[{"data":1,"prerenderedAt":1236},["ShallowReactive",2],{"store-product-instrumentation\u002Fpromass-f300":3,"store-surround-promass-f300":442,"store-related-PROMASS-F300-8F3B":453},{"id":4,"title":5,"_path":6,"anchors":7,"badge":21,"body":22,"category":331,"categoryDescription":332,"categoryIcon":333,"compareAtPrice":6,"compatibility":334,"currency":339,"date":340,"description":341,"downloads":342,"draft":354,"excerpt":6,"extension":355,"featured":354,"gallery":356,"highlights":365,"image":372,"inStock":373,"lastUpdated":340,"meta":374,"navigation":373,"path":380,"price":6,"seo":381,"sku":384,"specs":385,"stem":430,"tags":431,"useCases":436,"version":6,"__hash__":441},"store\u002Fstore\u002Finstrumentation\u002Fpromass-f300.md","Endress+Hauser Proline Promass F 300",null,[8,13,17],{"label":9,"icon":10,"to":11,"target":12},"Official Endress+Hauser Product Overview","i-lucide-external-link","https:\u002F\u002Fwww.endress.com\u002Fen\u002Ffield-instruments-overview\u002Fflow-measurement-product-overview\u002Fcoriolis-flowmeter-promass-f300-8f3b","_blank",{"label":14,"icon":15,"to":16,"target":12},"Endress+Hauser Instrument Technical Information","i-lucide-file-text","https:\u002F\u002Fbdih-download.endress.com\u002Ffile\u002F4625dacd655954a9f42d0c0d4a6421e0\u002FTI01221DEN_1325-00.pdf",{"label":18,"icon":19,"to":20,"target":12},"Promass F 300 Calibration Support Guidelines","i-lucide-book-open","https:\u002F\u002Fbdih-download.endress.com\u002Ffile\u002F9de06146051b808a4e41c2a5a1fcf933\u002FBA01485DEN_0624-00.pdf","Endress+Hauser",{"type":23,"value":24,"toc":320},"minimark",[25,30,38,49,54,86,90,97,100,104,107,296,298,302],[26,27,29],"h2",{"id":28},"product-overview","Product Overview",[31,32,33,34,37],"p",{},"The ",[35,36,5],"strong",{}," is an industry-benchmark, high-tier Coriolis mass flowmeter meticulously\ncrafted for engineers requiring pristine calibration diagnostics under erratic industrial operations. Engineered to\nmeasure both liquids and gases with unrivaled accuracy, this multivariable system drastically cuts system overhead\nexpenses by monitoring several primary metrics simultaneously within a single deployment trace.",[39,40,43],"callout",{"color":41,"icon":42},"primary","i-lucide-shield-check",[31,44,45,48],{},[35,46,47],{},"Process Acoustics Immunity:"," The mechanical resonance profile of the Promass F sensor is engineered to be structurally immune to pipeline process\nvibrations and external frequency oscillations, preserving measurement fidelity without structural isolating couplers.",[50,51,53],"h3",{"id":52},"non-technical-overview-value-proposition","Non-Technical Overview: Value Proposition",[55,56,57,64,74,80],"ul",{},[58,59,60,63],"li",{},[35,61,62],{},"All-in-One Data Capture:"," Streamline your instrumentation footprint. This single unit calculates mass flow, volume\nflow, real-time fluid density, and core fluid temperatures natively.",[58,65,66,69,70,73],{},[35,67,68],{},"No Maintenance Interruptions:"," Features integrated ",[35,71,72],{},"Heartbeat Technology",", allowing operators to verify the\noperational state and strict tracking compliance of the device instantly without breaking process pipe lines.",[58,75,76,79],{},[35,77,78],{},"Compact and Accessible Layout:"," The redesigned dual-compartment transmitter box provides rapid engineering\nadjustments via secure local Wi-Fi pairing or direct optical touch glass layouts.",[58,81,82,85],{},[35,83,84],{},"Space Optimization:"," Requires zero straight inlet or outlet pipe run geometries, adapting fluidly to tight,\npre-existing industrial skids.",[50,87,89],{"id":88},"technical-deep-dive-sensing-architecture","Technical Deep-Dive: Sensing Architecture",[31,91,92,93,96],{},"At an architectural layer, the Promass F sensor measures fluids leveraging physical ",[35,94,95],{},"Coriolis force tracking vectors",".\nAs mass routes through internal twin parallel measurement loops, controlled electrodynamic shifting registers fluid\nmomentum shift directly proportional to literal mass movement, remaining absolutely unswayed by fluid viscosity\nfluctuations, shifts in specific gravity, or volatile thermal variances.",[98,99],"hr",{},[26,101,103],{"id":102},"architecture-specification-grid","Architecture Specification Grid",[31,105,106],{},"Use the interactive layout below to scan through core metrics across distinct system tiers.",[108,109,110,179,239],"tabs",{},[111,112,114],"tabs-item",{"label":113},"Measurement Performance",[115,116,117,131],"table",{},[118,119,120],"thead",{},[121,122,123,128],"tr",{},[124,125,127],"th",{"align":126},"left","Metrology Feature",[124,129,130],{"align":126},"Base Performance Values",[132,133,134,145,159,169],"tbody",{},[121,135,136,142],{},[137,138,139],"td",{"align":126},[35,140,141],{},"Core Tracking Principle",[137,143,144],{"align":126},"Electrodynamic