendix A: Specifications
. Communication Ports . RF Ports . Power Port . LEDs. Operating Temperature . Power . RF Characteristics. Replacement Parts. Appendix B: Reference
. Replacement Parts List
. Kit Replacement Parts List. Approved Antennas and Cables Replacements List
. Appendix C: LTE & LMR Antennas Mounting Recommendations
. Police Patrol Vehicle Antennas Location Considerations Overview. Planning Antenna Mounting Location on a Police Patrol Vehicle . 2-13
. 2-13
. 2-14
. 2-15
. 2-15
. 2-17
. 2-18
. 2-19
. 2-19
. 2-20
. 2-21
. 2-24
. 2-24
. 3-2 3-5 4-1
. A-1
. A-1
. A-1
. A-2
. A-2
. A-2
. A-2
. A-2
. B-1
. B-1
. B-2
. B-2
. C-1
. C-2 iv 6802988C54-B July 2014 List of Figures List of Figures
. Figure 1-1: VML750 - General View . Figure 1-2: Connector Panel . Figure 1-3: Connector Panel . Figure 1-4: LED Indicators Panel. Figure 2-1: VML750 - Schematic Car Installation . Figure 2-2: VML750 - Dimensions . Figure 2-3: Antenna for LTE Public Network on WWAN2 . Figure 2-4: Antenna for WiFi and GPS . Figure 2-5: Antenna for Configuration Supporting LTE Private Network . Figure 2-6: Main Antenna . Figure 2-7: Diversity Antenna - Standard Configuration . Figure 2-8: Available Cables . Figure 2-9: Bracket Dimensions . Figure 2-10: Mounting Brackets . Figure 2-11: DC Power and Ignition Cable Routing Into Engine Compartment. Figure C-1: Police Patrol Vehicle Antennas Location Suggestion . 1-2
. 1-3
. 1-4
. 1-5
. 2-4
. 2-4
. 2-6
. 2-7
. 2-8
. 2-8
. 2-9
. 2-10
. 2-11
. 2-14
. 2-15
. C-2 6802988C54-B July 2014 v List of Figures This page intentionally left blank. vi 6802988C54-B July 2014 List of Tables List of Tables Table 3-1: Troubleshooting the VML750 . Table 3-2: LED Indicators Functions . 3-2 3-5 6802988C54-B July 2014 vii List of Tables This page intentionally left blank. viii 6802988C54-B July 2014 List of Procedures
. 2-13
. 2-14
. 2-15
. 2-17
. 2-18
. 2-18
. 2-19
. 2-19
. 2-20
. 2-21
. 2-23
. 2-24
. 2-24
. C-2 List of Procedures
. Procedure 2-1: How to Mount the Antennas. Procedure 2-2: How to Install the Modem on a Flat Surface . Procedure 2-3: How to Install the DC Power and Ignition Cable . Procedure 2-4: How to Install Antenna Cables for Public Network . Procedure 2-5: How to Complete the Antenna Installation for Private Network . Procedure 2-6: How to Install Antenna Cables. Procedure 2-7: How to Install the LAN/Ethernet Cable. Procedure 2-8: How to Install the Micro USB Cable . Procedure 2-9: How to Install a SIM Card. Procedure 2-10: How to Remove the CryptR Card . Procedure 2-11: How to Install the CryptR Card . Procedure 2-12: How to Install Cap(s) on Unused Connector(s)
. Procedure 2-13: How to Power up the Modem . Procedure C-1: Planning Antennas Location on a Police Patrol Vehicle . 6802988C54-B July 2014 ix List of Procedures This page intentionally left blank. x 6802988C54-B July 2014 About This Manual VML750 LTE Vehicular Subscriber Modem (VSM) Installation Guide What Is Covered In This Manual?
The VML750 LTE VSM Installation Guide provides general instructions for installing, operating, and troubleshooting the VML750. This guide includes the following configurations:
F0025 (VML750) model -
FLN1057 sub model LTE B14 + VzW. FLN2057 (Future option) sub model LTE B14 + VzW + AT&T. FLN1310 sub model LTE B20. 6802988C54-B July 2014 xi Notational Conventions The guide is organized as follows:
Chapter 1, "VML750 Description" provides the product overview. Chapter 2, "VML750 Installation" provides unpacking instructions and all required procedures for installing the VML750. Chapter 3, "Troubleshooting the VML750" provides details regarding possible malfunctions that may occur after first-time installation of the VML750, their probable cause, and the recommended corrective actions. Chapter 4, "Using the VML750" provides general information regarding the use of the VML750. Appendix A, "Specifications" provides the VML750 modem specifications. Appendix B, "Reference" provides part numbers information for the modem and antennas. Notational Conventions The following conventions are used in this document:
Chapters and sections in this and related documents Dialog box, window and screen names Drop-down list and list box names Check box and radio button names Italics are used to highlight the following:
Bold text is used to highlight the following:
bullets () indicate:
Action items Lists of alternatives Lists of required steps that are not necessarily sequential Sequential lists (e.g., those that describe step-by-step procedures) appear as numbered lists. Key names on a keypad Button names on a screen xii 6802988C54-B July 2014 VML750 LTE Vehicular Subscriber Modem (VSM) Installation Guide Required Documents for complete VSM Deployment Required Documents for complete VSM Deployment To complete the full deployment of the modem, you may need the following documents:
Information related to VML750 configuration in the VML750 Configuration Guide P/N 6802988C55 located at: https://businessonline.motorolasolutions.com Information related to VML750 monitoring can be found in the VML750 LTE Vehicle Subscriber Modem (VSM) Status Utility Quick Reference Guide P/N 6802988C79. Information related to the device licensing can be found in the Device Licensing Quick Reference Guide P/N 6871024P25 located at: https://businessonline.motorolasolutions.com 6802988C54-B July 2014 xiii Motorola Solutions Support Center Motorola Solutions Support Center Support Center The Motorola Solutions Support Center (SSC) is the primary Motorola Solutions support contact. Call:
Prior to any software reload. To confirm troubleshooting results and analysis prior to removing and replacing a Field Replaceable Unit (FRU) and Field Replaceable Entity (FRE) to repair the system. For... Domestic calls International calls Phone 8002217144 3024449800 North America Parts Organization For assistance in ordering replacement parts or identifying a part number, contact Motorola's parts organization. Please remember that your first response when troubleshooting your system is to call the Motorola SSC. For... Phone Orders Phone 8004224210 (US and Canada orders) 302-444-9842 (International orders) 8006226210 (US and Canada orders) 8004224210 and select choice 3 from the menu. Fax Orders Help identifying an item or part number Safety Before installing/using this product, the installer/operator must be familiar with the RF energy awareness information and operating instructions in the Product Safety and RF Energy Exposure Booklet for Mobile Two-Way Radios Installed in Vehicles or as Fixed Site Control Stations enclosed with the VML750 LTE VSM (Motorola Publication part number 6881095C99) to ensure compliance with Radio Frequency (RF) energy exposure limits. xiv 6802988C54-B July 2014 VML750 LTE Vehicular Subscriber Modem (VSM) Installation Guide FCC Interference FCC Interference The VML750 is granted with two separate FCC IDs; for baseline models: FLN0058 and FLN2058. These FCC IDs are only given for FCC compliance and not for sale purposes. This device complies with Part 15 of the FCC Rules. Operation is subject to the following two conditions:
This device may not cause harmful interference. This device must accept any interference received, including interference that may cause undesired operation. Changes or modifications made to this product, not expressly approved by Motorola, will void the user's authority to operate the equipment, per FCC Rule Part 15.21. Legal Notice The VML750 OSS legal notice will be provided by Motorola per request. 6802988C54-B July 2014 xv Legal Notice This page intentionally left blank. xvi 6802988C54-B July 2014 VML750 Description The VML750 Unit Chapter1 The Motorola VML750 - LTE Vehicular Subscriber Modem (VSM) is a power class 3 device. The following models and their SKU are available:
F0025 family:
See Figure 1-1. FLN1057: A multi-mode modem that has the ability to operate in LTE Band 14/13 and 3G EvDo BC0/BC1. The modem supports WiFi as client and AP as well as GPS for location and support for data encryption (CyrptR). FLN2057 (Future option): A multi-mode modem that has the ability to operate inLTEBand 17/14/13/5/4/2, and EvDo BC0/BC1 UMTS B5/B2 GSM. The modem supportsWiFias client and AP as well as GPS for location and support for data encryption(CyrptR). FLN1310: A multi-mode modem that has the ability to operate in LTE Band 20. The modem supports WiFi as client and AP as well as GPS for location and support for data encryption (CyrptR). 6802988C54-B July 2014 1-1 Modem Chapter 1: VML750 Description Figure 1-1 VML750 - General View Item #
1 2 3 Description Modem LED Indicator Panel (Front Panel) Connector Panel (Back Panel - not shown) For detailed specifications of the VML750 unit, see Appendix A, "Specifications". Modem The modem has a connector panel (back panel) and a LED Indicator panel with a Power button (front panel). 1-2 6802988C54-B July 2014 VML750 LTE Vehicular Subscriber Modem (VSM) Installation Guide Connector Panel Connector Panel The VML750 Connector panel consists of the following (see Figure 1-2):
Figure 1-2 Connector Panel Item #
1 2 3 4 5 6 7 8 Description RF SMA female type connector (WWAN1 DIV/WiFi) RF SMA female type connector (WWAN1 main) RF SMA female type connector (WWAN2 DIV) RF SMA female type connector (WWAN2 main) RF SMA female type connector (GPS) LAN/Ethernet communication connector (RJ45) Micro AB type connector (USB 2.0) DC power and GPIO D-type, 9pin connector 6802988C54-B July 2014 1-3 Connector Panel for B20 LTE Only Configuration Chapter 1: VML750 Description Connector Panel for B20 LTE Only Configuration The VML750 Connector panel consists of the following (see Figure 1-3):
Figure 1-3 Connector Panel Item #
1 2 3 4 5 6 7 8 Description RF SMA female type connector (WWAN2 DIV/WiFi) RF SMA female type connector (WWAN2 main) RF SMA female type connector (WWAN1 DIV1) (does not apply for B20 LTE only configuration) RF SMA female type connector (WWAN1 MAIN1) (does not apply for B20 LTE only configuration) RF SMA female type connector (GPS) LAN/Ethernet communication connector (RJ45) Micro AB type connector (USB 2.0) DC power D-type, 9pin connector 1-4 6802988C54-B July 2014 VML750 LTE Vehicular Subscriber Modem (VSM) Installation Guide LED Indicator Panel with Power Button and SIM Card Door LED Indicator Panel with Power Button and SIM Card Door A set of six LEDs is used for diagnostics and testing of the unit (see Figure 1-4). Figure 1-4 LED Indicators Panel Item #
1 2 3 4 5 6 7 8 Description Power Button Power Indicator LAN GPS WiFi WWAN2 WWAN1 (does not apply for B20 LTE only configuration) SIM Card Door Power Button The Power button is used to turn the VML750 On or Off when Ignition Sense is disabled. If the Ignition Sense is enabled, you also need to turn your vehicle ignition switch to On. This button is also used to apply factory reset. 6802988C54-B July 2014 1-5 SIM Card SIM Card Chapter 1: VML750 Description If your LTE modem is intended to home on your private Motorola LTE network, you are provided with a Motorola LTE SIM card (to be inserted into SIM1 slot). If your LTE modem is intended to home on a public carrier LTE network, you need to obtain a SIM card from that public carrier and insert into SIM2 slot. The SIM card must be inserted with the metal leads facing down and the notched corner on the left. The WiFi modem is still operational without a SIM card. WiFi must be configured prior to use. Refer to VML750 Configuration Guide (6802988C55) located in https://businessonline.motorolasolutions.com for configuration procedure. 1-6 6802988C54-B July 2014 Chapter2 VML750 Installation Unpacking and Inspecting the Shipment Unpack your equipment and check the contents to ensure that you have received all the specified items. Thoroughly inspect the equipment for shipping damage as soon as possible after delivery. Report any damage you find to your Motorola Customer Service representative immediately. Safety and General Information A properly installed VML750 unit minimizes service calls. When mounting the VML750 unit components, consider the following factors:
This device requires professional installation to satisfy compliance with FCC requirements. The mounting surface must have sufficient strength to support the equipment being mounted and to prevent it from becoming loose over time. Do not attach components to any part of the vehicle subjected to excessive vibration. Do not mount the VML750 unit on a flat surface where the unit could become partially submersed in water. The proposed location of the equipment being mounted or wires/cables attached must not interfere with driver/passenger seating or leg space. 6802988C54-B July 2014 2-1 Safety and General Information Chapter 2: VML750 Installation Select a location such that heat from the unit does not damage any wiring or any other plastic or heat-sensitive parts of the automobile. Use the supplied mounting hardware. Leave sufficient space around the VML750 unit for air flow and installation. Select a location that permits routing the cables as directly as possible. Ensure that the cables are not stretched, and not subject to heat from the engine, transmission housing, or heating ducts. Crimp connectors securely. Do not run cables over sharp edges that may cause excessive wear or chaffing of the cable insulation. Do not install components in locations where they may cause interference to the operation of the vehicle's controls. Only qualified personnel may install communication equipment. Ensure secure tightening of cable connectors. Install this product in a vehicle in accordance with the vehicle manufacturers guidelines and the instructions detailed in this manual. Use only the Motorola parts specified in this manual. Check the required mounting locations. It might be necessary to penetrate the firewall to reach the battery. Before drilling commences, ensure cable clearance on the opposite side of the firewall and do not install the vehicles Electronic Control Modules (ECMs) on the opposite side of the firewall. Protect the cable where it passes through the firewall by using a grommet or similar protective measures. Installing the VML750 at the end of the vehicle above the exhaust pipe may cause the VML750 to overheat. VEHICLES EQUIPPED WITH AIR BAGS An air bag inflates with great force. DO NOT place objects, including communications equipment, in the area over the air bag or in the air bag deployment area. If the communication equipment is improperly installed and the air bag inflates, this could cause serious injury. If necessary, contact the vehicle manufacturer for air bag information specific to the vehicle. Verify that none of the vehicles systems are affected by use of the unit, e.g. cruise control, ABS breaking, traction control, engine management, direction indicators, lights, etc. 2-2 6802988C54-B July 2014 VML750 LTE Vehicular Subscriber Modem (VSM) Installation Guide Planning the Installation Use existing openings through the firewall to avoid drilling. If drilling is a must, verify not to damage the Vehicle Electronic Control Modules
(ECMs), fuel lines, brake lines, and/or cable looms. For vehicles equipped with electronic braking systems, see ANTI-SKID BRAKING PRECAUTIONS, Motorola publication 68P81109E34. It is mandatory that modems installed in vehicles fuelled by liquefied petroleum gas conform to the National Fire Protection Association standard NFPA 58, which applies to vehicles with a liquid propane (LP) gas container in the trunk or other sealed off space within the interior of the vehicle. The NFPA 58 requires the following:
(1) The space in which the LP gas container and its fittings are located must be isolated by a seal from the space containing modem equipment.
(2) Removable (outside) filling connections shall be used.
