Tornillo formador de rosca trilobular avellanado Torx

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Descripción
Nombre del producto: Tornillos de autobloqueo avellanados Taptite Torx
Estándar de tamaño: Todos los tornillos cumplen con la norma ASME B 18.3 (Tabla 8-III) - 2012与SAE J 81 - 1997
Descripción del Producto:
El tornillo de rosca triangular avellanada Torx integra tres estructuras principales: cabeza avellanada, ranura de accionamiento Torx y rosca autoblocante triangular. 1. La cabeza avellanada tiene una cabeza cónica de 80-82 grados y debe usarse con un orificio avellanado previamente perforado. Después de apretar, la cabeza avellanada queda completamente hundida en el orificio avellanado de la pieza de trabajo, con una superficie lisa y no sobresaliente, lo que evita rayones, ahorra espacio de ensamblaje y da como resultado una apariencia ordenada. 2. La ranura Torx tiene seis superficies de fuerza simétricas, que se acoplan completamente con una broca Torx dedicada, lo que garantiza una transmisión de par uniforme y evita deslizamientos y astillas; puede soportar un alto par de bloqueo, es duradero para desmontaje y montaje repetidos y también proporciona un efecto antirrobo simple. 3. Cuando la rosca de sección transversal triangular se atornilla en el orificio pretaladrado, se basa en las tres superficies de arco para comprimir el material base, provocando deformación plástica y extruyendo directamente una rosca interna coincidente en la pared interior del orificio, en lugar de cortar el material. La fricción de compresión genera un ligero aumento de temperatura y, después de enfriarse, el hilo continúa agarrando el material base, formando un par de bloqueo persistente preestablecido. No es fácil aflojarlo en condiciones de vibración, logrando un efecto de sujeción tres en uno de autoextrusión, autorroscante y autobloqueo.
Estándares de rendimiento y materiales:
Los materiales se dividen en: acero al carbono y acero inoxidable martensítico: 10B21/1018 y 201/410, etc., que requieren cementación o enfriamiento para lograr una dureza superficial ≥450HV y una dureza del núcleo de 270–370HV (asegurando tenacidad y evitando fracturas frágiles). Se utilizan principalmente en cajas de chapa o en industrias de armarios. El acero inoxidable SUS304 (A2-70) y SUS316 (A4-70) se utilizan principalmente para fijar piezas de plástico después del trabajo en frío.
Finalizar:
El acero inoxidable 304 y 316 se pule y limpia en su mayoría para recuperar su color original, mientras que el acero inoxidable martensítico y el acero al carbono se someten a tratamientos superficiales como: ennegrecimiento por oxidación, cincado, niquelado, cincado negro, revestimiento de Dacromet y revestimiento de Gumite.
Paso de rosca y diámetro de rosca:
2#-56、3#-48、4#-40、5#-40、6#-32、8#-32、10#-24、1/4-20、5/16-18、3/8-16、1/2-13，Se pueden proporcionar dibujos si se requieren otros diámetros y pasos de rosca.
Imágenes del producto:
Taptite Torx Countersunk Self Lock Screws
Torx Countersunk Trilobe Thread Forming Screws
Dimensiones del producto:
 <!DOCTYPE html> <html lang="en"> <head> <meta charset="UTF-8"> <meta name="viewport" content="width=device-width, initial-scale=1.0"> <title>Self-Tapping Screw Thread Specification Reference Table</title> <style> *{box-sizing:border-box;font-family:Arial,Helvetica,sans-serif;} body{margin:24px auto;max-width:99%;padding:0 12px;} h2{text-align:center;color:#1a1a1a;margin-bottom:20px;} table{border-collapse:collapse;width:100%;font-size:14px;} th,td{border:1px solid #555;padding:9px 6px;text-align:center;vertical-align:middle;} th{background:#b3d9ff;font-weight:bold;} .left-align{text-align:left;} .query-box{margin:20px 0;padding:14px;border:1px solid #ccc;border-radius:6px;} .query-box input, .query-box select, .query-box button{padding:8px 11px;font-size:15px;margin:0 7px;} #query-result{margin-top:13px;font-size:16px;font-weight:600;} .error-text{color:#c22121;} .success-text{color:#00692c;} </style> </head> <body> <h2>Self-Tapping Screw Thread Specification Table (Unit: Inch)</h2> <!-- Query Operation Panel --> <div class="query-box"> <input id="thread-input" placeholder="Input Thread Spec: 2# / 3# / 4# / 5# / 6# / 8# / 10# / 1/4 / 5/16 / 3/8 / 7/16 / 1/2"> <select id="param-select"> <option value="PP">PP - Threads per inch</option> <option value="D">D - Max Major Diameter</option> <option value="dp">dp - Max Point Diameter</option> <option value="d1">d1 - Max Thread Circumscribed Circle Diameter</option> <option value="d2">d2 - Max Point Circumscribed Circle Diameter</option> <option value="L1max">L1 Max - Point Length Max</option> <option value="L1min">L1 Min - Point Length Min</option> <option value="L90">L Min Length (90° Head)</option> <option value="LCounter">L Min Length (Countersunk Head)</option> </select> <button onclick="searchSpecData()">Search Parameter Value</button> <div id="query-result"></div> </div> <!-- Table Render Container --> <div id="table-wrapper"></div> <script> // Raw full dataset extracted from the table image const specDataset = [ { spec: "2#", PP: 56, D: 0.086, dp: "/", d1: 0.088, d2: 0.070, L1max: 0.062, L1min: 0.036, L90: "5/32", LCounter: "3/16" }, { spec: "3#", PP: 48, D: 0.099, dp: "/", d1: 0.101, d2: 0.081, L1max: 0.073, L1min: 0.042, L90: "3/16", LCounter: "7/32" }, { spec: "4#", PP: 40, D: 0.112, dp: 0.086, d1: 0.115, d2: 0.090, L1max: 0.088, L1min: 0.050, L90: "3/16", LCounter: "1/4" }, { spec: "5#", PP: 40, D: 0.125, dp: 0.099, d1: 0.128, d2: 0.103, L1max: 0.088, L1min: 0.050, L90: "7/32", LCounter: "1/4" }, { spec: "6#", PP: 32, D: 0.138, dp: 0.106, d1: 0.141, d2: 0.111, L1max: 0.109, L1min: 0.062, L90: "1/4", LCounter: "5/16" }, { spec: "8#", PP: 32, D: 0.164, dp: 0.132, d1: 0.167, d2: 0.137, L1max: 0.109, L1min: 0.062, L90: "1/4", LCounter: "11/32" }, { spec: "10#", PP: 24, D: 0.190, dp: 0.147, d1: 0.194, d2: 0.153, L1max: 0.146, L1min: 0.083, L90: "5/16", LCounter: "13/32" }, { spec: "1/4", PP: 20, D: 0.250, dp: 0.198, d1: 0.255, d2: 0.206, L1max: 0.175, L1min: 0.100, L90: "13/32", LCounter: "1/2" }, { spec: "5/16", PP: 18, D: 0.313, dp: 0.255, d1: 0.318, d2: 0.264, L1max: 0.194, L1min: 0.111, L90: "15/32", LCounter: "5/8" }, { spec: "3/8", PP: 16, D: 0.375, dp: 0.310, d1: 0.381, d2: 0.320, L1max: 0.219, L1min: 0.125, L90: "9/16", LCounter: "23/32" }, { spec: "7/16", PP: 14, D: 0.438, dp: 0.361, d1: 0.445, d2: 0.375, L1max: 0.250, L1min: 0.143, L90: "21/32", LCounter: "13/16" }, { spec: "1/2", PP: 13, D: 0.500, dp: 0.416, d1: 0.508, d2: 0.433, L1max: 0.269, L1min: 0.154, L90: "23/32", LCounter: "7/9" } ]; // Column definition for table rendering const tableHeaderCols = [ "Thread Specification", "2#", "3#", "4#", "5#", "6#", "8#", "10#", "1/4", "5/16", "3/8", "7/16", "1/2" ]; const rowParamConfig = [ { label: "PP", fullName: "Threads per inch", fieldKey: "PP", subLabel: "" }, { label: "D", fullName: "Major Diameter", fieldKey: "D", subLabel: "Max" }, { label: "dp", fullName: "Point Diameter", fieldKey: "dp", subLabel: "Max" }, { label: "d1", fullName: "Thread Circumscribed Circle Diameter", fieldKey: "d1", subLabel: "Max" }, { label: "d2", fullName: "Point Circumscribed Circle Diameter", fieldKey: "d2", subLabel: "Max" }, { label: "L1", fullName: "Point Length", fieldKey: "L1max", subLabel: "Max" }, { label: "L1", fullName: "Point Length", fieldKey: "L1min", subLabel: "Min" }, { label: "L", fullName: "Minimum Nominal Length", fieldKey: "L90", subLabel: "90° Head" }, { label: "L", fullName: "Minimum Nominal Length", fieldKey: "LCounter", subLabel: "Countersunk Head" } ]; /** * Render complete specification table to page */ function renderFullSpecTable() { let htmlStr = `<table>`; // Table header row htmlStr += `<tr>`; tableHeaderCols.forEach(colName => { htmlStr += `<th class="left-align">${colName}</th>`; }); htmlStr += `</tr>`; // Generate each parameter data row rowParamConfig.forEach(rowCfg => { htmlStr += `<tr>`; // First column: parameter label + full name + sub label htmlStr += `<th class="left-align"> <div>${rowCfg.label}</div> <div>${rowCfg.fullName}</div> ${rowCfg.subLabel ? `<div>${rowCfg.subLabel}</div>` : ""} </th>`; // Fill each thread spec cell value specDataset.forEach(specItem => { htmlStr += `<td>${specItem[rowCfg.fieldKey]}</td>`; }); htmlStr += `</tr>`; }); htmlStr += `</table>`; document.getElementById("table-wrapper").innerHTML = htmlStr; } /** * Search spec parameter value by user input */ function searchSpecData() { const inputSpec = document.getElementById("thread-input").value.trim(); const targetParamKey = document.getElementById("param-select").value; const resultDom = document.getElementById("query-result"); let matchedSpec = null; // Match input thread specification for(let i=0; i<specDataset.length; i++) { if(specDataset[i].spec === inputSpec) { matchedSpec = specDataset[i]; break; } } if(!matchedSpec) { resultDom.className = "error-text"; resultDom.textContent = "Error: Invalid thread specification, please check input (example: 8# / 1/4)"; return; } // Map select text to readable full name const paramNameMap = { PP: "Threads per inch (PP)", D: "Max Major Diameter (D)", dp: "Max Point Diameter (dp)", d1: "Max Thread Circumscribed Circle Diameter (d1)", d2: "Max Point Circumscribed Circle Diameter (d2)", L1max: "Point Length Max (L1)", L1min: "Point Length Min (L1)", L90: "Min Nominal Length - 90° Head (L)", LCounter: "Min Nominal Length - Countersunk Head (L)" }; const value = matchedSpec[targetParamKey]; resultDom.className = "success-text"; resultDom.textContent = `Query Result | Thread Spec: ${inputSpec}, Parameter: ${paramNameMap[targetParamKey]}, Value = ${value}`; } // Auto render table after page loaded window.onload = renderFullSpecTable; </script> </body> </html> <div class="query-box"> <input id="thread-input" placeholder="Especificación de subproceso de entrada: 2# / 3# / 4# / 5# / 6# / 8# / 10# / 1/4 / 5/16 / 3/8 / 7/16 / 1/2"> <select id="param-select"> <option value="PP">PP - Subprocesos por pulgadas</option> <option value="D">D - Diámetro mayor máximo</option> <option value="dp">dp - Diámetro máximo del punto</option> <option value="d1">d1 - Diámetro máximo del círculo circunscrito de la rosca</option> <option value="d2">d2 - Diámetro máximo del círculo circunscrito del punto</option> <option value="L1max">L1 Max - Longitud máxima del punto</option> <option value="L1min">L1 Min - Longitud mínima del punto</option> <option value="L90">L Longitud mínima (cabeza de 90°)</option> <option value="LCounter">L Longitud mínima (cabeza avellanada)</option> </select> <button onclick="searchSpecData()">Valor del parámetro de búsqueda</button> <div id="query-result"></div> <!DOCTYPE html> <html lang="en"> <head> <meta charset="UTF-8"> <meta name="viewport" content="width=device-width, initial-scale=1.0"> <title>Self-Tapping Screw Thread Specification Reference Table</title> <style> *{box-sizing:border-box;font-family:Arial,Helvetica,sans-serif;} body{margin:24px auto;max-width:99%;padding:0 12px;} h2{text-align:center;color:#1a1a1a;margin-bottom:20px;} table{border-collapse:collapse;width:100%;font-size:14px;} th,td{border:1px solid #555;padding:9px 6px;text-align:center;vertical-align:middle;} th{background:#b3d9ff;font-weight:bold;} .left-align{text-align:left;} .query-box{margin:20px 0;padding:14px;border:1px solid #ccc;border-radius:6px;} .query-box input, .query-box select, .query-box button{padding:8px 11px;font-size:15px;margin:0 7px;} #query-result{margin-top:13px;font-size:16px;font-weight:600;} .error-text{color:#c22121;} .success-text{color:#00692c;} </style> </head> <body> <h2>Self-Tapping Screw Thread Specification Table (Unit: Inch)</h2> <!