Coriolis Mass Flow Capture",[121,146,147,152],{},[137,148,149],{"align":126},[35,150,151],{},"Liquid Mass Flow Precision",[137,153,154,155,158],{"align":126},"±0.10% standard tracking error, down to ",[35,156,157],{},"±0.05%"," using PremiumCal options",[121,160,161,166],{},[137,162,163],{"align":126},[35,164,165],{},"Gas Mass Flow Precision",[137,167,168],{"align":126},"±0.25% variance under fluctuating plant loops",[121,170,171,176],{},[137,172,173],{"align":126},[35,174,175],{},"Density Calibration",[137,177,178],{"align":126},"Standard tracking accurate to a strict variance of ±0.0005 g\u002Fcm³",[111,180,182],{"label":181},"Process Capabilities",[115,183,184,194],{},[118,185,186],{},[121,187,188,191],{},[124,189,190],{"align":126},"Process Parameter",[124,192,193],{"align":126},"Boundary Range Metric",[132,195,196,206,219,229],{},[121,197,198,203],{},[137,199,200],{"align":126},[35,201,202],{},"Piping Diameter Range",[137,204,205],{"align":126},"DN 8 to 250 (3\u002F8\" to 10\" nominal cross-sections)",[121,207,208,213],{},[137,209,210],{"align":126},[35,211,212],{},"Process Thermal Limits",[137,214,215,216],{"align":126},"Extended architecture handles ranges from ",[35,217,218],{},"–196 to +350 °C",[121,220,221,226],{},[137,222,223],{"align":126},[35,224,225],{},"Max Volumetric Flow",[137,227,228],{"align":126},"Up to 2,200,000 kg\u002Fh operational limit",[121,230,231,236],{},[137,232,233],{"align":126},[35,234,235],{},"Media Versatility",[137,237,238],{"align":126},"Handles aggressive fluids, combustible fuels, or inert gases",[111,240,242],{"label":241},"Transmitter Interface",[115,243,244,254],{},[118,245,246],{},[121,247,248,251],{},[124,249,250],{"align":126},"Bus Connectivity Element",[124,252,253],{"align":126},"Engineering Parameters",[132,255,256,266,276,286],{},[121,257,258,263],{},[137,259,260],{"align":126},[35,261,262],{},"Housing Layout",[137,264,265],{"align":126},"Compact dual-compartment system allowing localized isolation options",[121,267,268,273],{},[137,269,270],{"align":126},[35,271,272],{},"Configurable Loop I\u002FOs",[137,274,275],{"align":126},"Supports up to 3 modularly combinable inputs\u002Foutputs and fieldbuses",[121,277,278,283],{},[137,279,280],{"align":126},[35,281,282],{},"Wireless Integration",[137,284,285],{"align":126},"Broad spectrum WLAN hotspot linking alongside standard backlit touch mechanics",[121,287,288,293],{},[137,289,290],{"align":126},[35,291,292],{},"Secondary Containment",[137,294,295],{"align":126},"Sensor shell packed with dry nitrogen; pressure burst guarded up to 85 bar",[98,297],{},[26,299,301],{"id":300},"core-deployments-use-cases","Core Deployments & Use Cases",[303,304,305,313],"card-group",{},[306,307,310],"card",{"icon":308,"title":309},"i-lucide-droplet","Custody Transfer Operations",[31,311,312],{},"Maintains rigorous fiscal auditing precision on distribution manifolds, loading arms, and terminal networks where tiny\ndrops equal immense valuation swings.",[306,314,317],{"icon":315,"title":316},"i-lucide-gauge","Aggressive Process Blending",[31,318,319],{},"Ensures accurate multi-feed liquid chemical blending tracking over changing densities or fluid viscosities without\nrequiring recalibration downtime.",{"title":321,"searchDepth":322,"depth":322,"links":323},"",3,[324,329,330],{"id":28,"depth":325,"text":29,"children":326},2,[327,328],{"id":52,"depth":322,"text":53},{"id":88,"depth":322,"text":89},{"id":102,"depth":325,"text":103},{"id":300,"depth":325,"text":301},"Flowmeters","Industrial process instrumentation designed for high-accuracy mass flow and density diagnostics.","i-lucide-activity",[335,336,337,338],"Modbus RS485 and PROFINET industrial frameworks","HART, PROFIBUS PA\u002FDP, and EtherNet\u002FIP process loops","Endress+Hauser Netilion Cloud Ecosystem","Edge Gateways via local integrated WebServer\u002FWLAN connections","USD","2026-09-28","Premium multivariable Coriolis mass flow sensor with automated self-calibration and absolute immunity to pipeline process vibrations.",[343,349],{"name":344,"url":345,"type":346,"format":347,"size":348},"Endress+Hauser Proline Promass F 300 Technical Information Document","\u002Fstore\u002Finstrumentation\u002Fpromass-f300\u002FTI01221DEN_technical_data.pdf","datasheet","pdf","4.8 MB",{"name":350,"url":351,"type":352,"format":347,"size":353},"Proline Promass F 300 Coriolis Flowmeter Modbus RS485 Manual","\u002Fstore\u002Finstrumentation\u002Fpromass-f300\u002FBA01496DEN_modbus_guide.pdf","manual","6.2 MB",false,"md",[357,361],{"src":358,"alt":359,"caption":360},"\u002Fstore\u002Finstrumentation\u002Fpromass-f300\u002Fgallery-1.png","Endress+Hauser Proline Promass F 300 industrial mass flow sensor assembly","Compact Unit Assembly with Proline 300 Transmitter",{"src":362,"alt":363,"caption":364},"\u002Fstore\u002Finstrumentation\u002Fpromass-f300\u002Fgallery-2.png","Dual-compartment