Envira IOT NANOENVI IAQ User Manual
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Envira IOT NANOENVI IAQ User Manual

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User manual
1.3.2
Envira Sostenible S.A.

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Summary of Contents for Envira IOT NANOENVI IAQ

  • Page 1 User manual 1.3.2 Envira Sostenible S.A.
  • Page 2 Copyright © 2022 Envira Sostenible S.A. All rights over modifying or correcting the contents of this document without prior notification are reserved. These specifications apply to orders received. Envira Sostenible S.A. accepts no liability for possible misprints or any information not included in this document.

  • Page 3: Table Of Contents

    Nanoenvi IAQ LoRa 1.3.2 User manual Table of Contents 1. Version control ..........................1 2. Preface ............................2 2.1. About this manual ......................2 2.2. Conventions used ....................... 2 2.3. Safety symbols ........................2 2.4. Obtaining documentation and information .................. 3 2.4.1.
  • Page 4 Nanoenvi IAQ LoRa 1.3.2 User manual A.2. Content of the package ...................... 26 B. Nanoenvi IAQ status lights ......................28 B.1. Light code ........................28 11. Contact ........................... 29 11.1. Contact information ......................29 User manual Pág. iv...
  • Page 5 4.1. Front view of the Nanoenvi™ IAQ with wall bracket ................8 4.2. Back view of the Nanoenvi™ IAQ ....................8 6.1. USB-C configuration port ......................15 6.2. Configuration of Nanoenvi IAQ port ....................16 6.3. LoRaWAN configuration ......................16 6.4. Configuration of Nanoenvi IAQ port ....................19 6.5.
  • Page 6 Nanoenvi IAQ LoRa 1.3.2 User manual List of Tables 5.1. General specifications ........................ 10 B.1. LED light – device status key ....................... 28 User manual Pág. vi...

  • Page 7: Version Control

    Nanoenvi IAQ LoRa 1.3.2 User manual Chapter 1. Version control Version Changes V1.3.2 Drawing up of user manual for LoRa variant Chapter 1. Version control Pág. 1...

  • Page 8: Preface

    Nanoenvi IAQ LoRa 1.3.2 User manual Chapter 2. Preface 2.1. About this manual Nanoenvi™ IAQ is intended for companies and people interested in ongoing indoor air quality monitoring. This manual is part of the product and contains important information on safety and the installation, use and disposal of the product. Please read this manual and follow the instructions carefully.

  • Page 9: Obtaining Documentation And Information

    Nanoenvi IAQ LoRa 1.3.2 User manual 2.4. Obtaining documentation and information 2.4.1. Internet The latest version of the Nanoenvi™ IAQ user manual can be found at: https://enviraiot.es/nanoenvi-iaq/ 2.4.2. Requesting information Documentation, user instructions and technical information can be requested by: •...

  • Page 10: Safety Instructions

    Nanoenvi IAQ LoRa 1.3.2 User manual Chapter 3. Safety instructions Nanoenvi™ IAQ has been designed for installation in a safe indoor space for the purpose of ongoing air quality monitoring; use for any other purpose will be considered incorrect. Nanoenvi™ IAQ is manufactured in accordance with the latest safety and reliability standards for the technology and its operation.

  • Page 11: Foreseeable Incorrect Use Of The Device

    Nanoenvi IAQ LoRa 1.3.2 User manual • Do not use Nanoenvi™ IAQ outside. • Do not expose Nanoenvi™ IAQ to concentrations of gas higher than those defined in the technical specifications. 3.2. Foreseeable incorrect use of the device Any use different from those described in this section is considered incorrect use of the equipment and could lead to a risk of damage to the device, the environment or people.

  • Page 12: Description Of The Product

    Nanoenvi IAQ LoRa 1.3.2 User manual Chapter 4. Description of the product 4.1. Description 4.1.1. Air quality measurements to improve people’s lives Nanoenvi™ IAQ is a device designed and manufactured by Envira Sostenible S.A. so that building managers and owners can make decisions to improve the comfort, well-being and health of people based on real air quality data.

