System Integration & Control Systems Design


AWE: Telemetry solutions from wildlife to industrial applications

October 2016 System Integration & Control Systems Design

What started as an after-hours business tracking wildlife has today expanded into an operation that provides telemetry solutions for a wide spectrum of applications. In 2003, wildlife management specialist Jason Tarr, together with engineers Jock Donaldson and Justin Joubert, founded AWE Telemetry Systems (AWE).

The trio saw an opportunity to improve on existing wildlife tracking technology by leveraging a combination of UHF radio, GSM and the Iridium satellite network. Tarr points out that Iridium offers global coverage with data transmission being easily achieved between two points, anywhere across the globe. This is the ideal solution for wildlife tracking since GSM is not always available, especially in the remote areas where the animals often roam. Similarly, while UHF has its advantages, the transmission distance is limited.

AWE becomes a fulltime business

In 2011, the team realised that the scope for the technology was very large and that the endeavour required their attention on a fulltime basis. Tarr, Donaldson and Joubert resigned from their respective jobs and began expanding their expertise and knowledge into other realms such as fleet management.

Based in Clubview, Centurion, AWE provides a holistic service that extends from development at a PCB level all the way through to the user interfaces. All products are manufactured in-house, sourcing local components wherever possible. A large benefit for customers is that AWE can easily customise its technology. The company provides complete integration of standard inputs on instrumentation to its telemetry systems in order to monitor a wide range of elements.

From its ISO 9001:2015 accredited manufacturing facilities, AWE has produced, amongst others, the AWE Star Controller, a telemetry gateway that acts as a bidirectional hub relaying data to and from remote transceivers. Customised solutions include a number of animal tracking systems, Curafin Management Company’s owner-driver fleet management system, as well as a water flow, level and pressure solution for a leading South African instrumentation and control company.

Onsite training is provided for customers, and the company’s management regularly attend training courses on components and programming in terms of the latest electronic technology offerings from both a software and hardware perspective.

The emphasis is on the delivery of excellence in customer service and component quality. Based on AWE’s experience with developing equipment for the arduous environment in which wildlife tracking takes place, all products are geared around durability, reliability and longevity. The result is a vast customer footprint in Africa, Asia, the Middle East, Europe and North America.

(Left to right) The AWE team Jason Tarr, Jock Donaldson and Justin Joubert.
(Left to right) The AWE team Jason Tarr, Jock Donaldson and Justin Joubert.

Growth through diversification

AWE has been busy with a diverse number of projects in recent years. In conjunction with the CSIR, the company has completed a proof of concept on a combined UHF/satellite telemetry solution used in an anti-poaching project. The system is used to track anti-poaching dogs as they train and when they go out into the field on missions. Its ability to integrate into SanPark’s Cmore real-time analytics platform also proved advantageous.

Earlier this year AWE conducted a pilot project at a pharmaceutical manufacturing company, which measured the temperature and relative humidity in three of the company’s 220 metal-lined rooms. Three wireless, portable UHF-based remote data transceivers fitted with temperature and humidity sensors sent data to a single GSM-enabled Star Controller within the facility. Data was then relayed to the cloud every five minutes via the GSM network and finally to AWE’s online scada. UHF radio proved to be an elegant solution in this instance because the rooms within the facility had limited cellular reception. The beauty of this project was that no retrofitting was required, since the system is wireless, thereby saving time and money, and eliminating any hassle factor.

In addition, AWE took Poynting Antennas’ GOmeter signal strength indicator from prototype stage to full production, which will be used by the installers of digital terrestrial TV sets throughout Africa.

The company aim is to further develop its capabilities in the industrial control field. Tarr says that they see massive scope to improve on the quantity and quality of data being pushed to the cloud. “Any data sent to the cloud needs to be useful, so we have made it our mission to make data delivery more meaningful and to thereby improve the return on investment for customers. As part of our overall vision, we will expand our capabilities through an investment in qualified and knowledgeable people,” he concludes.

For more information contact Jason Tarr, AWE Telemetry Systems, +27 (0)73 171 2539, jason@awetelemetry.com, www.awetelemetry.com





Share this article:
Share via emailShare via LinkedInPrint this page

Further reading:

SCiBOTRON’s quality culture the key to success
May 2020 , System Integration & Control Systems Design
The company was founded on lean principles and quickly grew into a QSE (Qualifying Small Enterprise). Ricardo Paddy, managing director and founding member, attributes one of the reasons for the company’s ...

Read more...
Portion cutter for fish and poultry
November 2020, Beckhoff Automation , System Integration & Control Systems Design
Extremely fast and highly precise meat portion cutter leverages PC control.

Read more...
Omniflex enables mine water quality
October 2020, Omniflex Remote Monitoring Specialists , System Integration & Control Systems Design
Water licences carry a ‘Burden of Proof’ that the licence holder will not harm the environment or the water system through its activities. This covers the use of water from the system and the responsible ...

Read more...
Safe and efficient water and wastewater treatment
October 2020, Endress+Hauser South Africa , System Integration & Control Systems Design
Depending on the application and the industry, water needs to have different properties to ensure the quality of finished products and the overall safety of production.

Read more...
PC-based control monitors road tunnel with flexible scalability
October 2020, Beckhoff Automation , System Integration & Control Systems Design
With more than 200 industrial PCs in operation, the Kaisermühlen Tunnel in Vienna shows that scalable PC-based control technology from Beckhoff is an optimum automation platform in this environment.

Read more...
PC-based control reduces complexity in folio applications
October 2020, Beckhoff Automation , System Integration & Control Systems Design
BW Papersystems relied on PC-based control for the development of the eCon folio-size sheeter, which greatly reduced complexity and costs compared to the legacy system it replaced.

Read more...
Improved production capacity and efficiency
September 2020, Omron Electronics , System Integration & Control Systems Design
BOLÇİ Bolu Chocolate (Bolci) was formed in 1992. It now has over 300 employees and produces over 800 different products. The company produces over 200 tons of chocolate items each month in a factory that ...

Read more...
EtherCAT I/O for conveyor control
September 2020, Beckhoff Automation , System Integration & Control Systems Design
Integrated compact motor controller reduces cabling effort and increases diagnostic capabilities for roller conveyor systems.

Read more...
Robots could solve the social distancing problem
September 2020 , System Integration & Control Systems Design
While South Africa has seen a significant uptake in robotic technology, there are signs it will grow in the years to come as businesses make provision for these types of advancements.

Read more...
Fully automated CIP system upgrade at a food factory
September 2020, Hybrid Automation , System Integration & Control Systems Design
Hybrid automation was recently approached to upgrade the CIP system at a food production plant based on the East Rand of Johannesburg.

Read more...