housing display interface of Promass F 300","Transmitter Interface with Backlit Touch Control & WLAN",[366,367,368,369,370,371],"Premium accuracy down to ±0.05% using customized PremiumCal calibration options","Multivariable tracking reduces installation points by grouping mass flow, volume flow, density, and temperature","Absolute vibration immunity ensures flawless measurements regardless of fluctuating pipeline acoustics","Continuous process verification via built-in, non-disruptive Heartbeat Technology diagnostics","Zero piping overhead requirements—eliminates the need for traditional straight inlet or outlet runs","Advanced digital connectivity incorporating up to 3 highly customizable I\u002FO options and fieldbuses","\u002Fstore\u002Finstrumentation\u002Fpromass-f300\u002Fimage.png",true,{"readingTime":375},{"text":376,"minutes":377,"time":378,"words":379},"3 min read",2.035,122100,407,"\u002Fstore\u002Finstrumentation\u002Fpromass-f300",{"title":382,"description":383},"Endress+Hauser Promass F 300 Coriolis Mass Flowmeter | Product Catalog","Configure and buy the premium Endress+Hauser Proline Promass F 300. Highly precise Coriolis mass flow sensor with advanced multivariable tracking and vibration immunity.","PROMASS-F300-8F3B",[386,389,393,396,400,404,408,411,415,419,422,426],{"category":113,"label":387,"value":388},"Measuring Principle","Coriolis Mass Flow",{"category":113,"label":390,"value":391,"unit":392},"Mass Flow Base Error (Liquid)",0.05,"%",{"category":113,"label":394,"value":395,"unit":392},"Mass Flow Base Error (Gas)",0.25,{"category":113,"label":397,"value":398,"unit":399},"Density Calibration Error",0.0005,"g\u002Fcm³",{"category":401,"label":402,"value":403},"Process Limits","Nominal Sizing Span","DN 8 to 250 (3\u002F8\" to 10\")",{"category":401,"label":405,"value":406,"unit":407},"Medium Temperature Minimum",-196,"°C",{"category":401,"label":409,"value":410,"unit":407},"Medium Temperature Maximum",350,{"category":401,"label":412,"value":413,"unit":414},"Maximum Flow Rate Range","0 to 2,200,000","kg\u002Fh",{"category":416,"label":417,"value":418},"Electrical & Data","Transmitter Architecture","Compact dual-compartment configuration (Up to 3 configurable I\u002FOs)",{"category":416,"label":420,"value":421},"User Interface Display","4-line backlit display with direct touch controls & integrated WLAN",{"category":423,"label":424,"value":425},"Mechanical & Enclosure","Secondary Containment Guard","Dry-nitrogen-filled robust outer sensor shell",{"category":423,"label":427,"value":428,"unit":429},"Burst Pressure Limit",85,"bar","store\u002Finstrumentation\u002Fpromass-f300",[432,433,434,21,72,435],"Coriolis Meter","Mass Flow","Multivariable","Process Automation",[437,438,439,440]," custody transfer and fiscal metering of liquid and gas commodities","Mass flow and concentration monitoring in fluctuating or harsh chemical processes","High-precision density monitoring in food, beverage, and marine fuel blending infrastructures","Aggressive, high-temperature, or toxic chemical media flow diagnostic operations","_wqyar3l8vSy7t3glRJxmxbwIlByWOipPdOm5u8HycY",[443,448],{"title":444,"path":445,"stem":446,"description":447,"children":-1},"KROHNE OPTIMASS 2400 Coriolis Flowmeter","\u002Fstore\u002Finstrumentation\u002Foptimass-2400","store\u002Finstrumentation\u002Foptimass-2400","High-capacity multi-straight-tube flowmeter with integrated Entrained Gas Management to sustain flow operations during multi-phase fractions.",{"title":449,"path":450,"stem":451,"description":452,"children":-1},"Emerson Rosemount 5900S Radar Tank Level Gauge","\u002Fstore\u002Finstrumentation\u002Frosemount-5900s","store\u002Finstrumentation\u002Frosemount-5900s","Metrology-certified FMCW non-contact radar level gauge delivering ±0.5 mm instrument accuracy for custody transfer and inventory management in bulk storage terminals.",[454,853],{"id":455,"title":444,"_path":6,"anchors":456,"badge":466,"body":467,"category":331,"categoryDescription":332,"categoryIcon":333,"compareAtPrice":6,"compatibility":760,"currency":339,"date":765,"description":447,"downloads":766,"draft":354,"excerpt":6,"extension":355,"featured":354,"gallery":775,"highlights":784,"image":791,"inStock":373,"lastUpdated":765,"meta":792,"navigation":373,"path":445,"price":6,"seo":797,"sku":800,"specs":801,"stem":446,"tags":840,"useCases":847,"version":6,"__hash__":852},"store\u002Fstore\u002Finstrumentation\u002Foptimass-2400.md",[457,460,463],{"label":458,"icon":10,"to":459,"target":12},"Official KROHNE OPTIMASS 2400 Portfolio Overview","https:\u002F\u002Fwww.krohne.com\u002Fen\u002Fproducts\u002Fflow-measurement\u002Fflowmeters\u002Fcoriolis-mass-flowmeters\u002Foptimass-2400",{"label":461,"icon":19,"to":462,"target":12},"KROHNE Entrained Gas Management (EGM) Technology Deep-Dive","https:\u002F\u002Fwww.krohne.com\u002Fen\u002Ftechnologies\u002Fentrained-gas-management-egm",{"label":464,"icon":15,"to":465,"target":12},"KROHNE Coriolis Product Finder & Selection Manuals","https:\u002F\u002Fwww.krohne.com\u002Fen\u002Fproducts\u002Fflow-measurement\u002Fflowmeters\u002Fcoriolis-mass-flowmeters","High Capacity",{"type":23,"value":468,"toc":752},[469,471,481,492,494,528,532,539,541,543,546,732,734,736],[26,470,29],{"id":28},[31,472,33,473,476,477,480],{},[35,474,475],{},"KROHNE OPTIMASS 2400"," represents a massive leap forward in high-volume, bulk mass calculation, uniquely\nengineered with a ",[35,478,479],{},"multi-straight-tube layout",". In traditional bent-tube Coriolis meters, processing thick fluids or\nlines with massive gas pockets drops operational tracking accuracy completely. The OPTIMASS 2400 bypasses these\nconstraints entirely, delivering high precision at massive volume margins while maintaining minimal pressure losses.",[31,482,483,484,487,488,491],{},"::callout{icon=\"i-lucide-gauge\" color=\"primary\"} ",[35,485,486],{},"Entrained Gas Management:"," Powered by KROHNE's patented ",[35,489,490],{},"EGM™\nalgorithm",", the system dampens the destructive harmonic shifts caused by active gas bubbles or rapid multi-phase\nliquid-to-gas transitions. It prevents the measuring tubes from stalling, allowing continuous flow diagnostics during\ncomplex multi-phase fractions.\n::",[50,493,53],{"id":52},[55,495,496,502,512,518],{},[58,497,498,501],{},[35,499,500],{},"Zero Meter Stalling:"," Keeps your operations running smoothly during full-to-empty or empty-to-full transitions.\nThis prevents expensive pipeline safety shutdowns caused by air pockets during terminal swapping phases.",[58,503,504,507,508,511],{},[35,505,506],{},"Massive Bulk Transfer Capacity:"," Effortlessly monitors thick, aggressive, or viscous fluids up to a massive ",[35,509,510],{},"4,600\ntonnes per hour",". This makes it an ideal fit for quick custody tracking during marine rail or ship bunkering.",[58,513,514,517],{},[35,515,516],{},"Energy-Efficient Flow Geometry:"," The straight-tube interior design introduces very little friction. This means less\npumping power is required to push fluids through the line compared to looping u-tube designs.",[58,519,520,523,524,527],{},[35,521,522],{},"Wireless Inspection Safety:"," Check flow loops, verify calibration drift, and collect data securely from up to 20\nmeters away via the ",[35,525,526],{},"OptiCheck Flow Bluetooth app",".",[50,529,531],{"id":530},"technical-deep-dive-multi-tube-harmonics","Technical Deep-Dive: Multi-Tube Harmonics",[31,533,534,535,538],{},"Architectural engineers face unique challenges when scaling Coriolis systems up to larger sizes (DN 100 to 400). The\nOPTIMASS 2400 handles these forces by splitting bulk volumes across ",[35,536,537],{},"twin or quadruple parallel straight-tube\nconfigurations",". These wetted paths oscillate symmetrically at high frequencies, turning the inner tubes into a robust\nsecondary containment shield. This configuration prevents crosstalk interference from surrounding plant infrastructure,\nremoving the need for specialized upstream or downstream flow straighteners.",[98,540],{},[26,542,103],{"id":102},[31,544,545],{},"Utilize the interactive layout options below to evaluate wetted boundaries and signaling frameworks.",[108,547,548,606,663],{},[111,549,551],{"label":550},"Metrology & EGM Performance",[115,552,553,561],{},[118,554,555],{},[121,556,557,559],{},[124,558,127],{"align":126},[124,560,130],{"align":126},[132,562,563,573,583,593],{},[121,564,565,570],{},[137,566,567],{"align":126},[35,568,569],{},"Core Architecture",[137,571,572],{"align":126},"Patented Quadruple\u002FTwin Rigid Inline Straight-Tubes",[121,574,575,580],{},[137,576,577],{"align":126},[35,578,579],{},"Liquid Precision Boundary",[137,581,582],{"align":126},"±0.10% standard error shift across commercial custody lines",[121,584,585,590],{},[137,586,587],{"align":126},[35,588,589],{},"Gas Precision Boundary",[137,591,592],{"align":126},"±0.15% maximum deviation under volatile gas conditions",[121,594,595,600],{},[137,596,597],{"align":126},[35,598,599],{},"Multi-Phase Fraction Limit",[137,601,602,603],{"align":126},"Non-stop measurement over ",[35,604,605],{},"0% to 100% gas volume fractions",[111,607,608],{"label":181},[115,609,610,618],{},[118,611,612],{},[121,613,614,616],{},[124,615,190],{"align":126},[124,617,193],{"align":126},[132,619,620,630,643,653],{},[121,621,622,627],{},[137,623,624],{"align":126},[35,625,626],{},"Available Nominal Dimensions",[137,628,629],{"align":126},"DN 100 up to DN 400 flanged process connections",[121,631,632,637],{},[137,633,634],{"align":126},[35,635,636],{},"Max Volumetric Capacity",[137,638,639,640],{"align":126},"Captures massive