Cubic Global Tracking Solutions MDC2 Mesh Dry Container Tag User Manual 14 0280 Exhibit Cover
Cubic Global Tracking Solutions Mesh Dry Container Tag 14 0280 Exhibit Cover
Manual
| Download: |  |
| Mirror Download [FCC.gov] | |
| Document ID | 2782981 |
| Application ID | oVUYGiLHaAxFThQTL8sJOA== |
| Document Description | Manual |
| Short Term Confidential | No |
| Permanent Confidential | No |
| Supercede | No |
| Document Type | User Manual |
| Display Format | Adobe Acrobat PDF - pdf |
| Filesize | 88.45kB (1105684 bits) |
| Date Submitted | 2015-10-15 00:00:00 |
| Date Available | 2015-10-15 00:00:00 |
| Creation Date | 2015-10-14 15:01:02 |
| Producing Software | ScanSoft PDF Create! 7 |
| Document Lastmod | 2015-10-14 15:02:53 |
| Document Title | Microsoft Word - 14-0280 - Exhibit Cover.doc |
| Document Creator | Microsoft Word - 14-0280 - Exhibit Cover.doc |
| Document Author: | courtney.mcgann |
Certification Exhibit FCC ID: YVDMDC2 FCC Rule Part: 15.247 ACS Project Number: 14-0280 Manufacturer: Cubic Global Tracking Solutions Model: MDC-2 5015 B.U. Bowman Drive Buford, GA 30518 USA Voice: 770-831-8048 Fax: 770-831-8598 MDC-2 User’s Manual 315001v4 Version 2.0 October 14, 2015 Cubic Global Tracking Solutions 400 E 16th Street Panama City, FL 32405 USA http://www.cubic.com/Solutions/Cubic-Global-Tracking-Solutions Notice of Ownership No information contained in this document may be released, re-printed, or redistributed without the permission of Cubic GTS. The information contained in this document is subject to change without notice. If you have questions or comments about this document, please direct them to info.cgts@cubic.com. Copyright © 2015 by Cubic GTS Revision History Revision Date Author(s) Notes 0.9 4/27/2015 Michael Baumgartner Initial draft. 1.0 7/1/2015 Michael Baumgartner Release 2.0 10/13/2015 Milton Beachy Minor Edits Cubic Global Tracking Solutions 315001v4 Copyright © 2015 CGTS Page 2 of 14 10/14/15 Table of Contents REGULATORY COMPLIANCE............................................................................................................................... 4 INTRODUCTION ............................................................................................................................................. 5 1.1 CUBIC GTS MIST™ MESH NETWORK ...................................................................................................................... 6 1.2 MANAGED ASSET TAGS ............................................................................................................................................ 6 1.3 MESH GATEWAYS...................................................................................................................................................... 6 1.4 THE DEVICE MANAGEMENT CENTER .................................................................................................................... 6 FEATURES ........................................................................................................................................................ 7 2.1 DESCRIPTION ............................................................................................................................................................. 7 2.1.1 Indicators ......................................................................................................................................................................8 2.2 NORMAL OPERATION ............................................................................................................................................... 8 2.2.1 Power-On Sequence ..................................................................................................................................................8 2.2.2 Sensor Sampling.........................................................................................................................................................8 2.2.3 Reporting Behavior ..................................................................................................................................................8 2.2.4 Magnet Touch .............................................................................................................................................................8 2.3 BATTERIES ................................................................................................................................................................. 8 2.4 MDC-2 RF PERFORMANCE ..................................................................................................................................... 9 2.4.1 Antenna Pattern.........................................................................................................................................................9 2.5 MDC-2 BLOCK DIAGRAM ...................................................................................................................................... 10 PHYSICAL INSTALLATION ....................................................................................................................... 11 3.1 GENERAL ASSET USE .............................................................................................................................................. 11 3.2 MAGNETIC MOUNTING ........................................................................................................................................... 