Hardware Guide Version 1.
Installation Guide Tenera TABLE OF CONTENTS Table of Contents 1.0 INTRODUCTION .......................................................................................................................... 2 1.2 PROVISIONING PROCEDURE ........................................................................................................ 6 1.3 INSTALLER CONSOLE PROCEDURE ............................................................................................. 9 1.4 BRACELET SPECIFICATIONS ..............
Installation Guide Tenera 1.0 INTRODUCTION The Hardware Guide provides users with an overview of how to install and provision the Tenera Bracelet and Beacon. It outlines the hardware specifications This material is the property of GeoNavo Positioning Systems, Inc. It may contain certain confidential and proprietary information and is not to be reproduced, distributed or otherwise disclosed to any third party without permission of GeoNavo Positioning Systems, Inc.
Installation Guide Tenera 1.1 HARDWARE OVERVIEW The system is 100% designed and manufactured in Canada. In order to locate a resident, staff, visitor, contractor or asset the system triangulates the location utilizing UltraWideband (UWB) radio technology. The system relies on 4 key pieces of technology in order to triangulate the X-Y-Z three-dimensional location and consists of the following: 1.
Installation Guide Tenera 2. Tenera Beacon: The beacons are strategically mounted in fixed positions around the facility during the initial installation. Their fixed location is loaded through the installer console (appendix F). The beacons listen for UWB transmissions from the bracelet and communicate with the cloud servers to perform real time localization.
Installation Guide Tenera 3. Google WiFi Mesh Network: The Google WiFi Mesh network creates a private wireless network allowing the Tenera Platform to transfer the X-Y-Z position of each bracelet to the cloud servers for processing. The Mesh network provides more coverage than a traditional router by using multiple WiFi points together to create a connected system providing a strong signal throughout the facility.
Installation Guide Tenera 1.2 PROVISIONING PROCEDURE If the application is not already loaded on your android device, please contact Tenera for the latest version of the application. 1. Ensure the beacon is plugged into a local power source and Bluetooth is turned on for your device. 2. Load the Provisioning Application and select “Start Provisioning” 3. From within the provisioning app you should see the beacon appear in the app.
Installation Guide Tenera 4. Select the device you want to provision. 5. Enter all of the information provided to you by the lead or project manager. This should include the Wireless SSID, the Wireless Password, your name, the Facility Name, Building Name, & Floor. The information only needs to be entered in one time and then each subsequent beacon you provision will remember the information. Once you verify the information is correct select “Provision” 6.
Installation Guide Tenera 7. Once the provisioning is complete the screen will display a message saying “Device has been successfully provisioned!” This material is the property of GeoNavo Positioning Systems, Inc. It may contain certain confidential and proprietary information and is not to be reproduced, distributed or otherwise disclosed to any third party without permission of GeoNavo Positioning Systems, Inc.
Installation Guide Tenera 1.3 INSTALLER CONSOLE PROCEDURE 1. Log into the Tenera Admin Console: https://tenera-admin-ca.firebaseapp.com/login 2. Select the Customer Name from the drop-down menu in the top right corner 3. Select Install from the left side menu 4. Reference the beacon ID and measurements you captured during the Mounting Procedure (Appendix D) and Provisioning Procedure (Appendix E) and select the beacon from the right hand side of the screen and select provision.
Installation Guide Tenera 5. Once you select the provision, you will place the blue dot where the beacon is deployed in the facility. Ensure you are in the correct room. 6. The X & Y coordinates will automatically generate based on where you placed the beacon. You will need to enter the Z coordinate in meters. Select provision once you confirm the coordinates. This material is the property of GeoNavo Positioning Systems, Inc.
Installation Guide Tenera 1.4 BRACELET SPECIFICATIONS This material is the property of GeoNavo Positioning Systems, Inc. It may contain certain confidential and proprietary information and is not to be reproduced, distributed or otherwise disclosed to any third party without permission of GeoNavo Positioning Systems, Inc. All rights, including copyright and patent rights are reserved by GeoNavo Positioning Systems, Inc. © 2017 GeoNavo Positioning Systems, Inc.
Installation Guide Tenera 1.5 BEACON SPECIFICATIONS This material is the property of GeoNavo Positioning Systems, Inc. It may contain certain confidential and proprietary information and is not to be reproduced, distributed or otherwise disclosed to any third party without permission of GeoNavo Positioning Systems, Inc. All rights, including copyright and patent rights are reserved by GeoNavo Positioning Systems, Inc. © 2017 GeoNavo Positioning Systems, Inc.
Installation Guide Tenera 1.6 RF CERTIFICATION NOTICES Beacon Information Model: TC-B10001 FCC ID: 2AYOO-TCB10001 IC: 26876-TCB10001 CAN ICES-3 (B)/NMB-3(B) Tag Information Model: TC-T10001 Contains FCC ID: 2AQ33-DWM10001 IC: 23794-DWM1001 CAN ICES-3 (B)/NMB-3(B) FCC Regulatory Statements This device complies with Part 15 of the FCC Rules. Operation is subject to the following two conditions: (1) This device may not cause harmful interference.
Installation Guide Tenera the antenna shall not be less than 20 cm during normal operation and must not be co-located or operating in conjunction with any other antenna or transmitter. ISED Regulatory Statements This device complies with ISED 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.