(3) The container space shall be vented to the outside. Planning the Installation Planning is the key to fast, easy and safe installation. Take the following points into consideration when selecting a location and planning the installation. Installation Constraints Refer to the Safety Instructions in Product Safety and RF Energy Exposure Booklet for Mobile Two-Way Radios Installed in Vehicles or as Fixed Site Control Stations P/N 6881095C99. The VML750 must be installed in the cars trunk, on the floor or the side walls
(cooling fins facing up, or to the side). 6802988C54-B July 2014 2-3 Installation Constraints Chapter 2: VML750 Installation The VML750 must not be installed with the cooling fins facing down. Failure to comply may cause overheating problems and performance degradation. Figure 2-1 shows a schematic VML750 installation in a car. Figure 2-1 VML750 - Schematic Car Installation Before beginning the installation process make sure that the space available at the installation site is adequate for the modem and its accessories. Each installation configuration requires a different area for mounting the modem without obstruction. When choosing a location, ensure easy installation and replacement of the unit. Figure 2-2 gives the VML750 dimensions. Figure 2-2 VML750 - Dimensions 2-4 6802988C54-B July 2014 VML750 LTE Vehicular Subscriber Modem (VSM) Installation Guide Cables Routing Cables Routing Before running a wire or drilling a hole, inspect the vehicle and determine how and where you intend to mount the antenna, modem, and the input/output device. Plan wire and cable routing to provide maximum protection from overheating, battery acid, moving parts and sharp edges. Keep cables away from ignition circuits to reduce noise pickup in the radio equipment. Verify that the cables are of sufficient length. Do not connect two short lengths with a splice; doing so results in power loss. Refrain from loose excess in the cables, but leave enough slack to allow re-connection if necessary. Do not run cables externally or underneath floor mats. Do not locate cables where the driver or passengers can kick them or where they can interfere with operation of the drivers foot pedals. When routing the cables, refrain from creating sharp bends or kinks. For detailed antenna cables routing instructions, refer to the Installation Guide supplied with each antenna. Drilling Holes Where possible, use existing holes in the firewall, the trunk wall and the channels above or beneath the doors. If you must drill holes, verify not to damage other wiring, break lines or fuel lines. When drilling a hole in the roof, take care not to snag the roof liner. To prevent rusting after drilling, remove all metal burrs and residue, and completely clean the area to ensure the removal of all steel dust. Insert rubber grommets in all drilled holes to protect cables, except for antennas cables. Tools and Equipment
#2 Phillips screwdriver Electric drill and drill bit set X-acto knife or equivalent Wire strippers Long nose pliers Small side cutters Crimping tool 6802988C54-B July 2014 2-5 Antennas Chapter 2: VML750 Installation Wrench set, including 8 mm for tray to unit attachment Crescent wrench Spanner wrench 3 mm Allen wrench set for unit to tray attachment No. 8 Torx screwdriver Electrical tape Antennas The following antennas described are for various VSM family products. Antennas for LTE Public and Private Networks Antenna Configuration for LTE Public Network The antenna is used to enhance the reception capability in poor reception areas and also to support Multiple Input Multiple Output (MIMO) modes for LTE. Two identical antennas are used; one for WWAN2 Main and one for WWAN2 div. The antennas can be provided with 12ft or 17ft coaxial cable. Figure 2-3 Antenna for LTE Public Network on WWAN2 To complete the public network installation the following antenna is used for WiFi connectivity on WWAN1 WiFi/Div and GPS reception. The antenna is constructed of three antennas:
Internal antenna - for WiFi (to be connected to WWAN1 diversity) 2-6 6802988C54-B July 2014 VML750 LTE Vehicular Subscriber Modem (VSM) Installation Guide Antenna for Configuration Supporting LTE Private Network on WWAN1 Additional GPS active antenna (to be connected to GPS port) External Whip for main (to be connected to WWAN1 main). You may install it for private network use. The antenna is shown in Figure 2-4. Figure 2-4 Antenna for WiFi and GPS Additional Antenna for Configuration Supporting LTE Private Network on WWAN1 For this addition, the External Whip is installed. The antenna can be provided with 12ft or 17ft coaxial cable. The antenna is shown in Figure 2-5. 6802988C54-B July 2014 2-7 Antennas for B20 LTE only Configuration Chapter 2: VML750 Installation Figure 2-5 Antenna for Configuration Supporting LTE Private Network Antennas for B20 LTE only Configuration Main Antenna The Main antenna is used to enhance the reception capability in poor reception areas and also to support Multiple Input Multiple Output (MIMO) modes for LTE. The antenna can be provided with 12ft or 17ft coaxial cable. The Main antenna is shown in Figure 2-6. Figure 2-6 Main Antenna 2-8 6802988C54-B July 2014 VML750 LTE Vehicular Subscriber Modem (VSM) Installation Guide Diversity Antenna Diversity Antenna The diversity antenna is constructed of three antennas. External Whip does not apply for B20 LTE only configuration Internal antenna for WWAN2 diversity and WiFi (to be connected to WWAN2 diversity) GPS active antenna (to be connected to GPS port) The antenna is provided with three short flexible coaxial cables (threads) coming out of the antenna bottom side. Depending on the antenna option purchased, two 12ft or 17ft coaxial cables are also provided in order to connect between these threads and the modem connectors. The cables will be connected to the GPS and to the WWAN2 div. (see Figure 2-7). Be sure to use the RG-174 cable to GPS port. Figure 2-7 Diversity Antenna - Standard Configuration Cables The following cables are available with the VML750 (see Figure 2-8). 6802988C54-B July 2014 2-9 Cables Chapter 2: VML750 Installation Figure 2-8 Available Cables The power cable with GPIO will be used in future releases. 2-10 6802988C54-B July 2014 VML750 LTE Vehicular Subscriber Modem (VSM) Installation Guide Mounting Brackets Item #
1 2 3 4 Description DC Power and Ignition cable (P/N FKN8663) DC Power and Ignition cable + GPIO (P/N FKN8671) LAN/Ethernet cable (P/N FKN8570) Micro USB cable (P/N FKN8703, can be purchased separately) Mounting Brackets Use the brackets (2 brackets are supplied) for mounting the VML750 securely on a flat surface. Figure 2-9 Bracket Dimensions 6802988C54-B July 2014 2-11 Modem Installation Process Chapter 2: VML750 Installation Modem Installation Process Process 2-1 describes the steps for the modem installation. Process 2-1 How to Install the VML750 Modem 1 2 3 4 5 6 7 8 9 Ensure adequate space for the installation. (See "Planning the Installation" on page 2-3) Install the antennas. (See "Antenna Mounting" on page 2-12). Refer to the Installation Guide supplied with each antenna. Route the cables. (See "Planning the Installation" on page 2-3 and "Cables Routing and Connection Procedure" on page 2-15). Install the brackets and the unit. (See "Modem Installation Procedure" on page 2-14). Connect the DC Power and Ignition cable. (See "DC Power and Ignition Cable Installation" on page 2-15). Connect the main antenna cables. (See "Antenna Cables Installation for Public and Private Network Configurations" on page 2-17 or "Antenna Cables Installation for B20 LTE Only Configuration" on page 2-18). Connect the LAN/Ethernet cable (see "LAN/Ethernet Cable Installation" on page 2-19) or the Micro USB cable (see Procedure 2-8, "How to Install the Micro USB Cable," on page 2-19). Place caps on unused connector(s). (See "Cap Installation" on page 2-24). Perform VML750 Power-on process. (See "Powering the Modem Up" on page 2-24). Antenna Mounting Procedure 2-1 gives general instructions for mounting the antennas. 2-12 6802988C54-B July 2014 VML750 LTE Vehicular Subscriber Modem (VSM) Installation Guide Special Antennas Installation Considerations Procedure 2-1 How to Mount the Antennas 1 Mount the antennas in accordance with the instructions provided with each antenna kit and with the Product Safety and RF Energy Exposure Booklet for Mobile Two-Way Radios Installed in Vehicles or as Fixed Site Control Stations enclosed with the VML750 LTE VSM (Motorola Publication part number 6881095C99). Special Antennas Installation Considerations General Antenna Installation Safety Considerations The Private LTE, Commercial LTE and WiFi antennas must be installed in a location that will ensure a distance of at least 8 (20 cm) between any of them and any bystander. If your vehicle is equipped with PSNB (Public Safety Narrow Band) equipment, special attention must be taken when installing the antennas. A minimum distance of 78 (198 cm) must be kept between the PSNB antenna and any VML750 antenna in order to ensure coexistence between all systems. Main Antenna The antenna must be installed on a flat metal surface (minimum size 24 (61 cm) x 24 (61 cm)). The Private network main antenna (when applicable) and the Public network main antenna must be installed on the vehicles roof, preferably in the center front side of it. Make sure that the vehicle roof material is metal. If not, use a 2 ft x 2 ft metal ground plane and mount the antenna in its center. For best performance, a minimum distance of 36
(91.44 cm) must be kept between this antenna and any other antenna. 6802988C54-B July 2014 2-13 Modem Installation Procedure Chapter 2: VML750 Installation Modem Installation Procedure Procedure 2-2 describes how to install the modem on a flat surface. Procedure 2-2 How to Install the Modem on a Flat Surface 1 Position the two mounting brackets (1) on both sides of the modem (2) and fasten using 4 screws each. See Figure 2-10. Figure 2-10 Mounting Brackets 2 3 Locate the VML750 with the mounting brackets attached on the dedicated flat surface. Centerpunch the marked spots and fix the modem in position using the self-drilling supplied screws. 2-14 6802988C54-B July 2014 VML750 LTE Vehicular Subscriber Modem (VSM) Installation Guide Cables Routing and Connection Procedure Cables Routing and Connection Procedure DC Power and Ignition Cable Installation The unit is used with a negative ground system only. The FKN8663/FKN8671 DC Power cable is equipped with a 5-Ampere fuse (slow-blow). Verify that the vehicle electrical system can support current values larger than that. Insert the fuse into the fuse holder after installation completion and after carefully inspecting all connections. The VML750 supports 12/24 V vehicle batteries, i.e. 13.8 V 20% and 27.6 V 20% DC vehicle batteries. Connecting the VML750 to a higher voltage battery source (i.e. 48V) may damage it. See Figure 2-11 before routing or connecting the DC Power and Ignition cable and use the following process. Figure 2-11 DC Power and Ignition Cable Routing Into Engine Compartment Procedure 2-3 describes how to install the DC power and ignition cable. Procedure 2-3 How to Install the DC Power and Ignition Cable 1 Remove the fuse from the fuse holder. Route the DC Power cable leads through the firewall and into the engine compartment. Use an existing opening or, if necessary, drill a 2 cm (26/32) diameter hole through the firewall. Insert a grommet into the hole to prevent damage to the DC Power cable. 6802988C54-B July 2014 2-15 DC Power and Ignition Cable Installation Chapter 2: VML750 Installation Procedure 2-3 How to Install the DC Power and Ignition Cable (Continued) 2 3 4 5 On the engine side of the firewall, connect the black lead to the negative (-) battery terminal. On the engine side of the firewall, connect the red (A+) lead to the vehicles battery as follows:
1. Verify that the fuse holder is at a distance of 20-30 cm (7.87-11.8) away from the connection point, ensuring that it is not close to any hot engine component. 2. Mount the fuse holder using the provided mount, and dress wires as necessary. Connect the red lead plug adaptor (on the fuse holder) to the matching receptacle on the red lead of the DC Power cable. 3. Connect the red lead of the DC Power cable to the positive (+) battery terminal. Cable tie the wire every 4 (10 cm) along its length, do not tie to existing vehicle cables 4. Verify that the cables in the engine compartment do not obstruct any of the vehicle controls or touch hot or moveable parts of the engine. For ignition installation, perform the following steps:
1. Consult the vehicle documentation to locate the ignition wire. 2. Verify that the voltage is high with ignition on, during start (cranking), accessory, and while vehicle is running. When the ignition is off, the voltage is zero. 3. Connect the green lead of the DC Power cable to ignition (+). Cable tie the wire every 4 (10 cm) along its length, do not tie to existing vehicle systems. Insert the fuse into the fuse holder. 2-16 6802988C54-B July 2014 VML750 LTE Vehicular Subscriber Modem (VSM) Installation Guide Cables Installation for Public and Private Network Configurations Antenna Procedure 2-3 How to Install the DC Power and Ignition Cable (Continued) 6 Connect the DC Power and ignition cable connector to POWER connector on the VML750 Connector panel. Fasten the connector using the four fastening screws. Antenna Cables Installation for Public and Private Network Configurations Procedure 2-4 How to Install Antenna Cables for Public Network 1 The combo antenna is provided with three flexible coaxial cables coming out of the antenna bottom side (two threads for internal and GPS are used). Two 12ft/17ft coaxial cables are also provided in order to connect between the internal and GPS threads and the modem connectors. Connect the internal cable connector to the WWAN1 WiFi/DIVport on the VML750 connector panel. Connect the GPS cable connector to the GPS port on the VML750 connector panel. Form a service loop to contain any excess cable length. It is required to form the service loop for the flexible cables coming out of the antenna bottom near the cable exit. These service loops should have a minimum bend radius of 1" (2.54 cm). If needed, form a second service loop for the excess length of the jumper cables near the VML750 with minimum bend radius of 3" (7.63 cm). Use plastic cable ties to secure the cable. 6802988C54-B July 2014 2-17 Antenna Cables Installation for B20 LTE Only Configuration Chapter 2: VML750 Installation Procedure 2-4 How to Install Antenna Cables for Public Network (Continued) 2 For the Main and Diversity antennas, connect the RF cable from the antenna to WWAN2 main and WWAN2 DIV. Do not use pliers or any other metallic tool for tightening. Hand tighten only! Fully tighten the antenna cable connector and verify it is well fastened. Procedure 2-5 How to Complete the Antenna Installation for Private Network 1 Connect the connector of the cable marked with External to the WWAN1 Main port on the VML750 connector panel. Antenna Cables Installation for B20 LTE Only Configuration Procedure 2-6 How to Install Antenna Cables 1 The combo antenna is provided with three flexible coaxial cables coming out of the antenna bottom side (two threads for internal and GPS are used). Two 12ft/17ft coaxial cables are also provided in order to connect between the internal and GPS threads and the modem connectors. Connect the internal cable connector to the WWAN2 DIV/WiFi port on the VML750 connector panel. Connect the GPS cable connector to the GPS port on the VML750 connector panel.Form a service loop to contain any excess cable length. It is required to form the service loop for the flexible cables coming out of the antenna bottom near the cable exit. These service loops should have a minimum bend radius of 1" (2.54 cm). If needed, form a second service loop for the excess length of the jumper cables near the VSM with minimum bend radius of 3" (7.63 cm). Use plastic cable ties to secure the cable. 2-18 6802988C54-B July 2014 VML750 LTE Vehicular Subscriber Modem (VSM) Installation Guide LAN/Ethernet Cable Installation Procedure 2-6 How to Install Antenna Cables (Continued) 2 For the Main antenna, connect the RF cable from the antenna to WWAN2 main. Do not use pliers or any other metallic tool for tightening. Hand tighten only! Fully tighten the antenna cable connector and verify it is well fastened. LAN/Ethernet Cable Installation Procedure 2-7 How to Install the LAN/Ethernet Cable 1 2 Connect the LAN/Ethernet cable from the LAN connector on the Connector panel to your vehicles Mobile Data Terminal. Do not use pliers or any other metallic tool for tightening. Hand tighten only! Fully tighten the LAN/Ethernet cable connector and verify it is well fastened. Follow the LAN/Ethernet cable 8 2 (20 5 cm) away from where it attaches to the VML750 and secure it to the vehicle body. Micro USB Cable Installation Perform the following procedure if you are not installing the LAN/Ethernet cable. Procedure 2-8 How to Install the Micro USB Cable 1 Connect the Micro USB cable from the Micro USB connector on the Connector panel to your vehicles Mobile Data Terminal USB connector. Do not use pliers or any other metallic tool for tightening. Hand tighten only! Fully tighten the Micro USB cable connector and verify it is well fastened. 6802988C54-B July 2014 2-19 SIM Installation Chapter 2: VML750 Installation Procedure 2-8 How to Install the Micro USB Cable (Continued) 2 Follow the Micro USB cable 8 2 (20 5 cm) away from where it attaches to the VML750 and secure it to the vehicle body. SIM Installation If your LTE modem is intended to home on your private Motorola LTE network, you will be provided with a Motorola LTE SIM card. If your LTE modem is intended to home on a public carrier LTE network, you will need to obtain a SIM card from that public carrier to be inserted into the VML750. Procedure 2-9 How to Install a SIM Card 1 2 3 4 Locate the SIM card door on the front right side of the VML750. Unscrew the door and put to the side. If a SIM card is in the slot, your LTE modem has been staged for you