11 3.3 DRY CONTAINER MOUNTING, INTERNAL............................................................................................................ 11 3.4 DRY CONTAINER MOUNTING, EXTERNAL ........................................................................................................... 11 CONFIGURING THE MDC-2 ...................................................................................................................... 12 4.1 RESETTING DEVICE PARAMETERS ....................................................................................................................... 12 TROUBLESHOOTING ................................................................................................................................. 12 5.1 MESH NETWORK ISSUES ........................................................................................................................................ 12 5.2 BATTERY ISSUES ..................................................................................................................................................... 12 CONTACT ....................................................................................................................................................... 13 APPENDIX A: SPECIFICATIONS ....................................................................................................................... 14 Cubic Global Tracking Solutions 315001v4 Copyright © 2015 CGTS Page 3 of 14 10/14/15 Regulatory Compliance FCC STATEMENT: This equipment has been tested and found to comply with the limits for a Class A digital device, pursuant to part 15 of the FCC Rules. Operation is subject to the following two conditions: (1) this device may not cause harmful interference, and (2) this device must accept any interference received, including interference that may cause undesired operation. This equipment generates, uses, and can radiate radio frequency energy and, if not installed and used in accordance with the instruction manual, may cause harmful interference to radio communications. Operation of this equipment in a residential area is likely to cause harmful interference in which case the user will be required to correct the interference at his/her own expense. Changes or modifications not expressly approved by Cubic Global Tracking Solutions for compliance could void the user’s authority to operate the equipment. The antennas used for this transmitter must be installed to provide a separation distance of at least 20cm from all persons during normal device operation and must not be located or operating in conjunction with any other antenna or transmitter. Les antennes utilisées pour cet émetteur doivent être installés pour fournir une distance de séparation d'au moins 20cm de toutes les personnes en cours de fonctionnement normal du dispositif et ne doit pas être situé ou opérant dans conjointement avec une autre antenne ou émetteur. Industry Canada This device complies with Industry Canada license-exempt RSS standard(s). Operation is subject to the following two conditions: (1) this device may not cause interference, and (2) this device must accept any interference, including interference that may cause undesired operation of the device. Le présent appareil est conforme aux CNR d'Industrie Canada applicables aux appareils radio exempts de licence. L'exploitation est autorisée aux deux conditions suivantes : (1) l'appareil ne doit pas produire de brouillage, et (2) l'utilisateur de l'appareil doit accepter tout brouillage radioélectrique subi, même si le brouillage est susceptible d'en compromettre le fonctionnement. Cubic Global Tracking Solutions 315001v4 Copyright © 2015 CGTS Page 4 of 14 10/14/15 1 Introduction Cubic Global Tracking Solutions’ Mesh Dry Container (MDC-2) tag is a sensor node in a mist™ mesh network. The MDC-2 is one of a family of Managed Asset Tags (MAT). Tags such the MDC-2 wirelessly communicate to a fixed or mobile mesh gateway using the mist™ protocol and the gateway forwards data from those tags through the internet to the Device Management Center (DMC) where the data is stored indefinitely. The MDC-2 contains a mist™ radio and several optional sensors (temperature, acceleration, shock, light, door, magnetic, and compass. While the MDC-2 is usable out of the box, it is user-configurable in order to allow for greater flexibility as circumstances demand. The MDC-2 is intended for un-attended operation. Figure 1: MDC-2 mist™ Mesh Asset Tag Figure 2: mist™ Mesh Network Cubic Global Tracking Solutions 315001v4 Copyright © 2015 CGTS Page 5 of 14 10/14/15 1.1 Cubic GTS mist™ mesh network Cubic GTS mist™ mesh network is an ad-hoc, self-forming, self-healing Mesh network formed by MATs and gateway devices. MATs and other node devices report status and location data to the DMC through gateways devices. The Cubic GTS mist™ mesh network allows for multiple paths between the MATs and the gateways in the network. This allows the Cubic GTS mist™ mesh network to “heal” itself if a node or a number of nodes drop off of the network. 