Industrial Computer Hardware


Improving mining efficiency with wireless telemetry

February 2025 Industrial Computer Hardware

Wireless telemetry systems are a valuable tool in the mining industry to facilitate automation, data collection, communication, and remote monitoring and control in challenging environments. This is increasingly important as mine operators struggle to keep up with soaring operating and maintenance costs and declining ore quality, which are drastically reducing industry-wide efficiency. Ian Loudon, international marketing manager at wireless telemetry specialist, Omniflex explains how wireless telemetry systems can automate water pump monitoring and control in the mining sector.

Telemetry systems can be used in mining environments to provide continuous monitoring and real-time transmission of critical parameters such as temperature, humidity and gas levels, and resource extraction metrics. They also allow mine operators to track worker locations and monitor hazardous environment conditions, like toxic gases or unstable ground levels to enhance safety protocols.

Furthermore, these systems are increasingly important from an environmental compliance perspective. For example, they can monitor factors such as dust levels, groundwater contamination and noise pollution to ensure adherence to regulatory standards set by South Africa’s Department of Water Affairs or the Department of Mineral Resources and Energy.

By staying up to date with all the relevant regulations set by these bodies and more, mine operators can ensure they remain compliant, safe and environmentally responsible. Failure to do so can lead to expensive fines and costly disruptions to operations.


Managing district mines

Regulations set by South Africa’s Department of Water Affairs are particularly important for the nation’s district mines, which are generally located in remote, arid areas and rely on pumps at boreholes to draw groundwater and supply on-site water tanks. District mine operators are often limited on the amount of hours a day they can pump water as the resource must be carefully managed to allow the ground water sufficient recovery time in-between uses.

Another common challenge in these environments is that mines often experience power outages due to the damage of power lines or scheduled loadshedding from the national grid. This means that all equipment must be robust and come with contingency plans in case of an outage.

Another issue in these environments is that operators typically rely on aging infrastructure and outdated equipment, leading to higher operating and maintenance costs, making regulatory compliance more difficult to manage. These problems combined mean that mine operators are now increasingly on the hunt for ways to improve on-site efficiency and increase profitability.


Automating borehole pump management

We recently delivered a project to a large district mine in South Africa where we were tasked with automating the borehole pump management system, based on the monitored tank levels. This meant that whenever the tank level got low, the borehole pump would automatically switch on, and once tank levels reached acceptable levels switch itself back off.

We provided the mine with a Teleterm M3 module in a box, installed at the water tank. The module was DC-powered, and monitored water levels from sensors located inside the tank. These sensors communicated wirelessly with the module placed at the borehole. We provided an Ethernet connection from the M3 to the mine’s scada system, enabling operators to monitor and control the system from the central room and read all relevant system data from there.

This enhanced oversight was particularly beneficial in terms of data reporting and resource allocation, also improving compliance with Department of Water Affairs’ regulations.

The module supplied for the borehole site was one of our Teleterm D3s. This device features a built-in display showing the water tank level, giving engineers at the borehole an accurate indication of system readings. This meant operators could trust that the borehole pump was automatically switching on and off as intended. The D3 is AC-powered, offering built-in battery backups, and in the event of a power failure, can report using the wireless link.

Omniflex has over 60 years experience in providing telemetry solutions for mining operations globally, and is well placed to assist with any challenge you face with the collection and management key operational data.


Credit(s)



Share this article:
Share via emailShare via LinkedInPrint this page

Further reading:

Why dedicated alarm management still has a role
Omniflex Remote Monitoring Specialists SCADA/HMI
Modern SCADA systems manage alarms more capably than ever, but dedicated alarm management and Sequence of Events technology still add value. Omniflex’s Ian Loudon explains how they help operators reconstruct incidents and turn alarm floods into actionable information.

Read more...
Rugged embedded computers for demanding edge applications
Vepac Electronics Industrial Computer Hardware
Cincoze rugged embedded computers from Vepac Electronics are fanless, wide-temperature platforms built for vehicles, mobile command centres, surveillance and autonomous equipment, with scalable processing from compact control to machine vision and AI inference.

Read more...
New compact robotics computer for intelligent machines, robotics and vision AI
RS South Africa Industrial Computer Hardware
RS is supporting the NVIDIA Jetson Orin Nano 2, an entry-level edge AI platform delivering twice the inference performance of its predecessor in the same compact 40 W form factor, giving South African developers new options for intelligent machines, robotics and vision AI.

Read more...
Unlocking ICCP remote monitoring
Omniflex Remote Monitoring Specialists Maintenance, Test & Measurement, Calibration
Cathodic protection keeps buried and submerged pipelines safe from corrosion, but verifying it traditionally means costly, hazardous manual site visits. Omniflex explains how a retrofit module brings remote monitoring to ageing transformer rectifiers without replacing functional infrastructure.

Read more...
Industrial motherboards featuring Intel Core Ultra 200S Series processors
Vepac Electronics Industrial Computer Hardware
AAEON has released two Micro-ATX industrial motherboards featuring Intel Core Ultra 200S Series processors, available from Vepac Electronics. The MAX-Q870A targets advanced AI and machine vision, while the MAX-H810A suits cost-efficient industrial automation and HMI applications.

Read more...
Why local expertise is shaping the future of data centre development across MEA
Industrial Computer Hardware
Zutari is emphasising its specialist data centre capability across the Middle East and Africa, combining multidisciplinary engineering with local regulatory and infrastructure knowledge to deliver resilient, scalable facilities from site selection through to commissioning and future expansion.

Read more...
Maximising uptime in data centres through smarter MRO strategies
RS South Africa Industrial Computer Hardware
RS South Africa is supporting data centre operators with access to more than 875 000 MRO products, digital procurement tools and inventory management solutions, as Africa’s data centre market continues to grow and operational resilience becomes a strategic priority.

Read more...
Designing the modern AI cooling stack
Schneider Electric South Africa Industrial Computer Hardware
As average rack densities in data centres climb from 16 to 27 kW in a single year, Schneider Electric’s Canninah Dladla outlines the six liquid cooling architectures available to operators, seven design factors, and three operational practices that determine energy and water efficiency.

Read more...
Rugged, IP67-rated waterproof and dustproof embedded computers
Vepac Electronics Industrial Computer Hardware
The QBiX-WP embedded system range from Vepac Electronics is built inside a sealed aluminium chassis with M12 connectors, operating in extreme temperatures and withstanding heavy dust or liquid immersion for harsh factory floors and outdoor installations.

Read more...
How modular edge data centres are powering Africa’s digital leap
Industrial Computer Hardware
As Africa’s digital economy stretches far beyond its metros, compact, fast-to-deploy modular edge data centres are emerging as the practical way to bring compute power close to remote and underserved regions where demand is rising fastest.

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