LoRaWAN Devices

The devices in Microshare™ solutions

LoRaWan Technology



SUMMARY :
  1. Introduction
  2. Types of Devices
  3. Devices Microshare Uses
  4. External Resources

1. Introduction


Microshare’s Smart Facilities solutions are powered by devices that quickly and effectively deliver data to your dashboard. From Predictive Cleaning to Environment Monitoring, Microshare provides boundless opportunities to syncronize you and your data.

LoRaWAN devices offer a more effiecient solution to communicate data than cellular or WiFi. Sending information via Lora, the range of communication increases to hundreds of square kilometers. The power efficiency of LoRa devices far exceed their WiFi or cellular counterparts, giving a battery life of your devices up to five years.

Microshare sets up your solution before it arrives to your door, giving you a plug-n-play experience. The following are the types of devices that you will become familiar with working with Microshare.

Have more questions on Microshare’s solutions? Please refer to our main page.

2. Types of Devices


A. Motion Devices

Motion devices have a variety of applications throughout you environment. Motion devices have been used to provide desk occupancy, room occupancy, smart parking, predictive cleaning and activity level monitoring solutions.

B. Temperature and Humidity Devices

Microshare works with both indoor and outdoor specific devices which monitor environmental changes to various locations. Temperature and humidity devices are applied in indoor air quality monitoring, environment monitoring, fridge monitoring and legionella prevention solutions.

C. Feedback Devices

Feedback devices allow you to collect realtime responses from your target audience, and are used in feedback stations and smart timecard solutions.

D. Water Leakage

The water leakage solution detects and alerts facilities managers of a potential major issue. Using a small probe, devices can be conveniently placed in areas at risk.

E. Ambient Light

The ambient light device allows you to moniter light intensity throughout various rooms in your facility and is applied in the brightness and envirnonment monitoring solutions.

F. Waste Management

The waste management device detects and predicts an overflowing trash bin, improving cleaniness of facilities and improving predictibility of collection routes.

3. Devices Microshare Uses


Microshare works with various models of LoRaWAN devices to deliver a versitile platform of data collection and management.

A. Browan Devices

Microshare employs Browan devices for indoor monitoring solutions.

Tabs Motion Devices

US Model Number: TBMS100-915 EU Model Number: TBMS100-868

The Tabs motion sensor uses a Passive Infared Detector and Fresnel lens to detect and communicate the presense of a person in a room.

Tabs Motion Sensor

For more information on the specifications on the Tabs motion sensor and sample decoding code for the device, refer to the TBMS100 document.

Tabs Temperature and Humidity Devices

US Model Number: TMHV110-915 EU Model Number: TMHV110-868

The Tabs temperature and humidity sensor measures the indoor temperature, relative humidity and air quality of your building.

Tabs Temp/Humid

For more information on the specifications on the Tabs temperature and humidity device and sample decoding code for the device, refer to the TBHV100 document or the TBHV110 document.

Tabs Door and Window Devices

US Model Number: TMDW100-915 EU Model Number: TMDW100-868

The Tabs door and window devices detects the proximity of a magnet which is placed on the moving element of either a door or window using a hall effect sensor.

Tabs Door/Window Sensor

For more information on the specifications on the Tabs door and window device and sample decoding code for the device, refer to the TBDW100 document.

Tabs Water Leakage Device

US Model Number: TBWT100-915 EU Model Number: TBWT100-868

The Tabs water leakage device uses a probe to detect droplets of water.

Tabs Leak Sensor

For more information on the specifications on the Tabs water leakage device and sample decoding code for the device, refer to the TBDW100 document.

Tabs Ambient Light Device

US Model Number: TBAM100-915 EU Model Number: TBAM100-868

The Tabs ambient light device measures the amount of ambient light intensity in context of the human eye in various lighting scenarios.

Tabs Light Sensor

For more information on the specifications on the ambient light device and sample decoding code for the device, refer to the TBAM100 document.

Although Kerlink products are mostly used as LoRaWAN Gateways for your devices to communicate with Microshare platform, the Kerlink Wave serves as an anchor between your LoRaWAN device using WiFi and BLE to further secure and assess your IoT solution.

Kerlink

picture from the Kerlink Website

C. Skiply Smilio Action Microshare 5 Button Feedback Device

US Model Number: SKPF000185 EU Model Number: SKPF000184

The Microshare version of the Smilio A feedback device gives give options to record feedback from your intended audience. The device sends data through to the Microshare Platfrom where it is represented on your dashboard.

Smilio Feedback Sensor

For more information on the specifications on the Skiplo Smilio Action and sample decoding code for the device, refer to the Smilio Action document.

D. Adeunis Temp 3

US Model Number: ARF8170RA EU Model Number: ARF8180BA

The Adeunis Temp 3 is a temperature monitoring 1 probe which measures and moniters the temperature to provide warnings should thresholds be exceeded, identify temperature loss and record changes. The Temp 3 has applications across terrains from roads to optimize winter service operations, within buildings or monitoring changes in pools.

Temp 3 Sensor

For more information on the specifications on the Adeunis Temp 3 and sample decoding code for the device, refer to the Temp 3 document.

E. SmartEnds BrighterBins Smart Waste Devices

The BrighterBin device detects when a waste bin is overflowing and alerts for commercial waste pickup. Implementing the BrighterBin device will make cleaning routes more effecient and predicable.

Brighter Bins

image from Smart Ends

For more information on the specifications on the SmartEnds Brighterbin and sample decoding code for the device, refer to the Brighterbins document.

4. Additional Resources


Interactive Development Environment

Device Tutorials

Platform Tutorials


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