(refer to VML750 Configuration Guide P/N 6802988C55 if required);
skip to step 4. Locate the SIM card provided for you by Motorola or your public carrier. Hold the card so that the metal contacts are facing down. Insert the card into the SIM slot until you feel it 'click' into place. SIM 1 slot is for private network. SIM 2 slot is for public carrier network. Close the door and screw it back into place. Make sure the screw is well tightened and that the door does not move. 2-20 6802988C54-B July 2014 VML750 LTE Vehicular Subscriber Modem (VSM) Installation Guide CryptR Card Removal and Installation CryptR Card Removal and Installation Perform the following procedures if you are required to replace the CryptR card. Verify that your VML750 is disconnected from the power source prior to performing the following procedure. Procedure 2-10 How to Remove the CryptR Card 1 On the VSM bottom cover, open the two Torx 8 captive screws fastening the CryptR card door. 6802988C54-B July 2014 2-21 CryptR Card Removal and Installation Chapter 2: VML750 Installation Procedure 2-10 How to Remove the CryptR Card (Continued) 2 Use one of the captive screws to pull the door from the cover. 3 Pull the card lock back to release it and lift it up. 2-22 6802988C54-B July 2014 VML750 LTE Vehicular Subscriber Modem (VSM) Installation Guide CryptR Card Removal and Installation Procedure 2-10 How to Remove the CryptR Card (Continued) 4 Remove the card from the VSM. Procedure 2-11 How to Install the CryptR Card 1 2 3 4 Use the photos in Procedure 2-10 to better understand the required steps. Insert the CryptR card into its location in the VSM. Lower the lock and push it forward to lock it. Install the card door on the VSM lower cover. Close two Torx 8 captive screws. Fasten with a torque of 12 Inch-Lib. 6802988C54-B July 2014 2-23 Cap Installation Chapter 2: VML750 Installation Cap Installation Procedure 2-12 How to Install Cap(s) on Unused Connector(s) 1 To protect any unused connectors (WWAN2, LAN/Ethernet, USB) on the back of the VML750, screw caps provided in the installation kit onto these unused ports. Powering the Modem Up Perform the following procedure after installing the modem. Procedure 2-13 How to Power up the Modem 1 2 3 4 5 Verify that the vehicles ignition switch is in On position . Press and hold the Power button on the LED Indicator Panel for 23 seconds. Release the button when the Power LED turns green (blinking or solid). If your modem is connected to a computer using LAN/Ethernet/USB cable, LAN LED turns green. If no LAN/Ethernet/USB cable is connected, LAN LED is off. The GPS LED blinks orange while your modem is searching for GPS satellites. After satellites have been acquired, the GPS LED turns green. The time interval for acquiring satellites during initial power up may take up to 5 minutes. WiFi LED is tuned off until WiFi configuration was performed (refer to the VML750 Configuration Guide, P/N 6802988C55). Does not apply for B20 LTE only configuration. 2-24 6802988C54-B July 2014 VML750 LTE Vehicular Subscriber Modem (VSM) Installation Guide Powering the Modem Up Procedure 2-13 How to Power up the Modem (Continued) After configuring the modem to WiFi Access Point mode, the WiFi LED turns green. When data is transferred, the WiFi LED blinks green. Does not apply for B20 LTE only configuration. 6 7 If your VML750 is equipped to support LTE, you will need to activate it on the associated LTE network (your own private PS LTE network or on the public carrier network). To do this, contact the manager of your network (Motorola, public carrier, or your own internal technical support) and provide the SIM card identifier number, called the IMSI. This identifier can be found on the plastic credit card frame for the SIM. If you are in LTE coverage area, the following sequence will take place, if a SIM card is inserted and the SIM door is closed:
1. LTE LED blinks orange while the modem searches for the LTE network. 2. LTE LED blinks green while registering to the network. 3. LTE LED is solid green after registration and activation. The time interval for registering and activating your account may vary and could typically take up to 2 minutes. If the SIM door is not closed, the LTE LED rapidly blinks red. If SIM card is not inserted, the LTE LED blinks red. 6802988C54-B July 2014 2-25 Powering the Modem Up Chapter 2: VML750 Installation This page intentionally left blank. 2-26 6802988C54-B July 2014 Chapter3 Troubleshooting the VML750 Motorola has made every effort to ensure that this product is of excellent quality. However, if you experience any problems with the product, please contact your local Motorola service representative with product related information. For complete information on ordering required parts and kits, contact your local customer service representative and refer to Appendix B, "Reference". 6802988C54-B July 2014 3-1 Troubleshooting Chapter 3: Troubleshooting the VML750 Troubleshooting This paragraph gives details regarding possible malfunctions that may occur after first time installation of the VML750, their probable cause and the recommended corrective action. For correct LED indications, refer to Table 3-2. Contact Motorola Solutions Support Center (SSC) team for further troubleshooting assistance if necessary. For contact information, refer to "Motorola Solutions Support Center" on page -xiv. Table 3-1 Troubleshooting the VML750 Malfunction Probable Cause Corrective Action VML750 does not turn On. Power cable is not properly connected. Power button was not properly pressed. No LAN/Ethernet connection. LAN/Ethernet cable is not connected, or, Micro USB cable is not connected. No GPS reception. GPS cable (from Main antenna) is not connected. 1. Check the cable connections, connect as required and turn the VML750 On. 2. Verify that the Power LED is blinking red
(standby mode). 3. Press the Power button to turn On (expect LED behavior according to ignition state). Press the Power button for 23 sec. 1. Apply power to the modem. 2. Verify that the Power LED is blinking red. 3. 4. Verify that the Power LED is blinking orange (in
"ignition enabled" mode), or blinking green and then solid green (in "ignition disabled" mode). Connect the LAN/Ethernet cable (refer to
"LAN/Ethernet Cable Installation" on page 2-19) or the Micro USB cable (refer to "Micro USB Cable Installation" on page 2-19) and verify that the LAN LED is green. 1. Connect the GPS cable (refer to "Antenna Cables Installation for Public and Private Network Configurations" on page 2-17 or "Antenna Cables Installation for B20 LTE Only Configuration" on page 2-18). 2. Verify that the GPS LED is blinking orange and then changes to solid green. 3-2 6802988C54-B July 2014 VML750 LTE Vehicular Subscriber Modem (VSM) Installation Guide Troubleshooting Table 3-1 Troubleshooting the VML750 (Continued) Malfunction No WiFi connection. Probable Cause WiFi was not configured as required. Div/WiFi cable is not connected. Corrective Action Refer to VML750 Configuration Guide (6802988C55) located in https://businessonline.motorolasolutions.com for WiFi configuration. 1. Connect the WiFi/Div cable (refer to "Antenna Cables Installation for Public and Private Network Configurations" on page 2-17 . 2. Verify that the WiFi LED is blinking/solid green. 6802988C54-B July 2014 3-3 Troubleshooting Chapter 3: Troubleshooting the VML750 Table 3-1 Troubleshooting the VML750 (Continued) Malfunction No LTE connection. Probable Cause Device has not yet been activated on the LTE network. Corrective Action The following steps assumes a subscription for the LTE service has been created by your network manager or service provider. 1. Locate ICCID (the identifier for the LTE SIM card) or PSN (the device serial number) which will be printed on a sticker affixed to the VML750 casing. 2. Contact the network manager or technical service department and report the ICCID or the PSN number. 3. Verify that your device has been activated on the LTE network. Refer to Procedure 2-13, "How to Power up the Modem," on page 2-24. 1. Insert a new SIM into relevant SIM slot. Refer to Procedure 2-9, "How to Install a SIM Card," on page 2-20 2. Close the SIM door. 3. Turn the VML750 On. 4. Verify the LTE LED is blinking orange/green and then change to solid green. 1. Connect the LTE cable (refer to "Antenna Cables Installation for Public and Private Network Configurations" on page 2-17 or "Antenna Cables Installation for B20 LTE Only Configuration" on page 2-18). 2. Verify the LTE LED is blinking orange/green and then change to solid green. 3. between the jumper and the thread cable. Refer to VML750 Configuration Guide (6802988C55) located in https://businessonline.motorolasolutions.com for downloading the licence file. If the above does not help, check the connection SIM card is not inserted/damaged. LTE cable (from Main antenna) is not connected. Missing LTE Band. 3-4 6802988C54-B July 2014 VML750 LTE Vehicular Subscriber Modem (VSM) Installation Guide LED Indicators Functions LED Indicators Functions Table 3-2 describes the functions of the LED indicators on the VML750 front panel. Table 3-2 LED Indicators Functions LED Name:
Power LAN WWAN1
(Does not apply for B20 LTE only configuration) WWAN2 WiFi GPS LED Status OFF Solid Green Power off Power on No link Link is on Off Connected Off Connected Blinking Green Powering up TX/RX Activity Connecting/
Registering Connecting/
Registering Solid Orange Blinking Orange Solid Red Blinking Red Rapid Blinking Red __ No Ignition The user turns the power On
(power button pressed) but ignition is off __ Standby External power is connected to the system Problem __ __ __ __ __ __ Searching for signal __ Searching for signal Problem/
Overheat SIM card is not installed in the modem Problem/
Overheat SIM card is not installed in the modem Problem/
Overheat __ SIM door is open SIM door is open __ Problem __ __ Off Available (for AP) Connected (for client) TX/RX Activity (for AP) Scanning (for client) __ __ Off Tracking __ __ Searching for signal 6802988C54-B July 2014 3-5 LED Indicators Functions Chapter 3: Troubleshooting the VML750 This page intentionally left blank. 3-6 6802988C54-B July 2014 Using the VML750 General Chapter4 After installing the VML750 in your vehicle it must be configured for proper operation. To configure your modem, refer to VML750 Configuration Guide P/N 6802988C55. After configuring the modem, it should be turned on automatically upon your vehicle ignition and operate properly. If you detect any malfunction in the VML750 operation, refer to Chapter 3, "Troubleshooting the VML750". 6802988C54-B July 2014 4-1 General Chapter 4: Using the VML750 This page intentionally left blank. 4-2 6802988C54-B July 2014 AppendixA Specifications Physical Dimensions (Modem) Weight (Modem) 8.07x7.87x1.71 (20.5 cm x 20 cm x 4.35 cm 1 mm) 6 Pounds (2.5 Kg) Communication Ports Amphenol RF Ports LAN Ethernet 10/100 RJ45 USB 2.0 high speed Micro AB WWAN1 MAIN1 WWAN1 Diversity + WiFi WWAN2 MAIN2 WWAN2 Diversity (Diversity + WiFi for B20 LTE only) GPS SMA connector (Female) (does not apply for B20 LTE only configuration) SMA connector (Female) (does not apply for B20 LTE only configuration) SMA connector (Female) SMA connector (Female) SMA connector (Female) 6802988C54-B July 2014 A-1 Power Port Appendix A: Specifications Power Port Power LEDs Refer to Table 3-2. 9-pin D-TYPE Operating Temperature Ambient temperature
-30C to +60C Power Input Voltage Power Consumption:
Modem Standby Modem Transmit 11 to 33 VDC
< 0.3 A RMS
< 1 A RMS RF Characteristics Frequency:
LTE EVDO WiFi Bandwidth:
LTE EVDO 4G BC14 Tx 788798 MHz 4G BC14 Rx 758769 MHz 4G BC13 Tx 777787 MHz 4G BC13 Rx 746756 MHz 3G BC0 Tx 824849 MHz 3G BC0 Rx 869894 MHz 3G BC1 Tx 18501910 MHz 3G BC1 Rx 19301990 MHz 2401-2473 MHz 5 MHz 10 MHz 1.288 MHz A-2 6802988C54-B July 2014 VML750 LTE Vehicular Subscriber Modem (VSM) Installation Guide RF Characteristics WiFi Output transmit power:
LTE EVDO WiFi Receiver sensitivity:
LTE EVDO WiFi (802.11g) Frequency Stability:
LTE EVDO BC0 EVDO BC1 WiFi 20 MHz (802.11b/g/n) 23 dBm 23 dBm 15 dBm 10 MHz -94 dBm, typ -96 dBm 5 MHz -97 dBm, typ -99 dBm
-105.5 , typ -109 dBm
-87 dBm 2.5 ppm
+/-300 Hz
+/-150 Hz 20 ppm 6802988C54-B July 2014 A-3 This page intentionally left blank. A-4 6802988C54-B July 2014 AppendixB Reference Replacement Parts Replace damaged parts with identical replacement parts. For complete information on ordering required parts and kits, please contact your local Motorola service representative. Replacement Parts List Kit/Part Number Description Antennas Refer to "Approved Antennas and Cables Replacements List" on page B-2 Bracket, Screws & Washers 0312002B14 03013013001 0487623U12 07013065001 Cables FKN8570 FKN8730 FKN8663 FKN8671 SIM card CryptR card Mounting Screw, Bracket to Car, 4 Mounting Screw, VSM to Bracket, 8 Spring Washer, VSM to Bracket, 8 Bracket, 2 LAN/Ethernet Cable (177/450 cm) Micro USB cable DC Power & Ignition Cable (177/450 cm) DC Power & Ignition Cable + GPIO (177/450 cm) SIM Card Kit CryptR Micro SD card 6802988C54-B July 2014 B-1 Kit Replacement Parts List Appendix B: Reference Kit Replacement Parts List Kit/Part Number FLN1057 FLN2057 (Future option) FLN1310 Description VML750, VzW LTE VSM Modem VML750, R3.7 LTE VSM Modem VML750, BC20 LTE VSM Modem Approved Antennas and Cables Replacements List Kit/Part Number Kit Description AN000036A01 VML750 base antenna with a cap FTN0073
(85013022001) Wideband Fix-Mounted Vehicular Antenna (12 ft cable) FTN7686
(85013016001) LTE Whip Antenna FTN6070
(85013022001) Wideband Fix-Mounted Vehicular Antenna (17 ft cable) CB000133A01 CB000133A02 CB000221A01 NMO Antenna Mount 12ft 30013096001 NMO Antenna Mount 17ft SMA-F to SMA-M 12 ft LMR200 cable type 30013072001 30013093001 SMA-F to SMA-M 17 ft LMR240 cable type SMA-F to SMA-M 12 ft RG174 cable type SMA-F to SMA-M 17 ft RG174 cable type B-2 6802988C54-B July 2014 AppendixC LTE & LMR Antennas Mounting Recommendations This appendix provides procedures for determining the mounting locations for a Public Safety Narrow Band (PSNB) LMR 700/800MHz antenna and Broad Band (BB) LTE 700MHz antennas. The following procedures are given:
Police patrol vehicle with a PSNB antenna and a standard BB antenna. Bus with a PSNB antenna and a low profile BB antenna Police Patrol Vehicle Antennas Location Considerations Overview The antennas mounting location is selected individually for every vehicle before starting the actual installation process. The following list gives general recommendations for determining the mounting location of PSNB and BB antennas based on several key considerations:
Keep a minimum distance of 7.87 (20 cm) between the LTE [BB] antennas; including WiFi to any other antenna and any potential bystander (for bystander safely). Follow the guidelines in the installation and safety manuals of the LMR
[PSNB] radios with regards to mounting locations and operation of radio in the presence of bystanders (for bystander safety). Keep a minimum spatial separation of 78 (198 cm) between the PSNB and BB LTE antennas this separation provides a minimum of 35 dB isolation to reduce interferences. Keep a minimum spatial separation of 36 (91.4 cm) between the two BB LTE (main and diversity) antennas for potential interference reduction and for optimal Multiple Input Multiple Output (MIMO) and Maximum Ratio diversity Combining (MRC) performance. 6802988C54-B July 2014 C-1 Planning Antenna Mounting Location on a Police Patrol Vehicle Appendix C: LTE & LMR Antennas Mounting Recommendations Planning Antenna Mounting Location on a Police Patrol Vehicle Figure C-1 shows a basic suggestion for antennas location. Procedure C-1 describes the planning. Figure C-1 Police Patrol Vehicle Antennas Location Suggestion Legend:
PSNB Public Safety Narrow Band 700/800 Antenna V/U Existing VHF/UHF Antenna Antennas must be installed on a flat metal surface (minimum size 24 (61 cm) x 24 (61 cm)). Procedure C-1 Planning Antennas Location on a Police Patrol Vehicle 1 2 Observe the existing antennas. Draw an imaginary 36 (91.4 cm) radius circles around the existing antennas. C-2 6802988C54-B July 2014 VML750 LTE Vehicular Subscriber Modem (VSM) Installation Guide Planning Antenna Mounting Location on a Police Patrol Vehicle 5 4 3 Procedure C-1 Planning Antennas Location on a Police Patrol Vehicle (Continued) Draw imaginary lines 7.8 (20 cm) from both sides of the vehicle's roof and trunk cover. Plan mounting the antennas on areas determined by step 2 and 3 i.e. not closer than 36 (91.4 cm) to any existing antenna and at least 7.8 (20 cm) from the vehicle sides. Plan the antennas mounting locations, taking into account the available coaxial cables length. If possible, plan mounting the PSNB antenna on the vehicle's trunk cover. Define the Diversity BB antenna location on the vehicle's roof with a minimum direct distance of 78 (198 cm) from the PSNB antenna. If a PSNB antenna is not required, plan mounting the Diversity/WiFi antenna on the vehicles trunk cover. Define the Main BB antenna location on the vehicle's roof with a minimum distance of 36 (91.4 cm) to the Diversity BB antenna and of 78 (198 cm) to the PSNB antenna. It is recommended to install the main antenna on the center line at the front side of the vehicle's roof. Some vehicles may already have a PSNB antenna mounted. For these vehicles, it is recommended to reinstall the PSNB antenna on the vehicle's trunk cover. 6 7 8 9 6802988C54-B July 2014 C-3
1 2 3 | User Manual Safety | Users Manual | 1.37 MiB |
6881095C99_SafetyM_Eng.fm Page 1 Tuesday, March 20, 2012 2:43 PM RF Energy Exposure and Product Safety Guide for Mobile Two-Way Radios Installed in Vehicles, Vessels or as Fixed Site Control Stations ATTENTION!