1.2 Managed Asset Tags The Managed Asset Tags (MATs) are small asset tracking devices capable of joining with other MATs to form Cubic GTS mist™ mesh network through a fixed or mobile Gateway to the DMC. Most MATs come with a number of sensors to monitor location and routine conditions, and detect if it or its asset has been disturbed. MATs can also have a GPS receiver to track its location, as well as sensors to monitor other asset conditions, such as humidity, light intrusion, etc. 1.3 Mesh Gateways A mesh gateway is an internet portal for Cubic GTS’s mist™ mesh network. Cubic GTS mist™ mesh network gateway devices include the FMG-3 (a fixed mesh gateway), the MGW-1 (a GSM based mobile mesh gateway), the GS-5L (an Iridium and GSM based mobile mesh gateway) and the GS-5B (a combined container security device and mobile mesh gateway with Iridium and GSM). A mesh gateway contains a mist™ radio for mesh communications and an Ethernet, cellular or satellite internet connection. The gateway forwards data from these devices to the DMC through its internet connection. The mesh gateway is also used to configure mesh devices using the mist™ mesh network. The FMG-3 is the most full-featured gateway in terms gateway functions and mesh device configuration. The FMG-3 offers local and remote device administration and can configure devices, including loading new software and parameters. 1.4 The Device Management Center The Device Management Center (DMC), sometimes called the Device Management Server, can be located at a Cubic GTS facility or at an authorized user’s site. When the FMG-3 forwards mesh data through the internet, that data’s final destination is the DMC. With the purchase of a Cubic GTS tracking device, the customer will be provided log-in credentials to the DMC. The DMC provides the following services: Secure storage of data that is transmitted from Cubic GTS tracking devices. Secure system management and configuration of Cubic GTS tracking devices. Worldwide health monitoring of Cubic GTS tracking devices. Routine and Unscheduled/Unplanned Event notifications to authorized individuals via email or short messaging service (SMS). Software upgrade of deployed devices. Cubic Global Tracking Solutions 315001v4 Copyright © 2015 CGTS Page 6 of 14 10/14/15 2 Features 2.1 Description A MDC-2 is shown in Figures 3 and 4. The MDC-2 is packaged in a rugged IP66 production housing. It has several mounting options which include built-in self-tapping screws, glue-on mounting sled, strap holes, optional magnet mounts. The MDC-2 can include up to three A size 3.6V batteries, and has an integrated antenna. This battery type is rated to approximately 3600mAh under ideal conditions. A MAT sensor can measure temperature, humidity, motion, rotation, orientation (compass), altitude, light, magnetic switch and monitors the state of optical door proximity sensor. The battery life varies based upon the MDC-2 configuration, but a minimum battery life can be guaranteed for any specific configuration. The MDC-2 is normally shipped powered on and configured for minimal battery consumption. Batteries are installed when the device is manufactured and normally on for its entire life since there is no power switch. Figure 3: MDC-2 Features Figure 4: MDC-2 Features MDC-2 features/functions: 1. Indicator LED 7. Mounting loop 2. Door proximity sensor, external light sensor 8. Mounting screws 3. Temperature/Humidity sensor 10. Antenna (internal) 4. Light/demount sensor 11. 3-Axis motion/shock (internal) 5. Magnetic reed sensor 6. Container door alignment feature Cubic Global Tracking Solutions 315001v4 9. Optional mounting magnet 12. 9-axis motion, rotation, heading (internal) Copyright © 2015 CGTS Page 7 of 14 10/14/15 2.1.1 Indicators There is a three color LED that is used to indicate mesh network status and other device operation. The default MDC-2 LED function is: Short blink (~20ms) red every 2.5 seconds if not connected to a network. Short blink green every 2.5 seconds when connected to a network. Long red blink on magnet transition (1s). Orange blinking for 10 seconds indicates that a firmware integrity check failed. Continuous orange blinking every 0.5 second when a FIPS-140-2 security error occurs. To control light pollution LED blinking can be slowed down and turned off. 2.2 Normal Operation In normal use the MDC-2 is an unattended device. There are no user actions required to turn on or turn off the MDC-2. In normal operation, the green LED will blink every 2.5 Seconds. 2.2.1 Power-On Sequence When batteries are installed the MDC-2 is always on. For some deployment configurations, the MDC-2 can be shipped from the factory in a dormant mode to minimize battery use. In the dormant mode the MDC-2 has no LED indications. A magnet touch will cause the MDC-2 to start normal operation. Network configuration commands are required to place the MDC-2 into the dormant state. When batteries are initially installed the MDC-2 will perform an initial power on test. After the test is complete (several seconds) the LED will start blinking red and then blink green once a network is joined. 2.2.2 Sensor Sampling The sensor sampling intervals are controlled by the device configuration. The sensors fall into two classes: periodically sampled and interrupt driven. The periodically sampled sensors are: Temperature, humidity and light. Interrupt driven sensors are: magnet, motion, proximity, external light. The periodically sampled sensors have a default sample interval of 10 minutes. 