-- Query Operation Panel --> <div class="query-box"> <input id="thread-input" placeholder="Input Thread Spec: 2# / 3# / 4# / 5# / 6# / 8# / 10# / 1/4 / 5/16 / 3/8 / 7/16 / 1/2"> <select id="param-select"> <option value="PP">PP - Threads per inch</option> <option value="D">D - Max Major Diameter</option> <option value="dp">dp - Max Point Diameter</option> <option value="d1">d1 - Max Thread Circumscribed Circle Diameter</option> <option value="d2">d2 - Max Point Circumscribed Circle Diameter</option> <option value="L1max">L1 Max - Point Length Max</option> <option value="L1min">L1 Min - Point Length Min</option> <option value="L90">L Min Length (90° Head)</option> <option value="LCounter">L Min Length (Countersunk Head)</option> </select> <button onclick="searchSpecData()">Search Parameter Value</button> <div id="query-result"></div> </div> <!-- Table Render Container --> <div id="table-wrapper"></div> <script> // Raw full dataset extracted from the table image const specDataset = [ { spec: "2#", PP: 56, D: 0.086, dp: "/", d1: 0.088, d2: 0.070, L1max: 0.062, L1min: 0.036, L90: "5/32", LCounter: "3/16" }, { spec: "3#", PP: 48, D: 0.099, dp: "/", d1: 0.101, d2: 0.081, L1max: 0.073, L1min: 0.042, L90: "3/16", LCounter: "7/32" }, { spec: "4#", PP: 40, D: 0.112, dp: 0.086, d1: 0.115, d2: 0.090, L1max: 0.088, L1min: 0.050, L90: "3/16", LCounter: "1/4" }, { spec: "5#", PP: 40, D: 0.125, dp: 0.099, d1: 0.128, d2: 0.103, L1max: 0.088, L1min: 0.050, L90: "7/32", LCounter: "1/4" }, { spec: "6#", PP: 32, D: 0.138, dp: 0.106, d1: 0.141, d2: 0.111, L1max: 0.109, L1min: 0.062, L90: "1/4", LCounter: "5/16" }, { spec: "8#", PP: 32, D: 0.164, dp: 0.132, d1: 0.167, d2: 0.137, L1max: 0.109, L1min: 0.062, L90: "1/4", LCounter: "11/32" }, { spec: "10#", PP: 24, D: 0.190, dp: 0.147, d1: 0.194, d2: 0.153, L1max: 0.146, L1min: 0.083, L90: "5/16", LCounter: "13/32" }, { spec: "1/4", PP: 20, D: 0.250, dp: 0.198, d1: 0.255, d2: 0.206, L1max: 0.175, L1min: 0.100, L90: "13/32", LCounter: "1/2" }, { spec: "5/16", PP: 18, D: 0.313, dp: 0.255, d1: 0.318, d2: 0.264, L1max: 0.194, L1min: 0.111, L90: "15/32", LCounter: "5/8" }, { spec: "3/8", PP: 16, D: 0.375, dp: 0.310, d1: 0.381, d2: 0.320, L1max: 0.219, L1min: 0.125, L90: "9/16", LCounter: "23/32" }, { spec: "7/16", PP: 14, D: 0.438, dp: 0.361, d1: 0.445, d2: 0.375, L1max: 0.250, L1min: 0.143, L90: "21/32", LCounter: "13/16" }, { spec: "1/2", PP: 13, D: 0.500, dp: 0.416, d1: 0.508, d2: 0.433, L1max: 0.269, L1min: 0.154, L90: "23/32", LCounter: "7/9" } ]; // Column definition for table rendering const tableHeaderCols = [ "Thread Specification", "2#", "3#", "4#", "5#", "6#", "8#", "10#", "1/4", "5/16", "3/8", "7/16", "1/2" ]; const rowParamConfig = [ { label: "PP", fullName: "Threads per inch", fieldKey: "PP", subLabel: "" }, { label: "D", fullName: "Major Diameter", fieldKey: "D", subLabel: "Max" }, { label: "dp", fullName: "Point Diameter", fieldKey: "dp", subLabel: "Max" }, { label: "d1", fullName: "Thread Circumscribed Circle Diameter", fieldKey: "d1", subLabel: "Max" }, { label: "d2", fullName: "Point Circumscribed Circle Diameter", fieldKey: "d2", subLabel: "Max" }, { label: "L1", fullName: "Point Length", fieldKey: "L1max", subLabel: "Max" }, { label: "L1", fullName: "Point Length", fieldKey: "L1min", subLabel: "Min" }, { label: "L", fullName: "Minimum Nominal Length", fieldKey: "L90", subLabel: "90° Head" }, { label: "L", fullName: "Minimum Nominal Length", fieldKey: "LCounter", subLabel: "Countersunk Head" } ]; /** * Render complete specification table to page */ function renderFullSpecTable() { let htmlStr = `<table>`; // Table header row htmlStr += `<tr>`; tableHeaderCols.forEach(colName => { htmlStr += `<th class="left-align">${colName}</th>`; }); htmlStr += `</tr>`; // Generate each parameter data row rowParamConfig.forEach(rowCfg => { htmlStr += `<tr>`; // First column: parameter label + full name + sub label htmlStr += `<th class="left-align"> <div>${rowCfg.label}</div> <div>${rowCfg.fullName}</div> ${rowCfg.subLabel ? `<div>${rowCfg.subLabel}</div>` : ""} </th>`; // Fill each thread spec cell value specDataset.forEach(specItem => { htmlStr += `<td>${specItem[rowCfg.fieldKey]}</td>`; }); htmlStr += `</tr>`; }); htmlStr += `</table>`; document.getElementById("table-wrapper").innerHTML = htmlStr; } /** * Search spec parameter value by user input */ function searchSpecData() { const inputSpec = document.getElementById("thread-input").value.trim(); const targetParamKey = document.getElementById("param-select").value; const resultDom = document.getElementById("query-result"); let matchedSpec = null; // Match input thread specification for(let i=0; i<specDataset.length; i++) { if(specDataset[i].spec === inputSpec) { matchedSpec = specDataset[i]; break; } } if(!matchedSpec) { resultDom.className = "error-text"; resultDom.textContent = "Error: Invalid thread specification, please check input (example: 8# / 1/4)"; return; } // Map select text to readable full name const paramNameMap = { PP: "Threads per inch (PP)", D: "Max Major Diameter (D)", dp: "Max Point Diameter (dp)", d1: "Max Thread Circumscribed Circle Diameter (d1)", d2: "Max Point Circumscribed Circle Diameter (d2)", L1max: "Point Length Max (L1)", L1min: "Point Length Min (L1)", L90: "Min Nominal Length - 90° Head (L)", LCounter: "Min Nominal Length - Countersunk Head (L)" }; const value = matchedSpec[targetParamKey]; resultDom.className = "success-text"; resultDom.textContent = `Query Result | Thread Spec: ${inputSpec}, Parameter: ${paramNameMap[targetParamKey]}, Value = ${value}`; } // Auto render table after page loaded window.onload = renderFullSpecTable; </script> </body> </html> const specDataset = [ { especificación: "2#", PP: 56, D: 0.086, dp: "/", d1: 0.088, d2: 0.070, L1max: 0.062, L1min: 0.036, L90: "5/32", LCounter: "3/16" }, { especificación: "3#", PP: 48, D: 0,099, dp: "/", d1: 0,101, d2: 0,081, L1max: 0,073, L1min: 0,042, L90: "3/16", LCounter: "7/32" }, { especificación: "4#", PP: 40, D: 0,112, dp: 0,086, d1: 0,115, d2: 0,090, L1max: 0,088, L1min: 0,050, L90: "3/16", LCounter: "1/4" }, { especificación: "5#", PP: 40, D: 0,125, dp: 0,099, d1: 0,128, d2: 0,103, L1max: 0,088, L1min: 0,050, L90: "7/32", LCounter: "1/4" }, { especificación: "6#", PP: 32, D: 0,138, dp: 0,106, d1: 0,141, d2: 0,111, L1max: 0,109, L1min: 0,062, L90: "1/4", LCounter: "5/16" }, { especificación: "8#", PP: 32, D: 0,164, dp: 0,132, d1: 0,167, d2: 0,137, L1max: 0,109, L1min: 0,062, L90: "1/4", LCounter: "11/32" }, { especificación: "10#", PP: 24, D: 0,190, dp: 0,147, d1: 0,194, d2: 0,153, L1max: 0,146, L1min: 0,083, L90: "5/16", LCounter: "13/32" }, { especificación: "1/4", PP: 20, D: 0,250, dp: 0,198, d1: 0,255, d2: 0,206, L1max: 0,175, L1min: 0,100, L90: "13/32", LCounter: "1/2" }, { especificación: "5/16", PP: 18, D: 0,313, dp: 0,255, d1: 0,318, d2: 0,264, L1max: 0,194, L1min: 0,111, L90: "15/32", LCounter: "5/8" }, { especificación: "3/8", PP: 16, D: 0,375, dp: 0,310, d1: 0,381, d2: 0,320, L1max: 0,219, L1min: 0,125, L90: "9/16", LCounter: "23/32" }, { especificación: "7/16", PP: 14, D: 0,438, dp: 0,361, d1: 0,445, d2: 0,375, L1max: 0,250, L1min: 0,143, L90: "21/32", LCounter: "13/16" }, { especificación: "1/2", PP: 13, D: 0,500, dp: 0,416, d1: 0,508, d2: 0,433, L1max: 0,269, L1min: 0,154, L90: "23/32", Contador L: "7/9" } <!DOCTYPE html> <html lang="en"> <head> <meta charset="UTF-8"> <meta name="viewport" content="width=device-width, initial-scale=1.0"> <title>Self-Tapping Screw Thread Specification Reference Table</title> <style> *{box-sizing:border-box;font-family:Arial,Helvetica,sans-serif;} body{margin:24px auto;max-width:99%;padding:0 12px;} h2{text-align:center;color:#1a1a1a;margin-bottom:20px;} table{border-collapse:collapse;width:100%;font-size:14px;} th,td{border:1px solid #555;padding:9px 6px;text-align:center;vertical-align:middle;} th{background:#b3d9ff;font-weight:bold;} .left-align{text-align:left;} .query-box{margin:20px 0;padding:14px;border:1px solid #ccc;border-radius:6px;} .query-box input, .query-box select, .query-box button{padding:8px 11px;font-size:15px;margin:0 7px;} #query-result{margin-top:13px;font-size:16px;font-weight:600;} .error-text{color:#c22121;} .success-text{color:#00692c;} </style> </head> <body> <h2>Self-Tapping Screw Thread Specification Table (Unit: Inch)</h2> <!-- Query Operation Panel --> <div class="query-box"> <input id="thread-input" placeholder="Input Thread Spec: 2# / 3# / 4# / 5# / 6# / 8# / 10# / 1/4 / 5/16 / 3/8 / 7/16 / 1/2"> <select id="param-select"> <option value="PP">PP - Threads per inch</option> <option value="D">D - Max Major Diameter</option> <option value="dp">dp - Max Point Diameter</option> <option value="d1">d1 - Max Thread Circumscribed Circle Diameter</option> <option value="d2">d2 - Max Point Circumscribed Circle Diameter</option> <option value="L1max">L1 Max - Point Length Max</option> <option value="L1min">L1 Min - Point Length Min</option> <option value="L90">L Min Length (90° Head)</option> <option value="LCounter">L Min Length (Countersunk Head)</option> </select> <button onclick="searchSpecData()">Search Parameter Value</button> <div id="query-result"></div> </div> <!-- Table Render Container --> <div id="table-wrapper"></div> <script> // Raw full dataset extracted from the table image const specDataset = [ { spec: "2#", PP: 56, D: 0.086, dp: "/", d1: 0.088, d2: 0.070, L1max: 0.062, L1min: 0.036, L90: "5/32", LCounter: "3/16" }, { spec: "3#", PP: 48, D: 0.099, dp: "/", d1: 0.101, d2: 0.081, L1max: 0.073, L1min: 0.042, L90: "3/16", LCounter: "7/32" }, { spec: "4#", PP: 40, D: 0.112, dp: 0.086, d1: 0.115, d2: 0.090, L1max: 0.088, L1min: 0.050, L90: "3/16", LCounter: "1/4" }, { spec: "5#", PP: 40, D: 0.125, dp: 0.099, d1: 0.128, d2: 0.103, L1max: 0.088, L1min: 0.050, L90: "7/32", LCounter: "1/4" }, { spec: "6#", PP: 32, D: 0.138, dp: 0.106, d1: 0.141, d2: 0.111, L1max: 0.109, L1min: 0.062, L90: "1/4", LCounter: "5/16" }, { spec: "8#", PP: 32, D: 0.164, dp: 0.132, d1: 0.167, d2: 0.137, L1max: 0.109, L1min: 0.062, L90: "1/4", LCounter: "11/32" }, { spec: "10#", PP: 24, D: 0.190, dp: 0.147, d1: 0.194, d2: 0.153, L1max: 0.146, L1min: 0.083, L90: "5/16", LCounter: "13/32" }, { spec: "1/4", PP: 20, D: 0.250, dp: 0.198, d1: 0.255, d2: 0.206, L1max: 0.175, L1min: 0.100, L90: "13/32", LCounter: "1/2" }, { spec: "5/16", PP: 18, D: 0.313, dp: 0.255, d1: 0.318, d2: 0.264, L1max: 0.194, L1min: 0.111, L90: "15/32", LCounter: "5/8" }, { spec: "3/8", PP: 16, D: 0.375, dp: 0.310, d1: 0.381, d2: 0.320, L1max: 0.219, L1min: 0.125, L90: "9/16", LCounter: "23/32" }, { spec: "7/16", PP: 14, D: 0.438, dp: 0.361, d1: 0.445, d2: 0.375, L1max: 0.250, L1min: 0.143, L90: "21/32", LCounter: "13/16" }, { spec: "1/2", PP: 13, D: 0.500, dp: 0.416, d1: 0.508, d2: 0.433, L1max: 0.269, L1min: 0.154, L90: "23/32", LCounter: "7/9" } ]; // Column definition for table rendering const tableHeaderCols = [ "Thread Specification", "2#", "3#", "4#", "5#", "6#", "8#", "10#", "1/4", "5/16", "3/8", "7/16", "1/2" ]; const rowParamConfig = [ { label: "PP", fullName: "Threads per inch", fieldKey: "PP", subLabel: "" }, { label: "D", fullName: "Major Diameter", fieldKey: "D", subLabel: "Max" }, { label: "dp", fullName: "Point Diameter", fieldKey: "dp", subLabel: "Max" }, { label: "d1", fullName: "Thread Circumscribed Circle Diameter", fieldKey: "d1", subLabel: "Max" }, { label: "d2", fullName: "Point Circumscribed Circle Diameter", fieldKey: "d2", subLabel: "Max" }, { label: "L1", fullName: "Point Length", fieldKey: "L1max", subLabel: "Max" }, { label: "L1", fullName: "Point Length", fieldKey: "L1min", subLabel: "Min" }, { label: "L", fullName: "Minimum Nominal Length", fieldKey: "L90", subLabel: "90° Head" }, { label: "L", fullName: "Minimum Nominal Length", fieldKey: "LCounter", subLabel: "Countersunk Head" } ]; /** * Render complete specification table to page */ function renderFullSpecTable() { let htmlStr = `<table>`; // Table header row htmlStr += `<tr>`; tableHeaderCols.forEach(colName => { htmlStr += `<th class="left-align">${colName}</th>`; }); htmlStr += `</tr>`; // Generate each parameter data row rowParamConfig.forEach(rowCfg => { htmlStr += `<tr>`; // First column: parameter label + full name + sub label htmlStr += `<th class="left-align"> <div>${rowCfg.label}</div> <div>${rowCfg.fullName}</div> ${rowCfg.subLabel ? `<div>${rowCfg.subLabel}</div>` : ""} </th>`; // Fill each thread spec cell value specDataset.forEach(specItem => { htmlStr += `<td>${specItem[rowCfg.fieldKey]}</td>`; }); htmlStr += `</tr>`; }); htmlStr += `</table>`; document.getElementById("table-wrapper").innerHTML = htmlStr; } /** * Search spec parameter value by user input */ function searchSpecData() { const inputSpec = document.getElementById("thread-input").value.trim(); const targetParamKey = document.getElementById("param-select").value; const resultDom = document.getElementById("query-result"); let matchedSpec = null; // Match input thread specification for(let i=0; i<specDataset.length; i++) { if(specDataset[i].spec === inputSpec) { matchedSpec = specDataset[i]; break; } } if(!matchedSpec) { resultDom.className = "error-text"; resultDom.textContent = "Error: Invalid thread specification, please check input (example: 8# / 1/4)"; return; } // Map select text to readable full name const paramNameMap = { PP: "Threads per inch (PP)", D: "Max Major Diameter (D)", dp: "Max Point Diameter (dp)", d1: "Max Thread Circumscribed Circle Diameter (d1)", d2: "Max Point Circumscribed Circle Diameter (d2)", L1max: "Point Length Max (L1)", L1min: "Point Length Min (L1)", L90: "Min Nominal Length - 90° Head (L)", LCounter: "Min Nominal Length - Countersunk Head (L)" }; const value = matchedSpec[targetParamKey]; resultDom.className = "success-text"; resultDom.textContent = `Query Result | Thread Spec: ${inputSpec}, Parameter: ${paramNameMap[targetParamKey]}, Value = ${value}`; } // Auto render table after page loaded window.onload = renderFullSpecTable; </script> </body> </html> const rowParamConfig = [ { etiqueta: "PP", nombre completo: "Hilos por pulgada", clave de campo: "PP", subetiqueta: "" }, { etiqueta: "D", nombre completo: "diámetro mayor", clave de campo: "D", subetiqueta: "máx" }, { etiqueta: "dp", nombre completo: "diámetro del punto", clave de campo: "dp", subetiqueta: "máx" }, { etiqueta: "d1", nombre completo: "hilo Diámetro del círculo circunscrito", clave de campo: "d1", subEtiqueta: "Max" }, { etiqueta: "d2", nombre completo: "Diámetro del círculo circunscrito del punto", clave de campo: "d2", subEtiqueta: "Max" }, { etiqueta: "L1", nombre completo: "Longitud del punto", clave de campo: "L1max", subEtiqueta: "Max" }, { etiqueta: "L1", nombre completo: "Longitud del punto", clave de campo: "L1min", subEtiqueta: "Min" }, { etiqueta: "L", nombre completo: "Longitud nominal mínima", clave de campo: "L90", subEtiqueta: "Cabeza de 90°" }, { etiqueta: "L", nombre completo: "Longitud nominal mínima", clave de campo: "LCounter", subEtiqueta: "Cabeza avellanada" } <!DOCTYPE html> <html lang="en"> <head> <meta charset="UTF-8"> <meta name="viewport" content="width=device-width, initial-scale=1.0"> <title>Self-Tapping Screw Thread Specification Reference Table</title> <style> *{box-sizing:border-box;font-family:Arial,Helvetica,sans-serif;} body{margin:24px auto;max-width:99%;padding:0 12px;} h2{text-align:center;color:#1a1a1a;margin-bottom:20px;} table{border-collapse:collapse;width:100%;font-size:14px;} th,td{border:1px solid #555;padding:9px 6px;text-align:center;vertical-align:middle;} th{background:#b3d9ff;font-weight:bold;} .left-align{text-align:left;} .query-box{margin:20px 0;padding:14px;border:1px solid #ccc;border-radius:6px;} .query-box input, .query-box select, .query-box button{padding:8px 11px;font-size:15px;margin:0 7px;} #query-result{margin-top:13px;font-size:16px;font-weight:600;} .error-text{color:#c22121;} .success-text{color:#00692c;} </style> </head> <body> <h2>Self-Tapping Screw Thread Specification Table (Unit: Inch)</h2> <!-- Query Operation Panel --> <div class="query-box"> <input id="thread-input" placeholder="Input Thread Spec: 2# / 3# / 4# / 5# / 6# / 8# / 10# / 1/4 / 5/16 / 3/8 / 7/16 / 1/2"> <select id="param-select"> <option value="PP">PP - Threads per inch</option> <option value="D">D - Max Major Diameter</option> <option value="dp">dp - Max Point Diameter</option> <option value="d1">d1 - Max Thread Circumscribed Circle Diameter</option> <option value="d2">d2 - Max Point Circumscribed Circle Diameter</option> <option value="L1max">L1 Max - Point Length Max</option> <option value="L1min">L1 Min - Point Length Min</option> <option value="L90">L Min Length (90° Head)</option> <option value="LCounter">L Min Length (Countersunk Head)</option> </select> <button onclick="searchSpecData()">Search Parameter Value</button> <div id="query-result"></div> </div> <!-- Table Render Container --> <div id="table-wrapper"></div> <script> // Raw full dataset extracted from the table image const specDataset = [ { spec: "2#", PP: 56, D: 0.086, dp: "/", d1: 0.088, d2: 0.070, L1max: 0.062, L1min: 0.036, L90: "5/32", LCounter: "3/16" }, { spec: "3#", PP: 48, D: 0.099, dp: "/", d1: 0.101, d2: 0.081, L1max: 0.073, L1min: 0.042, L90: "3/16", LCounter: "7/32" }, { spec: "4#", PP: 40, D: 0.112, dp: 0.086, d1: 0.115, d2: 0.090, L1max: 0.088, L1min: 0.050, L90: "3/16", LCounter: "1/4" }, { spec: "5#", PP: 40, D: 0.125, dp: 0.099, d1: 0.128, d2: 0.103, L1max: 0.088, L1min: 0.050, L90: "7/32", LCounter: "1/4" }, { spec: "6#", PP: 32, D: 0.138, dp: 0.106, d1: 0.141, d2: 0.111, L1max: 0.109, L1min: 0.062, L90: "1/4", LCounter: "5/16" }, { spec: "8#", PP: 32, D: 0.164, dp: 0.132, d1: 0.167, d2: 0.137, L1max: 0.109, L1min: 0.062, L90: "1/4", LCounter: "11/32" }, { spec: "10#", PP: 24, D: 0.190, dp: 0.147, d1: 0.194, d2: 0.153, L1max: 0.146, L1min: 0.083, L90: "5/16", LCounter: "13/32" }, { spec: "1/4", PP: 20, D: 0.250, dp: 0.198, d1: 0.255, d2: 0.206, L1max: 0.175, L1min: 0.100, L90: "13/32", LCounter: "1/2" }, { spec: "5/16", PP: 18, D: 0.313, dp: 0.255, d1: 0.318, d2: 0.264, L1max: 0.194, L1min: 0.111, L90: "15/32", LCounter: "5/8" }, { spec: "3/8", PP: 16, D: 0.375, dp: 0.310, d1: 0.381, d2: 0.320, L1max: 0.219, L1min: 0.125, L90: "9/16", LCounter: "23/32" }, { spec: "7/16", PP: 14, D: 0.438, dp: 0.361, d1: 0.445, d2: 0.375, L1max: 0.250, L1min: 0.143, L90: "21/32", LCounter: "13/16" }, { spec: "1/2", PP: 13, D: 0.500, dp: 0.416, d1: 0.508, d2: 0.433, L1max: 0.269, L1min: 0.154, L90: "23/32", LCounter: "7/9" } ]; // Column definition for table rendering const tableHeaderCols = [ "Thread Specification", "2#", "3#", "4#", "5#", "6#", "8#", "10#", "1/4", "5/16", "3/8", "7/16", "1/2" ]; const rowParamConfig = [ { label: "PP", fullName: "Threads per inch", fieldKey: "PP", subLabel: "" }, { label: "D", fullName: "Major Diameter", fieldKey: "D", subLabel: "Max" }, { label: "dp", fullName: "Point Diameter", fieldKey: "dp", subLabel: "Max" }, { label: "d1", fullName: "Thread Circumscribed Circle Diameter", fieldKey: "d1", subLabel: "Max" }, { label: "d2", fullName: "Point Circumscribed Circle Diameter", fieldKey: "d2", subLabel: "Max" }, { label: "L1", fullName: "Point Length", fieldKey: "L1max", subLabel: "Max" }, { label: "L1", fullName: "Point Length", fieldKey: "L1min", subLabel: "Min" }, { label: "L", fullName: "Minimum Nominal Length", fieldKey: "L90", subLabel: "90° Head" }, { label: "L", fullName: "Minimum Nominal Length", fieldKey: "LCounter", subLabel: "Countersunk Head" } ]; /** * Render complete specification table to page */ function renderFullSpecTable() { let htmlStr = `<table>`; // Table header row htmlStr += `<tr>`; tableHeaderCols.forEach(colName => { htmlStr += `<th class="left-align">${colName}</th>`; }); htmlStr += `</tr>`; // Generate each parameter data row rowParamConfig.forEach(rowCfg => { htmlStr += `<tr>`; // First column: parameter label + full name + sub label htmlStr += `<th class="left-align"> <div>${rowCfg.label}</div> <div>${rowCfg.fullName}</div> ${rowCfg.subLabel ? `<div>${rowCfg.subLabel}</div>` : ""} </th>`; // Fill each thread spec cell value specDataset.forEach(specItem => { htmlStr += `<td>${specItem[rowCfg.fieldKey]}</td>`; }); htmlStr += `</tr>`; }); htmlStr += `</table>`; document.getElementById("table-wrapper").innerHTML = htmlStr; } /** * Search spec parameter value by user input */ function searchSpecData() { const inputSpec = document.getElementById("thread-input").value.trim(); const targetParamKey = document.getElementById("param-select").value; const resultDom = document.getElementById("query-result"); let matchedSpec = null; // Match input thread specification for(let i=0; i<specDataset.length; i++) { if(specDataset[i].spec === inputSpec) { matchedSpec = specDataset[i]; break; } } if(!matchedSpec) { resultDom.className = "error-text"; resultDom.textContent = "Error: Invalid thread specification, please check input (example: 8# / 1/4)"; return; } // Map select text to readable full name const paramNameMap = { PP: "Threads per inch (PP)", D: "Max Major Diameter (D)", dp: "Max Point Diameter (dp)", d1: "Max Thread Circumscribed Circle Diameter (d1)", d2: "Max Point Circumscribed Circle Diameter (d2)", L1max: "Point Length Max (L1)", L1min: "Point Length Min (L1)", L90: "Min Nominal Length - 90° Head (L)", LCounter: "Min Nominal Length - Countersunk Head (L)" }; const value = matchedSpec[targetParamKey]; resultDom.className = "success-text"; resultDom.textContent = `Query Result | Thread Spec: ${inputSpec}, Parameter: ${paramNameMap[targetParamKey]}, Value = ${value}`; } // Auto render table after page loaded window.onload = renderFullSpecTable; </script> </body> </html> // Genera cada fila de datos de parámetros rowParamConfig.forEach(rowCfg => { htmlStr += `<tr>`; // Primera columna: etiqueta de parámetro + nombre completo + subetiqueta htmlStr += `<th class="left-align"> <div>${rowCfg.label}</div> <div>${rowCfg.fullName}</div> ${rowCfg.subLabel? `<div>${rowCfg.subLabel}</div>` : ""} </th>`; // Complete el valor de celda de especificación de cada hilo specDataset.forEach(specItem => { htmlStr += `<td>${specItem[rowCfg.fieldKey]}</td>`; }); <!DOCTYPE html> <html lang="en"> <head> <meta charset="UTF-8"> <meta name="viewport" content="width=device-width, initial-scale=1.0"> <title>Self-Tapping Screw Thread Specification Reference Table</title> <style> *{box-sizing:border-box;font-family:Arial,Helvetica,sans-serif;} body{margin:24px auto;max-width:99%;padding:0 12px;} h2{text-align:center;color:#1a1a1a;margin-bottom:20px;} table{border-collapse:collapse;width:100%;font-size:14px;} th,td{border:1px solid #555;padding:9px 6px;text-align:center;vertical-align:middle;} th{background:#b3d9ff;font-weight:bold;} .left-align{text-align:left;} .query-box{margin:20px 0;padding:14px;border:1px solid #ccc;border-radius:6px;} .query-box input, .query-box select, .query-box button{padding:8px 11px;font-size:15px;margin:0 7px;} #query-result{margin-top:13px;font-size:16px;font-weight:600;} .error-text{color:#c22121;} .success-text{color:#00692c;} </style> </head> <body> <h2>Self-Tapping Screw Thread Specification Table (Unit: Inch)</h2> <!-- Query Operation Panel --> <div class="query-box"> <input id="thread-input" placeholder="Input Thread Spec: 2# / 3# / 4# / 5# / 6# / 8# / 10# / 1/4 / 5/16 / 3/8 / 7/16 / 1/2"> <select id="param-select"> <option value="PP">PP - Threads per inch</option> <option value="D">D - Max Major Diameter</option> <option value="dp">dp - Max Point Diameter</option> <option value="d1">d1 - Max Thread Circumscribed Circle Diameter</option> <option value="d2">d2 - Max Point Circumscribed Circle Diameter</option> <option value="L1max">L1 Max - Point Length Max</option> <option value="L1min">L1 Min - Point Length Min</option> <option value="L90">L Min Length (90° Head)</option> <option value="LCounter">L Min Length (Countersunk Head)</option> </select> <button onclick="searchSpecData()">Search Parameter Value</button> <div id="query-result"></div> </div> <!