Mines and trade rely on crucial excessive strain pump technology to maintain operations safe and efficient, which makes rigorous testing of this gear an important a half of the manufacturing process.
According to Kathryn Poke, director of engineering at RMI Pressure Systems, devoted check cells within the company’s Manchester manufacturing facility assist a variety of technical tests to ensure final product high quality. RMI Pressure Systems is a global leader in high strain and excessive quantity fluid pumping stations, with over a century’s expertise in designing, manufacturing and supporting this know-how. With a main manufacturing facility in the UK, the company has operations in China, the US, India and Australia – supporting gear in nations around the globe.
Poke mentioned that RMI Pressure Systems’ high quality and testing regime implies that new equipment and parts can be put via as a lot as two million pump cycles – over durations of as much as a hundred and sixty hours – to show their integrity.
“In robust and steady purposes corresponding to longwall coal mining, our clients depend on our high stress reciprocating pumps to ship optimal uptime and safety,” she stated. “Similarly, our metal business clients search for high quality and reliability in de-scaling and forging applications.”

In these demanding and infrequently hazardous environments, pump pressures can attain 350 to 400 bar – making any leaks or defects potentially disastrous. She highlighted that RMI Pressure Systems’ meticulous testing regime has been critical in building the company’s quality reputation for over a century.
“Before supply, all of our tools is put via its paces in our check cells,” she explained. “These well-resourced services measure and report temperatures, pressures, speeds and different indicators – generating knowledge that’s carefully reviewed and analysed by our engineering group.”

She emphasised that the check cells run alongside the company’s manufacturing processes, that are accredited in terms ISO9001 high quality standards. This ensures that the extended durations of testing do not compromise RMI’s production charges. The check facility can accommodate three RMI excessive pressure pumps at a time.
“This means that our customers are confident that RMI tools is able to go when it’s installed and commissioned on web site,” said Poke. “There is diaphragm seal -in time or bedding down to be carried out, so the pumps’ contribution to productiveness and uptime will be immediate.”

Experts from RMI Pressure Systems are available to assist with installing and commissioning the tools, giving clients peace of thoughts and guaranteeing optimal efficiency. The company’s manufacturing high quality can also be enhanced by its careful number of suppliers and parts; these are chosen on their excellence, and regular high quality assurance processes are applied. Cycle testing of components can also be performed to ensure a high quality finished product.
“Our inspection group checks new parts extensively in opposition to the conformance standards before giving it the thumbs up,” she stated. “Staying up to date with technology permits us to enhance designs, software program and materials of development wherever possible; every enchancment, although, must be totally tested before we introduce it to the market.”

Note to editor

RMI Pressure Systems specialises in the design, manufacture and utility of excessive stress reciprocating pumps to international longwall mining and industrial applications. The company’s manufacturing hub in Manchester, England, serves its operations in the UK, US, China, India and Australia – as well as markets in Europe, the Middle East and Africa.
An early innovator within the manufacturing of high strain pumps, RMI’s legacy dates back over a century. With their 95% energy efficiency, the company’s pumps supply sustainability and price benefits in a spread of purposes throughout sectors. They also can facilitate necessary savings in water consumption through their variable speed drive technology. RMI leverages its research and improvement functionality to drive steady innovation.
For additional data, visit https://www.rmipsl.com/.
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