BEFORE USING THIS RADIO, READ THIS BOOKLET WHICH CONTAINS IMPORTANT OPERATING INSTRUCTIONS FOR SAFE USAGE AND RF ENERGY AWARENESS AND CONTROL INFORMATION FOR COMPLIANCE WITH RF ENERGY EXPOSURE LIMITS IN APPLICABLE NATIONAL AND INTERNATIONAL STANDARDS. The information provided in this document supersedes the general safety information contained in user guides published prior to January 2008. MOTOROLA, MOTO, MOTOROLA SOLUTIONS and the Stylized M logo are trademarks or registered trademarks of Motorola Trademark Holdings, LLC and are used under license. All other trademarks are the property of their respective owners. 2005 2012 Motorola Solutions, Inc. All rights reserved. Motorola Solutions, Inc. 1303 E. Algonquin Rd., Schaumburg, IL 60196, U.S.A.
*NNTN7851D*
NNTN7851D
*6881095C99*
6881095C99-J English 6881095C99_SafetyM_Eng.fm Page 2 Tuesday, March 20, 2012 2:43 PM RF Energy Exposure Awareness and Control Information, and Operational Instructions for FCC Occupational Use Requirements NOTICE: This radio is intended for use in occupational/controlled conditions, where users have full knowledge of their exposure and can exercise control over their exposure to meet FCC limits. This radio device is NOT authorized for general population, consumer, or any other use. This two-way radio uses electromagnetic energy in the radio frequency (RF) spectrum to provide communications between two or more users over a distance. It uses radio frequency (RF) energy or radio waves to send and receive calls. RF energy is one form of electromagnetic energy. Other forms include, but are not limited to, sunlight and x-rays. RF energy, however, should not be confused with these other forms of electromagnetic energy, which when used improperly, can cause biological damage. Very high levels of x-rays, for example, can damage tissues and genetic material. Experts in science, engineering, medicine, health, and industry work with organizations to develop standards for safe exposure to RF energy. These standards provide recommended levels of RF exposure for both workers and the general public. These recommended RF exposure levels include substantial margins of protection. All Motorola two-way radios are designed, manufactured, and tested to ensure they meet government-established RF exposure levels. In addition, manufacturers also recommend specific operating instructions to users of two-way radios. These instructions are important because they inform users about RF energy exposure and provide simple procedures on how to control it. English 2 6881095C99_SafetyM_Eng.fm Page 3 Tuesday, March 20, 2012 2:43 PM Please refer to the following Web sites for more information on what RF energy exposure is and how to control your exposure to assure compliance with established RF exposure limits. http://www.fcc.gov/oet/rfsafety/rf-faqs.html http://www.osha.gov/SLTC/radiofrequencyradiation/index.html Federal Communication Commission Regulations The FCC rules require manufacturers to comply with the FCC RF energy exposure limits for mobile two-way radios before they can be marketed in the U.S. When two-way radios are used as a consequence of employment, the FCC requires users to be fully aware of and able to control their exposure to meet occupational requirements. Exposure awareness can be facilitated by the use of a label directing users to specific user awareness information. Your Motorola two-way radio has a RF exposure product label. Also, your Motorola user manual, or separate safety booklet, includes information and operating instructions required to control your RF exposure and to satisfy compliance requirements. Compliance with RF Exposure Standard Your Motorola two-way radio is designed and tested to comply with a number of national and international standards and guidelines (listed below) regarding human exposure to radio frequency electromagnetic energy. This radio complies with the IEEE and ICNIRP exposure limits for occupational/
controlled RF exposure environment at duty factors of up to 50% talk-50%
listen and is authorized by the FCC for occupational use only. In terms of measuring RF energy for compliance with the FCC exposure guidelines, your radio antenna radiates measurable RF energy only while it is transmitting
(during talking), not when it is receiving (listening) or in standby mode. 3 English 6881095C99_SafetyM_Eng.fm Page 4 Tuesday, March 20, 2012 2:43 PM Your Motorola two-way radio complies with the following RF energy exposure standards and guidelines:
United States Federal Communications Commission (FCC), Code of Federal Regulations; 47 CFR et seq. FCC, OET Bulletin 65 Institute of Electrical and Electronic Engineers (IEEE) C95.1 International Commission on Non-Ionizing Radiation Protection (ICNIRP) Ministry of Health (Canada) Safety Code 6 Industry Canada RSS-102 Australian Communications Authority Radiocommunications Standard et seq. ANATEL ANNEX to Resolution No. 303 et seq. RF Exposure Compliance and Control Guidelines and Operating Instructions To control exposure to yourself and others and to ensure compliance with the RF exposure limits, always adhere to the following procedures. Guidelines:
User awareness instructions should accompany device when transferred to other users. DO NOT use this device if the operational requirements described herein are not met. English 4 6881095C99_SafetyM_Eng.fm Page 5 Tuesday, March 20, 2012 2:43 PM Instructions:
Transmit no more than the rated duty factor of 50% of the time. To transmit
(talk), push the Push-To-Talk (PTT) button or, for radios equipped with VOX, speak into the microphone. The red LED will illuminate when the radio is transmitting. To receive calls, release the PTT button, or, for radios equipped with VOX, stop talking. The red LED will extinguish when the radio stops transmitting. Transmitting 50% of the time, or less, is important because this radio generates measurable RF energy exposure only when transmitting (in terms of measuring for standards compliance). Transmit only when people outside the vehicle are at least the recommended minimum lateral distance away, as shown in Table 1, from the body of a vehicle with a properly installed antenna. This separation distance will ensure that there is sufficient distance from a properly installed
(according to installation instructions) externally-mounted antenna to satisfy the RF exposure requirements in the standards listed above. NOTE: Table 1 below lists the recommended lateral distance for people in an uncontrolled environment from the body of a vehicle with an approved, properly installed transmitting antenna (i.e., monopoles over a ground plane, or dipoles) at several different ranges of rated radio power for mobile radios installed in a vehicle. Table 1. Rated Power of Vehicle-Installed Mobile Two-Way Radio and Recommended Minimum Lateral Distance from Vehicle Body Mobile Radio Rated Power (see Note) Less than 7 watts 7 to 14 watts 15 to 39 watts 40 to 110 watts Minimum Lateral Distance from Vehicle Body 8 inches (20 centimeters) 1 foot (30 centimeters) 2 feet (60 centimeters) 3 feet (90 centimeters) 5 English 6881095C99_SafetyM_Eng.fm Page 6 Tuesday, March 20, 2012 2:43 PM When a mobile radio is used in conjunction with another co-located transmitter such as a Vehicular Repeater, it is the vehicle operators responsibility to take appropriate steps to keep bystanders at the required separation distance from the vehicle to ensure compliance with the FCC's RF energy exposure limits for the general population. See the co-located transmitters user manual for more details. NOTE: If you are not sure of the rated power of your radio, contact your Motorola representative or dealer and supply the radio model number found on the radio model label. If you can not determine the rated power out, then assure 3-feet separation from the body of the vehicle. Users of multi-band radios subject to different separation distances in different operating bands according to Table 1 should select the larger applicable distance as the minimum lateral distance for bystanders outside the vehicle. The maximum power shown on the FCC Grant may be higher than the rated power allowing for production variation. Mobile Antenna Installation Guidelines These mobile antenna installation guidelines are limited to metal body motor vehicles or vehicles with appropriate ground planes. Antennas should be installed in the center area of the roof or the trunk lid taking into account exposure conditions of backseat passengers and according to the specific instructions and restrictions in the Radio Installation Manual along with the requirements of the antenna supplier. Trunk lid installations are limited to vehicles with clearly defined flat trunk lids, and in some cases, to specific radio models and antennas. See the Radio Installation Manual for specific information on how and where to install specific types of approved antennas to facilitate recommended operating distances to all potentially exposed persons. Use only the Motorola-approved, supplied antenna or a Motorola-
approved replacement antenna. Unauthorized antennas, modifications, or English 6 6881095C99_SafetyM_Eng.fm Page 7 Tuesday, March 20, 2012 2:43 PM attachments could damage the radio and may result in non-compliance with RF Safety Standards. Approved Accessories This radio has been tested and meets RF Safety Standards when used with the Motorola accessories supplied or designated for this product. Use of other accessories may result in non-compliance with RF Safety Standards. For a list of Motorola-approved antennas and accessories, refer to the user manual for your radio model. Additional Information For additional information on exposure requirements or other training information, visit: http://responsibility.motorolasolutions.com/index.php/
ourapproach/wirelesscommhealth/. Compliance and Control Guidelines and Operating Instructions for Mobile Two-Way Radios Installed as Fixed Site Control Stations If mobile radio equipment is installed at a fixed location and operated as a control station or as a fixed unit, the antenna installation must comply with the following requirements in order to ensure optimal performance and compliance with the RF energy exposure limits in the standards and guidelines listed on page 4:
The antenna should be mounted outside the building on the roof or a tower if at all possible. As with all fixed site antenna installations, it is the responsibility of the licensee to manage the site in accordance with applicable regulatory requirements and may require additional compliance actions such as site survey measurements, signage, and site access restrictions in order to ensure that exposure limits are not exceeded. 7 English 6881095C99_SafetyM_Eng.fm Page 8 Tuesday, March 20, 2012 2:43 PM For additional installation information, see the guidelines for minimum separation distances provided above in the RF Exposure Compliance and Control Guidelines and Operating Instructions section of this document. Compliance and Control Guidelines and Operating Instructions for Mobile Two-Way Radios Installed on Maritime Vessels If mobile radio equipment is installed on a vessel and operated as a fixed unit, the antenna installation must comply with the following requirements in order to ensure optimal performance and compliance with RF energy exposure limits in the standards and guidelines listed on page 4:
An antenna intended for Maritime operation should be chosen and installed according to the manufacturers recommendations. The antennas should be mounted solidly to the vessel structure at the highest location possible. As with all radio antenna installations, it is the responsibility of the operator to maintain adequate distances from the antenna and all personnel on board the vessel or adjacent to the vessel. For additional installation information, see the guidelines for minimum separation distances proved above in the RF Exposure Compliance and Control Guidelines and Operating Instructions section of this document. Electromagnetic Interference/Compatibility NOTE: Nearly every electronic device is susceptible to electromagnetic interference (EMI) if inadequately shielded, designed, or otherwise configured for electromagnetic compatibility. It may be necessary to conduct compatibility testing to determine if any electronic equipment used in or around vehicles or near fixed site antenna is sensitive to external RF energy or if any procedures need to be followed to eliminate or mitigate the potential for interaction between the radio transmitter and the equipment or device. English 8 6881095C99_SafetyM_Eng.fm Page 9 Tuesday, March 20, 2012 2:43 PM Facilities To avoid electromagnetic interference and/or compatibility conflicts, turn off your radio in any facility where posted notices instruct you to do so. Hospitals or health care facilities may be using equipment that is sensitive to external RF energy. Vehicles To avoid possible interaction between the radio transmitter and any vehicle electronic control modules, such as ABS, engine, or transmission controls, the radio should be installed only by an experienced installer and the following precautions should be used when installing the radio:
1. Refer to the manufacturers instructions or other technical bulletins for recommendations on radio installation. 2. Before installing the radio, determine the location of the electronic control modules and their harnesses in the vehicle. 3. Route all radio wiring, including the antenna transmission line, as far away as possible from the electronic control units and associated wiring. Driver Safety Check the laws and regulations on the use of radios in the area where you drive. Always obey them. When using your radio while driving, please:
Give full attention to driving and to the road. Pull off the road and park before making or answering a call if driving conditions so require. 9 English 6881095C99_SafetyM_Eng.fm Page 10 Tuesday, March 20, 2012 2:43 PM Acoustic Safety Exposure to loud noises from any source for extended periods of time may temporarily or permanently affect your hearing. The louder the radio's volume, the less time is required before your hearing could be affected. Hearing damage from loud noise is sometimes undetectable at first and can have a cumulative effect. To protect your hearing:
Use the lowest volume necessary to do your job. Turn up the volume only if you are in noisy surroundings. Turn down the volume before adding headset or earpiece. Limit the amount of time you use headsets or earpieces at high volume. When using the radio without a headset or earpiece, do not place the radio's speaker directly against your ear. English 10 6881095C99_SafetyM_Eng.fm Page 11 Tuesday, March 20, 2012 2:43 PM Operational Warnings W A R N I N G For Vehicles with an Air Bag DO NOT mount or place a mobile radio in the area over an air bag or in the air bag deployment area. Air bags inflate with great force. If a radio is placed in the air bag deployment area and the air bag inflates, the radio may be propelled with great force and cause serious injury to occupants of the vehicle. Potentially Explosive Atmospheres Turn off your radio prior to entering any area with a potentially explosive atmosphere. Sparks in a potentially explosive atmosphere can cause an explosion or fire resulting in bodily injury or even death. The areas with potentially explosive atmospheres include fueling areas such as below decks on boats, fuel or chemical transfer or storage facilities, and areas where the air contains chemicals or particles such as grain, dust or metal powders. Areas with potentially explosive atmospheres are often, but not always, posted. Blasting Caps and Blasting Areas To avoid possible interference with blasting operations, turn off your radio when you are near electrical blasting caps, in a blasting area, or in areas posted: Turn off two-way radio. Obey all signs and instructions. For radios installed in vehicles fueled by liquefied petroleum gas, refer to the (U.S.) National Fire Protection Association standard, NFPA 58, for storage, handling, and/or container information. For a copy of the LP-gas standard, NFPA 58, contact the National Fire Protection Association, One Battery Park, Quincy, MA. 11 English 6881095C99_SafetyM_Eng.fm Page 12 Tuesday, March 20, 2012 2:43 PM English 12 6881095C99_SafetyM_LAS.fm Page 1 Tuesday, March 20, 2012 2:39 PM Folleto de normas de seguridad y de exposicin a la energa de RF al usar radios bidireccionales mviles instalados en vehculos, embarcaciones o estaciones de control en emplazamientos fijos ATENCIN ANTES DE USAR EL RADIO LEA ESTE FOLLETO, EL CUAL CONTIENE INSTRUCCIONES DE OPERACIN IMPORTANTES PARA SU USO SEGURO, AS COMO INFORMACIN SOBRE LA ENERGA DE RF Y SU CONTROL, PARA GARANTIZAR SU CONFORMIDAD CON LOS LMITES DE EXPOSICIN A LA ENERGA DE RADIOFRECUENCIA ESTABLECIDOS EN LAS NORMAS NACIONALES E INTERNACIONALES APLICABLES. La informacin incluida en este documento reemplaza la informacin de seguridad general contenida en los manuales de usuario publicados antes de enero de 2008. MOTOROLA, MOTO, MOTOROLA SOLUTIONS y el logotipo estilizado M son marcas de fabrica o marcas registradas de Motorola Trademark Holdings, LLC y son usadas bajo licencia. Todas otras marcas registradas son la propiedad de sus dueos respectivos. 2005 2012 Motorola Solutions, Inc. Todos los derechos estn reservados. Motorola Solutions, Inc. 1303 E. Algonquin Rd., Schaumburg, IL 60196, EE.UU.
