﻿function display (displayMessage)

{
document.getElementById('hdFixTerms').innerHTML = displayMessage;
}



function minimum (message)

{
display('<div id="imagePosition"> \n' +
    '<img id="tech_terms" height="375" border="0" width="500" name="tech_terms" alt="" src="images/HD_BOLT_MIN.jpg"/> \n' +
    '</div> \n' +
'<div id="explanation" align="center"><br><br><br><br><br> \n' +
'<align="center"><b>Minimum Fixing Thickness<br></b><br><br>This is the minimum distance that the bolt is able to clamp.<br><br>This is calculated from the overall thickness of all materials being clamped.</div>');
}



function maximum (message)

{
display('<div id="imagePosition"> \n' +
    '<img id="tech_terms" height="375" border="0" width="500" name="tech_terms" alt="" src="images/HD_BOLT_MAX.jpg"/> \n' +
    '</div> \n' +
'<div id="explanation" align="center"><br><br><br><br><br> \n' +
'<align="center"><b>Maximum Fixing Thickness<br></b><br><br>This is the maximum distance that the bolt is able to clamp.<br><br>This is calculated from the overall thickness of all materials being clamped.</div>');
}



function tensile (message)

{
display('<div id="imagePosition"> \n' +
    '<img id="tech_terms" height="375" border="0" width="500" name="tech_terms" alt="" src="images/HD_BOLT_TENSILE.jpg"/> \n' +
    '</div> \n' +
'<div id="explanation" align="center"><br><br><br><br><br> \n' +
'<align="center"><b>Tensile Strength<br></b><br><br>This is the ultimate pullout force required for the bolt to fail when under a tensile load.</div>');
}



function shearThread (message)

{
display('<div id="imagePosition"> \n' +
    '<img id="tech_terms" height="375" border="0" width="500" name="tech_terms" alt="" src="images/HD_BOLT_SHEAR.jpg"/> \n' +
    '</div> \n' +
'<div id="explanation" align="center"><br><br><br><br><br> \n' +
'<align="center"><b>Shear Strength Over Thread<br></b><br><br>This is the ultimate force required for the bolt to fail when the shear plane, produced by the two materials being clamped, falls over the threaded portion of the bolt.</div>');
}


function depth (message)

{
display('<div id="imagePosition"> \n' +
    '<img id="tech_terms" height="375" border="0" width="500" name="tech_terms" alt="" src="images/HD_BOLT_DC.jpg"/> \n' +
    '</div> \n' +
'<div id="explanation" align="center"><br><br> \n' +
'<align="center"><b>Depth Clearance<br></b><br><br>Depth Clearance is the minimum distance required within a cavity to allow the Heavy Duty Bolt\'s legs to deploy.<br><br>Careful attention must be payed to this criteria when fixing into Steel Hollow Sections to prevent the bolt reaching the opposite section wall before the bolt has been installed correctly.</div>');
}


function reset12 (message)

{
display('<div id="imagePosition"> \n' +
    
    '<img id="tech_terms" height="375" border="0" width="500" name="tech_terms" alt="" src="images/HD_BOLT_DIMS_ALL.jpg"/> \n' +
    '</div> \n' +
        '<div id="explanation" align="center"> \n' +
       ' </div> ');
}