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ICE_Electronics

Name: ICE_Electronics
Address: Leeds, GB
Telephone: +441133453131

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ICE_Electronics

Innovation in Engineering

World-leading sensor electronics, taking you from reality to the cloud.

We are experts in taking the analogue world in its rawest electrical form and turning it into an output.

01/02/2023

Any system is only as good as its input. Without accurate, reliable, repeatable measurements, higher level functionality can't be built and won't be reliable.

At I.C.E. Electronics we are used to interfacing with the real world in its rawest electrical form and providing compensation to get the most out of your sensor.

Many of these products operate at the coalface of measurement and are embedded into the environment. Which means that we are used to dealing with the most demanding requirements for our electronics, from high temperature to high bandwidth. As well as working within small spatial requirements, enabling easy integration into your sensor housings.

Learn more on the website >>> http://bit.ly/3XdVajw

25/01/2023

Industry 4.0 and beyond follows the growing trend towards automation and data exchanges. Particularly when it comes to manufacturing technologies, supply chain processes, and data gathering and analysis.

Together with the Internet of Things (IoT), Industry 4.0 is improving manufacturing efficiency, quality and volume. And it’s doing that through the use of intelligent, real-time, data-driven analysis.

I.C.E. Electronics has embraced the ideals of Industry 4.0. We have added a level of automation within the business and all products manufactured by I.C.E Electronics go through an automated test routine with traceable test results.

We work closely with our customers to help integrate the same level of traceability and data transparency into their processes. And we have deployed a number of automated test rigs with customers to compliment our products and can help you do the same.

If you'd like to hear more, drop us a line.

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18/01/2023

Are you an Electronic or Electrical Engineer looking for a change of scene?

We have a number of Electronics Engineering job vacancies, here at I.C.E. Electronics, that could be just what you're looking for.

As the Electronics Engineer, you will design, develop and test components, devices, systems and equipment.

Electronics Engineers may be involved at any stage of a project, including the initial brief for a concept, the design and development stage, testing of prototypes and the final manufacture and
implementation of a new product or system.

Read a full job description for more info... http://bit.ly/3WPRsgg

11/01/2023

The I.C.E. Wireless Link Saves You Time and Money

In many situations, wiring a signal link may not be possible. And there could be many reasons why. The I.C.E. Wireless link can be used as a direct replacement for sensor signals.

At I.C.E. we understand that data integrity and accuracy is imperative for many businesses to succeed. More than ever, it’s important to gather and measure your data accurately, whether it’s for monitoring purposes, or for detailed analysis during testing. Wiring a signal link can be time consuming, adding weight and system complexity. This is where the wireless link comes in and gives engineers an off the shelf solution with the ability to deploy a robust, reliable wireless link without the headache of choosing the correct parts from a catalogue.

Learn more on the website >>> http://bit.ly/3vV8ONf

04/01/2023

19/12/2022

WIRELESS SENSING

I.C.E. Electronics has experience designing and deploying a wide range of wireless sensing technology, from simple radio links to distributed mesh networks. We have a range of wireless solutions.

We can help you to choose the correct technology for your application and ensure that this technology is deployed successfully into your application.

CONTACT US TODAY TO FIND OUT HOW WE CAN LEND A HAND

https://www.linkedin.com/in/neil-curry-343b53a/

14/12/2022

EMBEDDED PROCESSING AND CONTROL

Embedded processors often form the core of an embedded system. Their programming ultimately defines the product’s behaviour and performance.

Many of our electronic systems acquire, process and condition incoming data and present it to the world. This could be via an analogue output that interfaces with existing or legacy systems, or through a wireless infrastructure that connects to the cloud as part of an Internet of Things solution.

Want to know more? Visit the website today... http://bit.ly/3EPVMFU

09/12/2022

HIGH TEMPERATURE ELECTRONICS

Sensors often measure parameters from active parts of machines or plants. Size and weight permitting their ideal location is normally close to what they are monitoring or controlling. This normally comes with strict space requirements and an increase in the operational temperature requirements.

With careful design it is possible to create electronics which can reside at extended operation temperatures for the duration of its operation. All aspects of the design, including component de-rating, material selection and mechanical design, have to be considered.

I.C.E. Electronics has a great deal of experience creating electronics which reside in extremely hostile environments, enabling the electronics to be with the sensor fabric they are measuring.

Contact us if you have any queries. We are always happy to talk things over with you...

