Industrial Wireless


A new approach to wireless networks

June 2020 Industrial Wireless

The Instrument Area Network (IAN) has been developed by Schneider Electric as a cost-efficient and flexible industrial wireless network as an alternative to more costly systems. Bluetooth communication between the field sensors and data collectors saves battery life and makes the network flexible and easy to install, giving users a cost-effective solution.

How it works

The IAN system consists of wireless field sensors for measuring absolute and relative pressure, differential pressure and temperature. These measurements can be linked via Bluetooth to the central collectors. These collectors collect the measurement data from a maximum of 8 wireless field sensors and send them via WirelessHART to any system.

By choosing Bluetooth between the field sensors and collectors, the batteries of the field sensors last longer than with a complete WirelessHART system. Local configuration is also easier to do with an app for a phone or tablet, using Wi-Fi. This makes Schneider Electric’s Instrument Area Network a cost-effective, user-friendly and flexible wireless system.

Differential pressure measurement: the WDP10 differential pressure sensors measure the differential pressure of various industrial processes and then transmits the PV wirelessly via Bluetooth to a central collector (WCC10). This sends the values from multiple sensors via WirelessHART to any central system. There are versions with differential pressure ranges up to 500 mbar, 2,1 bar or 21 bar. The field sensors are explosion-proof and have ATEX certification.

Gauge pressure measurement: the WAP10 absolute or gauge pressure sensors measure the pressure of various industrial processes and transmit them wirelessly to a central collector (WCC10). This sends the values from multiple sensors via WirelessHART to any central system. There are versions with pressure ranges up to 2,1 bar. The field sensors are explosion-proof with ATEX certification.

Temperature measurement: there are RTD and thermocouple versions from -200°C to 885°C, with various insertion lengths between 50 and 400 mm. Optionally, thermowells in various lengths can be supplied. The field sensors are explosion-proof according to ATEX


Credit(s)



Share this article:
Share via emailShare via LinkedInPrint this page

Further reading:

Advanced telemetry solutions
Editor's Choice Industrial Wireless
Namibia is one of the driest countries in sub-Saharan Africa, with an average annual rainfall below 250 mm. To address this challenge, the Namibia Water Corporation has employed one of southern Africa’s most powerful and well-proven telemetry solutions, designed and manufactured by SSE/Interlynx-SA.

Read more...
Novel closed-loop CP technology wins innovation award
Omniflex Remote Monitoring Specialists Industrial Wireless
Researchers at Deakin University have won the Corrosion Innovation of the Year Award at this year’s AMPP Annual Conference and Expo in Nashville, USA. The award recognised the development of a novel closed-loop cathodic protection system for localised corrosion control in challenging industrial environments, which Omniflex helped with as a technology partner.

Read more...
Food safety vs production: striking a balance in food and beverage manufacturing
TransLution Software Industrial Wireless
In the world of food and beverage (F&B) manufacturing, the ongoing struggle between food safety and production is a familiar scene. This conflict can escalate into a fierce struggle, but with the right systems in place, food safety and production can achieve their goals harmoniously, leading to a more successful F&B manufacturing operation.

Read more...
Barcode evolution: The smart choice for modern tracking and compliance Part 2
TransLution Software Industrial Wireless
RFID technology represents an exciting frontier in inventory tracking with its ability to eliminate the need for line-of-sight scanning. By using radio waves to transmit data wirelessly, RFID systems offer the tantalising possibility of simultaneous scanning of multiple items and real-time inventory visibility.

Read more...
Barcode evolution: The smart choice for modern tracking and compliance Part 1
Industrial Wireless
Imagine a world without barcodes, where every item in a warehouse is manually recorded, checkout lines stretch endlessly, and supply chain tracking relies on handwritten logs. It sounds like a logistical nightmare, yet this is how businesses conducted business historically. Today, barcodes are so deeply embedded in modern operations that their impact often goes unnoticed.

Read more...
Novel closed-loop CP technology for corrosion control
Omniflex Remote Monitoring Specialists Industrial Wireless
Cathodic protection specialist, Omniflex has collaborated with researchers at Deakin University to develop corrosion monitoring electronics for a novel closed-loop cathodic protection system for localised corrosion control in challenging industrial environments.

Read more...
How CP system design can support ESG commitments
Omniflex Remote Monitoring Specialists Industrial Wireless
Major infrastructure like wharves, bridges, pipelines and tanks are under constant threat of corrosion, which can render them unsafe. David Celine, managing director of cathodic protection specialist, Omniflex explains how CP system design can support ESG commitments while simultaneously lowering costs and improving maintenance capabilities.

Read more...
Industrial dual WiFi access point
Industrial Wireless
AirBox is the ultimate Industry 4.0 WiFi solution, offering dual-band (2.4/5GHz) connectivity for IIoT, PLCs and M2M communication.

Read more...
Rugged wireless solution for automotive and heavy duty applications
Industrial Wireless
AirXroad is the ultimate rugged wireless solution for transportation, logistics and industrial applications.

Read more...
Underwater camera for aquaculture and underwater inspection
Industrial Wireless
The K Ultra HD underwater inspection camera delivers 8 MP (3840x2160) vivid video with a 112,7° wide-angle view and advanced H.265 compression for efficient bandwidth control.

Read more...









While every effort has been made to ensure the accuracy of the information contained herein, the publisher and its agents cannot be held responsible for any errors contained, or any loss incurred as a result. Articles published do not necessarily reflect the views of the publishers. The editor reserves the right to alter or cut copy. Articles submitted are deemed to have been cleared for publication. Advertisements and company contact details are published as provided by the advertiser. Technews Publishing (Pty) Ltd cannot be held responsible for the accuracy or veracity of supplied material.




© Technews Publishing (Pty) Ltd | All Rights Reserved