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6881095C99-J Espaol Latinoamericano 6881095C99_SafetyM_LAS.fm Page 2 Tuesday, March 20, 2012 2:39 PM Informacin sobre exposicin a la energa de RF y su control, e instrucciones operacionales para satisfacer los requisitos de la FCC sobre el uso como herramienta ocupacional AVISO: Este radio est diseado para uso en ambientes ocupacionales controlados, donde los usuarios estn plenamente conscientes de la exposicin a la energa de radiofrecuencia a la que estn sujetos, y pueden ejercer control sobre dicha exposicin para mantenerse dentro de los lmites establecidos por la FCC. Esta unidad de radio NO est aprobada para la venta al pblico en general en el mercado de consumo masivo, ni para uso en entornos diferentes al aqu descrito. Este radio bidireccional usa energa electromagntica en el espectro de radiofrecuencia (RF) para permitir las comunicaciones a distancia entre dos o ms usuarios. El mismo emplea la energa de radiofrecuencia u ondas de radio para enviar y recibir llamadas. La energa de RF es una forma de energa electromagntica. Este tipo de energa se presenta en otras formas, entre las que se encuentran la luz solar y los rayos X. La energa de RF, sin embargo, no debe confundirse con estas otras formas de energa electromagntica que, cuando son usadas indebidamente, pueden ocasionar daos biolgicos. Niveles muy elevados de rayos X, por ejemplo, pueden producir daos en tejidos y en material gentico. Expertos en las ciencias, la ingeniera, la medicina, la salud y la industria trabajan conjuntamente con diferentes organizaciones con el fin de desarrollar normas que definan lmites prudentes de exposicin a la energa de RF. Estas normas proporcionan los niveles recomendados de exposicin a la RF, tanto para los trabajadores como para el pblico en general. Estos niveles recomendados de exposicin a la RF incluyen mrgenes de seguridad suficientemente amplios. Todos los radios bidireccionales Motorola son diseados, fabricados y probados de manera que aseguren el cumplimiento de los niveles de exposicin a la RF establecidos por los organismos pblicos reguladores. Asimismo, los fabricantes recomiendan a los usuarios de radios bidireccionales seguir instrucciones de operacin especficas. Estas instrucciones son importantes, ya que informan a los usuarios acerca de la exposicin a la energa de RF y proporcionan procedimientos sencillos para su control. Espaol Latinoamericano 2 6881095C99_SafetyM_LAS.fm Page 3 Tuesday, March 20, 2012 2:39 PM Visite los siguientes sitios Web para obtener ms informacin acerca de qu es la exposicin a la energa de RF y cmo controlar dicha exposicin para garantizar la observancia de los lmites de exposicin establecidos. http://www.fcc.gov/oet/rfsafety/rf-faqs.html http://www.osha.gov/SLTC/radiofrequencyradiation/index.html Regulaciones de la Comisin Federal de Comunicaciones de EE.UU. Las normas de la FCC estipulan que los fabricantes de radios mviles bidireccionales no podrn comercializar sus productos en los EE.UU., a menos que los mismos cumplan con los lmites de exposicin a la energa de RF establecidos por la FCC. Cuando la naturaleza del trabajo requiere el uso de radios bidireccionales, la FCC exige que los usuarios estn totalmente conscientes de los efectos de la exposicin, y que sean capaces de controlar el nivel de exposicin al que se someten, a fin de satisfacer los requisitos laborales. La informacin sobre exposicin puede facilitarse mediante el uso de una etiqueta que remita a los usuarios a la fuente de informacin apropiada. Su radio bidireccional Motorola tiene una etiqueta con informacin acerca de la exposicin a la energa de RF. Adems, en el manual de usuario del producto Motorola, o en un folleto de seguridad separado, se incluye la informacin e instrucciones de operacin necesarias para controlar la exposicin a la energa de RF y para garantizar el cumplimiento de las normas. Conformidad con la normativa sobre exposicin a la RF Este radio bidireccional Motorola ha sido diseado y verificado con el fin de garantizar su compatibilidad con las siguientes normas y recomendaciones nacionales e internacionales relacionadas con la exposicin de seres humanos a la energa electromagntica de radiofrecuencia. Este radio cumple con los lmites de exposicin establecidos por el IEEE y por la ICNIRP para entornos ocupacionales o con control de exposicin a la energa de radiofrecuencia, a ciclos de trabajo de hasta 50% (50% transmisin y 50% recepcin) y ha sido aprobado por la FCC para uso como herramienta ocupacional solamente. En lo que respecta a la medicin de energa de RF para la determinacin de conformidad con las directrices de exposicin de la FCC, la antena del radio irradia energa de RF medible slo cuando est transmitiendo (cuando el usuario est hablando), no cuando est recibiendo (cuando el usuario est oyendo) o cuando se encuentra en espera. 3 Espaol Latinoamericano 6881095C99_SafetyM_LAS.fm Page 4 Tuesday, March 20, 2012 2:39 PM Este radio bidireccional Motorola satisface las siguientes normas y recomendaciones relacionadas con la exposicin a la energa de radiofrecuencia:
Comisin Federal de Comunicaciones de EE.UU. (FCC), Cdigo de Reglamentos Federales; 47 CFR y siguientes Comisin Federal de Comunicaciones de EE.UU. (FCC), Boletn OET 65 Instituto de Ingenieros Elctricos y Electrnicos (IEEE), C95.1 Comisin Internacional para la Proteccin contra la Radiacin No Ionizante
(ICNIRP) Ministerio de Sanidad (Canad), Cdigo de seguridad 6 Industria Canad, RSS-102 Direccin Australiana de Comunicaciones, Normativa de Radiocomunicaciones y siguientes ANATEL, Anexo a la Resolucin n 303 y siguientes. Pautas de conformidad y control de la exposicin de RF e instrucciones de operacin Para controlar la exposicin a la que tanto Ud. como otras personas se someten, y para asegurar el cumplimiento de los lmites de exposicin a la RF, observe siempre los siguientes procedimientos. Pautas:
El aparato debe ser acompaado de la informacin sobre la energa de RF cuando el mismo sea transferido a otros usuarios. No use este dispositivo sin antes satisfacer los requisitos operacionales aqu descritos. Espaol Latinoamericano 4 6881095C99_SafetyM_LAS.fm Page 5 Tuesday, March 20, 2012 2:39 PM Instrucciones:
No transmita ms del 50% del tiempo, a fin de no sobrepasar el mximo ciclo de trabajo especificado del 50%. Para transmitir (hablar) presione el botn de transmisin (PTT); si el radio est equipado con VOX, hable hacia el micrfono. El LED rojo se enciende cuando el radio est transmitiendo. Para recibir llamadas, suelte el botn PTT. Si el radio est equipado con VOX, deje de hablar. El LED rojo se apaga cuando el radio termina de transmitir. Es importante no transmitir ms del 50% del tiempo, ya que este radio emite energa de RF medible slo cuando est transmitiendo (en trminos de conformidad con las normas de medicin). Transmita nicamente cuando las personas que se encuentran fuera del vehculo estn apartadas por lo menos la distancia lateral mnima recomendada (indicada en la Tabla 1) de la carrocera de un vehculo equipado con una antena debidamente instalada. Esta separacin asegura que haya suficiente distancia entre una antena exterior debidamente instalada (segn las instrucciones de instalacin) para satisfacer los requisitos de exposicin a la energa de RF estipulados en las normas antes mencionadas. NOTA: La Tabla 1 presentada a continuacin indica la distancia lateral recomendada, en un entorno no controlado, a la que los transentes deben mantenerse de la carrocera de un vehculo equipado con una antena transmisora aprobada y debidamente instalada (es decir, monopolos sobre un plano de tierra, o bipolos) para diferentes niveles de potencia nominal de radios mviles instalados en un vehculo. Tabla 1. Potencia nominal del radio bidireccional mvil instalado en un vehculo y distancia lateral mnima recomendada de la carrocera del vehculo Potencia nominal del radio mvil
(ver nota) Menos de 7 vatios 7 a 14 vatios 15 a 39 vatios 40 a 110 vatios Distancia lateral mnima de la carrocera del vehculo 20 centmetros (8 pulg.) 30 centmetros (1 pie) 60 centmetros (2 pies) 90 centmetros (3 pies) 5 Espaol Latinoamericano 6881095C99_SafetyM_LAS.fm Page 6 Tuesday, March 20, 2012 2:39 PM Cuando se usa un radio mvil conjuntamente con otro transmisor ubicado en el mismo sitio como, por ejemplo, un repetidor vehicular, el operador del vehculo es responsable de tomar las medidas necesarias para mantener a los transentes alejados del vehculo la distancia mnima requerida, a fin de garantizar la conformidad con los lmites de exposicin a la energa de RF establecidos por la FCC para la poblacin en general. Para obtener ms detalles, consulte el manual de usuario de los transmisores ubicados en el mismo sitio. NOTA: Si no est seguro de cul es la potencia nominal de su radio, comunquese con el representante o concesionario Motorola e indquele el nmero de modelo del radio que aparece en la etiqueta del radio. Si no puede determinar la potencia nominal de salida, asegrese de mantener una separacin de un metro (3 pies) de la carrocera del vehculo. Los usuarios de radios multibanda sujetos a diferentes distancias de separacin en diferentes bandas de operacin conforme a la Tabla 1 deben seleccionar la distancia ms grande aplicable como la distancia lateral mnima para los transentes cercanos al vehculo. La potencia mxima mostrada en la autorizacin de la FCC puede ser mayor que la potencia nominal, tomando en consideracin las variaciones que ocurren a nivel de produccin. Pautas para la instalacin de antenas de radios mviles Las siguientes pautas para la instalacin de antenas de radios mviles son aplicables nicamente a vehculos automotores con carrocera metlica o a vehculos con planos de tierra apropiados. Las antenas deben ser instaladas en el rea central del techo o de la tapa del compartimiento de equipaje, tomando en consideracin las condiciones de exposicin de los pasajeros que viajen en el asiento trasero, as como las instrucciones y restricciones especficas mencionadas en el manual de instalacin del radio y los requisitos establecidos por el proveedor de la antena. La instalacin en la tapa del compartimiento de equipaje queda limitada a aquellos vehculos cuya tapa del compartimiento de equipaje sea una superficie plana claramente definida y, en algunos casos, a modelos especficos de radios y antenas. Consulte en el manual de instalacin del radio la informacin especfica sobre la ubicacin y la forma de instalar los diferentes tipos de antenas aprobados para satisfacer las distancias de operacin recomendadas entre las antenas y toda persona que pueda quedar expuesta. Espaol Latinoamericano 6 6881095C99_SafetyM_LAS.fm Page 7 Tuesday, March 20, 2012 2:39 PM Use nicamente la antena Motorola suministrada o una antena de reemplazo aprobada por Motorola. El uso de antenas, modificaciones o accesorios no aprobados podra daar el radio y constituir una violacin de las normas de seguridad relacionadas con la energa de RF. Accesorios aprobados Este radio ha sido probado y se ha determinado que satisface las normas de seguridad relacionadas con la energa de RF siempre que se use con los accesorios Motorola suministrados o designados para este producto. El uso de otros accesorios puede constituir una violacin de las normas de seguridad relacionadas con la energa de RF. Para obtener una lista de antenas y accesorios Motorola aprobados, consulte el manual de usuario para el modelo de radio. Informacin adicional Para obtener informacin adicional sobre los requisitos de exposicin o informacin sobre capacitacin, visite: http://responsibility.motorolasolutions.com/index.php/
ourapproach/wirelesscommhealth/. Pautas de control y conformidad, e instrucciones de operacin de radios bidireccionales mviles instalados como estaciones de control en emplazamientos fijos Si un equipo de radio mvil se instala en un lugar fijo y se hace funcionar como estacin de control o como unidad fija, la instalacin de la antena deber satisfacer los siguientes requisitos, a fin de garantizar un rendimiento ptimo y de cumplir con los lmites de exposicin a la energa de radiofrecuencia establecidos en las normas y pautas enumeradas en la pgina 4:
La antena se debe montar fuera del edificio, en el techo o en una torre, siempre que sea posible. Como en todas las instalaciones de antenas en emplazamientos fijos, es responsabilidad del portador de la licencia mantener el emplazamiento de conformidad con los reglamentos aplicables, y es posible que existan requisitos adicionales como mediciones de propagacin, colocacin de letreros y restricciones de acceso al emplazamiento. 7 Espaol Latinoamericano 6881095C99_SafetyM_LAS.fm Page 8 Tuesday, March 20, 2012 2:39 PM Para obtener informacin adicional sobre la instalacin, consulte las directrices relativas a las distancias de separacin antes mencionadas en la seccin de este documento titulada Pautas de conformidad y control de la exposicin de RF, e instrucciones de operacin. Pautas de Cumplimiento y Control e Instrucciones de Uso para usar radios bidireccionales mviles instalados en embarcaciones martimas Si el equipo de radio mvil est instalado en una embarcacin y funciona como una unidad fija, la instalacin de la antena debe cumplir con los siguientes requisitos con el fin de garantizar un rendimiento ptimo y cumplimiento de los lmites de exposicin a la energa de RF en las normas y pautas que figuran en la pgina 4:
Una antena destinada a la operacin Martima se debe elegir e instalar de acuerdo con las recomendaciones de los fabricantes. Las antenas se deben montar firmemente a la estructura de la embarcacin en el lugar ms alto posible. De la misma forma que con todas las instalaciones de antena de radio, es responsabilidad del operador mantener una distancia adecuada hasta la antena y de todo el personal a bordo del barco o que se encuentre en sus proximidades. Si desea obtener informacin adicional sobre la instalacin, consulte las directrices sobre distancias de separacin mnimas indicadas anteriormente en la seccin Pautas de conformidad y control de la exposicin de RF einstrucciones de operacin de este documento. Interferencia y compatibilidad electromagntica NOTA: Casi todos los dispositivos electrnicos son susceptibles a la interferencia electromagntica si no cuentan con el debido blindaje, o si no estn diseados o configurados de manera que sean compatibles con este tipo de seales electromagnticas. Puede que sea necesario realizar pruebas de compatibilidad para determinar si alguno de los equipos electrnicos usados en los vehculos, cerca de ellos o cerca de antenas en emplazamientos fijos, es sensible a la energa de radiofrecuencia externa, o si hay que ejecutar algn procedimiento para eliminar o reducir la posibilidad de interaccin entre el radio transmisor y el equipo o dispositivo. Espaol Latinoamericano 8 6881095C99_SafetyM_LAS.fm Page 9 Tuesday, March 20, 2012 2:39 PM Edificaciones Para evitar problemas de interferencia y/o compatibilidad electromagntica, apague el radio en todos los lugares donde haya letreros que as lo establezcan. Por ejemplo, en hospitales e instalaciones de asistencia mdica podran estar usando aparatos sensibles a la energa de RF externa. Vehculos Para evitar una posible interaccin entre el radio transmisor y cualquiera de los mdulos de control electrnico del vehculo (por ejemplo, el control del sistema antibloqueo de frenos (ABS), el control del motor o el control de la transmisin), se debe contratar a un instalador experimentado para realizar la instalacin del radio, as como tomar las siguientes precauciones:
1. Consulte las instrucciones proporcionadas por el fabricante y dems boletines tcnicos que contengan recomendaciones para la instalacin del radio. 2. Antes de instalar el radio, determine la ubicacin de los mdulos de control electrnico y del tendido de los cables del vehculo. 3. Haga pasar todo el cableado del radio, incluida la lnea de transmisin de la antena, lo ms lejos posible de las unidades de control electrnico y del tendido de cables correspondiente. Seguridad al conducir Consulte las leyes y reglamentos para el uso de radios en las zonas donde conduce. Obedzcalas siempre. Cuando utilice el radio al conducir un vehculo:
Preste atencin al camino y a las condiciones de conduccin. Salga del camino y estacione el vehculo antes de realizar o contestar una llamada, si la situacin lo amerita. Seguridad acstica La exposicin a ruidos intensos provenientes de cualquier fuente por perodos de tiempo prolongados podran afectar su capacidad auditiva de forma temporal o permanente. Mientras ms alto sea el volumen del radio, ms pronto podra resultar afectada su capacidad auditiva. El dao auditivo producido por ruidos 9 Espaol Latinoamericano 6881095C99_SafetyM_LAS.fm Page 10 Tuesday, March 20, 2012 2:39 PM intensos a veces puede que sea imperceptible al principio, pero puede tener un efecto acumulativo. Para proteger su capacidad auditiva:
Use el menor volumen que le permita realizar sus tareas. Aumente el volumen nicamente cuando est en un entorno ruidoso. Disminuya el volumen antes de conectar un audfono o un auricular. Lmite el tiempo de uso de audfonos o auriculares a alto volumen. Cuando use el radio sin un audfono o auricular, no se coloque el parlante del radio pegado a la oreja. Espaol Latinoamericano 10 6881095C99_SafetyM_LAS.fm Page 11 Tuesday, March 20, 2012 2:39 PM Advertencias operacionales ADVERTENCIA ADVERTENCIA Vehculos con bolsas de aire No instale ni coloque un radio mvil sobre una bolsa de aire ni en el rea de despliegue de la misma. Las bolsas de aire se inflan con mucha fuerza. Si se coloca un radio en el rea de despliegue de la bolsa de aire, cuando sta se infle el radio podra salir proyectado con gran velocidad y ocasionar lesiones graves a los pasajeros. Ambientes potencialmente explosivos Apague el radio antes de entrar en reas con atmsferas potencialmente explosivas. Las chispas en atmsferas potencialmente explosivas pueden desencadenar explosiones o incendios, y ocasionar lesiones e incluso la muerte. Entre los entornos potencialmente explosivos se encuentran las reas con combustible, por ejemplo, debajo de la cubierta de barcos, instalaciones de transferencia y almacenamiento de combustible o de productos qumicos, y reas donde el aire contiene productos qumicos o partculas tales como polvo de cereales, polvo comn o polvo metlico. En las reas con atmsferas potencialmente explosivas generalmente hay seales de precaucin, aunque no siempre es as. reas de voladuras y explosivos Para evitar una posible interferencia con las operaciones de detonacin, apague el radio cuando est cerca de detonadores elctricos, en un rea de detonaciones o donde haya letreros que indiquen apagar los radios bidireccionales. Obedezca todas las seales e instrucciones. Para el caso de radios instalados en vehculos propulsados por gas licuado de petrleo, consulte la norma NFPA 58 de la Asociacin nacional estadounidense de proteccin contra incendios (National Fire Protection Association) para obtener informacin sobre almacenamiento, manejo y/
o contenedores. Para obtener una copia de la norma NFPA 58 comunquese con la Asociacin nacional estadounidense de proteccin contra incendios (National Fire Protection Association), One Battery Park, Quincy, MA, EE. 11 Espaol Latinoamericano 6881095C99_SafetyM_LAS.fm Page 12 Tuesday, March 20, 2012 2:39 PM Espaol Latinoamericano 12 6881095C99_SafetyM_BP.fm Page 1 Tuesday, March 6, 2012 11:23 AM Guia de Exposio Energia RF e de Segurana do Produto para Rdios Portteis de Duas Vias Instalados em Veculos, Embarcaes ou como Estaes de Controle de Local Fixo ATENO ANTES DE UTILIZAR O RDIO PROCURE LER ESTE FOLHETO, QUE CONTM IMPORTANTES INSTRUES DE OPERAO PARA O USO SEGURO, BEM COMO INFORMAES SOBRE A ENERGIA DE RF E SEU CONTROLE, COM A FINALIDADE DE GARANTIR A CONFORMIDADE COM OS LIMITES DE EXPOSIO ENERGIA DE RADIOFREQNCIA ESTABELECIDOS NAS NORMAS NACIONAIS E INTERNACIONAIS APLICVEIS. As informaes contidas neste documento substituem as informaes a respeito de segurana geral contidas nos manuais do usurio publicados antes de janeiro de 2008. MOTOROLA, MOTO, MOTOROLA SOLUTIONS e o logotipo do M estilizado so marcas registradas ou marcas comerciais da Motorola Trademark Holdings, LLC e so usadas mediante licena. Todas as outras marcas registradas so de propriedade de seus respectivos proprietrios. 2005 2012 Motorola Solutions, Inc. Todos os direitos reservados. Motorola Solutions, Inc. 1303 E. Algonquin Rd., Schaumburg, IL 60196, EUA.