bulk operations scaling up to ",[35,641,642],{},"4,600 t\u002Fh",[121,644,645,650],{},[137,646,647],{"align":126},[35,648,649],{},"Maximum Pressure Handling",[137,651,652],{"align":126},"Standard choices support high-pressure limits up to 160 bar",[121,654,655,660],{},[137,656,657],{"align":126},[35,658,659],{},"Target Fluids Portfolio",[137,661,662],{"align":126},"Crudes, viscous molasses, raw liquefied gas, and corrosive slurry mixes",[111,664,666],{"label":665},"Electronics & Interfaces",[115,667,668,677],{},[118,669,670],{},[121,671,672,675],{},[124,673,674],{"align":126},"Bus Interface Element",[124,676,253],{"align":126},[132,678,679,689,699,712,722],{},[121,680,681,686],{},[137,682,683],{"align":126},[35,684,685],{},"Signal Converter Model",[137,687,688],{"align":126},"KROHNE MFC 400 Digital Processing Module",[121,690,691,696],{},[137,692,693],{"align":126},[35,694,695],{},"Local Field Security",[137,697,698],{"align":126},"NAMUR NE 107 self-testing with integrated diagnostic loops",[121,700,701,706],{},[137,702,703],{"align":126},[35,704,705],{},"Next-Gen Field Connectivity",[137,707,708,709],{"align":126},"Fully compatible with advanced high-speed ",[35,710,711],{},"Ethernet-APL loops",[121,713,714,719],{},[137,715,716],{"align":126},[35,717,718],{},"Legacy Communication Buses",[137,720,721],{"align":126},"Modbus RS485 RTU, PROFINET, HART 7, and PROFIBUS PA",[121,723,724,729],{},[137,725,726],{"align":126},[35,727,728],{},"Burst Pressure Backup Shell",[137,730,731],{"align":126},"PED structural casing rated up to a peak limit of 100 bar",[98,733],{},[26,735,301],{"id":300},[303,737,738,745],{},[306,739,742],{"icon":740,"title":741},"i-lucide-anchor","Marine Terminal Custody Transfer",[31,743,744],{},"Ensures absolute tracking precision and fiscal auditing security on deep-sea fuel manifolds, minimizing product\ninflation during custody exchanges.",[306,746,749],{"icon":747,"title":748},"i-lucide-layers","Entrained Air Manufacturing Loops",[31,750,751],{},"Maintains processing tracking efficiency for viscous products like starch, molasses, or industrial food matrices without\ncausing tracking drops or manual system overrides.",{"title":321,"searchDepth":322,"depth":322,"links":753},[754,758,759],{"id":28,"depth":325,"text":29,"children":755},[756,757],{"id":52,"depth":322,"text":53},{"id":530,"depth":322,"text":531},{"id":102,"depth":325,"text":103},{"id":300,"depth":325,"text":301},[761,762,763,764],"KROHNE MFC 400 Advanced Signal Converters","Ethernet-APL protocols for distributed dangerous zone architectures","PROFINET, EtherNet\u002FIP, Modbus RS485 RTU, and HART 7 field arrays","FOUNDATION Fieldbus, PROFIBUS PA\u002FDP, and OptiCheck diagnostic suites","2026-09-28T11:32:00Z",[767,771],{"name":768,"url":769,"type":346,"format":347,"size":770},"KROHNE OPTIMASS 2400 Technical Information Datasheet","\u002Fstore\u002Finstrumentation\u002Fkrohne-optimass-2400\u002FTI_OPTIMASS_2400_en.pdf","5.1 MB",{"name":772,"url":773,"type":352,"format":347,"size":774},"MFC 400 Coriolis Mass Flow Signal Converter Operating Manual","\u002Fstore\u002Finstrumentation\u002Fkrohne-optimass-2400\u002FMA_MFC_400_en.pdf","7.4 MB",[776,780],{"src":777,"alt":778,"caption":779},"\u002Fstore\u002Finstrumentation\u002Foptimass-2400\u002Fgallery-1.png","KROHNE OPTIMASS 2400 high capacity straight tube mass flowmeter assembly","Bulk Flow Unloading Setup with MFC 400 Signal Converter",{"src":781,"alt":782,"caption":783},"\u002Fstore\u002Finstrumentation\u002Foptimass-2400\u002Fgallery-2.png","Cross section layout showing the quadruple straight-tube structure of OPTIMASS 2400","Internal 4-Straight-Tube Architecture for Low Pressure Drop",[785,786,787,788,789,790],"Patented Entrained Gas Management (EGM™) maintains stable resonance tracking up to 100% gas volume fractions","Innovative twin or four straight-tube design minimizes raw friction and system pressure drop constraints","Massive bulk fluid flow capacity logging up to 4,600 tonnes per hour (t\u002Fh)","Complete immunity to crosstalk allows effortless physical serial or parallel installation arrays","Comprehensive custody transfer approvals including OIML R117, MI-005, and MID directives","Secure, non-contact operational diagnostics and parameters sync through Bluetooth field connectivity","\u002Fstore\u002Finstrumentation\u002Foptimass-2400\u002Fimage.png",{"readingTime":793},{"text":376,"minutes":794,"time":795,"words":796},2.38,142800,476,{"title":798,"description":799},"KROHNE OPTIMASS 2400 Straight-Tube Coriolis Flowmeter | NodeWave","Configure the KROHNE OPTIMASS 2400 Coriolis mass flowmeter. High capacity multi-straight-tube design featuring Entrained Gas Management (EGM).","OPTIMASS-2400-MFC400",[802,805,808,811,814,817,821,824,827,830,833,837],{"category":113,"label":803,"value":804},"Sensing Geometry","Multi-Straight-Tube