2.2.3 Reporting Behavior The MDC-2 sends periodic messages which contain sensor and battery status. The device will also send messages when sensor events such as magnet touch, proximity or motion occur. The device will also send a message when a sampled sensor such as temperature exceeds a configured threshold. 2.2.4 Magnet Touch The MDC-2 responds to magnet touches near location 5 in the feature drawing. This can be used to manually generate messages. The magnet touch must be at least 2 seconds long to ensure success. 2.3 Batteries The MDC-2 has holders for 3 A-size 3.6V Lithium Thionyl Chloride primary (non-rechargeable) batteries. The 3 cells are electrically and mechanically isolated. The MDC-2 conforms to DOT, UN and IATA Lithium shipping regulations and individual devices have no shipping restrictions. The batteries are Saft LS-17500 or equivalent. Cubic Global Tracking Solutions 315001v4 Copyright © 2015 CGTS Page 8 of 14 10/14/15 2.4 MDC-2 RF Performance The MDC-2 contains an integrated antenna and is not intended for use with any other antenna. The MDC-2 uses IEEE 802.15.4 Physical Layer at 2.4 GHz. Operation uses all 16 channels between 2.405 GHz and 2.48 GHz. Typical range is 300 feet. 2.4.1 Antenna Pattern Antenna gain is shown in dBi. The device ERP is 5 dBM. Cubic Global Tracking Solutions 315001v4 Copyright © 2015 CGTS Page 9 of 14 10/14/15 2.5 MDC-2 Block Diagram The MDC-2 subsystems are shown below: Reed Sensor Discrete Discrete Discrete Discrete Analog Demount Light Sensor SPI Balun 2.4GHz CC2538 (802.15 Radio) I2C Discrete Serial RAM Discrete Serial Flash Serial Discrete VDD VDD 3.6V Li Cells Power Switch Power 3-axis Accelerometer Int 9-axis Accelerometer Int Temperature Sensor Int Precision Temperature Int Reset Controller 32.768KHz 32MHz Debug Serial Temperature Humidity Sensor Altimeter Int Door/Proximity Int MDC-2 380460 The blocks shown in dotted lines are optional subsystems and are ordering options. Cubic Global Tracking Solutions 315001v4 Copyright © 2015 CGTS Page 10 of 14 10/14/15 3 Physical Installation There are a number of ways to mount an MDC-2 depending on the end application. 3.1 General Asset Use 1. For most applications the MDC-2 is attached using double-stick tape. 2. One side of the MDC-2 has a light sensor which can be used to detect demounting. For that to operate ensure that the mounting tape forms a light tight seal to the mounting surface. 3. Cable ties can also be attached through the mounting loop. 3.2 Magnetic Mounting 1. The MDC-2 can be ordered with an optional rubberized mounting magnet. The magnet has a hole for the demount sensor. 2. It is recommended that a cable tie or lanyard is used as a backup for magnetic mount applications. 3.3 Dry Container Mounting, Internal 1. The MDC-2 is designed to mount on the inside of a standard ISO dry container. That configuration includes the optional mounting magnet and the optional container door alignment feature. 2. The MDC-2 is mounted on the inside of the left door at the floor level. The alignment feature fits into the space between the two doors. 3. When the right door is closed, the MDC-2 door proximity sensor and light sensors can detect the opening of the left and right doors regardless of opening order. 4. With the MDC-2 mounting between the doors, the MDC-2 RF range is approximately 300 feet depending on the container height above ground. 3.4 Dry Container Mounting, External 1. The MDC-2 is designed to mount on the outside of a standard ISO dry container. That configuration includes the optional mounting magnet and the optional container door hanger bracket. 2. The MDC-2 hangs on the locking lever in such a manner that prevents the MDC-2 from being removed without make gross changes in the device orientation. This allows detection of door opening. 3. The MDC-2 also uses the mounting magnet for demount detection. Cubic Global Tracking Solutions 315001v4 Copyright © 2015 CGTS Page 11 of 14 10/14/15 4 Configuring the MDC-2 The MDC-2 is normally shipped pre-configured for most applications. Actual device configuration is beyond the scope of this manual and is more properly covered in the mist™ Mesh Network Operator’s Manual. Configuration is done using mist Network Management Protocol (MNMP) commands. MNMP is analogous to standard Internet Simple Network Management Protocol (SMNP). Configuration and software upgrades are performed over-the-air using the mist™ Mesh Network. 4.1 Resetting Device Parameters When a device is not joined to a mist™ mesh network, over-the-air configuration management is not possible. In some cases the node cannot rejoin the network because of prior erroneous configuration changes made using MNMP. Some MNMP variables might be preventing the device from joining. For this and all other cases where a device must be reset to factory parameters while off the network there is a manual method: 1. Apply the magnet to the side of the MAT for 4 seconds. There will be 1 second green LED blink in the beginning of these 4 seconds. 2. Remove magnet for 4 seconds. As soon as you remove the magnet you will see sub-second green and then orange blinks. 3. Reapply magnet for 1 second you will see sub-second green and then orange blinks again. Then after 1-2 seconds pause you will see orange LED going solid for ~10 seconds. This is an indication of the successful NVS reset. 