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TECHNOLOGY IN ACTION ADVERTORIALS


ADVERTORIALS


Mitsubishi Electric and Ashdale Engineering celebrate 35 years of delivering advanced automation projects


Pfeiffer Vacuum publishes easy-to-understand videos


Pfeiffer Vacuum publishes easy-to-understand videos that explain how to choose the right measurement principle


• The inner workings and functionality of vacuum gauges


• An introduction to all the relevant measurement principles


To assist in choosing the right measurement principle, Pfeiffer Vacuum has made helpful explanatory videos that give a detailed insight into the inner workings and functionality of vacuum gauges. If the target vacuum is to be successfully measured and controlled, it is essential to select the right measurement gauge. “Pressures and pressure curves must be maintained with precision if you wish  highest level of product quality. Our vacuum gauges are important quality indicators. Modern technology makes it possible to carry out total pres- sure measurements from atmospheric pressure through to ultra-high vacuum, covering all vacuum ranges precisely ”, explains Patrick Walther, Strategic Product Manager Instruments at Pfeiffer Vacuum.


Pfeiffer Vacuum www.pfeiffer-vacuum.com


Mitsubishi Electric and its Automation Solution Partner, Ashdale Engineering, are celebrating 35 years of partnership, focused on bringing highly customised, effective automation solutions to a variety of industries in Northern Ireland. Spanning over three decades that  anniversary marks an occasion to look back at key achievements reached by the two companies and how their relationship has grown.


During this 35-year period, Mitsubishi Electric has assisted the electrical engineering and system integration specialist with state-of- the art equipment technical support. This dedication to helping Ashdale Engineering


deliver value-adding solutions to the market has been driving the company’s competitiveness as well as that of its customers.


Ashdale Engineering, in turn, has continued to grow and become an integral Automation Solution Partner.   automation. Over time, Ashdale


Engineering has also become one of the largest stockists of Mitsubishi Electric equipment in the region and has had its facility recognised as a Centre of Technical Excellence. Also, thanks to the close relationship with the automation vendor, it has been shedding a unique light on the needs of different industries to help the development of new products.


In addition to offering new, cutting-edge solutions to companies across industry, the longstanding partners have been upgrading machines and existing setups, extending equipment service life  Engineering in a mill approximately 35 years ago is still running today.


MITSUBISHI ELECTRIC ie.mitsubishielectric.com


AD-


DOUBLE SAFETY: ACR COPPER PRESS ACR


  suitable for numerous HVACR, VRV and VRF applications up to 48 bar.


Piping system specialist SANHA is now introducing Streamline®


 variety of unique design features to offer the highest level of safety with easy and quick installation.


Refrigerant molecules are  team developed the industry’s TM


design. Not just


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erecunde perspicax Concubine


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one, but two sealing rings on  double safety for the connection.


This feature combined with the


ingenuous overall technical design results in 200 % more surface contact and seals the connection tightly. The second sealing ring and the precisely measured distance between the two rings serve as a secondary sealing mechanism and barrier to refrigerant molecules.


 market.


SANHA


01628 819 245 www.sanha.co.uk


ABB transforms AMR performance with launch of Visual SLAM technology


• New AI-enabled navigation technology allows AMRs to make intelligent decisions in dynamic and challenging environments


• Technology reduces commissioning time by up to 20 percent, requiring less calibration and no change to infrastructure  requirements in production, logistics, healthcare and retail


ABB Robotics has transformed its Autonomous Mobile Robots (AMRs) with the addition of Visual   intelligent navigation decisions based on their    and resilient while taking on dull, dirty and dangerous tasks so people can focus on more rewarding work.  technologies to guarantee a superior performance in comparison to other guidance techniques for AMRs.


ABB Robotics & Discrete Automation go.abb/robotics


JANUARY 2021 | PROCESS & CONTROL 49 MAY 2023 | PROCESS


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