Editor's Choice


Scalable condition monitoring solution

January 2024 Editor's Choice

Turck Banner’s newly launched Asset Monitoring Gateway (AMG) helps optimise and maintain your critical equipment. Start with a few connected sensors, then simply add more as your needs grow. Your asset monitoring system can be as big or as small as you need it to be, and it always assembles quickly and simply, operating with ease.

The gateway includes SNAP ID technology, which enables the gateway to identify a wired sensor automatically, understand what data it is, then share and present the data in easy to understand units such as pressure and current. The AMG allows real-time insights into the operation and performance of the assets in your facility by collecting and analysing data from up to 20 connected sensors. This allows you to make informed decisions about an asset − decisions that can increase productivity, save energy, and prevent unexpected maintenance issues.

The AMG features a user-friendly, no-code setup, and the ability to automatically recognise an array of compatible wired sensors. These can measure vibration, differential pressure, temperature and humidity, tank level and more. You can easily select sensors that fit your application and monitor almost any asset in your facility, for example conveyor systems, industrial fans, pumps, electric motors, compressed air systems and dust-collection units.

Deploying the AMG is quick and simple, meaning you’ll be monitoring your equipment in minutes, not months. Critical system information is easily viewed locally via the onboard touchscreen display, or remotely, using the optional Turck Banner Cloud Data Services (CDS) platform, which provides access to your data in customisable online dashboards. This data gives your maintenance and production teams real-time data access to evaluate operational performance.

Maximise uptime and increase efficiency

A key function of the AMG with SNAP ID is condition monitoring for predictive maintenance. Both the AMG and the optional Cloud Data Services (CDS) platform allow users to access, store and export critical data collected by connected sensors. Using actionable device data, it is easy to identify trends, predict maintenance requirements, avoid costly equipment failures, and prevent unplanned downtime.

With Turck Banner wired sensors installed, you can use the touchscreen display on an AMG to easily view machine performance, and provide comprehensive automation intelligence. The optional CDS platform allows users to set up, customise and monitor online dashboards to gain global visibility into equipment from anywhere.

For a single asset, installing the AMG is easy; using standard M12 connectivity, compatible wired sensors simply plug into the gateway and work. These sensors use the same simple connections. They can monitor a variety of points, and are preconfigured to begin processing data from the wired sensors automatically when you connect to the gateway. No special expertise, laptop, or programming is needed.

The onboard touchscreen display allows you to commission the sensors, create unique names for sensors and groups, and set warning and alarm thresholds. It also enables vibration monitoring software called VIBE-IQ. The software uses machine learning to simplify the process of setting warning and alarm thresholds for rotating assets like motors and gearboxes. VIBE-IQ continuously monitors vibration for changes, and sends warnings and alarms automatically to ensure optimal performance and prevent unplanned downtime. As a result VIBE-IQ does all the complicated analytical work, making the process effortless for users. Meanwhile, the onboard lighted indicator on top of the asset monitoring gateway shows the status of your assets at a glance, even from a distance. When the indicator is green, all assets are operating normally. A yellow or red light indicates a warning or alarm, helping maintenance teams quickly identify a failing asset.

Using the Turck Banner CDS, basic dashboards are auto-generated upon commissioning, but it’s easy to build a dashboard tailored to your specific needs. Drag-and-drop widgets, and the ability to load images to your dashboard, let you build exactly what you need to visualise your operation. You can also create custom alarms and alerts based on the levels you choose for the sensors installed on your equipment. These can provide remote users with email or SMS alerts based on preset parameters. Should multiple shifts be running, it’s easy to set time constraints so the right people get notified at the right time.

Summary

Have you ever asked yourself if you are you doing enough to optimise and protect your plant’s critical assets? Now, with the AMG it takes just a few simple steps to set up your entire end-to-end condition monitoring solution. Just install the gateway, connect, and commission and install the sensors. You will now be able to “think big, start small and scale fast”.


Credit(s)



Share this article:
Share via emailShare via LinkedInPrint this page

Further reading:

The future of industrial automation: fieldbus and industrial networking
LAPP Southern Africa Editor's Choice
As a global leader in integrated solutions in the field of cable and connection technology, LAPP recognises that fieldbus and industrial networking technologies are pivotal in shaping the future of manufacturing and production processes.

Read more...
AI-driven innovations with CCTV and cyber security
RJ Connect Editor's Choice Fieldbus & Industrial Networking
The fast progress of artificial intelligence (AI) and video analytics is redefining the rail surveillance landscape. Advancements have bolstered proactive event detection, predictive maintenance and enhanced situational awareness.

Read more...
Loop signature 27: SWAG tuning of simple integrating processes.
Editor's Choice
The chief control engineer of one of the largest petrochemical refineries in South Africa once sent me an email after a course at his plant. He wrote that he had found the section on SWAG tuning of simple integrating processes one of the most informative of the whole course.

Read more...
Harnessing industrial AI agents for reliable automation
Editor's Choice IT in Manufacturing
The excitement around generative AI (GenAI) has been undeniable, promising wide-ranging changes across industries. However, for those of us in the world of industrial control and automation, the realities of implementing these powerful technologies are a little more nuanced.

Read more...
Futureproof your industrial network security with OT-centric cyber security
RJ Connect Editor's Choice
To achieve digital transformation, industrial operators must first address the daunting task of merging their information technology (IT) and operational technology (OT) infrastructure. In this article, we focus on the importance of strong OT network security and provide some tips on how to strengthen cybersecurity for industrial operations.

Read more...
The symbiotic relationship between OEMs and SIs
Schneider Electric South Africa Editor's Choice System Integration & Control Systems Design
While businesses tend to turn directly to original equipment manufacturers OEMs or vendors when embarking on IT projects, the role of the SI as a key facilitator and partner cannot be overstated.

Read more...
Case History 196: Unstable condensate level control.
Michael Brown Control Engineering Editor's Choice Level Measurement & Control
The operators in a petrochemical refinery were having great trouble in trying to stabilise the condensate level in a vessel, and this was adversely affecting other loops downstream. Several unsuccessful attempts had been made to retune the controller.

Read more...
Big themes for 2025
Editor's Choice News
2024 was a year of unprecedented innovation and global upheaval. As we look ahead, Amy Webb, CEO of the Future Today Institute asks which technologies will reshape our world in 2025?

Read more...
Loop signature: Tuning part 4 processes
Michael Brown Control Engineering Editor's Choice Fieldbus & Industrial Networking
The purpose of this particular article is to try and give those unfortunate enough to have to use SWAG (scientific wild ass guess) tuning a bit of an idea of how to go about it, and even more importantly some understanding of a couple of basic principles.

Read more...
EtherCAT and PC-based control elevate next-generation laser cutting machine
Beckhoff Automation Editor's Choice
Cincinnati Incorporated has been building sheet metal processing equipment for 125 years. Since the switch to PC-based control, the only limits to development have been physical.

Read more...