// THIS FILE IS AUTOMATICALLY GENERATED.
// DO NOT ADD SCRIPTS TO THIS FILE AS THEY WILL BE OVERWRITTEN.
// Generated Date: 3/21/2007 3:39:10 PM

function setConductorAndPairCounts(awg)
{
	var arrAwgs = awg.split(', ');
	var nPairCount			= document.select_form.nPairCount;
	var nConductorCount	= document.select_form.nConductorCount;
	nPairCount.disabled = false;
	nConductorCount.disabled = false;
	var arrPairCount		= new Array();
	var arrConductorCount	= new Array();
	nPairCount.options.length = 0;
	nPairCount.options[nPairCount.options.length] = new Option('-- Select Pair Count --','');
	nConductorCount.options.length = 0;
	nConductorCount.options[nConductorCount.options.length] = new Option('-- Select Conductor Count --','');
	if( awg == "" )
	{
		nConductorCount.options.length = 0;
		nConductorCount.options[nConductorCount.options.length] = new Option('-- Choose Gauge Size First --','');
		nPairCount.options.length = 0;
		nPairCount.options[nPairCount.options.length] = new Option('-- Choose Gauge Size First --','');
		// Do Nothing
		return; // BAIL
	}
	for( var i = 0; i < arrAwgs.length; i++ )
	{
		if (arrAwgs[i] == "'1 AWG'")
		{
			insertArrayDistinctNumber(arrPairCount, 1);
			insertArrayDistinctNumber(arrPairCount, 2);
		} // (arrAwgs[i] == '1 AWG')
		else if (arrAwgs[i] == "'10 AWG'")
		{
			insertArrayDistinctNumber(arrPairCount, 1);
			insertArrayDistinctNumber(arrPairCount, 2);
		} // (arrAwgs[i] == '10 AWG')
		else if (arrAwgs[i] == "'12 AWG'")
		{
			insertArrayDistinctNumber(arrPairCount, 1);
			insertArrayDistinctNumber(arrPairCount, 2);
		} // (arrAwgs[i] == '12 AWG')
		else if (arrAwgs[i] == "'14 AWG'")
		{
			insertArrayDistinctNumber(arrPairCount, 1);
			insertArrayDistinctNumber(arrPairCount, 2);
		} // (arrAwgs[i] == '14 AWG')
		else if (arrAwgs[i] == "'16 AWG'")
		{
			insertArrayDistinctNumber(arrPairCount, 1);
			insertArrayDistinctNumber(arrPairCount, 2);
		} // (arrAwgs[i] == '16 AWG')
		else if (arrAwgs[i] == "'18 AWG'")
		{
			insertArrayDistinctNumber(arrPairCount, 1);
			insertArrayDistinctNumber(arrPairCount, 2);
			insertArrayDistinctNumber(arrPairCount, 3);
			insertArrayDistinctNumber(arrPairCount, 4);
			insertArrayDistinctNumber(arrPairCount, 5);
		} // (arrAwgs[i] == '18 AWG')
		else if (arrAwgs[i] == "'19 AWG'")
		{
			insertArrayDistinctNumber(arrPairCount, 1);
			insertArrayDistinctNumber(arrPairCount, 2);
			insertArrayDistinctNumber(arrPairCount, 3);
			insertArrayDistinctNumber(arrPairCount, 4);
			insertArrayDistinctNumber(arrPairCount, 5);
			insertArrayDistinctNumber(arrPairCount, 6);
		} // (arrAwgs[i] == '19 AWG')
		else if (arrAwgs[i] == "'2 AWG'")
		{
			insertArrayDistinctNumber(arrPairCount, 1);
			insertArrayDistinctNumber(arrPairCount, 2);
		} // (arrAwgs[i] == '2 AWG')
		else if (arrAwgs[i] == "'20 AWG'")
		{
			insertArrayDistinctNumber(arrPairCount, 1);
			insertArrayDistinctNumber(arrPairCount, 2);
			insertArrayDistinctNumber(arrPairCount, 3);
			insertArrayDistinctNumber(arrPairCount, 4);
			insertArrayDistinctNumber(arrPairCount, 5);
			insertArrayDistinctNumber(arrPairCount, 6);
			insertArrayDistinctNumber(arrPairCount, 8);
			insertArrayDistinctNumber(arrPairCount, 10);
			insertArrayDistinctNumber(arrPairCount, 14);
		} // (arrAwgs[i] == '20 AWG')
		else if (arrAwgs[i] == "'21 AWG'")
		{
			insertArrayDistinctNumber(arrPairCount, 2);
			insertArrayDistinctNumber(arrPairCount, 3);
			insertArrayDistinctNumber(arrPairCount, 4);
			insertArrayDistinctNumber(arrPairCount, 5);
			insertArrayDistinctNumber(arrPairCount, 6);
			insertArrayDistinctNumber(arrPairCount, 8);
			insertArrayDistinctNumber(arrPairCount, 10);
			insertArrayDistinctNumber(arrPairCount, 12);
			insertArrayDistinctNumber(arrPairCount, 16);
		} // (arrAwgs[i] == '21 AWG')
		else if (arrAwgs[i] == "'22 AWG'")
		{
			insertArrayDistinctNumber(arrPairCount, 1);
			insertArrayDistinctNumber(arrPairCount, 2);
			insertArrayDistinctNumber(arrPairCount, 3);
			insertArrayDistinctNumber(arrPairCount, 4);
