Powelectrics award-winning Telemetry Systems take signals from sensors & machines and make the readings available via the internet using web browsers and API’s. We can send alarms if a parameter goes over or under a threshold. We have simple solutions for back office integration. We provide solutions forenvironments where there is no power.
Our technology works 'out of the box' and is proven with a wide range of sensors from many different manufacturers in many different applications. Devices can be easily centrally managed meaning the units can be reconfigured by the click of a mouse. We have catalogued hundreds of sensors meaning you can plug and play, deploying your remote monitoring solution with confidence.
Powelectrics Telemetry Systems are proven globally in many different industries. Our Telemetry Systems are not only flexible and reliable but also affordable.
Machine to machine (M2M) technology enables businesses to improve levels of customer service, save time, cut costs and add value to existing services. Powelectrics can provide you with afforable solutions, providing immediate benefits, allowing you to keep ahead of your competitors.
Application of Telemetry
The application of M2M has never been easier or more affordable. Whether you are an end user or system integrator, whether you need hardware, software, hosted services, sim cards or a complete end to end telemetry solution, then Powelectrics have the answer. Our innovative M2M solutions are affordable and flexible, comprehensive and customisable, reliable and scalable.
Powelectrics will also work with you to supply only the specific elements you need to complete your solution. Uniquely within our industry, we work with a wide range of sensors, offer an open protocol to integrate with your chosen software and allow clients to host our software on their own servers. Our award-winning telemetry devices are extremely flexible. They can be mains, battery or solar powered, can accept multiple analogue, digital and pulse inputs and we offer ATEX options.
If you would like more information regarding our Telemetry Systems and M2M Applications contact us direct today. Call us on +44 (0) 1827 310 666 or fill out our online enquiry form - we'd be delighted to hear from you.
We can make your factory SMARTER, bringing you the Industrial Internet of Things and Industry 4.0 production. By monitoring the state of machines and moving parts, as well automating processes, then factories are able to become more efficient with less down time. Manufacturer Industry 4.0 enables you to keep ahead of your competitors and we have proven technology meaning you can start beneftting immediately.
There are many terms for the process of connecting sensor data to the people and processes who need it via the internet. These include Remote Monitoring, the Internet of Things, M2M, Machine2Machine, Machine2Man and even Man2Machine. Powelectrics telemetry solutions can connect thousands of different types of sensors to the internet, giving you secure web based data access through a simple web browser, visible on a computer, tablet or smartphone. They can be used to alert you, when a defined threshold has been crossed or a state has changed. Businesses are increasingly using remote monitoring to achieve efficiencies, drive down costs, improve the safety of people and property, enhance customer service and protect the environment. Powelectrics have been part of this data revolution from the early days of wireless telemetry and we have used our industry knowledge to continuously develop a range of robust, flexible and affordable, off the shelf radio and GSM solutions. We strive to remain at the forefront of this evolving sector and we offer the expertise to develop solutions for an increasing range of applications.
Do it yourself internet of things.
As we deploy more and sensors and gateways into more diverse applications it is becoming apparent that the users don’t always know what to expect from the data. How does the differential pressure across a filter relate to when the filter needs changing? How does the temperature of a bearing vary with load and what is the impact of wear and tear? By getting data and then analysing so much more can be understood, and it is sometimes possible to use just a few sensors to get a large amount of useful information.