Core Layout",{"category":113,"label":806,"value":807,"unit":392},"Liquid Mass Flow Base Precision",0.1,{"category":113,"label":809,"value":810,"unit":392},"Gas Mass Flow Base Precision",0.15,{"category":113,"label":812,"value":813},"Two-Phase Tracking Support","EGM™ active across 0% to 100% gas voids",{"category":401,"label":815,"value":816},"Boundary Size Adaptations","DN 100 to 400 flanged profiles (4\" to 16\" line sizes)",{"category":401,"label":818,"value":819,"unit":820},"Max Volumetric Throughput",4600,"t\u002Fh",{"category":401,"label":822,"value":823,"unit":429},"Maximum Operating Pressure",160,{"category":416,"label":825,"value":826},"Signal Converter Module","MFC 400 digital conversion engine with digital drive control",{"category":416,"label":828,"value":829},"Local Device Verification","Integrated OptiCheck technology with NE 107 status alerts",{"category":416,"label":831,"value":832},"Field Wireless Access","Secure Bluetooth interface up to 20 meters",{"category":834,"label":835,"value":836},"Mechanical & Housing","Wetted Tube Metallurgy","Uns S31803 Duplex or AISI 316L Stainless Steel structural choices",{"category":834,"label":838,"value":839},"Outer Pressure Shell","PED-approved secondary containment rated up to 100 bar",[841,842,843,844,845,846],"KROHNE","Coriolis Flow","Straight Tube","Entrained Gas Management","Bulk Transfer","Custody Transfer",[848,849,850,851],"High-volume custody transfer or fiscal metering of raw hydrocarbons, crude oils, and gases","Bulk barge loading, railcar terminal transfer, and maritime bunker shipping loops","Viscous fluid diagnostics involving highly dense syrups, molasses, and raw slurry processes","Empty-full-empty pipeline batching processes prone to aggressive gas slug entrainment","6UA8SxkeR0XWTr6eTJcS4ZOHymDWRInZv9ZnhHvtmVc",{"id":854,"title":855,"_path":6,"anchors":856,"badge":867,"body":868,"category":331,"categoryDescription":332,"categoryIcon":333,"compareAtPrice":6,"compatibility":1139,"currency":339,"date":1144,"description":1145,"downloads":1146,"draft":354,"excerpt":6,"extension":355,"featured":354,"gallery":1155,"highlights":1164,"image":1171,"inStock":373,"lastUpdated":1144,"meta":1172,"navigation":373,"path":1179,"price":6,"seo":1180,"sku":1184,"specs":1185,"stem":1224,"tags":1225,"useCases":1230,"version":6,"__hash__":1235},"store\u002Fstore\u002Finstrumentation\u002Fsitrans-fc.md","Siemens SITRANS FC Coriolis Flowmeter",[857,860,863],{"label":858,"icon":10,"to":859,"target":12},"Official Siemens SITRANS FC Product Portfolio","https:\u002F\u002Fcache.industry.siemens.com\u002Fdl\u002Ffiles\u002F816\u002F109824816\u002Fatt_1156102\u002Fv1\u002Fstructuresitransfc.pdf",{"label":861,"icon":15,"to":862,"target":12},"Siemens Industrial Online Support Documentation Hub","https:\u002F\u002Fsupport.industry.siemens.com\u002Fcs\u002Fstart",{"label":864,"icon":865,"to":866,"target":12},"SITRANS FC Core System Manuals & Firmware Database","i-lucide-settings-2","https:\u002F\u002Fcache.industry.siemens.com\u002Fdl\u002Ffiles\u002F303\u002F109826303\u002Fatt_1339705\u002Fv1\u002Fsitrans_fc_coriolis_en.pdf","Marine Certified",{"type":23,"value":869,"toc":1131},[870,872,878,889,891,925,929,940,942,945,1113,1115],[26,871,29],{"id":28},[31,873,33,874,877],{},[35,875,876],{},"Siemens SITRANS FC"," represents a milestone shift in industrial mass flow instrumentation, engineered specifically\nto address heavy acoustic noise and high-vibration boundaries common to marine bunkering manifests. By rewriting\ntraditional architecture limits, this system ensures accurate data validation where erratic pipeline process flows\ntraditionally introduce tracking errors.",[31,879,880,881,884,885,888],{},"::callout{icon=\"i-lucide-radio\" color=\"primary\"} ",[35,882,883],{},"Early Stage Digitization:"," Unlike legacy flowmeters that route weak\nanalog curves over long cables, the SITRANS FC captures raw microvolt oscillations and sanitizes them directly inside\nthe ",[35,886,887],{},"Digital Sensor Link (DSL)"," module right at the physical boundary. This produces an optimized signal-to-noise\nratio that is immune to surrounding engine room electromagnetic noise.