CLOUDBORNE & ECO-FRIENDLY
WILOW® WIFI SERIES
WIRELESS INCLINOMETER SENSORS
Ultra-low power WiFi inclinometers with native MQTT support. Perfect for dynamic monitoring with direct cloud connectivity and high precision in industrial zones.
WIRELESS ACCELEROMETER SENSORS
High-performance WiFi accelerometers for vibration and shock analysis. Features native MQTT and ultra-low power tech for seamless Industrial IoT integration.
IOT GATEWAY
Robust WiFi to 4G/LTE gateways designed for remote monitoring sites. Provides seamless internet connectivity for your WILOW® sensor clusters anywhere in the world.
 | ULP (Ultra Low Power) Wifi Technology - IEEE 802.11 b/g/n ( 2.4 Ghz frequency band ) | |
 | Embedded Data Logger: up to 5 million data points (with events dating) | |
 | Over the Air Firmware Upgrade via WIFI | |
 | Onboard SNTP (Simple Net Time Protocol) Client with ±30ms of precision | |
 | SSD (Smart Shock Detection), WILOW® sensor can wakeup on shock detection (BeanDevice Wilow® AX-3DS only) | |
 | Industrial temperature range -40 °C to +65 °C | |
 | Rugged aluminum casing Waterproof IP67 | NEMA 6 | |
 | SSL/TLS Encryption over MQTT Data exchange | |
 | Integrated MQTT Data exchange with SSL/TLS Encryption. A lightweight and open-standard Internet of Things protocol. | |
 | USB 2.0 for device configuration ( including firmware update ) | |
 | Store and Forward+: Lossless data transmission with hard real-time | |
 | Solar Power Supply (option) | |
X-SOLAR
STAND-ALONE SOLAR POWER SYSTEMS
MQTT NATIVE INTEGRATION
BUILT FOR THE INDUSTRIAL IOT (IIOT)
Ready for Industrial Internet of things (IOT) applications, WiLow® IOT sensors integrate natively MQTT (Message Queuing Telemetry Transport) data frame, a lightweight and open-source (OASIS & ISO/IEC 20922:2016 standards) Internet of Things protocol.
MQTT is based on publish/subscribe paradigm, therefore user can easily connect, configure and manage several WiLow® IOT sensors at the same time from a unique IOT software platform.
Users looking for a high level of security can count on a mechanism to notify interested parties to an abnormal disconnection of a client using the Last Will and Testament feature.
No need to spend several months to develop a specific and complex supervision software, user can easily integrate WiLow® sensors in a third-party IOT Cloud platform (Amazon web services, IBM Watson, Microsoft Azure, Facebook Messenger, Alibaba Cloud….).
Non-developer users can still use the BeanScape® software to setup a quick and affordable Wifi sensor network.
Discover the MQTT Ecosystem:
-Read our technical note about MQTT communication protocol: click here
-Download our MQTT client for Android: click here-Read our User Guide about how to use our MQTT Toolkit built with C# : Click here
-Visit MQTT Organization website: http://mqtt.org/
SMART SHOCK DETECTION (SSD)
ADVANCED SMART SHOCK DETECTION (SSD)
Thanks to our Smart Shock Detection (SSD) technology, the BeanDevice Wilow AX-3DS can wake up on a shock detection and starts immediately data acquisition and real-time wireless transmission.
Unsolicited wakeup can be avoided by configuring both shock threshold (up to 16g) and a delay timer.
User will spend less time to analyze data acquisition as both data recording & wireless transmission start when a shock threshold is reached. Battery life can be extended as Wilow® IOT sensors are most of the time in sleep power mode.
NETWORK RELIABILITY
RELIABLE WIFI VIA STORE & FORWARD+
The store and forward technique operates by storing the message transmitted by WiLow® IOT sensors to a WIFI access point/ WIFI receiver. If the message is not received due to a network disruption, it will be retransmitted on the next transmission cycle. This technique allows to bring a lossless data transmission.
VERSATILE POWER OPTIONS
SMART AND FLEXIBLE POWER SUPPLY
WiLow® IOT sensors can be power supplied from different power sources:
- Internal rechargeable Lithium-Polymer battery (750 mAh)
- USB 5VDC power supply, compatible with any kind of USB power bank
- Auxiliary power supply 6-24VDC compatible with solar energy harvesting.