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6881095C99-J Portugus Brasileiro 6881095C99_SafetyM_BP.fm Page 2 Tuesday, March 6, 2012 11:23 AM Informaes sobre a exposio energia de RF e seu controle, e instrues operacionais para satisfazer os requisitos da FCC sobre o uso como ferramenta ocupacional AVISO: Este rdio foi projetado para ser usado em ambientes ocupacionais controlados, onde os usurios estejam plenamente conscientes da exposio energia de radiofreqncia a que esto sujeitos e podem exercer o controle sobre tal exposio de modo a satisfazer as exigncias de limites de exposio estabelecidos pelo FCC. Esta unidade de rdio NO se destina a venda ao pblico em geral no mercado de consumo de massa, nem se destina ao uso em ambientes diferentes daqueles aqui descritos. Este rdio bidirecional utiliza energia eletromagntica no espectro de radiofreqncia (RF) para permitir a comunicao distncia entre dois ou mais usurios. O rdio utiliza a energia de radiofreqncia ou ondas de rdio para enviar e receber chamadas. A energia de RF uma forma de energia eletromagntica. Este tipo de energia se apresenta sob outras formas, dentre as quais se incluem a luz solar e os raios X. A energia de RF, contudo, no deve ser confundida com estas outras formas de energia eletromagntica que, quando so usadas indevidamente, podem causar danos biolgicos. Nveis muito elevados de raios X, por exemplo, podem produzir danos aos tecidos e ao material gentico. Especialistas em cincias, engenharia, medicina, sade e indstria tm trabalhado conjuntamente com as diferentes organizaes com a finalidade de desenvolver normas que definem os limites prudentes de exposio energia de RF. Estas normas proporcionam os nveis recomendveis de exposio RF, tanto para os trabalhadores quanto para o pblico em geral. Estes nveis recomendados de exposio energia de RF incluem margens de segurana suficientemente amplas. Todos os rdios bidirecionais Motorola so projetados, fabricados e testados de maneira segura de modo a assegurar o cumprimento dos nveis de exposio RF estabelecidos pelos organismos pblicos reguladores. Alm disto, os fabricantes recomendam aos usurios de rdios bidirecionais que sigam as instrues de operao especficas. Estas instrues so importantes uma vez que informam aos usurios a respeito da exposio energia de RF e oferecem procedimentos simples para seu controle. Portugus Brasileiro 2 6881095C99_SafetyM_BP.fm Page 3 Tuesday, March 6, 2012 11:23 AM Visite os websites indicados a seguir para obter mais informaes sobre o que se trata a exposio energia de RF e de como controlar esta exposio de modo a garantir a observncia dos limites de exposio estabelecidos. http://www.fcc.gov/oet/rfsafety/rf-faqs.html http://www.osha.gov/SLTC/radiofrequencyradiation/index.html Regulamentos da Comisso Federal de Comunicaes dos Estados Unidos As normas do FCC estipulam que os fabricantes de rdios mveis bidirecionais no podero comercializar seus produtos nos Estados Unidos exceto se tais produtos cumprirem com as exigncias de limites de exposio energia de RF estabelecidos pelo FCC. Quando a natureza do trabalho requer o uso de rdios bidirecionais, o FCC exige que os usurios estejam totalmente conscientes dos efeitos da exposio e que sejam capazes de controlar o nvel de exposio a que esto submetidos de modo a satisfazer as exigncias do trabalho. As informaes sobre exposio podem ser facilitadas por meio do uso de uma etiqueta que remeta os usurios fonte de informaes apropriadas. Seu rdio bidirecional Motorola contm uma etiqueta com informaes sobre a exposio energia de RF. Alm disto, no manual do usurio do produto Motorola, ou em um folheto de segurana publicado em separado, esto includas as informaes e instrues de operao necessrias para controlar a exposio energia de RF e para garantir o cumprimento das normas. Conformidade com a normativa sobre a exposio RF Este rdio bidirecional Motorola foi projetado e testado com a finalidade de garantir a sua compatibilidade com as normas e recomendaes nacionais e internacionais descritas a seguir no que se refere a exposio de seres humanos energia eletromagntica de radiofreqncia. Este rdio atende aos limites de exposio estabelecidos pelo IEEE e pela ICNIRP para ambientes ocupacionais ou com controle de exposio energia de radiofreqncia, em ciclos de trabalho de at 50% (50% transmisso/50% recepo) e foi aprovado pelo FCC para uso somente como ferramenta ocupacional. No que se refere medio da energia de RF para a determinao de conformidade com as diretrizes de exposio do FCC, a antena do rdio irradia energia de RF mensurvel somente quando est transmitindo (quando o usurio est falando) e no quando est recebendo
(quando o usurio est ouvindo) ou quando se encontra em espera. 3 Portugus Brasileiro 6881095C99_SafetyM_BP.fm Page 4 Tuesday, March 6, 2012 11:23 AM Este rdio bidirecional Motorola satisfaz s seguintes normas e recomendaes relacionadas exposio energia de radiofreqncia:
Comisso Federal de Comunicaes dos Estados Unidos (FCC), Cdigo de Regulamentos Federais; 47 CFR e seguintes Comisso Federal de Comunicaes dos Estados Unidos (FCC), Boletim OET 65 Instituto de Engenheiros Eltricos e Eletrnicos (IEEE) C95.1 Comisso Internacional para Proteo contra Radiao no Ionizante (ICNIRP) Ministrio da Sade (Canad), Cdigo de segurana 6 Indstria Canad, RSS-102 Autoridade Australiana de Comunicaes, Normativa de Radiocomunicaes e seguintes ANATEL, Anexo Resoluo N. 303 e seguintes. Orientaes gerais de conformidade e controle da exposio de RF e instrues de operao Para controlar a exposio a que tanto o usurio como outras pessoas se submetem, e para assegurar o cumprimento dos limites de exposio RF, deve-se observar sempre os procedimentos descritos a seguir. Orientaes gerais:
O equipamento deve estar acompanhado das informaes relacionadas com a energia de RF quando o mesmo for transferido a outros usurios. No utilize este dispositivo sem antes satisfazer os requisitos operacionais aqui descritos. Portugus Brasileiro 4 6881095C99_SafetyM_BP.fm Page 5 Tuesday, March 6, 2012 11:23 AM Instrues:
No transmita mais de 50% do tempo, de modo a no ultrapassar o mximo ciclo de trabalho especificado de 50%. Para transmitir (falar) pressione o boto de transmisso (PTT); se o rdio estiver equipado com VOX, fale junto ao microfone. O LED vermelho acende quando o rdio est transmitindo. Para receber chamadas, solte o boto PTT. Se o rdio estiver equipado com VOX, pare de falar. O LED vermelho se apaga quando o rdio encerra a transmisso. importante no transmitir mais de 50% do tempo, uma vez que o rdio emite energia de RF mensurvel somente quando est em transmisso (em termos da conformidade com as normas de medio). Transmita somente quando as pessoas de fora do veculo se encontrarem afastadas pelo menos distncia lateral mnima recomendada (conforme mostrado na tabela 1) da carroceria de um veculo equipado com antena devidamente instalada. Esta separao assegura que haja distncia suficiente entre uma antena exterior devidamente instalada (conforme as instrues de instalao) para satisfazer os requisitos de exposio energia de RF estipulados nas normas acima mencionadas. NOTA: A tabela 1 mostrada a seguir indica a distncia lateral recomendada, em um ambiente no controlado, que deve ser mantida pelos transeuntes em relao carroceria de um veculo equipado com uma antena transmissora aprovada e devidamente instalada (isto , monopolos sobre um plano de terra, ou bipolos) para diferentes nveis de potncia nominal de rdios mveis instalados em um veculo. Tabela 1. Potncia nominal do rdio bidirecional mvel instalado em um veculo e distncia lateral mnima recomendada da carroceria do veculo Potncia nominal do rdio mvel (ver nota) Distncia lateral mnima da carroceria do veculo Menos de 7 watts 20 centmetros (8 polegadas) 7 a 14 watts 15 a 39 watts 40 a 110 watts 30 centmetros (1 p) 60 centmetros (2 ps) 90 centmetros (3 ps) 5 Portugus Brasileiro 6881095C99_SafetyM_BP.fm Page 6 Tuesday, March 6, 2012 11:23 AM Quando um rdio mvel utilizado juntamente com outro transmissor co-localizado como, por exemplo, um repetidor veicular, o operador do veculo ser responsvel por tomar as medidas necessrias para manter os transeuntes distncia mnima exigida do veculo, de modo a garantir a conformidade com os limites de exposio energia de RF estabelecidos pela FCC para a populao em geral. Para obter mais detalhes, consulte o manual do usurio dos transmissores co-localizados. NOTA: Se no tiver certeza sobre o valor da potncia nominal de seu rdio, entre em contato com o representante ou a concessionria Motorola e informe o nmero de modelo do rdio que aparece na etiqueta do rdio. Se no for possvel determinar a potncia de sada nominal, assegure-se de manter a separao de 1 metro (3 ps) da carroceria do veculo. Usurios de rdios multi-banda sujeitos a diferentes distncias de separao em diferentes bandas operacionais de acordo com a Tabela 1 devem selecionar a maior distncia aplicvel como a mnima distncia lateral para expectadores fora do veculo. A energia mxima exibida da Garantia FCC pode ser maior que a energia nominal permitida para a variao de produo. Orientaes gerais para a instalao das antenas de rdios mveis As orientaes gerais descritas a seguir para a instalao de antenas de rdios mveis se aplicam somente a veculos automotores com carroceria metlica ou a veculos com planos de terra apropriados. As antenas devem ser instaladas na rea central do teto ou da tampa do porta-
malas, levando em considerao as condies de exposio aplicveis aos passageiros do banco traseiro, bem como as instrues e restries especficas mencionadas no manual de instalao do rdio e os requisitos estabelecidos pelo fornecedor da antena. A instalao na tampa do porta-malas limitada a veculos cujas tampas do compartimento de porta-malas sejam planas e claramente definidas e, em alguns casos, a modelos especficos de rdios e antenas. Consulte no manual de instalao do rdio as informaes especficas sobre a localizao e a forma de instalar os diferentes tipos de antenas aprovados para satisfazer deste modo as exigncias de operao recomendadas e assim proteger as pessoas que possam estar expostas. Portugus Brasileiro 6 6881095C99_SafetyM_BP.fm Page 7 Tuesday, March 6, 2012 11:23 AM Use somente a antena Motorola fornecida ou uma antena de reposio aprovada pela Motorola. O uso de antenas, modificaes ou acessrios no aprovados poder resultar em dano ao rdio e se constituir em uma violao das normas de segurana em relao energia de RF. Acessrios aprovados Este rdio foi testado e constatou-se que satisfaz as normas de segurana em relao energia de RF sempre que utilizado com os acessrios Motorola fornecidos ou destinados a este produto. O uso de outros acessrios pode se constituir em uma violao das normas de segurana em relao energia de RF. Para uma lista de aprovados Motorola antenas e acessrios, consulte o manual do usurio manual para o seu modelo de rdio. Informaes adicionais Para obter informaes adicionais sobre os requisitos de exposio ou sobre treinamento, visite o seguinte website: http://responsibility.motorolasolutions.com/
index.php/ourapproach/wirelesscommhealth/. Orientaes gerais de controle e conformidade e instrues de operao de rdios mveis bidirecionais instalados como estaes de controle em locais fixos Se um equipamento de rdio mvel for instalado em um local fixo e o mesmo for colocado em funcionamento como uma estao de controle ou como uma unidade fixa, a instalao da antena dever satisfazer os requisitos descritos a seguir, de modo a garantir um rendimento otimizado e para atender aos limites de exposio energia de radiofreqncia estabelecidos nas normas e orientaes mencionadas na pgina 4:
Sempre que for possvel, a antena dever ser instalada fora do edifcio em um teto ou torre. Como acontece em todas as instalaes de antenas feitas em locais fixos, responsabilidade do licenciado manter o local em conformidade com os regulamentos aplicveis. Tambm possvel que existam requisitos adicionais tais como medies de propagao, colocao de sinalizao de aviso e outras restries de acesso ao local. 7 Portugus Brasileiro 6881095C99_SafetyM_BP.fm Page 8 Tuesday, March 6, 2012 11:23 AM Para obter informaes adicionais sobre a instalao, consulte as orientaes relativas s distncias mnimas de separao mencionadas anteriormente na seo denominada Orientaes de conformidade e controle da exposio de RF e instrues de operao, constantes nesse documento. Diretrizes de Conformidade e Controle e Instrues Operacionais para Rdios Portteis de Duas Vias Instalados em Embarcaes Martimas Se o equipamento de rdio porttil estiver instalado em uma embarcao e operado como unidade fixa, a instalao da antena deve estar em conformidade com os seguintes requerimentos para assegurar desempenho excelente e conformidade com os limites de exposio energia RF nos padres e diretrizes listadas na pgina 4:
Uma antena destinada para operao Martima deve ser escolhida e instalada de acordo com as recomendaes do fabricante. As antenas devem ser montadas solidamente estrutura da embarcao no local mais alto possvel. Como com todas as instalaes de antena de rdio, responsabilidade do operador manter distncias adequadas da antena e todo o pessoal a bordo da embarcao ou adjacente embarcao. Para informaes adicionais de instalao, veja as diretrizes para distncias de separao mnimas provadas acima na seo Diretrizes de Conformidade e Controle e Instrues Operacionais deste documento. Interferncia e compatibilidade eletromagntica NOTA: Quase todos os dispositivos eletrnicos so susceptveis interferncia eletromagntica se no estiverem devidamente blindados ou se no tiverem sido projetados ou configurados de maneira a serem compatveis com estes tipos de sinais eletromagnticos. possvel que seja necessrio realizar testes de compatibilidade para se determinar se algum dos equipamentos eletrnicos usados nos veculos, prximo a eles ou prximo s instalaes de antenas feitas em locais fixos sensvel energia de radiofreqncia externa, ou se h necessidade de executar algum procedimento para eliminar ou reduzir a possibilidade de interao entre o rdio transmissor e o referido equipamento ou dispositivo. Portugus Brasileiro 8 6881095C99_SafetyM_BP.fm Page 9 Tuesday, March 6, 2012 11:23 AM Edificaes Para evitar problemas de interferncia e/ou compatibilidade eletromagntica, desligue o rdio em todos os locais onde houver avisos instruindo neste sentido. Por exemplo, em hospitais e estabelecimentos de assistncia mdica podem estar sendo utilizados equipamentos sensveis energia de RF externa. Veculos Para evitar uma possvel interao entre o rdio transmissor e qualquer um dos mdulos de controle eletrnico do veculo (por exemplo, o controle do sistema anti-
bloqueio de freios (ABS), o controle do motor ou o controle da transmisso), recomenda-se que se contrate um instalador experiente para realizar a instalao do rdio, bem como tomar as seguintes precaues:
1. Consulte as instrues fornecidas pelo fabricante e as demais documentaes tcnicas que contenham recomendaes para a instalao do rdio. 2. Antes de instalar o rdio, determine o local dos mdulos de controle eletrnico e do cabeamento no veculo. 3. Passe toda a fiao do rdio, incluindo a linha de transmisso da antena, o mais distante possvel das unidades de controle eletrnico e do cabeamento correspondente. Segurana ao dirigir Consulte as leis e regulamentos de trnsito referentes ao uso de rdios nos locais em que estiver dirigindo. Obedea sempre estas leis. Quando estiver utilizando o rdio ao dirigir:
