[{"data":1,"prerenderedAt":1504},["ShallowReactive",2],{"store-product-corrosion-monitoring\u002Fmicrocor-m310-m320":3,"store-surround-microcor-m310-m320":1492,"store-related-M310-M320-MICROCOR-ER":1503},{"id":4,"title":5,"_path":6,"anchors":7,"badge":13,"body":14,"category":1386,"categoryDescription":1387,"categoryIcon":21,"compareAtPrice":1388,"compatibility":1389,"currency":1394,"date":1395,"description":1396,"downloads":1397,"draft":1409,"excerpt":6,"extension":1410,"featured":1409,"gallery":1411,"highlights":1420,"image":1427,"inStock":1428,"lastUpdated":1429,"meta":1430,"navigation":1428,"path":1436,"price":1437,"seo":1438,"sku":1441,"specs":1442,"stem":1477,"tags":1478,"useCases":1486,"version":6,"__hash__":1491},"store\u002Fstore\u002Fcorrosion-monitoring\u002Fmicrocor-m310-m320.md","Cosasco Microcor M-310 \u002F M-320 Wireless Corrosion Transmitter",null,[8],{"label":9,"icon":10,"to":11,"target":12},"Official Cosasco Microcor Product Series","i-lucide-external-link","https:\u002F\u002Fwww.cosasco.com\u002Fproducts\u002Fmicrocor","_blank","High-Resolution ER",{"type":15,"value":16,"toc":1377},"minimark",[17,34,39,161,172,182,545,548,552,1162,1164,1168,1352,1354,1358,1361],[18,19,22],"callout",{"color":20,"icon":21},"primary","i-lucide-activity",[23,24,25,29,30,33],"p",{},[26,27,28],"strong",{},"Universal Real-Time Corrosion Tracking:"," The Cosasco Microcor® M-310 \u002F M-320 transmitter delivers 18-bit resolution\nmetal loss measurement over wireless mesh networks. Unlike electrochemical methods that require water-based fluids,\nMicrocor operates in ",[26,31,32],{},"any process environment","—including crude oil, dry natural gas, multiphase flows, and refined\nfuels.",[35,36,38],"h2",{"id":37},"executive-summary-core-capabilities","Executive Summary & Core Capabilities",[23,40,41,42,44,45,119,120,160],{},"The ",[26,43,5],{}," delivers high-resolution metal loss measurement to\nremote process lines without signal cables. Traditional electrical resistance (ER) technology often requires days or\nweeks to trend reliable corrosion rates. Microcor technology resolves metal loss to ",[46,47,50,84],"span",{"className":48},[49],"katex",[46,51,54],{"className":52},[53],"katex-mathml",[55,56,58],"math",{"xmlns":57},"http:\u002F\u002Fwww.w3.org\u002F1998\u002FMath\u002FMathML",[59,60,61,79],"semantics",{},[62,63,64,68,72,76],"mrow",{},[65,66,67],"mn",{},"0.1",[69,70,71],"mtext",{}," ",[73,74,75],"mi",{},"μ",[69,77,78],{},"m",[80,81,83],"annotation",{"encoding":82},"application\u002Fx-tex","0.1\\text{ }\\mu\\text{m}",[46,85,89],{"className":86,"ariaHidden":88},[87],"katex-html","true",[46,90,93,98,102,109,113],{"className":91},[92],"base",[46,94],{"className":95,"style":97},[96],"strut","height:0.8389em;vertical-align:-0.1944em;",[46,99,67],{"className":100},[101],"mord",[46,103,106],{"className":104},[101,105],"text",[46,107,71],{"className":108},[101],[46,110,75],{"className":111},[101,112],"mathnormal",[46,114,116],{"className":115},[101,105],[46,117,78],{"className":118},[101],"\n(",[46,121,123,141],{"className":122},[49],[46,124,126],{"className":125},[53],[55,127,128],{"xmlns":57},[59,129,130,138],{},[62,131,132,135],{},[65,133,134],{},"0.000004",[69,136,137],{}," inches",[80,139,140],{"encoding":82},"0.000004\\text{ inches}",[46,142,144],{"className":143,"ariaHidden":88},[87],[46,145,147,151,154],{"className":146},[92],[46,148],{"className":149,"style":150},[96],"height:0.6944em;",[46,152,134],{"className":153},[101],[46,155,157],{"className":156},[101,105],[46,158,137],{"className":159},[101],"), revealing corrosion upsets in minutes or hours.",[23,162,163,164,167,168,171],{},"Available in two wireless protocol versions— ",[26,165,166],{},"M-310 (ISA100 Wireless)"," and ",[26,169,170],{},"M-320 (WirelessHART)","—the transmitter\nmounts directly onto the probe connection head via a compact adapter. This direct-coupling setup eliminates cable\ncapacitance errors and minimizes installation costs.",[173,174,175],"tip",{},[23,176,177,178,181],{},"Microcor vs. LPR Technology: Linear Polarization Resistance (LPR) provides instantaneous corrosion rates but only\nfunctions in aqueous, conductive fluids. Microcor ER technology provides fast response times across ",[26,179,180],{},"all process\nmedia",", including non-conductive hydrocarbons, dry gas loops, and sour multiphase lines.",[183,184,185,218],"card-group",{},[186,187,190],"card",{"icon":188,"title":189},"i-lucide-sparkles","Operational Advantages",[191,192,193,200,206,212],"ul",{},[194,195,196,199],"li",{},[26,197,198],{},"Detects Upsets in Minutes:"," Identifies acid or oxygen ingress upsets in under an hour, allowing operators to\nrapidly optimize chemical inhibitor dosing.",[194,201,202,205],{},[26,203,204],{},"Universal Fluid Capability:"," Operates reliably in dry natural gas, wet crude, water injection, and multiphase\npipelines.",[194,207,208,211],{},[26,209,210],{},"Zero Trenching Costs:"," Wireless mesh communication cuts field deployment costs by up to 70% compared to hardwired\narchitectures.",[194,213,214,217],{},[26,215,216],{},"Intrinsically Safe:"," Powered by a long-life internal battery pack certified for Zone 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pairing the exposed sensing element with an internal sealed reference element, the transmitter automatically cancels\nout process temperature fluctuations.",[546,547],"hr",{},[35,549,551],{"id":550},"technical-specifications-performance-matrix","Technical Specifications & Performance Matrix",[553,554,555,792,953],"tabs",{},[556,557,559],"tabs-item",{"label":558},"Metrology & Performance",[560,561,562,576],"table",{},[563,564,565],"thead",{},[566,567,568,573],"tr",{},[569,570,572],"th",{"align":571},"left","Metrology Parameter",[569,574,575],{"align":571},"Specification",[577,578,579,590,707,772,782],"tbody",{},[566,580,581,587],{},[582,583,584],"td",{"align":571},[26,585,586],{},"Measurement Engine",[582,588,589],{"align":571},"Microcor 18-Bit High-Resolution Electrical 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