\n::",[50,890,53],{"id":52},[55,892,893,899,909,919],{},[58,894,895,898],{},[35,896,897],{},"Supreme Fuel Auditing Accuracy:"," Purpose-built to measure heavy fuel oils (HFO) precisely as they move into vessel\ncontainment grids,\nprotecting operators from financial disputes.",[58,900,901,904,905,908],{},[35,902,903],{},"Handles Entrained Air Content:"," Avoids measurement drops from line churning or air pockets during pipeline scraping\noperations via its\nbuilt-in ",[35,906,907],{},"Aerated Flow Filtering"," software.",[58,910,911,914,915,918],{},[35,912,913],{},"Instant, Plug-and-Play Servicing:"," The onboard ",[35,916,917],{},"SensorFlash"," module retains all calibration logs, structural\nassets, and certificates. If a transmitter head needs replacement, swapping the\nSD-card copies over settings automatically without setup software.",[58,920,921,924],{},[35,922,923],{},"Blazing Fast System Diagnostics:"," Runs on a 100 Hz high-speed refresh rate, recording system alterations within\nmilliseconds to protect\nrapid batch dosing control systems.",[50,926,928],{"id":927},"technical-deep-dive-processing-architecture","Technical Deep-Dive: Processing Architecture",[31,930,931,932,935,936,939],{},"At a lower architecture layer, the platform combines custom Coriolis twin-tube elements with the ",[35,933,934],{},"PrecisionPLUS™","\ncomputing algorithm.\nThe system calculates three core process measurements concurrently ",[35,937,938],{},"mass flow, density, and medium temperature"," and\nextrapolates secondary values like fractional volume or brix percent directly inside the local\ncomputing logic. This minimizes the reliance on separate host computers.",[26,941,103],{"id":102},[31,943,944],{},"Utilize the tabs below to verify core interface boundaries and hardware constraints.",[108,946,947,1004,1058],{},[111,948,949],{"label":113},[115,950,951,959],{},[118,952,953],{},[121,954,955,957],{},[124,956,127],{"align":126},[124,958,130],{"align":126},[132,960,961,971,984,994],{},[121,962,963,968],{},[137,964,965],{"align":126},[35,966,967],{},"Signal Conversion Core",[137,969,970],{"align":126},"Localized Digital Sensor Link (DSL) analog-to-digital layer",[121,972,973,978],{},[137,974,975],{"align":126},[35,976,977],{},"Mass Flow Tracking Accuracy",[137,979,980,983],{"align":126},[35,981,982],{},"±0.10%"," standard deviation across variable media profiles",[121,985,986,991],{},[137,987,988],{"align":126},[35,989,990],{},"Density Tracking Accuracy",[137,992,993],{"align":126},"Precise to a tight limit of ±0.5 kg\u002Fm³",[121,995,996,1001],{},[137,997,998],{"align":126},[35,999,1000],{},"Core Refresh Loop Speed",[137,1002,1003],{"align":126},"100 Hz lightning-fast operational scanning cycle",[111,1005,1006],{"label":181},[115,1007,1008,1016],{},[118,1009,1010],{},[121,1011,1012,1014],{},[124,1013,190],{"align":126},[124,1015,193],{"align":126},[132,1017,1018,1028,1038,1048],{},[121,1019,1020,1025],{},[137,1021,1022],{"align":126},[35,1023,1024],{},"Nominal Cross-Sections",[137,1026,1027],{"align":126},"Available from DN 15 up to DN 150 flanged options",[121,1029,1030,1035],{},[137,1031,1032],{"align":126},[35,1033,1034],{},"Standard Delivery Range",[137,1036,1037],{"align":126},"Scale variants handling volumes between 1,600 and 170,000 kg\u002Fh",[121,1039,1040,1045],{},[137,1041,1042],{"align":126},[35,1043,1044],{},"Multi-Phase Optimization",[137,1046,1047],{"align":126},"Real-time mitigation vectors for fluid lines holding air pockets",[121,1049,1050,1055],{},[137,1051,1052],{"align":126},[35,1053,1054],{},"Media Suitability",[137,1056,1057],{"align":126},"High-viscosity marine fuel loops, dynamic chemical mixtures, and gas arrays",[111,1059,1061],{"label":1060},"Transmitter Connectivity",[115,1062,1063,1071],{},[118,1064,1065],{},[121,1066,1067,1069],{},[124,1068,674],{"align":126},[124,1070,253],{"align":126},[132,1072,1073,1083,1093,1103],{},[121,1074,1075,1080],{},[137,1076,1077],{"align":126},[35,1078,1079],{},"HMI Control Setup",[137,1081,1082],{"align":126},"Advanced graphical screen featuring local 4-button optical touch glass",[121,1084,1085,1090],{},[137,1086,1087],{"align":126},[35,1088,1089],{},"On-Board Diagnostics",[137,1091,1092],{"align":126},"Internal system tracking runs self-verification without opening pipe lines",[121,1094,1095,1100],{},[137,1096,1097],{"align":126},[35,1098,1099],{},"Primary Channel Data Bus",[137,1101,1102],{"align":126},"Standard configurations support Modbus RS485, PROFINET, HART, or PROFIBUS",[121,1104,1105,1110],{},[137,1106,1107],{"align":126},[35,1108,1109],{},"Memory Storage Lifespan",[137,1111,1112],{"align":126},"SensorFlash micro-SD architecture tracking all events and device copies",[26,1114,301],{"id":300},[303,1116,1117,1124],{},[306,1118,1121],{"icon":1119,"title":1120},"i-lucide-ship","Marine Fuel Bunkering",[31,1122,1123],{},"Ensures absolute tracking accuracy and custody protection on fuel barges, dock networks, and ocean-going merchant fleets\nhandling heavy fuel loops.",[306,1125,1128],{"icon":1126,"title":1127},"i-lucide-shuffle","Multi-Phase Slurry Loops",[31,1129,1130],{},"Maintains continuous logging accuracy during aggressive industrial fluid processing even when micro-bubbles, air voids,\nor gas slugs pass through the meter.",{"title":321,"searchDepth":322,"depth":322,"links":1132},[1133,1137,1138],{"id":28,"depth":325,"text":29,"children":1134},[1135,1136],{"id":52,"depth":322,"text":53},{"id":927,"depth":322,"text":928},{"id":102,"depth":325,"text":103},{"id":300,"depth":325,"text":301},[1140,1141,1142,1143],"SIMATIC