Preste ateno ao volante quando estiver dirigindo. Saia da pista e estacione antes de fazer ou receber uma chamada, se as condies de trnsito assim o exigirem. Segurana acstica A exposio a rudos intensos provenientes de qualquer fonte durante perodos de tempo prolongados poder afetar a sua capacidade auditiva temporariamente ou de forma permanente. Quanto mais alto for o volume sonoro do rdio, mais rapidamente sua capacidade auditiva poder ser afetada. O dano auditivo produzido por rudos intensos s vezes poder ser imperceptvel em um primeiro momento. Porm, ele tende a se tornar um efeito cumulativo. 9 Portugus Brasileiro 6881095C99_SafetyM_BP.fm Page 10 Tuesday, March 6, 2012 11:23 AM Para proteger a sua capacidade auditiva:
Use a menor intensidade de volume que permita a realizao de suas tarefas. Aumente o volume somente quando estiver em um ambiente ruidoso. Abaixe o volume antes de conectar um fone de ouvido ou acessrio auricular. Limite o tempo de uso de fones de ouvido ou de acessrios auriculares em volume alto. Quando estiver utilizando o rdio sem um fone de ouvido ou acessrio auricular, no coloque o alto-falante do rdio muito prximo ao ouvido. Portugus Brasileiro 10 6881095C99_SafetyM_BP.fm Page 11 Tuesday, March 6, 2012 11:23 AM ADVERTNCIA ADVERTNCIA Advertncias operacionais Veculos com air bag No instale nem coloque um rdio mvel sobre um air bag nem na rea prxima expanso do mesmo. O air bag se expande com grande intensidade. Se houver um rdio porttil na rea de expanso do air bag quando da expanso do mesmo, o rdio poder ser lanado com grande velocidade e causar leses graves aos passageiros. Ambientes potencialmente explosivos Desligue o rdio antes de entrar em reas com atmosferas potencialmente inflamveis. As fascas lanadas em ambientes potencialmente explosivos podem causar uma exploso ou incndio e resultar em leses graves ou inclusive fatais. Entre os ambientes potencialmente explosivos esto as reas com combustveis situadas, por exemplo, na parte inferior de embarcaes, instalaes de transferncia e armazenamento de combustveis ou de produtos qumicos, e reas onde o ar possa conter produtos qumicos ou partculas tais como cereais, poeira comum ou poeira metlica. As reas com ambientes potencialmente explosivos geralmente contm avisos de advertncia, embora nem sempre seja assim. reas de detonao e exploso Para evitar uma possvel interferncia com as operaes de detonao, desligue o rdio quando estiver prximo de detonadores eltricos, em reas de detonao ou onde houver avisos indicando para desligar os rdios bidirecionais. Siga todos os avisos e instrues. No caso de rdios instalados em veculos movidos a gs liqefeito de petrleo, consulte a norma NFPA 58 da Associao Nacional de Proteo contra Incndios dos EUA (National Fire Protection Association) para obter informaes a respeito do armazenamento, manuseio e/ou recipientes. Para obter uma cpia da norma NFPA 58 entre em contato com a Associao Nacional de Proteo contra Incndios, One Battery Park, Quincy, MA, EUA. 11 Portugus Brasileiro 6881095C99_SafetyM_BP.fm Page 12 Tuesday, March 6, 2012 11:23 AM Portugus Brasileiro 12 6881095C99_SafetyM_FrCan.fm Page 1 Tuesday, March 6, 2012 11:17 AM Guide dexposition aux frquences radio (RF) et de scurit des produits pour radios mobiles bidirectionnelles installes dans des vhicules, des navires ou comme stations fixes de surveillance de sites ATTENTION AVANT DUTILISER CETTE RADIO, LISEZ CETTE BROCHURE QUI CONTIENT DIMPORTANTES INFORMATIONS SUR LE MODE DEMPLOI SCURITAIRE DU PRODUIT AINSI QUE DES INFORMATIONS RELATIVES LNERGIE DE RF ET SON CONTRLE, AFIN DASSURER LA CONFORMIT AUX LIMITES DEXPOSITION LNERGIE DE RADIOFRQUENCE TABLIES PAR LES NORMES NATIONALES ET INTERNATIONALES APPLICABLES. Les informations contenues dans ce document remplacent les informations gnrales de scurit des manuels de lutilisateur publis avant janvier 2008. MOTOROLA, MOTO, MOTOROLA SOLUTIONS et le logo M stylis sont des marques de commerce ou des marques enregistres de Motorola Trademark Holdings, LLC et sont utilises sous licence. Toutes les autres marques de commerce appartiennent leurs propritaires respectifs. 2005 2012 Motorola Solutions, Inc. Tous droits rservs. Motorola Solutions, Inc. 1303 E. Algonquin Rd., Schaumburg, IL 60196, tats-Unis.
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6881095C99-J Franais Canadien 6881095C99_SafetyM_FrCan.fm Page 2 Tuesday, March 6, 2012 11:17 AM Sensibilisation lexposition lnergie de RF, moyens de contrle et consignes dutilisation pour conformit aux normes du FCC en matire dusage professionnel de cette radio AVIS: Cette radio a t conue pour un usage professionnel dans un environnement contrl, o les utilisateurs sont pleinement conscients de lexposition lnergie de RF laquelle ils sont soumis et peuvent exercer un contrle sur cette exposition afin de respecter les limites tablies par le FCC. Ce dispositif radio Nest PAS autoris pour lensemble de la population, les consommateurs en gnral, ni pour une utilisation autre que celle dcrite ici. Cette radio bidirectionnelle utilise de lnergie lectromagntique dans le spectre des radiofrquences (RF) pour permettre les communications distance entre deux utilisateurs ou plus. Elle utilise lnergie de radiofrquence ou les ondes radio pour mettre et recevoir des appels. Lnergie de RF est une forme dnergie lectromagntique. Ce type dnergie se prsente sous dautres formes, notamment la lumire solaire et les rayons X. Il ne faut cependant pas confondre lnergie de RF avec dautres formes dnergie lectromagntique qui, lorsquelles sont mal utilises, peuvent occasionner des dommages biologiques. Des niveaux trs levs de rayons X, par exemple, peuvent endommager les tissus et le matriel gntique. Les experts en science, en ingnierie, en mdecine, en sciences de la sant et lindustrie travaillent en collaboration avec diffrentes organisations afin dlaborer des normes dfinissant les limites acceptables dexposition lnergie de RF. Ces normes fournissent les niveaux recommands dexposition aux RF, tant pour les travailleurs que pour le public en gnral. Ces niveaux recommands dexposition aux RF comprennent des marges de scurit apprciables. Toutes les radios bidirectionnelles Motorola sont conues, fabriques et testes de manire garantir leur conformit aux niveaux dexposition aux RF tablis par les autorits publiques comptentes. Par ailleurs, les fabricants recommandent aux utilisateurs de radios bidirectionnelles de suivre des directives de fonctionnement spcifiques. Ces directives sont importantes puisquelles informent les utilisateurs sur lexposition lnergie de RF et proposent des moyens simples pour la contrler. Franais Canadien 2 6881095C99_SafetyM_FrCan.fm Page 3 Tuesday, March 6, 2012 11:17 AM Visitez les sites Web suivants pour obtenir plus de renseignements sur ce quest lnergie de RF et sur les mesures de contrles observer afin de respecter les limites tablies en matire dexposition aux RF. http://www.fcc.gov/oet/rfsafety/rf-faqs.html http://www.osha.gov/SLTC/radiofrequencyradiation/index.html Rglements du Conseil Fdral Amricain des Communications
(FCC) Les rglements du FCC stipulent que les fabricants de radios mobiles bidirectionnelles ne peuvent commercialiser leurs produits aux tats-Unis quaprs avoir vrifi leur conformit aux limites dexposition lnergie de RF tablies par le FCC. Lorsque les radios bidirectionnelles sont utilises des fins professionnelles, le FCC exige que les utilisateurs soient pleinement conscients des effets de lexposition et quils soient capables de contrler le niveau dexposition auquel ils se soumettent, afin de rpondre aux exigences de leur profession. Vous pouvez contribuer la sensibilisation lexposition aux RF en apposant des tiquettes renvoyant les utilisateurs vers la source dinformation approprie. Votre radio bidirectionnelle Motorola comporte une tiquette de produit sur lexposition lnergie de RF. Dautre part, vous trouverez dans le manuel de lutilisateur du produit Motorola ou dans la brochure de scurit fournie sparment, les informations requises et le mode demploi permettant de contrler lexposition lnergie de RF et de garantir le respect des normes. Conformit aux normes sur lexposition aux RF Cette radio bidirectionnelle Motorola a t conue et teste afin de garantir sa conformit aux normes et recommandations nationales et internationales ci-dessous lies lexposition des tres humains lnergie lectromagntique de radiofrquence. Cette radio respecte les limites dexposition tablies par l'IEEE et la ICNIRP pour les environnements professionnels ou avec contrle dexposition lnergie de radiofrquence, des cycles de travail allant jusqu 50% (50% transmission/50% rception) et est approuv par le FCC pour un usage exclusivement professionnel. En ce qui concerne la mesure de lnergie de RF afin dvaluer la conformit aux normes dexposition du FCC, la radio met de lnergie de RF mesurable seulement lorsquelle est en cours de transmission
(conversation), et non pas lorsquelle reoit (coute) ni quand elle est en mode Attente. 3 Franais Canadien 6881095C99_SafetyM_FrCan.fm Page 4 Tuesday, March 6, 2012 11:17 AM Cette radio bidirectionnelle Motorola est conforme aux normes et aux lignes directrices suivantes relatives lexposition lnergie de RF:
Conseil fdral amricain des communications (FCC), Code de la rglementation fdrale ; 47CFR et suiv. Conseil fdral amricain des communications (FCC), Bulletin OET 65 Institut des ingnieurs lectriciens et lectroniciens (IEEE), C95.1 Comit international pour la protection contre les radiations non ionisantes
(ICNIRP) Ministre de la sant (Canada), Code de scurit 6 Industrie Canada, RSS-102 Direction australienne de communications, norme de radiocommunications, et suiv. Annexe dANATEL la rsolution No. 303 et suiv. Directives en matire de conformit et de contrle dexposition aux RF et consignes de fonctionnement Pour contrler lexposition laquelle vous-mme et dautres personnes se soumettent et garantir le respect des limites dexposition aux RF, observez toujours les consignes suivantes. Consignes:
Lorsque lappareil est cd dautres utilisateurs, il doit tre accompagn des informations de sensibilisation des utilisateurs. Nutilisez pas cet appareil si les conditions de fonctionnement dcrites ici ne sont pas runies. Franais Canadien 4 6881095C99_SafetyM_FrCan.fm Page 5 Tuesday, March 6, 2012 11:17 AM Consignes:
Nmettez pas plus de 50% du temps afin de ne pas dpasser le cycle maximal de travail spcifi de 50%. Pour mettre (parler), appuyez sur le bouton de transmission (PTT) ou, si la radio est quipe de VOX, parlez dans le microphone. La DEL rouge sallume lorsque la radio met. Pour recevoir des appels, relchez le bouton PTT, ou, si la radio est quipe de VOX, arrtez de parler. La DEL rouge steint lorsque la radio arrte dmettre. Il est important de ne pas mettre plus de 50% du temps tant donn que cette radio gnre une nergie de RF dont lexposition nest mesurable que lors de lmission (en termes de conformit aux normes de mesure). Lmission ne doit se faire que lorsque les personnes situes lextrieur du vhicule se trouvent la distance latrale minimale recommande (indique dans le tableau 1) de la carrosserie dun vhicule quip dune antenne convenablement installe. Cette sparation garantit une distance suffisante par rapport une antenne extrieure convenablement installe (conformment aux consignes dinstallation) pour rpondre aux exigences en matire dexposition lnergie de RF stipules dans les normes mentionnes plus haut. REMARQUE: Le tableau 1 ci-dessous indique la distance latrale minimum recommande, dans un environnement non contrl, pour les passants par rapport la carrosserie dun vhicule quip dune antenne mettrice agre et convenablement installe (cest--dire, antenne unipolaire plan de sol, ou doublet) pour diffrents niveaux de puissance nominale de radios mobiles installes dans un vhicule. Tableau 1. Puissance nominale de la radio bidirectionnelle mobile installe dans un vhicule et distance latrale minimale recommande de la carrosserie du vhicule Puissance nominale de la radio mobile (voir Remarque) Moins de 7 watts 7 14 watts 15 39 watts 40 110 watts Distance latrale minimale de la carrosserie du vhicule 20 centimtres (8 pouces) 30 centimtres (1 pied) 60 centimtres (2 pieds) 90 centimtres (3 pieds) 5 Franais Canadien 6881095C99_SafetyM_FrCan.fm Page 6 Tuesday, March 6, 2012 11:17 AM Lorsqu'une radio mobile est utilise avec un autre metteur ayant la mme position, par exemple un rpteur vhiculaire, il incombe l'oprateur du vhicule de prendre les mesures ncessaires pour maintenir les tiers la distance requise du vhicule de faon garantir la conformit aux limites d'exposition l'nergie de RF tablies par la FCC pour le public en gnral. Pour plus de renseignements, consultez le guide de l'utilisateur relatif aux metteurs ayant la mme position. REMARQUE: Si vous ntes pas sr de la puissance nominale de votre radio, contactez le reprsentant ou le concessionnaire Motorola et indiquez-
lui le numro de modle de la radio qui figure sur ltiquette de celle-ci. Si vous narrivez pas dterminer la puissance de sortie nominale, conservez une distance dun mtre (3 pieds) par rapport la carrosserie du vhicule. Les utilisateurs de radio multi-bandes soumises diffrentes distances de sparation dans diffrentes bandes de fonctionnement selon le tableau 1 devront slectionner la plus grande distance applicable comme distance latrale minimale pour les personnes se trouvant l'extrieur du vhicule. La puissance maximale indique sur lautorisation de la FCC peut tre suprieure la puissance nominale si lon tient compte des variations de production. Consignes dinstallation pour les antennes de radios mobiles Les consignes suivantes pour linstallation dantennes de radios mobiles sont applicables uniquement aux vhicules automobiles carrosserie mtallique ou aux vhicules plans de sol appropris. Les antennes doivent tre installes au centre du toit ou du capot du coffre, en tenant compte des conditions dexposition des passagers du sige arrire, ainsi que des consignes et restrictions spcifiques mentionnes dans le manuel dinstallation de la radio et des exigences tablies par le fournisseur de lantenne. Les installations sur le capot du coffre sont rserves aux vhicules quips de coffres surfaces planes clairement dfinies et dans la plupart des cas, des modles spcifiques de radios et dantennes. Consultez dans le manuel dinstallation de la radio les informations spcifiques relatives lemplacement et au mode dinstallation des diffrents types dantennes agrs, destines fournir toute personne risquant dtre expose les distances de fonctionnement recommandes. Utilisez uniquement lantenne agre fournie par Motorola ou une antenne de rechange agre Motorola. Lutilisation dantennes, de modifications ou Franais Canadien 6 6881095C99_SafetyM_FrCan.fm Page 7 Tuesday, March 6, 2012 11:17 AM daccessoires non agrs peut endommager la radio et constituer une violation des normes de scurit en matire dnergie de RF. Accessoires agrs Cette radio a t teste et dclare conforme aux normes de scurit en matire dnergie de RF lorsquelle est utilise avec les accessoires Motorola fournis ou dsigns pour ce produit. Lutilisation dautres accessoires peut constituer une violation des normes de scurit en matire dnergie de RF. Pour obtenir une liste de Motorola antennes approuves et accessoires, reportez-
vous l'utilisateur manuel de votre modle de radio. Informations complmentaires Pour obtenir plus de renseignements sur les exigences en matire dexposition ou des informations de formation, visitez le site: http://
