Our Unit Converter

The ESI Unit converter allows you to quickly and easily access a conversion tool to work out your preferred unit of pressure measurement wherever you may be. Whether out on-site or in the office.

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Download the ESI-USB© Software

The ESI-USB© software allows you to connect your ESI transducer to your laptop or PC and be up and running monitoring pressure data within ten minutes. The software auto-updates and is compatible with Windows 8, 10 & 11.

What is The Difference Between a Pressure Transducer and Transmitter?

Both transducers and transmitters convert energy from one form to another and give an output signal. The signal is directed to any device that interprets it and uses it to display record or alter the pressure in a system.

So how do you decide whether it is best to use a transducer or transmitter for you application? Transducers and transmitters are virtually the same thing, the main difference being the kind of electrical signal each sends. A transducer sends a signal in volts (V) or millivolt (mV) and a transmitter sends a signal in milliamps (mA). If the electrical connections in your process are short, such as in laboratory or inside an electronics enclosure, a pressure transducer is more desirable as they tend to be smaller and there are very few active electronic components that can be upset by electromagnetic interference.

The Difference Between a Pressure Transducer and Transmitter

Ellison Sensors offers a wide range of transducers and transmitters for use in a broad spectrum of applications.

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Intrinsic safety (IS) is a critical design and operational principle in instrumentation used within the mining industry. Mines are often classified as hazardous areas due to the presence of flammable gases, combustible dust, or reactive substances. Intrinsically safe instrumentation is engineered to operate with energy levels below those capable of igniting such volatile environments, ensuring that safety and operational efficiency are not compromised.

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High Pressure Hydrogen Applications

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Dangers of High Pressures in Hazardous Environments

Operating in hazardous environments with high pressures, such as in oil and gas extraction, chemical processing, and pharmaceuticals, presents significant risks, including explosion hazards, equipment failure, and measurement inaccuracies. The HP1000 pressure transmitter from ESI Technology addresses these challenges by offering robust construction capable of withstanding pressures up to 5000 bar, ATEX and IECEx certifications for safety in explosive atmospheres, and precise pressure measurements. Designed for durability and incorporating integrated safety features like overpressure protection, the HP1000 ensures safe and reliable operation in extreme conditions, helping to prevent accidents and maintain efficient industrial processes.

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