September 4, 2015
Oil, gas & subsea applications have become a speciality of ESI Technology Ltd. The ability to meet specialist requirements for the subsea market can be illustrated by the evolution of PR3913 control valve pressure transmitter which features;
Following on from the huge success of the PR3913, ESI also incorporated dual redundancy into the transmitter design. Two completely independent sensors and electronic circuits are incorporated into the existing housing to create the PR3915. This means substantial cost reduction in materials used in the construction of the valves by making them more compact. Additionally the PR3920 subsea differential pressure version was developed based on the same principle offering high accuracy differential pressure measurement on chemical injection valves.
At the heart of these designs is ESI’s unique Silicon-on-Sapphire sensor technology; a sensor not only with high sensitivity and stability but also rugged and resilient against high overload pressures and transients.
October 29, 2021
You wouldn't be blamed for thinking the process of creating Silicon-On-Sapphire technology was some sort of Witchcraft... But it's actually really Smart SCIENCE! ...
October 15, 2021
ESI offers a selection of high temperature pressure transducers and transmitters that are best suited to environments where the media temperature exceeds normal limits – such as steam, metal work and industrial manufacturing, oil & gas, aerospace and automotive applications. But which transducer is right for you?...
September 29, 2021
ESI are now offering a number of ranges that are compatible for Hydrogen based environments....