Improve comfort and indoor air quality in schools
Monitor and analyse the indoor comfort of school buildings, thanks to Adeunis IoT sensors that can measure temperature, humidity and CO2.
Le partenaire pour la captation, transmission et mise à disposition de vos données
Ambient temperature and humidity sensor
NB-IoT / LTE-M
Ambient temperature and humidity sensor
COMFORT
Optimising occupant comfort and energy consumption in a building
This sensor, which can be configured on NB-IoT or LTE-Cat-M1 networks, will enable you to measure and analyse changes in temperature and ambient humidity inside a room. Thanks to the data communicated by the transmitter, you can optimise ambient comfort and make energy savings.
IoT sensor highlights
- Designed and manufactured in France
- Worldwide cellular compatibility
- Easy deployment with the new Adeunis NFC Configuration apps.
- Multi-platform integration using LwM2M and MQTTS standards
- Up to 15 years of autonomy with standard configuration
- Available in LoRa / Sigfox version
Services related to the product
CHARACTERISTICS OF THE IOT COMFORT SENSOR
DEPLOY SIMPLY AND QUICKLY
- Choice of connectivity on NB-IoT or LTE-M networks.
- Excellent in-building penetration.
- On-site application parameterisation using NFC.
- Compatibility with LwM2M and MQTT protocols.
- Automated provisioning on the IoT platform by bootstrapping (LwM2M).
MEASURE AND ALERT ACCORDING TO YOUR NEEDS
- Monitor temperature and humidity.
- Trigger an alarm based on configurable thresholds.
- Choose your transmission mode(s): periodic, event-based, with logging.
OPERATE YOUR FLEET OVER THE LONG TERM WITH THE LWM2M
- Standardized and remote device management operations, individually or in batches: commands, configuration read/write, FOTA.
our ecosystem of partners
To make it easier for you to implement your IoT projects on NB-IoT and LTE-M networks, discover our packaged offers.
Depending on your needs, you’ll get the tools and support you need.
Description
What actions are carried out by the temperature and humidity sensor?
Alert
Trigger an alarm if :
- Exceeding a threshold
- Network coverage problem
Measure
Monitor :
- Temperature
- Humidity levels
What are the features of the connected sensor?
General characteristics
- Dimensions: 111 x 61 x 40 mm
- Weight: 140g
- Enclosure: IP20 (for indoor use)
- Mounting: Wall or laid flat
- Battery: dual Battery Pack
or external power supply via USB-C port (not included) - Operating temperature: -10°C /+70°C
Technical features
- Periodic and/or event-driven data transmission
- Optimised autonomy thanks to logging and blackout options (deactivation of data transmission for a given period)
- Automatic diagnosis of network quality
- Time-stamped data (timestamp in UTC), remote synchronisation via the network
- Error/fault management: configuration error, low battery
Compatibility with the LwM2M 1.1 standard (over UDP)
- Data formats: SENML_JSON, TLV, CBOR, SENML_CBOR
- Bootstrap support
- Secure sensor/server communication via DTLS using PSK (Pre-Shared Keys)
- Remote update of application firmware and modem firmware (FOTA)
Configuration
- Android mobile/tablet application for configuring network, server and application parameters via an NFC interface
- Remote configuration via an LwM2M server
Connectivity
- Carte SIM: Nano SIM 4FF | Class C (1.8V)
- Cellular standard: 3GPP LTE Version 13
Cellular IoT networks: NB-IoT, LTE-Cat-M1
Certifications
- Directive 2014/53/UE (RED)
- US: FCC- Title 47 CFR Part 15
- Canada: RSS-247 Issue 2
- AS/NZS 4268
Sensor part number
ARF8394AAA COMFORT NB-IOT/LTE-M1
Discover our packages
Our packaged offers provide you with the tools and support you need to help you implement your IoT projects on NB-IoT and LTE-M networks.
NB-IoT / LTE/M sensors
Get ready to optimize comfort of occupants
- Unpack your COMFORT device, made in France.
- Benefit from our standard pre-configuration of application parameters to optimize product autonomy.
- Log on to our website to discover our technical documentation, designed to simplify the configuration, integration and operation of your park.
- Download our mobile installation and configuration App and considerably reduce your technicians’ training time.
- Benefit from the expertise of our technical support team, who will answer all your questions via our HelpDesk interface.
Advanced
Speed up your deployment
- NB-IoT / LTE-M sensors
+
- Select your SIM card, we install it in the device for you.
- Benefit from customized pre-configuration of the device’s network, server and application parameters, carried out by our experts.
Zen
Reduce your deployment, integration and operating costs
Configured sensor + Connectivity + Device management platform
All the benefits of the Standard offer, plus:
We take care of connectivity provider selection and SIM card integration. We manage connectivity for 5 years.
We provision your sensor on a device management platform. You benefit from a 5-year subscription in SaaS mode.
Set up a dashboard in a few clicks to monitor your fleet and gain efficiency and responsiveness.
Our experts are at your side! We offer training modules to help you get to grips with the solution, and access to our radiomapping tool (optional).
To find out more, see all the useful documents and tools relating to the COMFORT IoT sensor:
To take advantage of the unique Adeunis features such as switch-off period, alarm hysteresis and LED display, you can download this XML file corresponding to the CUSTOM COMFORT Serenity object and import it into the LwM2M server.
Cellular connectivity: defining the most appropriate solution for your IoT project
Whether NB-IoT or LTE-M, Adeunis IoT sensors are multi-networks to meet all your use cases and environments.
Do you need to deploy IoT sensors and choose the network(s) best suited to your project?
We’ll take your needs, uses and target environment into account, and together we’ll define the network solution and operator that best meet your expectations.
NFC Configuration: Guaranteed ease, speed and reliability
Revolutionise the configuration of your IoT sensors with NFC Configurator.
With this user-friendly application, you can configure your sensors quickly and easily directly from your smartphone using NFC technology.
Device management: easily manage your fleet of Adeunis sensors using the LwM2M protocol
Whether you’re new to managing cellular IoT sensors or not, find out how the Lightweight M2M (LwM2M) protocol offers an advanced, secure solution for simplifying the management of your sensor estate.
What is the best way to test and qualify network coverage?
When you launch your IoT project, it’s important to validate the quality of the network coverage.
Thanks to the Field Test Device (FTD), you can compare the quality of the NB-IoT and LTE-M networks present and analyse the network coverage precisely in order to guarantee the network connection of your objects when they are deployed.
Our ecosystem of partners
Our solutions for different uses
Discover our case studies for optimising the use of your buildings while improving the organisation of your services.
Meet
regulatory requirements
Guarantee
satisfaction of occupants
Protect
the building against damage
Reduce
energy consumption
Indoor air quality: what is the TAIL indicator?
How to measure indoor air quality? What is TAIL and how does it work? What does it measure? What are its objectives?
Indoor Air Quality: why and how to improve it?
Indoor Air Quality: how and why should it be measured? What is required by the regulation? How to act?
How DALKIA is helping Valenciennes Hospital to monitor temperatures
Dalkia is helping the Valenciennes Hospital to set up ambient temperature monitoring in its buildings.
New IAQ Regulations for 2023
Indoor air quality (IAQ) is reportedly 5 to 10 times worse than outdoor air quality.
Would you like to find out more?
Would you like more information about our products and services? Would you like us to help you deploy your IoT project? We’re here to help.
20 years
expertise to support you, from the diagnosis to the implementation of your solution