  • Page 13: Quick Installation

    Nanoenvi IAQ LoRa 1.3.2 User manual 4.1.4. Quick installation Nanoenvi™ IAQ is designed for quick and easy installation. By means of its USB port, the device can be configured before it is installed. The configuration can be changed remotely via downlink messages.

  • Page 14: Product Overview

    Nanoenvi IAQ LoRa 1.3.2 User manual 4.2. Product overview Figure 4.1. Front view of the Nanoenvi™ IAQ with wall bracket Figure 4.2. Back view of the Nanoenvi™ IAQ Chapter 4. Description of the product Pág. 8...
  • Page 15 Nanoenvi IAQ LoRa 1.3.2 User manual 1. LED status lights: a. LED1 b. LED2 c. LED3 2. Wall fastening. 3. Configuration mode button (also referred to as 'AP mode button'). Not used in the LORA variant. 4. QR code for automatic onboarding of LoRaWAN.

  • Page 16: Technical Specifications

    Nanoenvi IAQ LoRa 1.3.2 User manual Chapter 5. Technical specifications 5.1. General specifications Table 5.1. General specifications Parameter Value Supply Input: 100-240V AC @ 50-60 Hz (power supply included). Output: 5 V DC External power adapter Maximum consumption Average consumption...

  • Page 17: Co2 Sensor Technical Characteristics

    Nanoenvi IAQ LoRa 1.3.2 User manual Technology Electrochemical 5.2.2. CO2 sensor technical characteristics Accuracy ± 30 ppm Measurement range 400 ~ 10000 ppm Operational range 0 ~50 ºC, 0 ~95% RH Calibration Self-calibrating Response time 20 s (63 %) Technology NDIR 5.2.3.

  • Page 18: Relative Humidity Sensor Technical Characteristics

    Nanoenvi IAQ LoRa 1.3.2 User manual Operational range 0 ~100 % RH/ -20 ~ 85 ºC Calibration Not required Response time 5.2.6. Relative humidity sensor technical characteristics Accuracy ±5 % RH Measurement range 10 ~95 % RH Operational range 0 ~100 % RH/ -20 ~ 85 ºC...
  • Page 19 Nanoenvi IAQ LoRa 1.3.2 User manual LoRaWAN OTAA communication Device type Class A Scope Depends on distance to gateway and/or obstacles present Maximum 14dBm transmission power Maximum -137 dBm sensitivity reception LoRaWAN EU868 region supported Data rate Fixed, (ADR not supported) DR3 (SF9)

  • Page 20: Installation

    The DevEUI is unique to each Nanoenvi IAQ™, fixed at manufacture and it cannot be edited by users. The DevEUI is included in the QR code on the back of the device (see Section 4.2, “Product overview”) together with the onboarding information in the following format: LW:D0:<AppEUI>:<DevEUI>:FFFFFFFF...
  • Page 21 Nanoenvi IAQ LoRa 1.3.2 User manual Figure 6.1. USB-C configuration port Chapter 6. Installation Pág. 15...

  • Page 22: System

    2. Execute the nanoenvi_toolbox_gui.exe file 3. In the Port field, select the serial port corresponding to your Nanoenvi™ IAQ device. Figure 6.2. Configuration of Nanoenvi IAQ port 4. Key in the AppEUI and AppKey you want in the corresponding fields and click on Submit.
  • Page 23 Nanoenvi IAQ LoRa 1.3.2 User manual 2. For the wall-mounted version, install the bracket on a vertical wall at mid-height (you can use your hip height as a reference). To attach the bracket to the wall use a fixing method that is sufficient to support the weight of the Nanoenvi™ IAQ. We would recommend using three screws suitable for the surface on which it is to be installed (screws are not included).