-- Table Render Container --> <div id="table-wrapper"></div> <script> // Raw full dataset extracted from the table image const specDataset = [ { spec: "2#", PP: 56, D: 0.086, dp: "/", d1: 0.088, d2: 0.070, L1max: 0.062, L1min: 0.036, L90: "5/32", LCounter: "3/16" }, { spec: "3#", PP: 48, D: 0.099, dp: "/", d1: 0.101, d2: 0.081, L1max: 0.073, L1min: 0.042, L90: "3/16", LCounter: "7/32" }, { spec: "4#", PP: 40, D: 0.112, dp: 0.086, d1: 0.115, d2: 0.090, L1max: 0.088, L1min: 0.050, L90: "3/16", LCounter: "1/4" }, { spec: "5#", PP: 40, D: 0.125, dp: 0.099, d1: 0.128, d2: 0.103, L1max: 0.088, L1min: 0.050, L90: "7/32", LCounter: "1/4" }, { spec: "6#", PP: 32, D: 0.138, dp: 0.106, d1: 0.141, d2: 0.111, L1max: 0.109, L1min: 0.062, L90: "1/4", LCounter: "5/16" }, { spec: "8#", PP: 32, D: 0.164, dp: 0.132, d1: 0.167, d2: 0.137, L1max: 0.109, L1min: 0.062, L90: "1/4", LCounter: "11/32" }, { spec: "10#", PP: 24, D: 0.190, dp: 0.147, d1: 0.194, d2: 0.153, L1max: 0.146, L1min: 0.083, L90: "5/16", LCounter: "13/32" }, { spec: "1/4", PP: 20, D: 0.250, dp: 0.198, d1: 0.255, d2: 0.206, L1max: 0.175, L1min: 0.100, L90: "13/32", LCounter: "1/2" }, { spec: "5/16", PP: 18, D: 0.313, dp: 0.255, d1: 0.318, d2: 0.264, L1max: 0.194, L1min: 0.111, L90: "15/32", LCounter: "5/8" }, { spec: "3/8", PP: 16, D: 0.375, dp: 0.310, d1: 0.381, d2: 0.320, L1max: 0.219, L1min: 0.125, L90: "9/16", LCounter: "23/32" }, { spec: "7/16", PP: 14, D: 0.438, dp: 0.361, d1: 0.445, d2: 0.375, L1max: 0.250, L1min: 0.143, L90: "21/32", LCounter: "13/16" }, { spec: "1/2", PP: 13, D: 0.500, dp: 0.416, d1: 0.508, d2: 0.433, L1max: 0.269, L1min: 0.154, L90: "23/32", LCounter: "7/9" } ]; // Column definition for table rendering const tableHeaderCols = [ "Thread Specification", "2#", "3#", "4#", "5#", "6#", "8#", "10#", "1/4", "5/16", "3/8", "7/16", "1/2" ]; const rowParamConfig = [ { label: "PP", fullName: "Threads per inch", fieldKey: "PP", subLabel: "" }, { label: "D", fullName: "Major Diameter", fieldKey: "D", subLabel: "Max" }, { label: "dp", fullName: "Point Diameter", fieldKey: "dp", subLabel: "Max" }, { label: "d1", fullName: "Thread Circumscribed Circle Diameter", fieldKey: "d1", subLabel: "Max" }, { label: "d2", fullName: "Point Circumscribed Circle Diameter", fieldKey: "d2", subLabel: "Max" }, { label: "L1", fullName: "Point Length", fieldKey: "L1max", subLabel: "Max" }, { label: "L1", fullName: "Point Length", fieldKey: "L1min", subLabel: "Min" }, { label: "L", fullName: "Minimum Nominal Length", fieldKey: "L90", subLabel: "90° Head" }, { label: "L", fullName: "Minimum Nominal Length", fieldKey: "LCounter", subLabel: "Countersunk Head" } ]; /** * Render complete specification table to page */ function renderFullSpecTable() { let htmlStr = `<table>`; // Table header row htmlStr += `<tr>`; tableHeaderCols.forEach(colName => { htmlStr += `<th class="left-align">${colName}</th>`; }); htmlStr += `</tr>`; // Generate each parameter data row rowParamConfig.forEach(rowCfg => { htmlStr += `<tr>`; // First column: parameter label + full name + sub label htmlStr += `<th class="left-align"> <div>${rowCfg.label}</div> <div>${rowCfg.fullName}</div> ${rowCfg.subLabel ? `<div>${rowCfg.subLabel}</div>` : ""} </th>`; // Fill each thread spec cell value specDataset.forEach(specItem => { htmlStr += `<td>${specItem[rowCfg.fieldKey]}</td>`; }); htmlStr += `</tr>`; }); htmlStr += `</table>`; document.getElementById("table-wrapper").innerHTML = htmlStr; } /** * Search spec parameter value by user input */ function searchSpecData() { const inputSpec = document.getElementById("thread-input").value.trim(); const targetParamKey = document.getElementById("param-select").value; const resultDom = document.getElementById("query-result"); let matchedSpec = null; // Match input thread specification for(let i=0; i<specDataset.length; i++) { if(specDataset[i].spec === inputSpec) { matchedSpec = specDataset[i]; break; } } if(!matchedSpec) { resultDom.className = "error-text"; resultDom.textContent = "Error: Invalid thread specification, please check input (example: 8# / 1/4)"; return; } // Map select text to readable full name const paramNameMap = { PP: "Threads per inch (PP)", D: "Max Major Diameter (D)", dp: "Max Point Diameter (dp)", d1: "Max Thread Circumscribed Circle Diameter (d1)", d2: "Max Point Circumscribed Circle Diameter (d2)", L1max: "Point Length Max (L1)", L1min: "Point Length Min (L1)", L90: "Min Nominal Length - 90° Head (L)", LCounter: "Min Nominal Length - Countersunk Head (L)" }; const value = matchedSpec[targetParamKey]; resultDom.className = "success-text"; resultDom.textContent = `Query Result | Thread Spec: ${inputSpec}, Parameter: ${paramNameMap[targetParamKey]}, Value = ${value}`; } // Auto render table after page loaded window.onload = renderFullSpecTable; </script> </body> </html> } // Asignar texto seleccionado al nombre completo legible const paramNameMap = { PP: "Hilos por pulgada (PP)", D: "Diámetro mayor máximo (D)", dp: "Diámetro máximo del punto (dp)", d1: "Diámetro máximo del círculo circunscrito del hilo (d1)", d2: "Diámetro máximo del círculo circunscrito del punto (d2)", L1max: "Longitud máxima del punto (L1)", L1min: "Longitud mínima del punto (L1)", L90: "Longitud nominal mínima - Cabeza avellanada (L)", LCounter: "Longitud nominal mínima - Cabeza avellanada (L)" }; <!DOCTYPE html> <html lang="en"> <head> <meta charset="UTF-8"> <meta name="viewport" content="width=device-width, initial-scale=1.0"> <title>Self-Tapping Screw Thread Specification Reference Table</title> <style> *{box-sizing:border-box;font-family:Arial,Helvetica,sans-serif;} body{margin:24px auto;max-width:99%;padding:0 12px;} h2{text-align:center;color:#1a1a1a;margin-bottom:20px;} table{border-collapse:collapse;width:100%;font-size:14px;} th,td{border:1px solid #555;padding:9px 6px;text-align:center;vertical-align:middle;} th{background:#b3d9ff;font-weight:bold;} .left-align{text-align:left;} .query-box{margin:20px 0;padding:14px;border:1px solid #ccc;border-radius:6px;} .query-box input, .query-box select, .query-box button{padding:8px 11px;font-size:15px;margin:0 7px;} #query-result{margin-top:13px;font-size:16px;font-weight:600;} .error-text{color:#c22121;} .success-text{color:#00692c;} </style> </head> <body> <h2>Self-Tapping Screw Thread Specification Table (Unit: Inch)</h2> <!