/***********************************************
* Image w/ description tooltip- By Dynamic Web Coding (www.dyn-web.com)
* Copyright 2002-2007 by Sharon Paine
* Visit Dynamic Drive at http://www.dynamicdrive.com/ for full source code
***********************************************/
/* IMPORTANT: Put script after tooltip div or
put tooltip div just before
. */
var dom = (document.getElementById) ? true : false;
var ns5 = (!document.all && dom || window.opera) ? true: false;
var ie5 = ((navigator.userAgent.indexOf("MSIE")>-1) && dom) ? true : false;
var ie4 = (document.all && !dom) ? true : false;
var nodyn = (!ns5 && !ie4 && !ie5 && !dom) ? true : false;
var origWidth, origHeight;
// avoid error of passing event object in older browsers
if (nodyn) { event = "nope" }
/////////////////////// CUSTOMIZE HERE ////////////////////
// settings for tooltip
// Do you want tip to move when mouse moves over link?
var tipFollowMouse= true;
// Be sure to set tipWidth wide enough for widest image
var tipWidth= 320;
var offX= 20; // how far from mouse to show tip
var offY= 12;
var tipFontFamily= "Verdana, arial, helvetica, sans-serif";
var tipFontSize= "8pt";
// set default text color and background color for tooltip here
// individual tooltips can have their own (set in messages arrays)
// but don't have to
var tipFontColor= "#000000";
var tipBgColor= "#DDECFF";
var tipBorderColor= "#cae0e0";
var tipBorderWidth= 1;
var tipBorderStyle= "ridge";
var tipPadding= 4;
// tooltip content goes here (image, description, optional bgColor, optional textcolor)
var messages = new Array();
// multi-dimensional arrays containing:
// image and text for tooltip
// optional: bgColor and color to be sent to tooltip
messages[0] = new Array('red_balloon.gif','Here is a red balloon on a white background',"#f9d900");
messages[1] = new Array('super/C60150SS-2-In-Turnaround.jpg','The 180 degree Turnaround Unit must be part of every Super 4 or Super 6 conveyor that uses the 180 degree Direct Drive Unit. The Turnaround unit serves as the automatic cable tension take up on the slack side of the conveyor circuit. It also serves to complete the conveyor circuit by turning the cable 180 degree in a multi-corner circuit conveyor and a parallel tube conveyor. If the cable tension becomes too high (cable is too tight) or if the slack becomes excessive (cable is too loose), an electrical limit switch shuts off the electric motor.',"#f9d900");
messages[2] = new Array('super/super4comp/drive.jpg','
The 180 degree Direct Drive Unit is the mechanism for the Super 4 and Super 6 systems that pulls the cable through the system. The cable is pulled through the drive unit by a sprocket powered by an electric gearmotor with variable frequency drive. The cable can enter or exit through either port. As there is no tensioning device on this unit, it must be used in conjunction with the 180 degree Turnaround Unit.
',"#038f00");
messages[3] = new Array('super/super4comp/discharge.jpg','
The Pneumatic Discharge Valve is used as the transition from the tube to the desired discharge location. It is equipped with a 180 degree air actuator which positions an inner tube to allow product to be conveyed through the valve or rotates the tube to allow product to be discharged out of the bottom of the valve. Multiple valves may be joined end to end or located throughout the conveyor system.
',"#5b470b");
messages[4] = new Array('super/super4comp/cable.jpg','
The Cable with Slugs is the heart of the CABLEVEY conveyor system. The cable is always an endless loop and, with discs attached, carries product as it is pulled through conveyor tubes. The 7/32 in. (5.556 mm) diameter, 6 x 31 extra flexible, preformed, hi-fatigue, aircraft cable is made in keeping with the requirements of aircraft manufacturers, airlines, Federal Government and Military Specifications. The galvanized cable is rated at a minimum strength of 5,600 Lbs. (2,539.7 kg), stainless steel 5,000 lbs (2,267.6 kg). The zinc slugs molded onto the cable carry a greater load than the cable’s minimum strength.
',"#00478f");
messages[5] = new Array('super/components/tube.jpg','
The Inspection Section is an acrylic tube used to view the product being conveyed.
',"#ff911a");
messages[6] = new Array('super/super4comp/disc.jpg','
Description Her.
',"#ff1aab");
messages[7] = new Array('super/super4comp/super4Inlet.jpg','
The Gravity Fill Inlet is a metering device and transition for product to flow from the source (i.e., silo, mill, bag dump station) into the conveying system.
',"#a800e7");
messages[8] = new Array('super/super4comp/sweeper.jpg','
Description Here.
',"#ff0000");
messages[9] = new Array('super/super4comp/tube.jpg','
Description Here.
',"#1a60ff");
//////////////////// END OF CUSTOMIZATION AREA ///////////////////
// preload images that are to appear in tooltip
// from arrays above
if (document.images) {
var theImgs = new Array();
for (var i=0; i
';
var endStr = '
';
////////////////////////////////////////////////////////////
// initTip - initialization for tooltip.
// Global variables for tooltip.
// Set styles
// Set up mousemove capture if tipFollowMouse set true.
