Morehouse Instrument Company calibration technician Greg Huneke calibrates a Falling Weight Deflectometer (FWD), a critical tool used by civil engineers to evaluate the physical properties of pavement in highways, local roads, airport pavements, harbor areas, railway tracks, and elsewhere. The data acquired from FWDs is primarily used to estimate pavement structural capacity, facilitate overlay design, or determine if the pavement is overloaded. AASHTO developed the calibration procedure Greg is performing with a special program created by Cornell University. The end calibration of this FWD is combined with other equipment to ensure that pavement analysis and deflection data are accurate and repeatable. Greg's work exemplifies our commitment to accuracy and reflects our broader mission: making the world safer. Through such detailed and reliable force and torque calibration, Morehouse plays a pivotal role in ensuring the safety and durability of pavements worldwide. Whether it's highways, local roads, or airport pavements, our work supports these essential infrastructures' structural integrity and longevity. Every calibration at Morehouse contributes to a safer, more reliable world. www.MHForce.com #Morehouse #MeasurementsMatter #PrecisionGuaranteed #ActionShotFriday #Calibration
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No doubt, In all of my Industrial experiences, as an Electrical Technician, stranded wire is mostly used. Why? Generally, stranded wire is preferred for applications requiring higher current because it offers more flexibility and a larger surface area for current to flow. ______ Allowing for better conductivity and heat dissipation. The strands in a stranded wire allow it to withstand bending and movement without breaking, making it suitable for environments with vibrations or frequent flexing. Solid wire, on the other hand, may be more rigid and prone to breakage in such conditions. _______ What do you think? Feel free to share your thoughts. Cheers to our GREATNESS! #ElectricalEngineering #OpenforWork #Technician #Automation #AmYourSamlyrics
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Another project in the rear view for TF Electrical. #TFElectrical #Instrumentation
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To learn more about becoming a Mobile Hydraulic Technician, visit: https://buff.ly/41qKQIz #systemdesign #hydraulics #mechanic#mechanicalengineering #mechanicalengineer#mechanicalengineeringstudent #hvactechnician#fluidpowerservices #fluidpowercertification #IFPS#IFPScertified #onlyfluidpowercan #fluidpowertraining#engineering #nfpa #industrialengineering
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Instrumentation & Control Technician | Ex Qatar Energy (QP) | Ex ADNOC | Preventive & Corrective Maintenance | Calibration | Oil&Gas | Power Generation | Fertilizer | Petrochemical |Refinery | NGL | Onshore
Instrument Engineers and Instrument Technicians ought to read Instrument Level Sketches before replacing or installing the Level Transmitter. The reason is to reduce potential error reading and disturbing of the Level Control System when it is in use. Instruments that will be used for Level Measurement need Nozzles on static equipment (e.g. Vessel, Storage Tank, Heat Exchanger) with dimension variety. Dimensions of nozzles have been designed by a Vessel Engineer in Mechanical Drawing. Instrument Level Sketches can represent Mechanical drawing. Another function is to be used for Installation references as well as elevation calculation for Instrumentation Levels, such as Level Gauge and Level Transmitter. Nozzle distance values inside Instrument Level Sketches need calculation to get the proper Low Range Value (LRV), Upper Range Value (URV) and Span of the Level Transmitter. In my early career, I had difficulty reading and calculating Low Range Value and Upper Range Value of Instrument Level Sketches. The experience has given me a lesson to learn more about Instrument Level Sketches. Through this content, I want to share my experience about basic how to calculate Low Range Value and Upper Range Value of the Level Transmitter in Instrument Level Sketches. On page 1, Instrument Level Sketch of Steam Condensate Drum 200-V-101 that has Single Level DP Transmitter using a condensate pot and It needs calculation LRV, URV and Span. The value will be set in the Level Transmitter as 4-20mA. The step-by-step method has determined to get the LRV, URV and Span of the Level Transmitter. On page 2, as a trial, I have made a question. Share the answer if you have got it. #sharingiscaring #instrumentation #level #controlsystem #wetleg #transmitter
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To learn more about becoming a Mobile Hydraulic Technician, visit: https://buff.ly/41qKQIz #systemdesign #hydraulics #mechanic#mechanicalengineering #mechanicalengineer#mechanicalengineeringstudent #hvactechnician#fluidpowerservices #fluidpowercertification #IFPS#IFPScertified #onlyfluidpowercan #fluidpowertraining#engineering #nfpa #industrialengineering
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Instrument & Control | Over 10 Years as Professional in Instrument & Control System | Specialist in Petrochemical & Smelting Industries | Field Instruments & Automation | Calibration & Troubleshooting Expert
Instrument Engineers and Instrument Technicians ought to read Instrument Level Sketches before replacing or installing the Level Transmitter. The reason is to reduce potential error reading and disturbing of the Level Control System when it is in use. Instruments that will be used for Level Measurement need Nozzles on static equipment (e.g. Vessel, Storage Tank, Heat Exchanger) with dimension variety. Dimensions of nozzles have been designed by a Vessel Engineer in Mechanical Drawing. Instrument Level Sketches can represent Mechanical drawing. Another function is to be used for Installation references as well as elevation calculation for Instrumentation Levels, such as Level Gauge and Level Transmitter. Nozzle distance values inside Instrument Level Sketches need calculation to get the proper Low Range Value (LRV), Upper Range Value (URV) and Span of the Level Transmitter. In my early career, I had difficulty reading and calculating Low Range Value and Upper Range Value of Instrument Level Sketches. The experience has given me a lesson to learn more about Instrument Level Sketches. Through this content, I want to share my experience about basic how to calculate Low Range Value and Upper Range Value of the Level Transmitter in Instrument Level Sketches. On page 1, Instrument Level Sketch of Steam Condensate Drum 200-V-101 that has Single Level DP Transmitter using a condensate pot and It needs calculation LRV, URV and Span. The value will be set in the Level Transmitter as 4-20mA. The step-by-step method has determined to get the LRV, URV and Span of the Level Transmitter. On page 2, as a trial, I have made a question. Share the answer if you have got it. #sharingiscaring #instrumentation #level #controlsystem #wetleg #transmitter #gin_inst
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A bit About Level transmitter used in process Industry.
Submersible Level Transmitters: Applications, Working Principles, and Benefits #instrumentation #instrumentationandcontrol #controlengineering #engineering #engineer #engineers #automation #industrialautomation #instrumentengineer #instrumenttechnician #processengineering #processautomation #industrialengineering #engineering #industrialengineering #processinstrumentation https://lnkd.in/gcnjqcSE