-- Query Operation Panel --> <div class="query-box"> <input id="thread-input" placeholder="Input Thread Spec: 2# / 3# / 4# / 5# / 6# / 8# / 10# / 1/4 / 5/16 / 3/8 / 7/16 / 1/2"> <select id="param-select"> <option value="PP">PP - Threads per inch</option> <option value="D">D - Max Major Diameter</option> <option value="dp">dp - Max Point Diameter</option> <option value="d1">d1 - Max Thread Circumscribed Circle Diameter</option> <option value="d2">d2 - Max Point Circumscribed Circle Diameter</option> <option value="L1max">L1 Max - Point Length Max</option> <option value="L1min">L1 Min - Point Length Min</option> <option value="L90">L Min Length (90° Head)</option> <option value="LCounter">L Min Length (Countersunk Head)</option> </select> <button onclick="searchSpecData()">Search Parameter Value</button> <div id="query-result"></div> </div> <!-- Table Render Container --> <div id="table-wrapper"></div> <script> // Raw full dataset extracted from the table image const specDataset = [ { spec: "2#", PP: 56, D: 0.086, dp: "/", d1: 0.088, d2: 0.070, L1max: 0.062, L1min: 0.036, L90: "5/32", LCounter: "3/16" }, { spec: "3#", PP: 48, D: 0.099, dp: "/", d1: 0.101, d2: 0.081, L1max: 0.073, L1min: 0.042, L90: "3/16", LCounter: "7/32" }, { spec: "4#", PP: 40, D: 0.112, dp: 0.086, d1: 0.115, d2: 0.090, L1max: 0.088, L1min: 0.050, L90: "3/16", LCounter: "1/4" }, { spec: "5#", PP: 40, D: 0.125, dp: 0.099, d1: 0.128, d2: 0.103, L1max: 0.088, L1min: 0.050, L90: "7/32", LCounter: "1/4" }, { spec: "6#", PP: 32, D: 0.138, dp: 0.106, d1: 0.141, d2: 0.111, L1max: 0.109, L1min: 0.062, L90: "1/4", LCounter: "5/16" }, { spec: "8#", PP: 32, D: 0.164, dp: 0.132, d1: 0.167, d2: 0.137, L1max: 0.109, L1min: 0.062, L90: "1/4", LCounter: "11/32" }, { spec: "10#", PP: 24, D: 0.190, dp: 0.147, d1: 0.194, d2: 0.153, L1max: 0.146, L1min: 0.083, L90: "5/16", LCounter: "13/32" }, { spec: "1/4", PP: 20, D: 0.250, dp: 0.198, d1: 0.255, d2: 0.206, L1max: 0.175, L1min: 0.100, L90: "13/32", LCounter: "1/2" }, { spec: "5/16", PP: 18, D: 0.313, dp: 0.255, d1: 0.318, d2: 0.264, L1max: 0.194, L1min: 0.111, L90: "15/32", LCounter: "5/8" }, { spec: "3/8", PP: 16, D: 0.375, dp: 0.310, d1: 0.381, d2: 0.320, L1max: 0.219, L1min: 0.125, L90: "9/16", LCounter: "23/32" }, { spec: "7/16", PP: 14, D: 0.438, dp: 0.361, d1: 0.445, d2: 0.375, L1max: 0.250, L1min: 0.143, L90: "21/32", LCounter: "13/16" }, { spec: "1/2", PP: 13, D: 0.500, dp: 0.416, d1: 0.508, d2: 0.433, L1max: 0.269, L1min: 0.154, L90: "23/32", LCounter: "7/9" } ]; // Column definition for table rendering const tableHeaderCols = [ "Thread Specification", "2#", "3#", "4#", "5#", "6#", "8#", "10#", "1/4", "5/16", "3/8", "7/16", "1/2" ]; const rowParamConfig = [ { label: "PP", fullName: "Threads per inch", fieldKey: "PP", subLabel: "" }, { label: "D", fullName: "Major Diameter", fieldKey: "D", subLabel: "Max" }, { label: "dp", fullName: "Point Diameter", fieldKey: "dp", subLabel: "Max" }, { label: "d1", fullName: "Thread Circumscribed Circle Diameter", fieldKey: "d1", subLabel: "Max" }, { label: "d2", fullName: "Point Circumscribed Circle Diameter", fieldKey: "d2", subLabel: "Max" }, { label: "L1", fullName: "Point Length", fieldKey: "L1max", subLabel: "Max" }, { label: "L1", fullName: "Point Length", fieldKey: "L1min", subLabel: "Min" }, { label: "L", fullName: "Minimum Nominal Length", fieldKey: "L90", subLabel: "90° Head" }, { label: "L", fullName: "Minimum Nominal Length", fieldKey: "LCounter", subLabel: "Countersunk Head" } ]; /** * Render complete specification table to page */ function renderFullSpecTable() { let htmlStr = `<table>`; // Table header row htmlStr += `<tr>`; tableHeaderCols.forEach(colName => { htmlStr += `<th class="left-align">${colName}</th>`; }); htmlStr += `</tr>`; // Generate each parameter data row rowParamConfig.forEach(rowCfg => { htmlStr += `<tr>`; // First column: parameter label + full name + sub label htmlStr += `<th class="left-align"> <div>${rowCfg.label}</div> <div>${rowCfg.fullName}</div> ${rowCfg.subLabel ? `<div>${rowCfg.subLabel}</div>` : ""} </th>`; // Fill each thread spec cell value specDataset.forEach(specItem => { htmlStr += `<td>${specItem[rowCfg.fieldKey]}</td>`; }); htmlStr += `</tr>`; }); htmlStr += `</table>`; document.getElementById("table-wrapper").innerHTML = htmlStr; } /** * Search spec parameter value by user input */ function searchSpecData() { const inputSpec = document.getElementById("thread-input").value.trim(); const targetParamKey = document.getElementById("param-select").value; const resultDom = document.getElementById("query-result"); let matchedSpec = null; // Match input thread specification for(let i=0; i<specDataset.length; i++) { if(specDataset[i].spec === inputSpec) { matchedSpec = specDataset[i]; break; } } if(!matchedSpec) { resultDom.className = "error-text"; resultDom.textContent = "Error: Invalid thread specification, please check input (example: 8# / 1/4)"; return; } // Map select text to readable full name const paramNameMap = { PP: "Threads per inch (PP)", D: "Max Major Diameter (D)", dp: "Max Point Diameter (dp)", d1: "Max Thread Circumscribed Circle Diameter (d1)", d2: "Max Point Circumscribed Circle Diameter (d2)", L1max: "Point Length Max (L1)", L1min: "Point Length Min (L1)", L90: "Min Nominal Length - 90° Head (L)", LCounter: "Min Nominal Length - Countersunk Head (L)" }; const value = matchedSpec[targetParamKey]; resultDom.className = "success-text"; resultDom.textContent = `Query Result | Thread Spec: ${inputSpec}, Parameter: ${paramNameMap[targetParamKey]}, Value = ${value}`; } // Auto render table after page loaded window.onload = renderFullSpecTable; </script> </body> </html>