[{"data":1,"prerenderedAt":287},["ShallowReactive",2],{"blog-en-/en/blog/marshall-stability-test-zma":3},{"id":4,"title":5,"body":6,"description":271,"extension":272,"meta":273,"navigation":282,"path":283,"seo":284,"stem":285,"__hash__":286},"en_blog/en/blog/marshall-stability-test-zma.md","Marshall Stability Testing with ZMA Data Acquisition",{"type":7,"value":8,"toc":248},"minimark",[9,14,18,22,27,56,60,75,79,83,109,113,120,134,138,142,153,157,183,187,191,202,206,217,221,232,236,245],[10,11,13],"h2",{"id":12},"introduction","Introduction",[15,16,17],"p",{},"Marshall stability test is a standard method for measuring asphalt mixture strength. Bituminous mixtures are loaded until fracture under maximum load to determine stability (kN) and flow (mm) values.",[10,19,21],{"id":20},"marshall-test-summary","Marshall Test Summary",[23,24,26],"h3",{"id":25},"test-procedure","Test Procedure",[28,29,30,38,44,50],"ol",{},[31,32,33,37],"li",{},[34,35,36],"strong",{},"Specimen",": 101.6mm diameter x 63.5mm cylinder",[31,39,40,43],{},[34,41,42],{},"Conditioning",": 60°C water bath for 30-40 minutes",[31,45,46,49],{},[34,47,48],{},"Loading",": Loading at 50.8mm/min speed until fracture",[31,51,52,55],{},[34,53,54],{},"Measurement",": Maximum load (stability) and deformation (flow)",[23,57,59],{"id":58},"critical-values","Critical Values",[61,62,63,69],"ul",{},[31,64,65,68],{},[34,66,67],{},"Stability",": Maximum load (kN) - typically min. 8-10 kN",[31,70,71,74],{},[34,72,73],{},"Flow",": 2-4 mm - Deformation at fracture point",[10,76,78],{"id":77},"traditional-data-collection-problems","Traditional Data Collection Problems",[23,80,82],{"id":81},"manual-reading-issues","Manual Reading Issues",[28,84,85,91,97,103],{},[31,86,87,90],{},[34,88,89],{},"Peak Missing",": Maximum load moment is very short",[31,92,93,96],{},[34,94,95],{},"Reading Error",": Difficult to read gauge quickly",[31,98,99,102],{},[34,100,101],{},"Delay",": Must test immediately after removing from water bath",[31,104,105,108],{},[34,106,107],{},"Recording Error",": Manual notes may be incorrect",[23,110,112],{"id":111},"solution-zma-series","Solution: ZMA Series",[15,114,115,116,119],{},"ZMA's ",[34,117,118],{},"1000 Hz sampling speed",":",[61,121,122,125,128,131],{},[31,123,124],{},"Captures fracture moment",[31,126,127],{},"Shows real maximum value",[31,129,130],{},"Automatic recording",[31,132,133],{},"24-bit resolution for precise measurement",[10,135,137],{"id":136},"zma-integration","ZMA Integration",[23,139,141],{"id":140},"hardware-structure","Hardware Structure",[143,144,149],"pre",{"className":145,"code":147,"language":148},[146],"language-text","Marshall Test Device → Load Cell → ZMA Module → Modbus TCP → Industrial Panel → Database\n","text",[150,151,147],"code",{"__ignoreMap":152},"",[23,154,156],{"id":155},"software-layer","Software Layer",[28,158,159,165,171,177],{},[31,160,161,164],{},[34,162,163],{},"Linux HMI",": Real-time stability/flow graph",[31,166,167,170],{},[34,168,169],{},"Database",": SQLite or PostgreSQL",[31,172,173,176],{},[34,174,175],{},"Automation",": n8n report generation",[31,178,179,182],{},[34,180,181],{},"API",": Transfer to central systems",[10,184,186],{"id":185},"industrial-linux-panel-advantages","Industrial Linux Panel Advantages",[23,188,190],{"id":189},"real-time-monitoring","Real-Time Monitoring",[61,192,193,196,199],{},[31,194,195],{},"Touch screen instant results",[31,197,198],{},"Load-deformation curve live",[31,200,201],{},"Past test results list",[23,203,205],{"id":204},"reporting-automation","Reporting Automation",[61,207,208,211,214],{},[31,209,210],{},"Automatic PDF when test completes",[31,212,213],{},"Excel export format",[31,215,216],{},"Email sending",[23,218,220],{"id":219},"quality-control","Quality Control",[61,222,223,226,229],{},[31,224,225],{},"Lower/upper limit setting",[31,227,228],{},"Out-of-spec results alert",[31,230,231],{},"SPC (Statistical Process Control) integration",[10,233,235],{"id":234},"conclusion","Conclusion",[15,237,238,239,244],{},"ZMA integration in Marshall testing shortens test time and increases result accuracy. Modernize your laboratory with ",[240,241,243],"a",{"href":242},"/urunler/zma-data-acquisition","ZMA Data Acquisition",".",[246,247],"call-to-action",{},{"title":152,"searchDepth":249,"depth":249,"links":250},2,[251,252,257,261,265,270],{"id":12,"depth":249,"text":13},{"id":20,"depth":249,"text":21,"children":253},[254,256],{"id":25,"depth":255,"text":26},3,{"id":58,"depth":255,"text":59},{"id":77,"depth":249,"text":78,"children":258},[259,260],{"id":81,"depth":255,"text":82},{"id":111,"depth":255,"text":112},{"id":136,"depth":249,"text":137,"children":262},[263,264],{"id":140,"depth":255,"text":141},{"id":155,"depth":255,"text":156},{"id":185,"depth":249,"text":186,"children":266},[267,268,269],{"id":189,"depth":255,"text":190},{"id":204,"depth":255,"text":205},{"id":219,"depth":255,"text":220},{"id":234,"depth":249,"text":235},"Asphalt Marshall stability and flow measurement, ZMA module with industrial Linux panel integration and accurate results.","md",{"date":274,"author":275,"readTime":276,"tags":277,"image":281},"2026-01-17","Amazeng Technical Team",5,[278,279,67,73,280],"Marshall Test","Asphalt Test","Road Pavement","/blog/marshall-test.webp",true,"/en/blog/marshall-stability-test-zma",{"title":5,"description":271},"en/blog/marshall-stability-test-zma","f1b3v5x4N1hIG7CZSmmWRn8nEP8WscJkpDJzS7Y1noY",1778229658051]