Martin Engineering officially launch N2 PI
Remote monitoring for conveyor belt cleaners launched in Europe, Middle East, Africa, and South Asia
GLOBAL bulk handling equipment solutions specialists Martin Engineering have launched their innovative N2 remote monitoring system for conveyor belt cleaners in countries across Europe, the Middle East, Africa, and South Asia.
Designed for any belt cleaner using a polyurethane blade, the N2 position indicator (PI) system tracks belt cleaner performance and tells users when servicing is required via an intuitive cloud-based mobile app or desktop dashboard.
The N2 PI allows maintenance managers to keep on top of belt cleaner performance, eliminating needless inspection visits, reducing human exposure to moving conveyors, and helping to increase production uptime. The N2 PI recently met all the requirements to achieve CE Marking in Europe.
Robert Whetstone, vice-president of Martin Engineering’s EMEAI region, said: ‘Martin have a long track record for outstanding innovations that keep industrial processing plants running safely and efficiently. Our new N2 system is a game-changer that combines tried and tested technologies into one easy-to-use package, so users can monitor their conveyor belt cleaners remotely.
‘With this smart yet simple upgrade, the technology does the legwork, providing real-time data on each belt cleaner blade to give an early indication of when servicing is needed. In the meantime, plant managers can be confident that material carryback, spillage, and build-up is being controlled by the belt cleaner, so they can keep the plant running to maximize productivity.’
By tracking the individual performance and status of each belt cleaner, N2 PI delivers continuous, real-time feedback and eliminates guesswork. The detailed historic data also provide a maintenance log so service dates can be tracked and wear rates calculated. The result is an improved return on belt cleaner investments plus the ability to budget and forecast for essential replacement parts. Replacements can also be scheduled for just-in-time delivery, helping users to better manage their inventory.
Development of the N2 PI has involved extensive technical research, as well as long-term customer trials at major material processing facilities in more than 10 countries worldwide. In the UK, the system has been delivering results for more than 12 months at the country’s largest lime production plant, operated by Singleton Birch.
Stuart Howden, engineering manager at Singleton Birch, who has overseen the UK trials from the start, said: ‘Martin Engineering’s N2 PI is a clever system that eliminates the need for repeated visits to each conveyor belt – we will never need to go back to doing regular physical inspections of all our belt cleaners. With more than 90 conveyors across our production site, the ability to monitor our belt cleaner blades remotely is a massive advantage.
‘Initial trials on six conveyors showed us that the N2 PI not only cuts inspection time, but also helps reduce exposure to moving conveyors and associated hazards. The Martin app shows us when belt cleaner servicing is needed, and we can arrange inspections at the end of shifts or during planned stoppages, which decreases unscheduled downtime. The app also allows us to monitor blade performance over time and budget accordingly. We now have PIs installed on 43 conveyors across our operation.’
The N2 PI can be retrofitted to most conveyor belt cleaner mainframes that use polyurethane belt cleaner blades, or it can be introduced as part of a new installation. The battery-powered device feeds data about the performance and condition of conveyor belt cleaners to a central, cellular ‘gateway’ unit. The gateway then sends the information to a cloud-based server, which delivers it to Martin’s dedicated mobile app and/or desktop dashboard on a computer.
The N2 PI itself is a small, robust, and self-contained device with a proprietary grade polyurethane housing that can withstand punishing industrial environments. The device can be mounted up to 1,000m from the gateway, which is located on a high part of the plant to achieve the strongest signal. The system does not require a cellular link for each PI – connection is via radio frequency, allowing as many as 1,000 PIs to be monitored through a single gateway.
Supporting Martin Engineering on the technology side are two trusted Amazon Web Services (AWS) ‘Internet of Things’ partners. The result, say Martin Engineering, is a fully automated, seamlessly integrated, and secure cloud-based system that delivers super-reliable connectivity.
Operating independently of any plant communications infrastructure, the low power requirements of the PI device give a projected battery life of at least two years. Only the gateway requires a constant power supply, and it works with a wide range of input voltages to match local standards in any country around the world.
The PI system works by recognizing how much rotation of the belt cleaner mainframe is acceptable before tensioner adjustment is required. The mobile app tracks and displays blade status, remaining life, next scheduled tensioning, run time, wear rate, cleaner model, blade type, and other details. Alerts are provided automatically when a blade change is required, re-tensioning is needed, or an unusual condition or change is detected.
By relying on actual operating conditions instead of human judgement to monitor blade wear and tension for optimal cleaning performance, the PI maximizes the cleaner blade’s usable surface area and reports with certainty when a blade is nearing the end of its useful life.