Emerson has released the Rosemount 9195 Wedge Flow Meter , a fully integrated solution consisting of a wedge primary sensor element , supporting components , and a selectable Rosemount pressure transmitter . The new meter ’ s unique flexible design is ideal for measuring process fluids with a wide range of demanding characteristics in various heavy industry applications , including metals and mining , oil and gas , renewable fuels , chemicals and petrochemicals , pulp and paper , and others . It can be very difficult to measure volumetric flow accurately and reliably in applications where the process liquid is highly viscous , extremely abrasive , prone to |
plugging , at high temperatures , or a combination of these conditions . In applications with low ambient temperatures , hot process media , or a combination of both , heat tracing is often required , necessitating a supply of electrical power , and creating a maintenance-intensive single point of failure . The Rosemount 9195 Wedge Flow Meter addresses these and other common measurement challenges with its unique design . The wedge element itself has no small passages that could plug due to entrained particles , and it is abrasion-resistant due to the shallow approach angle of the process liquid and the lack of critical sharp edges . Highly viscous liquids are measured accurately due to the linear response of the meter , even at low Reynolds numbers . The sensor ’ s operating temperature range is -40 to 1,000 degrees Fahrenheit ( -40 to 538 degrees Celsius ), and the meter is available with Emerson ’ s Rosemount 3051S Thermal Range Expander for measuring hot or viscous liquids , without the need for heat tracing . |
A new data center opening in Frankfurt this summer prioritizes sustainability , featuring 20 energyefficient dry coolers from Kelvion . Developed by Mainova WebHouse , a subsidiary of Germany ’ s Mainova energy supplier , the center will run on 100 % green energy , supported by solar power and will utilize waste heat to power neighboring buildings . To cool the center sustainably , a water-based system on the roof reduces energy costs compared to standard methods . Kelvion ’ s dry coolers , equipped with frost |
protection , meet sustainability and reliability standards . Customized heat exchange solutions were developed , providing efficient cooling with 16 fans per unit , lowering operating costs . Björn Stemmann , Kelvion ’ s SVP Sales & Service Northern Europe , highlights their commitment to sustainability and support for companies addressing climate challenges . The data center spans 10,500 square meters , comprising two buildings , with a total IT load of 30MW . |
RACINE , a leader in creative heating solutions for the HVAC industry , has introduced the |
MEW , a new corrosion-resistant electric unit heater designed for use in non-hazardous washdown and corrosive environments . This innovative machine offers a heating solution for farming and agriculture , food and beverage manufacturing , vehicle washing , oil and gas , petrochemical , and dairy industries . This is the company ’ s recent product launch , expanding its electric heater offerings to fulfill client wants and requests . The MEW |
bridges the gap between Modine ’ s comprehensive line of commercial electric heaters ( HER / VE / PTE ) and its top-tier explosion-proof offering ( HEX ). The MEW is the fifth new electric product Modine has brought to market in the past 12 months . With the addition of the Amp Dawg electric heater , MES no-light infrared electric heater , MEQ light commercial electric infrared heater , and the MEL heavy-duty infrared electric heater , Modine continues |
to provide customers options for lower carbon emissions heating or an alternative for those who do not have access to natural or propane gas . The MEW has NEMA 4X protection against water penetration , allowing it to last longer in corrosive or washdown settings , and the epoxy-coated fan blade adds to its operational life . In addition , the stainless-steel parts provide corrosion prevention and optimise heat distribution . |