[{"data":1,"prerenderedAt":206},["ShallowReactive",2],{"blog-en-/en/blog/concrete-press-test-zma":3},{"id":4,"title":5,"body":6,"description":188,"extension":189,"meta":190,"navigation":201,"path":202,"seo":203,"stem":204,"__hash__":205},"en_blog/en/blog/concrete-press-test-zma.md","High-Speed Data Acquisition in Concrete Compression Tests",{"type":7,"value":8,"toc":173},"minimark",[9,14,18,22,27,30,36,49,53,60,64,68,95,99,110,113,117,143,147,150,161,170],[10,11,13],"h2",{"id":12},"introduction","Introduction",[15,16,17],"p",{},"Concrete compression strength testing is one of the most critical quality control processes in the construction industry. Cube concrete specimens are crushed after 7, 28 or 90 days to determine maximum compressive strength (MPa). However, the accuracy of these tests depends not only on the press machine quality but also directly on the data acquisition system speed.",[10,19,21],{"id":20},"data-collection-challenges-in-press-testing","Data Collection Challenges in Press Testing",[23,24,26],"h3",{"id":25},"dynamic-fracture-moment","Dynamic Fracture Moment",[15,28,29],{},"When a concrete specimen fractures, this fracture occurs in as little as one-thousandth of a second. Standard data acquisition devices cannot capture this speed and produce incorrect results.",[15,31,32],{},[33,34,35],"strong",{},"Problematic Scenario:",[37,38,39,43,46],"ul",{},[40,41,42],"li",{},"Standard reading: 150 Hz (150 samples per second)",[40,44,45],{},"Fracture moment: \u003C5 milliseconds",[40,47,48],{},"Result: Peak point is missed, strength value appears lower",[23,50,52],{"id":51},"solution-high-speed-adc","Solution: High-Speed ADC",[15,54,55,56,59],{},"Amazeng ZMA series captures the fracture moment with ",[33,57,58],{},"1000 Hz (1kHz)"," sampling speed. This speed accurately plots the concrete fracture curve.",[10,61,63],{"id":62},"zma-with-press-testing-integration","ZMA with Press Testing Integration",[23,65,67],{"id":66},"hardware-connection","Hardware Connection",[69,70,71,77,83,89],"ol",{},[40,72,73,76],{},[33,74,75],{},"LVDT Sensor",": Mounted on specimen",[40,78,79,82],{},[33,80,81],{},"Load Cell",": Integrated into press table",[40,84,85,88],{},[33,86,87],{},"ZMA Module",": Collects sensor data",[40,90,91,94],{},[33,92,93],{},"Industrial Linux Panel",": Displays results",[23,96,98],{"id":97},"software-flow","Software Flow",[100,101,106],"pre",{"className":102,"code":104,"language":105},[103],"language-text","Press Machine → Load Cell → ZMA (1kHz) → Modbus TCP → Linux Panel (HMI) → Result Display\n","text",[107,108,104],"code",{"__ignoreMap":109},"",[15,111,112],{},"ZMA's Modbus TCP output connects directly to industrial Linux panels (embedded Linux, Qt, Yocto).",[10,114,116],{"id":115},"why-industrial-linux-panel","Why Industrial Linux Panel?",[37,118,119,125,131,137],{},[40,120,121,124],{},[33,122,123],{},"Real-Time Display",": Instant pressure value",[40,126,127,130],{},[33,128,129],{},"Database",": Historical test results",[40,132,133,136],{},[33,134,135],{},"Reporting",": PDF output",[40,138,139,142],{},[33,140,141],{},"Network Connection",": Central monitoring",[10,144,146],{"id":145},"conclusion","Conclusion",[15,148,149],{},"For accurate concrete press test results:",[37,151,152,155,158],{},[40,153,154],{},"Min. 500 Hz sampling speed",[40,156,157],{},"24-bit ADC resolution",[40,159,160],{},"Industrial Linux integration",[15,162,163,164,169],{},"ZMA series meets all these requirements. Learn more about ",[165,166,168],"a",{"href":167},"/urunler/zma-data-acquisition","ZMA Data Acquisition",".",[171,172],"call-to-action",{},{"title":109,"searchDepth":174,"depth":174,"links":175},2,[176,177,182,186,187],{"id":12,"depth":174,"text":13},{"id":20,"depth":174,"text":21,"children":178},[179,181],{"id":25,"depth":180,"text":26},3,{"id":51,"depth":180,"text":52},{"id":62,"depth":174,"text":63,"children":183},[184,185],{"id":66,"depth":180,"text":67},{"id":97,"depth":180,"text":98},{"id":115,"depth":174,"text":116},{"id":145,"depth":174,"text":146},"Millisecond-precision data collection in concrete press testing, ZMA series industrial Linux panel integration, and critical factors for accurate results.","md",{"date":191,"author":192,"readTime":193,"tags":194,"image":200},"2026-01-15","Amazeng Technical Team",6,[195,196,197,198,199],"Concrete Test","Press Test","Compressive Strength","ZMA","Industrial Linux","/blog/concrete-press-test.webp",true,"/en/blog/concrete-press-test-zma",{"title":5,"description":188},"en/blog/concrete-press-test-zma","W9jQIyZc0gjq1pGkDRwZR8DKnZetpGFFnz3X4x3a2O8",1778229658534]