4. If it did not work wait for 10 seconds and repeat the whole sequence. This procedure restores all device parameters to their software defaults and it causes the device to reset. This procedure does not erase the persistence memory storage. 5 Troubleshooting 5.1 Mesh Network Issues The majority of MDC-2 issues/questions are related to network connectivity. If the MDC-2 is blinking green, the device is seeing and has joined a valid, authenticated mesh network. But if messages from the device are not being received, this likely means that the gateway device that is operating the mesh network is not communicating to your Device Management Center (DMC). Remember that a MDC-2 joins the first network that it sees, but the tag will continually look for a “better” network. Also remember that messages pass from tag to tag on the way to the gateway. If tags are physically removed from the network they may carry messages with them. The best way to resolve a mesh network connection issue is to remove the tag in question to an isolated, known good mesh network. 5.2 Battery Issues The normal MDC-2 configuration will yield a battery life of at least 1 year per battery. The MDC-2 is normally equipped with 3 Lithium A-Cells and so a 3+ year battery is expected. Extended duration high temperature operation (50C or greater) will reduce battery life. Extended duration low temperature operation (0C or lower) will reduce battery life. Cubic Global Tracking Solutions 315001v4 Copyright © 2015 CGTS Page 12 of 14 10/14/15 Excessive message reporting and rapid sensor sampling will significantly reduce the battery life. 6 Contact For other questions or concerns, contact our applications group at: support.cgts@cubic.com Cubic Global Tracking Solutions 315001v4 Copyright © 2015 CGTS Page 13 of 14 10/14/15 Appendix A: Specifications Physical Sensors Dimensions ................... 87mm x 71mm x 35mm ...................................... 3.4 in x 2.8 in x 1.4 in Magnetic ........................................... Reed Relay Weight ........................................... 154 g (5.4 oz) Temperature (standard)........... -25C to +85C ±2C ......... -40C to +125C ±3C Color(s) ............................. Black, Olive Drab, Tan Temperature (optional)....... -40C to +125C ±0.4C Operating Temperature ................. -40C to +85C Humidity ............................. 20 to 80%RH ±3%RH ............................ 0 to 100%RH ±5%RH Humidity ......................................... 100% @ 40C Vibration ...................................... 6Grms, all axis ............................................... SAE J1455 Motion................................. configurable to ±8 g Shock ............................................................. ±8 g Shock (survival) ................. 1 meter drop 6-sided Orientation .................................3 axis ±1 degree Ingress Protection Rating ............................ IP67 Compass .....................................3 axis ±1 degree Rotation........................................3 axis 250°/sec Mesh Network Radio Standard ....................... 802.15.4 Phy Only Altitude (Height)...........................................±1 m Operating Frequency .......... 2.405GHz – 2.48GHz Demount ........................................ Visible Light Max. Output Power ........................ +5dBm (ERP) Ambient Light ............................ 0.01 to 7000 Lux Sensitivity ................................................ -98dBm Door (Distance) ............................... 0 to 40 mm Modulation .................................................. DSSS Functional DSSS Chip Rate................................ 2 Mchips/sec Serial Flash (message storage) ..............1 Mbytes Data Rate ...............................................250 Kbps Serial RAM (message queue) ............. 128 Kbytes Channels .......................................................... 16 Encryption ................... All data encrypted at rest Channel Bandwidth ................................... 3 MHz Upgrades ............................ Over the air updates Encryption ..................................... AES-128/CCM Range .........................................100m (nominal) Certifications FCC Part 15B and 15C ID: YVDMDC2 IC: 9336A-MDC2 Power (Internal Battery Only) Battery Type ................ Lithium-Thionyl Chloride LS-17500 (or equal) Battery Quantity ............................................3 ea Consumption ............................ 400uA (average) Battery Life ................................................... 3 yr Interfaces CE - ETSI EN 300 328 (Emissions) - ETSI EN 301 489-1 (Immunity) SAE J1455 2006 IP-67/NEMA-4 HERO (in test) Electrical .................................................... None HERF (in test) Display ................... 1ea LED (red/green/yellow) HERP (in test) Cubic Global Tracking Solutions 315001v4 Copyright © 2015 CGTS Page 14 of 14 10/14/15
Source Exif Data:
File Type : PDF File Type Extension : pdf MIME Type : application/pdf PDF Version : 1.4 Linearized : Yes Encryption : Standard V2.3 (128-bit) User Access : Print, Print high-res Page Count : 15 XMP Toolkit : 3.1-701 Producer : ScanSoft PDF Create! 7 Creator Tool : Microsoft Word - 14-0280 - Exhibit Cover.doc Create Date : 2015:10:14 15:01:02-04:00 Modify Date : 2015:10:14 15:02:53-04:00 Title : Microsoft Word - 14-0280 - Exhibit Cover.doc Creator : courtney.mcgann Author : courtney.mcgannEXIF Metadata provided by EXIF.tools