////////////////////////////////////////////////////////////
var tooltip, tipcss;
function initTip() {
if (nodyn) return;
tooltip = (ie4)? document.all['tipDiv']: (ie5||ns5)? document.getElementById('tipDiv'): null;
tipcss = tooltip.style;
if (ie4||ie5||ns5) { // ns4 would lose all this on rewrites
tipcss.width = tipWidth+"px";
tipcss.fontFamily = tipFontFamily;
tipcss.fontSize = tipFontSize;
tipcss.color = tipFontColor;
tipcss.backgroundColor = tipBgColor;
tipcss.borderColor = tipBorderColor;
tipcss.borderWidth = tipBorderWidth+"px";
tipcss.padding = tipPadding+"px";
tipcss.borderStyle = tipBorderStyle;
}
if (tooltip&&tipFollowMouse) {
document.onmousemove = trackMouse;
}
}
window.onload = initTip;
/////////////////////////////////////////////////
// doTooltip function
// Assembles content for tooltip and writes
// it to tipDiv
/////////////////////////////////////////////////
var t1,t2; // for setTimeouts
var tipOn = false; // check if over tooltip link
function doTooltip(evt,num) {
if (!tooltip) return;
if (t1) clearTimeout(t1); if (t2) clearTimeout(t2);
tipOn = true;
// set colors if included in messages array
if (messages[num][2]) var curBgColor = messages[num][2];
else curBgColor = tipBgColor;
if (messages[num][3]) var curFontColor = messages[num][3];
else curFontColor = tipFontColor;
if (ie4||ie5||ns5) {
var tip = startStr + messages[num][0] + midStr + '' + messages[num][1] + '' + endStr;
tipcss.backgroundColor = curBgColor;
tooltip.innerHTML = tip;
}
if (!tipFollowMouse) positionTip(evt);
else t1=setTimeout("tipcss.visibility='visible'",100);
}
var mouseX, mouseY;
function trackMouse(evt) {
standardbody=(document.compatMode=="CSS1Compat")? document.documentElement : document.body //create reference to common "body" across doctypes
mouseX = (ns5)? evt.pageX: window.event.clientX + standardbody.scrollLeft;
mouseY = (ns5)? evt.pageY: window.event.clientY + standardbody.scrollTop;
if (tipOn) positionTip(evt);
}
/////////////////////////////////////////////////////////////
// positionTip function
// If tipFollowMouse set false, so trackMouse function
// not being used, get position of mouseover event.
// Calculations use mouseover event position,
// offset amounts and tooltip width to position
// tooltip within window.
/////////////////////////////////////////////////////////////
function positionTip(evt) {
if (!tipFollowMouse) {
mouseX = (ns5)? evt.pageX: window.event.clientX + standardbody.scrollLeft;
mouseY = (ns5)? evt.pageY: window.event.clientY + standardbody.scrollTop;
}
// tooltip width and height
var tpWd = (ie4||ie5)? tooltip.clientWidth: tooltip.offsetWidth;
var tpHt = (ie4||ie5)? tooltip.clientHeight: tooltip.offsetHeight;
// document area in view (subtract scrollbar width for ns)
var winWd = (ns5)? window.innerWidth-20+window.pageXOffset: standardbody.clientWidth+standardbody.scrollLeft;
var winHt = (ns5)? window.innerHeight-20+window.pageYOffset: standardbody.clientHeight+standardbody.scrollTop;
// check mouse position against tip and window dimensions
// and position the tooltip
if ((mouseX+offX+tpWd)>winWd)
tipcss.left = mouseX-(tpWd+offX)+"px";
else tipcss.left = mouseX+offX+"px";
if ((mouseY+offY+tpHt)>winHt)
tipcss.top = winHt-(tpHt+offY)+"px";
else tipcss.top = mouseY+offY+"px";
if (!tipFollowMouse) t1=setTimeout("tipcss.visibility='visible'",100);
}
function hideTip() {
if (!tooltip) return;
t2=setTimeout("tipcss.visibility='hidden'",100);
tipOn = false;
}
document.write('')
Function:
The Stainless Steel Cleanout Disc is used to clean the tubing inside walls. The disc functions as a scraper cleaning the inside walls preventing product build-up.
These discs may be easily added to the cable as needed because the cable does not have to be cut in the assembly process. Back Top ^
CLEANOUT DISC: C00156
Function:
The Cleanout Disc is used to wipe the inside walls of the tubing. It is made of a urethane disc measuring 4 ¼” in diameter. Because it is larger than the inside diameter of the tube, it is able to move loose product that would settle inside tubes and sweep corners. Back Top ^
AIR KNIVES, 4 INCH DRIVE: C00173
Function:
The Air Jet is an accessory used for cleaning off the discs while the system is in operation. The Air Jet assembly is most commonly attached to the flared entry port in the drive unit, though it may be attached to the exit port or both ports. This component should be attached and regulated by the facility’s pneumatic system. Back Top ^
Function:
The Cleanout Section is installed in the conveyor line above the product delivery location. As the discs push product into the Cleanout Section, a 24-inch (60.96cm) long by 5-inch (12.70cm) wide opening in the bottom of the Cleanout Section permits the product to free fall out of the conveyor. To completely empty the system of all product being conveyed, the cable discs slide up and drop off a short plastic block. This action produces a side-to-side vibration in the cable and discs which shakes product off the cable and disc shoulders and out of the conveyor.