28/11/2022

5 Key Factors in Engineering Design and Manufacture
DESIGN

Whether your project is a simple sensor amplifier, or a complex data logging system, there are certain risks you must consider when undertaking a new design. Your project structure and size need be taken into account. You need to identify what your requirements are and create well-defined specifications. And all aspects of your project need consideration from system to low-level functions. Another side-effect of the pandemic has meant that, more recently, component availability has become a high priority design consideration. On top of this, you have to understand the technical capabilities of your staff and internal resourcing. All of which can affect the delivery of your product.

SIMULATION

Do you know your Analogue signals? How is your power supply going to respond to transients? It’s important to understand signals from the real world in order for you to get the most accurate measurements out of your sensors, especially if your product is wireless. Simulation is a key tool in an engineer’s arsenal and a design-heavy approach can be paramount to successful delivery.

HARDWARE
Are you up to date with the latest component data? Do you have access to the right CAD tools? Hardware engineering design requires a clear understanding of circuit simulation, schematic design and capture, and PCB layouts. Getting the hardware right is the first step towards successful development.

FIRMWARE
Embedded processors often form the core of embedded systems. Their programming ultimately defines your product’s behaviour and performance. Design options surrounding the choice of device and its defined behaviour can have far reaching effects on your product, but also on the systems it interacts with. Clear, concise documentation and robust design are crucial to delivering a working product to your required specifications.

SOFTWARE
Do you have knowledge of how to tailor your software to suit your needs? Will you be able to accurately display and analyse your data? If not managed properly, your hardware and software design can become like a chicken and egg situation. You need to understand your hardware and firmware to understand your software… to understand your hardware to understand your software. Sound design specifications and communication protocol definitions remove any disconnect between software and hardware.

Ultimately, is your technology strategy watertight? Need help?

Learn more about how I.C.E. can lend a hand with every single element of your new product... https://iceelectronics.net/capabilities

22/11/2022

TURBINE BLADE DEFECTION

Here at I.C.E. Electronics, we have developed a unique wireless telemetry system capable of offering precise, high-bandwidth wireless capability without the cost of high-power consumption.

Our remote transmitters are highly integrated and offer interfaces for strain gauges, thermocouples or PRT devices.

Supervision and control is performed in the digital domain, the sensor signals are transmitted via their own dedicated radio link. The system can be monitored remotely and controlled via a RS-485 or USB link. Multiple systems can be connected together to provide a suite of measurements.

I.C.E. Electronic’s high fidelity wireless analogue technology has been successfully deployed to measure turbine blade deflection during test and from moving parts within an engine.

INTERESTED IN LEARNING MORE? WHY NOT SEND US A MESSAGE.

16/11/2022

SPEED & VIBRATION CONDITIONING

At I.C.E. Electronics we offer unique access to data from rotating and reciprocating parts through our innovative inductive wireless and/or high fidelity wireless analogue technologies. We have a number of proven solutions that can be tailored to taking measurements from your part.

Tooth-wheel and target-based detection is a fundamental measurement for almost every rotating machine. This measurement is made with a wide variety of sensors from Variable Reluctance (VR) to lasers.

In test environments these signals may need to travel long distances, or be shared between multiple pieces of equipment and cross-isolated ground planes. When it comes to machines, reliability, space and operating environment become important factors to consider.

Data may be used as a simple speed indicator, or used for complex vibration analysis. In both cases the end use could relate to critical control signals or condition based monitoring.

At I.C.E. Electronics we have created systems for both ends of the spectrum and have a selection of standard speed conditioning products.

Want to know more? Just drop us a line, we'd be happy to help!

11/11/2022

I.C.E. ELECTRONICS ONLINE SHAFT MONITORING
Our inductive wireless system is perfectly suited for long term, uninterrupted measurement from rotating shafts.

The system has successfully been deployed onto drive shafts, CAM shafts, steering columns and motorcycle sprockets.

In these cases a load cell(s) is interfaced directly with the remote transmitter. The transmitter is powered wirelessly and transmits data over a closely coupled wireless link.

The transmitter’s small size means it is easily embedded on the shaft. The receiver unit communicates with the transmitter via a coaxial cable and set of antennas. This means the system can be successfully fitted into hard to reach areas, allowing the receiver to be situated away from the shaft area.

The inductive wireless system can be tailored to many sensing technologies. I.C.E. Electronics has deployed the system into applications to measure load, strain, temperature and pressure.

If you have a moving target from which you want to take a measurement, please get in touch today.

Visit the website for more information at https://iceelectronics.net/applications/rotating-reciprocating-parts

Address

Leeds

Opening Hours

Monday	9am - 5pm
Tuesday	9am - 5pm
Friday	9am - 5pm

Telephone

+441133453131

Website

https://iceelectronics.net/

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