responsibility.motorolasolutions.com/index.php/ourapproach/wirelesscommhealth/. Directives de contrle et de conformit et consignes de fonctionnement des radios bidirectionnelles mobiles installes comme stations de contrle emplacements fixes. Si un appareil de radio mobile est install dans un endroit fixe et quil est utilis comme station de contrle ou comme unit fixe, linstallation de lantenne doit rpondre aux exigences ci-dessous afin de garantir un rendement optimal et de respecter les limites dexposition lnergie de RF tablies dans les normes et directives numres page 4 :
Dans la mesure du possible, lantenne doit tre monte sur le toit ou sur une tour, lextrieur du btiment. Comme pour toutes les installations dantennes emplacements fixes, il incombe au grant de maintenir lemplacement en conformit avec les rglements en vigueur. Par ailleurs, dautres exigences peuvent sappliquer, telles que des mesures de propagation, la pose de panneaux et des restrictions de laccs lemplacement afin dtre certain que les limites dexposition mentionnes ne sont pas dpasses. Pour toute information d'installation supplmentaire, consultez les directives relatives aux distances de sparation minimum fournies ci-dessus dans la section de ce document intitule Directives en matire de conformit et de contrle d'exposition aux RF et consignes de fonctionnement. 7 Franais Canadien 6881095C99_SafetyM_FrCan.fm Page 8 Tuesday, March 6, 2012 11:17 AM Directivesdeconformitetdecontrleetconsignes d'exploitationpourlesradiosmobilesbidirectionnelles installssurlesnavires Si un appareil de radio mobile est install sur un navire et utilis comme appareil fixe, l'installation de l'antenne devra tre conforme aux exigences suivantes en vue d'assurer une performance optimale et le respect des limites d'exposition aux frquences radio
(RF) stipules dans les normes et lignes directrices figurant la page 4:
Une antenne usage maritime devra tre choisie et installe conformment aux Les antennes devront tre montes solidement la structure du navire et places le recommandations du fabricant. plus haut possible. Comme avec toutes les installations d'antennes de radio, il est de la responsabilit de l'exploitant de maintenir des distances suffisantes entre l'antenne et tout le personnel bord ou proximit du navire. Pour plus d'informations sur l'installation, voir les recommandations pour les distances de sparation minimales exposes ci-dessus dans les Recommandations pour la conformit et le contrle de lexposition aux RF, ainsi que la section Instructions dutilisation de ce document. Interfrence et compatibilit lectromagntique REMARQUE: La grande majorit des dispositifs lectroniques sont sensibles leffet lectromagntique perturbateur (EMI) sils ne sont pas convenablement protgs ou sils ne sont pas conus ou configurs de telle sorte quils soient compatibles avec ce type de signaux lectromagntiques. Il se peut que des tests de compatibilit soient ncessaires afin de dterminer si lun des appareils lectroniques utiliss lintrieur ou proximit des vhicules ou proximit dantennes emplacements fixes est sensible lnergie de RF externe ou sil faut prendre des mesures quelconques pour liminer ou attnuer le risque dinteraction entre la radio mettrice et lappareil ou le dispositif. Btiments Afin dviter des problmes dinterfrence et/ou de compatibilit lectromagntique, teignez la radio dans tous les tablissements o des panneaux daffichage vous invitent le faire. Il se peut, par exemple, que les hpitaux ou les tablissements de sant utilisent des appareils sensibles lnergie de RF externe. Franais Canadien 8 6881095C99_SafetyM_FrCan.fm Page 9 Tuesday, March 6, 2012 11:17 AM Vhicules Afin dviter une ventuelle interaction entre la radio mettrice et lun des modules de contrle lectronique du vhicule (par exemple, le contrle du systme de freinage antiblocage (ABS), le contrle du moteur ou le contrle de la transmission) il est recommand de faire appel uniquement un installateur qualifi pour raliser linstallation de la radio et de prendre les prcautions suivantes :
1. Consultez la notice du fabricant ou toute autre documentation technique contenant des recommandations pour linstallation de la radio. 2. Avant dinstaller la radio, dterminez lemplacement des modules de contrle lectronique et du cblage lintrieur du vhicule. 3. Faites passer tout le cblage de la radio, y compris la ligne de transmission de lantenne, le plus loin possible des units de contrle lectronique et du cblage correspondant. Scurit lors de la conduite Consultez la lgislation et les rglements en vigueur sur lutilisation des radios dans les zones o vous conduisez. Respectez toujours ces rgles. Lorsque vous utilisez la radio en conduisant:
Concentrez-vous entirement sur votre conduite et sur la route. Rangez-vous sur le bas-ct et stationnez votre vhicule avant de faire ou de rpondre un appel, si les conditions de conduite lexigent. Scurit acoustique L'exposition des bruits forts de n'importe quelle source pendant de longues priodes peut affecter temporairement ou de manire permanente votre audition. Plus le volume de la radio est lev, plus votre audition risque de se dtriorer rapidement. Les dommages auditifs causs par des bruits forts sont parfois indtectables au dbut et peuvent avoir un effet cumulatif. 9 Franais Canadien 6881095C99_SafetyM_FrCan.fm Page 10 Tuesday, March 6, 2012 11:17 AM Pour protger votre audition:
Rglez le volume au plus bas niveau possible ncessaire pour effectuer votre travail. volumes. N'augmentez le volume que si vous tes dans un environnement bruyant. Baissez le volume avant d'utiliser un casque ou des oreillettes. Utilisez le moins longtemps possible un casque ou des oreillettes de forts Lorsque vous utilisez la radio sans casque ou oreillettes, ne placez pas le haut-parleur de la radio directement sur votre oreille. Franais Canadien 10 6881095C99_SafetyM_FrCan.fm Page 11 Tuesday, March 6, 2012 11:17 AM AVERTISSEMENT AVERTISSEMENT Avertissements de fonctionnement Vhicules quips de sac gonflable vitez de monter ou de placer une radio mobile au-dessus dun sac gonflable ou dans la zone de dploiement de ce dernier. Les sacs gonflables se dploient avec une force considrable. Si une radio se trouve dans la zone de dploiement du sac lorsque celui-ci se gonfle, la radio peut tre propulse avec une force considrable et risque alors doccasionner de graves lsions corporelles aux passagers. Atmosphres potentiellement explosives teignez la radio avant de pntrer dans une atmosphre potentiellement explosive. La moindre tincelle dans ce type d'atmosphre peut provoquer une explosion ou un incendie et entraner des lsions corporelles ou mme la mort. Parmi les zones potentiellement explosives, citons les zones davitaillement en carburant, par exemple la cale des bateaux, les installations de transfert et de stockage de carburant ou de produits chimiques et les zones dans lesquelles lair est charg en produits chimiques ou en particules telles que de la poudre de crales, de la poussire ou de la poudre mtallique. Les zones atmosphres potentiellement explosives affichent gnralement des panneaux de mise en garde, mais ce nest pas toujours le cas. Dtonateurs et zones de dynamitage Afin dviter toute interfrence ventuelle avec les oprations de dtonation, teignez la radio proximit de dtonateurs lectriques, dans une zone de dtonations ou l o sont affichs des panneaux vous invitant teindre les radios bidirectionnelles. Respectez tous les panneaux et toutes les consignes. En ce qui concerne les radios installes dans des vhicules fonctionnant au GPL, consultez la norme NFPA 58 de lAssociation amricaine pour la protection contre lincendie (National Fire Protection Association) pour obtenir des informations sur le stockage, la manipulation et/ou les conteneurs. Pour obtenir une copie de la norme GPL, NFPA 58, contactez lAssociation amricaine pour la protection contre lincendie (National Fire Protection Association), One Battery Park, Quincy, MA. 11 Franais Canadien 6881095C99_SafetyM_FrCan.fm Page 12 Tuesday, March 6, 2012 11:17 AM Franais Canadien 12
frequency | equipment class | purpose | ||
---|---|---|---|---|
1 | 2016-10-31 | 2412 ~ 2462 | DTS - Digital Transmission System | Class II Permissive Change |
2 | 2015-06-08 | 2412 ~ 2462 | DTS - Digital Transmission System | |
3 | 2015-04-29 | 2412 ~ 2462 | DTS - Digital Transmission System | Original Equipment |
app s | Applicant Information | |||||
---|---|---|---|---|---|---|
1 2 3 | Effective |
2016-10-31
|
||||
1 2 3 |
2015-06-08
|
|||||
1 2 3 |
2015-04-29
|
|||||
1 2 3 | Applicant's complete, legal business name |
Motorola Solutions, Inc.
|
||||
1 2 3 | FCC Registration Number (FRN) |
0003778479
|
||||
1 2 3 | Physical Address |
8000 West Sunrise Blvd
|
||||
1 2 3 |
Ft Lauderdale, FL
|
|||||
1 2 3 |
Ft Lauderdale
|
|||||
1 2 3 |
United States
|
|||||
app s | TCB Information | |||||
1 2 3 | TCB Application Email Address |
j******@acstestlab.com
|
||||
1 2 3 |
T******@TIMCOENGR.COM
|
|||||
1 2 3 | TCB Scope |
A4: UNII devices & low power transmitters using spread spectrum techniques
|
||||
app s | FCC ID | |||||
1 2 3 | Grantee Code |
AZ4
|
||||
1 2 3 | Equipment Product Code |
92FT7058
|
||||
app s | Person at the applicant's address to receive grant or for contact | |||||
1 2 3 | Name |
D******** Z****
|
||||
1 2 3 | Title |
Regulatory Compliance Manager
|
||||
1 2 3 | Telephone Number |
95472********
|
||||
1 2 3 | Fax Number |
--********
|
||||
1 2 3 |
d******@motorolasolutions.com
|
|||||
app s | Technical Contact | |||||
n/a | ||||||
app s | Non Technical Contact | |||||
n/a | ||||||
app s | Confidentiality (long or short term) | |||||
1 2 3 | Does this application include a request for confidentiality for any portion(s) of the data contained in this application pursuant to 47 CFR § 0.459 of the Commission Rules?: | Yes | ||||
1 2 3 | Long-Term Confidentiality Does this application include a request for confidentiality for any portion(s) of the data contained in this application pursuant to 47 CFR § 0.459 of the Commission Rules?: | No | ||||
if no date is supplied, the release date will be set to 45 calendar days past the date of grant. | ||||||
app s | Cognitive Radio & Software Defined Radio, Class, etc | |||||
1 2 3 | Is this application for software defined/cognitive radio authorization? | No | ||||
1 2 3 | Equipment Class | DTS - Digital Transmission System | ||||
1 2 3 | Description of product as it is marketed: (NOTE: This text will appear below the equipment class on the grant) | VML750 RF Data Radio Modem | ||||
1 2 3 | VML 750 RF Data Radio Modem | |||||
1 2 3 | Related OET KnowledgeDataBase Inquiry: Is there a KDB inquiry associated with this application? | No | ||||
1 2 3 | Modular Equipment Type | Does not apply | ||||
1 2 3 | Purpose / Application is for | Class II Permissive Change | ||||
1 2 3 | Original Equipment | |||||
1 2 3 | Composite Equipment: Is the equipment in this application a composite device subject to an additional equipment authorization? | No | ||||
1 2 3 | Related Equipment: Is the equipment in this application part of a system that operates with, or is marketed with, another device that requires an equipment authorization? | Yes | ||||
1 2 3 | No | |||||
1 2 3 | Grant Comments | Power listed is conducted. Professional installation is required. The antenna installation and operating configurations of this transmitter, including any applicable antenna gain and cable loss must satisfy MPE categorical Exclusion Requirements of §2.1091. The antenna(s) used for this transmitter must be installed to provide a separation distance of at least 20 cm from all persons and must not be co-located or operated in conjunction with any other antenna or transmitter, except in accordance with FCC multi-transmitter evaluation procedures. Users and installers must be provided with antenna installation instructions and transmitter operating conditions for satisfying RF exposure compliance. Class II Permissive Change to address co-location with FCC ID: N7NMC7455 and FCC ID: 2AAGMLM63S1 as described in this filing. | ||||
1 2 3 | Power listed is conducted. Professional installation is required. The antenna installation and operating configurations of this transmitter, including any applicable antenna gain and cable loss must satisfy MPE categorical Exclusion Requirements of §2.1091. The antenna(s) used for this transmitter must be installed to provide a separation distance of at least 20 cm from all persons and must not be co-located or operated in conjunction with any other antenna or transmitter, except in accordance with FCC multi-transmitter evaluation procedures. Users and installers must be provided with antenna installation instructions and transmitter operating conditions for satisfying RF exposure compliance. (Date of Grant: 04/29/2015) Class II Permissive Change: This Class II Permissive Change is to add modular transmitters with FCC IDs N7NMC7355 and 2AAGMLM63S1. | |||||
1 2 3 | Power listed is conducted. Professional installation is required. The antenna installation and operating configurations of this transmitter, including any applicable antenna gain and cable loss must satisfy MPE categorical Exclusion Requirements of §2.1091. The antenna(s) used for this transmitter must be installed to provide a separation distance of at least 20 cm from all persons and must not be co-located or operated in conjunction with any other antenna or transmitter. Users and installers must be provided with antenna installation instructions and transmitter operating conditions for satisfying RF exposure compliance. | |||||
1 2 3 | Is there an equipment authorization waiver associated with this application? | No | ||||
1 2 3 | If there is an equipment authorization waiver associated with this application, has the associated waiver been approved and all information uploaded? | No | ||||
app s | Test Firm Name and Contact Information | |||||
1 2 3 | Firm Name |
Qualitech
|
||||
1 2 3 |
QualiTech
|
|||||
1 2 3 | Name |
M**** B****
|
||||
1 2 3 |
T****** W****
|
|||||
1 2 3 | Telephone Number |
972-3********
|
||||
1 2 3 |
972-3********
|
|||||
1 2 3 | Fax Number |
972 3********
|
||||
1 2 3 |
972 3********
|
|||||
1 2 3 |
M******@ecitele.com
|
|||||
1 2 3 |
T******@ecitele.com
|
|||||
Equipment Specifications | |||||||||||||||||||||||||||||||||||||||||
---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
Line | Rule Parts | Grant Notes | Lower Frequency | Upper Frequency | Power Output | Tolerance | Emission Designator | Microprocessor Number | |||||||||||||||||||||||||||||||||
1 | 1 | 15C | 2412.00000000 | 2462.00000000 | 0.0470000 | ||||||||||||||||||||||||||||||||||||
Line | Rule Parts | Grant Notes | Lower Frequency | Upper Frequency | Power Output | Tolerance | Emission Designator | Microprocessor Number | |||||||||||||||||||||||||||||||||
2 | 1 | 15C | 2412.00000000 | 2462.00000000 | 0.0470000 | ||||||||||||||||||||||||||||||||||||
Line | Rule Parts | Grant Notes | Lower Frequency | Upper Frequency | Power Output | Tolerance | Emission Designator | Microprocessor Number | |||||||||||||||||||||||||||||||||
3 | 1 | 15C | 2412.00000000 | 2462.00000000 | 0.0470000 |
some individual PII (Personally Identifiable Information) available on the public forms may be redacted, original source may include additional details
This product uses the FCC Data API but is not endorsed or certified by the FCC