  • Page 24: Integration And Data Usage

    6. After a few minutes, the three lights on the device should change from cyan to blue, yellow, green or red depending on the air quality (see Appendix B, Nanoenvi IAQ status lights). This means that Nanoenvi™ IAQ is connected to the LoRaWAN network, can send data with no problems and the LEDs on the device show the air quality.
  • Page 25 Nanoenvi IAQ LoRa 1.3.2 User manual Figure 6.4. Configuration of Nanoenvi IAQ port 4. In the Firmware update section, select the file with the firmware update and click on the Update button. Figure 6.5. firmware update 5. Wait a few minutes (about 3), and your device will reboot.

  • Page 26: Expected Use Of Nanoenvi™ Iaq Lora

    Nanoenvi IAQ LoRa 1.3.2 User manual Chapter 7. Expected use of Nanoenvi™ IAQ LoRa Once installed, Nanoenvi™ IAQ will take and send indoor air quality data on an ongoing basis. The device works autonomously and requires no calibration or maintenance programmes.

  • Page 27: Manteinance

    Nanoenvi IAQ LoRa 1.3.2 User manual Chapter 8. Manteinance Nanoenvi™ IAQ requires no specific maintenance. However, certain considerations about cleaning should be taken into account. 8.1. Cleaning • Do not wash with water. • Do not wash with objects that emit dust.

  • Page 28: Troubleshooting

    Nanoenvi IAQ LoRa 1.3.2 User manual Chapter 9. Troubleshooting 9.1. Troubleshooting I have installed Nanoenvi™ IAQ following the instruction manual but LED1 is red. A red LED1 means that the device has not been able to connect to the LoRaWAN network. There may be a number of reasons for this, including the possibility that the device is incorrectly configured or that the LoRaWAN network coverage at the point of installation is not sufficient.
  • Page 29 Nanoenvi IAQ LoRa 1.3.2 User manual Using a power supply other than the one supplied with Nanoenvi™ IAQ may result in permanent damage to the device and loss of the guarantee. Only if the integration of the device requires a different power supply, get in touch with your dealer for power supply requirements and the means of integration.

  • Page 30: Repairs

    Nanoenvi IAQ LoRa 1.3.2 User manual In the end, the number of Nanoenvi™ IAQ devices should be determined by the user or installer. 9.3. Repairs In case of breakage, damage or malfunction check your Nanoenvi™ IAQ device, make sure that the device is actually faulty, and if necessary, contact your dealer.

  • Page 31: Protecting The Environment

    Nanoenvi IAQ LoRa 1.3.2 User manual Chapter 10. Protecting the environment All the materials that make up the device and its packaging are marked and stamped for appropriate disposal. This product complies with all applicable legal regulations, in particular the regulations concerning electrical and electronic equipment (EU Directives 2002/96/EG WEEE and 2002/95/EG RoHS) and the REACH ordinance (EC Directive EU-REACH and Act for the Implementation of EC Directive (EG) No.1907/2006).

  • Page 32: Order Information

    Nanoenvi IAQ LoRa 1.3.2 User manual Appendix A. Order information A.1. Product reference NE_IAQ_WALL_WIFI_CO Sensor t ypes Placem ent WALL: wall placem ent CO: CO sensor NOISE: noise level sensor Com m unicat ion m odule WIFI: WiFi com m unicat ion LORA: LoRaWAN com m unicat ion A.2.
  • Page 33 Nanoenvi IAQ LoRa 1.3.2 User manual 3. Packaging. 4. Wall bracket. Appendix A. Order information Pág. 27...

  • Page 34: Nanoenvi Iaq Status Lights

    Nanoenvi IAQ LoRa 1.3.2 User manual Appendix B. Nanoenvi IAQ status lights B.1. Light code Table B.1. LED light – device status key LED light Device status Description Connecting to When the LED lights are solid cyan (not flashing), CIAN...

  • Page 35: Contact

    Nanoenvi IAQ LoRa 1.3.2 User manual Chapter 11. Contact 11.1. Contact information Envira IoT is a brand belonging to Envira Sostenible S.A. Envira Sostenible S.A. P.C.: 33428 Calle Ablanal Nº 11 Parque Tecnológico de Asturias Llanera – Asturias Spain www.enviraiot.es www.enviraiot.com...
  • Page 36 www.enviraiot.es...

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