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TECHNOLOGY IN ACTION ADVERTORIALS


Pulsar R80 – Setting New Standards for Non- Contact Radar


Introducing the Pul- sar® Model R80 – 80 GHz FMCW Radar Level Transmitter with FMCW technology and an 80 GHz operating frequency for superior performance, smaller antennas and en- hanced accuracy. The


Pulsar R80 brings a sophisticated simplicity to Magnetrol’s best-in-class radar portfolio. Furthermore, 


   


diagnostics make commissioning and troubleshooting easier than ever. The Model R80 is minimally affected by turbulence, foam, or excessive vapours, often the downfall of ultrasonic transmitters and some radar products. The smaller antennas and narrower beam angles allow it to be installed into vessels with smaller process connections and those with internal obstructions that must be avoided.


Key Features: 


• Multivariable two-wire, 24 VDC loop-powered 


    


• 80 GHz signal with beam angles as narrow as 4 degrees


• Measuring range of 30 meters (100 feet) • Proactive diagnostics and troubleshooting tips • Transmitter head replaceable without breaking process seal


• SIL 2 compliant with 92.3% SFF • Global hazardous area approvals


ABLE 0118 911188 info@able.co.uk


ADVERTORIALS


 


Axair announce the release of their new ATEX S50 polypropylene fans, complementing their existing range of corrosion resistant fume extraction fans. The S50 is the largest and most powerful fan in their ‘S’ range, manufactured by SEAT, with the new version available in ATEX Zone 2, in response to increased demand.


The ATEX S50 fans have been designed to remove fumes from highly corrosive or toxic environments where there is a risk of 


 


Ex ec or Ex d (explosion proof) motors to order. The ATEX S50 


 


  


  


 


 


  


 


  


  


 


 


 


 


 


The ATEX S50 is supplied with an inverter as standard,  


         


The molded carbon loaded polypropylene prevents static discharges and is a corrosion resistant material which can withstand harsh chemical environments and adverse 


                


As the exclusive UK distributor for SEAT, Axair are proud to work closely with the fan manufacturer to deliver superior corrosive fume, chemical, ATEX and specially designed fan components to the UK market. SEAT is 


  


understood as an ever evolving subject requiring competence and training that is now provided by UK 


   


 


Axair Fans UK Ltd 01782 34943


   


Axair’s team have undertaken extensive training in ATEX regulations but have a duty of care to ensure 


   





Titan Enterprises expands patents for its ultrasonic 


Titan Enterprises has recently been granted additional patents 


 


 


            


used within their range of Atrato®, MetraFlow® and Process  





developing a viable, accurate ultrasonic non-invasive small bore measuring device in 2001 as part of a long-term strategic plan. The work


resulted in patented ultrasonic technology which has since led to an expanding 





  


methodology to novel mechanical design. 


    


 


 


    


   


 


 


sound waves within a band (e.g. ±30%) around the speed of sound in water at 


  


  


 


 


 


    much wider range of applications.


 





  


  


  


   


  


 





 


  


   


acoustic operational window can be missed by the sensors. Titan’s proprietary Interface Software offered on the Atrato®and MetraFlow®overcomes this application challenge. The software functionality allows you to view the Acoustic 


      


  


     


 


    


    


 


 


(the sensor) and is received by a second piezoelectric crystal further down the tube. 


  


  


 


 





 


  


within the pipe. The very high signal to noise ratio from these devices has been  


   


  


  


 


repeatability (to ±0.1%), linearity and accuracy of better than ±1.0% of reading. 


 


   


 


Titan Enterprises 01935 812790


    


highly commercial being able to accurately measure liquids ranging from water to high viscosity oils.


 


      


     


   





 


 


  





 





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JANUARY 2021 | PROCESS & CONTROL 59 APRIL 2023 | PROCESS


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