HELIOS®’s Post

Neuranics magnetic sensors are small, like really really small but they can measure small picoTesla-level magnetic field. Are a magnetic sensing company that needs to further boost their portfolio with advanced TMR sensors? 🧲🧭 Are you a digital health and care provider who is interested in our 24h round-the-clock cardiac monitoring system? ❤️🏥 Are you interested in playing with @neuranics sensors via a code-base that gives access to the raw data on a BLE comms line? Drop a line to info@neuranics.com to receive updates about our evaluation kit. #MganticSensing #DigitalHealth #EvaluationKit

Discover the standalone features of the Sidos Wave Wi-Fi measurement device! It's fast, incredibly accurate, and has a touch screen, so you can quickly find and identify APs. Many cool standalone use cases are coming soon. Book a demo to learn more! https://hubs.la/Q02CFBnf0

Are you currently in search of a #LeakDetection device? Do you also need a wireless noise logger that comes with exceptional features? Look no further than the Ovarro #Phocus 3! This device can 1. Collect data locally through a wireless network. 2. Easily deployed at any location. 3. Powerful post-processing data analytics Which makes it an ideal solution for your needs. Read more on https://oal.lu/28yKQ #PrecastGroup #LeakDetection #LDS #OvarroMiddleEast #RTUnumberOne

Introducing ALR 11000 Zhaga Digital Photocell. Fitting into the Zhaga-D4i ecosystem, the new standard in smart cities, ALR 11000 Photocell can work as a standalone control device or in combination with a Zhaga-D4i motion sensor. The device monitors ambient light levels to switch the driver’s output on, off and dim using the D4i protocol. See how the photocell sensor works with the standard Zhaga Book 18 interface as a pluggable device, click here to learn more. 👇

Introducing ALR 11000 Zhaga Digital Photocell. Fitting into the Zhaga-D4i ecosystem, the new standard in smart cities, ALR 11000 Photocell can work as a standalone control device or in combination with a Zhaga-D4i motion sensor. The device monitors ambient light levels to switch the driver’s output on, off and dim using the D4i protocol. See how the photocell sensor works with the standard Zhaga Book 18 interface as a pluggable device, click here to learn more. 👇

Putting my cacti on TTN via LoRa...only have one sensor while staging, but the goal is to get another two sensors, a Grove break out board (3 or more -> 1), config a Wio Terminal to send moisture status, and ultimately get it on Node Red. Sounds simple but it's A LOT of work believe me. https://lnkd.in/gKTRydfD

Need to add detectors to a loop but have run out of addresses? The Esprit Apollo addressable panel utilises Apollo’s core protocol, and if you use Apollo’s Soteria detectors, you can have up to 240 addresses per loop instead of the 126 you get with XP95 or Discovery protocol. Find out more about the Esprit Addressable panel with our video top-tips: https://lnkd.in/eMWHi8HG #firesafety #firesafetyproducts #firesafetysolutions #firesafetymanufacturer

Introducing ALR 11000 Zhaga Digital Photocell. Fitting into the Zhaga-D4i ecosystem, the new standard in smart cities, ALR 11000 Photocell can work as a standalone control device or in combination with a Zhaga-D4i motion sensor. The device monitors ambient light levels to switch the driver’s output on, off and dim using the D4i protocol. See how the photocell sensor works with the standard Zhaga Book 18 interface as a pluggable device, click here to learn more. 👇