S7-1200, S7-1500, and PCS7 Automation Systems","Modbus RS485 RTU and HART 7.5 Process Loops","PROFIBUS DP\u002FPA and industrial PROFINET networks","Industrial IoT Platforms via custom multi-channel analogue\u002Fdigital IOs","2026-09-26","Digital Coriolis system translating raw waveforms at early stages for an optimized signal-to-noise rati",[1147,1151],{"name":1148,"url":1149,"type":346,"format":347,"size":1150},"Siemens SITRANS FC Coriolis Flowmeter System Catalog Brochure","\u002Fstore\u002Finstrumentation\u002Fsitrans-fc\u002Fsitrans_fc_coriolis_2023_en.pdf","3.4 MB",{"name":1152,"url":1153,"type":352,"format":347,"size":1154},"SITRANS FC430 Coriolis Flowmeter System Operating Instructions","\u002Fstore\u002Finstrumentation\u002Fsitrans-fc\u002FA5E39789392-ABen_FC430_OI_en-US.pdf","8.1 MB",[1156,1160],{"src":1157,"alt":1158,"caption":1159},"\u002Fstore\u002Finstrumentation\u002Fsitrans-fc\u002Fgallery-1.jpeg","Siemens SITRANS FC compact Coriolis flowmeter system setup","Compact SITRANS FC System with Advanced HMI Transmitter",{"src":1161,"alt":1162,"caption":1163},"\u002Fstore\u002Finstrumentation\u002Fsitrans-fc\u002Fgallery-2.jpeg","Siemens SITRANS FCS300 heavy duty industrial sensor body layout","SITRANS FCS300 Marine Fuel Sensor Body",[1165,1166,1167,1168,1169,1170],"Early-stage digitization utilizing Digital Sensor Link (DSL) for an uncompromised signal-to-noise ratio","Best-in-class 100 Hz data update rate captures microscopic fluctuations in highly turbulent flows","Full global marine type certifications optimized for harsh heavy fuel oil (HFO) bunkering solutions","Integrated SensorFlash micro-SD backup architecture eliminates field reprogramming delays during maintenance","Aerated Flow Filtering system handles fluid loops with active gas bubbles or cavitation pockets","Comprehensive on-board verification algorithms analyze sensor health without pipeline process interruptions","\u002Fstore\u002Finstrumentation\u002Fsitrans-fc\u002Fimage.jpeg",{"in marine transfer bunkering loops":1173,"readingTime":1175},{"\" excerpt":1174},"The Siemens SITRANS FC is a high-performance digital Coriolis system that converts sensor signals directly at the input block via Digital Sensor Link (DSL). This delivers an extraordinary signal-to-noise ratio ideal for marine fuel bunkering and heavy-noise process industrial loops.",{"text":376,"minutes":1176,"time":1177,"words":1178},2.2,132000,440,"\u002Fstore\u002Finstrumentation\u002Fsitrans-fc",{"title":1181,"description":1182,"immunity in marine bunker transfer loops":1183},"Siemens SITRANS FC Digital Coriolis Flowmeter | NodeWave Catalog","Explore Siemens SITRANS FC Coriolis flowmeters. Featuring Digital Sensor Link (DSL) for supreme nois",{"\"":6},"SITRANS-FC-MAR-030",[1186,1189,1191,1195,1199,1202,1205,1208,1211,1214,1217,1221],{"category":113,"label":1187,"value":1188},"Sensing Principle","Digital Coriolis Mass Flow Capture",{"category":113,"label":1190,"value":807,"unit":392},"Mass Flow Base Accuracy",{"category":113,"label":1192,"value":1193,"unit":1194},"Density Tracking Precision",0.5,"kg\u002Fm³",{"category":113,"label":1196,"value":1197,"unit":1198},"Signal Update Processing Speed",100,"Hz",{"category":401,"label":1200,"value":1201},"Sensor Sizing Portfolio","DN 15 to 150 (1\u002F2\" to 6\" dual curved configurations)",{"category":401,"label":1203,"value":1204,"unit":414},"Nominal Flow Rate Span","1,600 to 170,000",{"category":401,"label":1206,"value":1207},"Aerated Flow Immunity","Active multi-phase filtration algorithms enabled",{"category":416,"label":1209,"value":1210},"Digitization Module","Digital Sensor Link (DSL) early-stage analog signal conversion",{"category":416,"label":1212,"value":1213},"Memory Architecture","SensorFlash micro-SD module with automated parameter restoration",{"category":416,"label":1215,"value":1216},"Local HMI Interface","Advanced multi-language graphical display with local 4-button optical controls",{"category":1218,"label":1219,"value":1220},"Mechanical & Approvals","Measuring Tube Geometry","Dual curved AISI 316L stainless steel structural loops",{"category":1218,"label":1222,"value":1223},"Marine Certifications","Fully approved via primary global maritime auditing boards","store\u002Finstrumentation\u002Fsitrans-fc",[1226,842,1227,1228,917,1229],"Siemens","Digital Sensor Link","Marine Bunkering","High Update Rate",[1231,1232,1233,1234],"Commercial marine fuel efficiency tracking and fiscal bunkering transfer loops","High-speed custodial transfer dosing and precise batch loading terminals","Entrained gas (aerated flow) processing in chemical processing and marine loops","High-accuracy multi-parameter logging for industrial plant accounting networks","4bmC_IgRSqqWtdJkiY3VhIyilN_oS5dteUy81wswMUw",1791086661048]