			insertArrayDistinctNumber(arrPairCount, 5);
			insertArrayDistinctNumber(arrPairCount, 6);
			insertArrayDistinctNumber(arrPairCount, 8);
			insertArrayDistinctNumber(arrPairCount, 10);
		} // (arrAwgs[i] == '22 AWG')
		else if (arrAwgs[i] == "'24 AWG'")
		{
			insertArrayDistinctNumber(arrPairCount, 1);
			insertArrayDistinctNumber(arrPairCount, 2);
			insertArrayDistinctNumber(arrPairCount, 3);
			insertArrayDistinctNumber(arrPairCount, 4);
			insertArrayDistinctNumber(arrPairCount, 5);
			insertArrayDistinctNumber(arrPairCount, 6);
			insertArrayDistinctNumber(arrPairCount, 7);
			insertArrayDistinctNumber(arrPairCount, 8);
			insertArrayDistinctNumber(arrPairCount, 10);
			insertArrayDistinctNumber(arrPairCount, 12);
			insertArrayDistinctNumber(arrPairCount, 14);
			insertArrayDistinctNumber(arrPairCount, 16);
			insertArrayDistinctNumber(arrPairCount, 25);
		} // (arrAwgs[i] == '24 AWG')
		else if (arrAwgs[i] == "'26 AWG'")
		{
			insertArrayDistinctNumber(arrPairCount, 1);
			insertArrayDistinctNumber(arrPairCount, 2);
			insertArrayDistinctNumber(arrPairCount, 3);
			insertArrayDistinctNumber(arrPairCount, 4);
			insertArrayDistinctNumber(arrPairCount, 5);
			insertArrayDistinctNumber(arrPairCount, 6);
			insertArrayDistinctNumber(arrPairCount, 8);
			insertArrayDistinctNumber(arrPairCount, 10);
			insertArrayDistinctNumber(arrPairCount, 12);
			insertArrayDistinctNumber(arrPairCount, 14);
			insertArrayDistinctNumber(arrPairCount, 16);
			insertArrayDistinctNumber(arrPairCount, 18);
			insertArrayDistinctNumber(arrPairCount, 20);
			insertArrayDistinctNumber(arrPairCount, 25);
			insertArrayDistinctNumber(arrPairCount, 30);
			insertArrayDistinctNumber(arrPairCount, 50);
		} // (arrAwgs[i] == '26 AWG')
		else if (arrAwgs[i] == "'28 AWG'")
		{
			insertArrayDistinctNumber(arrPairCount, 3);
			insertArrayDistinctNumber(arrPairCount, 4);
			insertArrayDistinctNumber(arrPairCount, 6);
			insertArrayDistinctNumber(arrPairCount, 8);
			insertArrayDistinctNumber(arrPairCount, 12);
			insertArrayDistinctNumber(arrPairCount, 18);
		} // (arrAwgs[i] == '28 AWG')
		else if (arrAwgs[i] == "'4 AWG'")
		{
			insertArrayDistinctNumber(arrPairCount, 1);
			insertArrayDistinctNumber(arrPairCount, 2);
		} // (arrAwgs[i] == '4 AWG')
		else if (arrAwgs[i] == "'6 AWG'")
		{
			insertArrayDistinctNumber(arrPairCount, 1);
			insertArrayDistinctNumber(arrPairCount, 2);
		} // (arrAwgs[i] == '6 AWG')
		else if (arrAwgs[i] == "'8 AWG'")
		{
			insertArrayDistinctNumber(arrPairCount, 1);
			insertArrayDistinctNumber(arrPairCount, 2);
		} // ifs
		if (arrAwgs[i] == "'1 AWG'")
		{
			insertArrayDistinctNumber(arrConductorCount, 1);
			insertArrayDistinctNumber(arrConductorCount, 3);
			insertArrayDistinctNumber(arrConductorCount, 4);
			insertArrayDistinctNumber(arrConductorCount, 5);
		} // (arrAwgs[i] == '1 AWG')
		else if (arrAwgs[i] == "'1/0 AWG'")
		{
			insertArrayDistinctNumber(arrConductorCount, 1);
			insertArrayDistinctNumber(arrConductorCount, 3);
		} // (arrAwgs[i] == '1/0 AWG')
		else if (arrAwgs[i] == "'10 AWG'")
		{
			insertArrayDistinctNumber(arrConductorCount, 1);
			insertArrayDistinctNumber(arrConductorCount, 2);
			insertArrayDistinctNumber(arrConductorCount, 3);
			insertArrayDistinctNumber(arrConductorCount, 4);
			insertArrayDistinctNumber(arrConductorCount, 5);
			insertArrayDistinctNumber(arrConductorCount, 7);
			insertArrayDistinctNumber(arrConductorCount, 9);
			insertArrayDistinctNumber(arrConductorCount, 12);
			insertArrayDistinctNumber(arrConductorCount, 19);
		} // (arrAwgs[i] == '10 AWG')
		else if (arrAwgs[i] == "'12 AWG'")
		{
			insertArrayDistinctNumber(arrConductorCount, 1);
			insertArrayDistinctNumber(arrConductorCount, 2);
			insertArrayDistinctNumber(arrConductorCount, 3);
			insertArrayDistinctNumber(arrConductorCount, 4);
			insertArrayDistinctNumber(arrConductorCount, 5);
			insertArrayDistinctNumber(arrConductorCount, 6);
			insertArrayDistinctNumber(arrConductorCount, 7);
			insertArrayDistinctNumber(arrConductorCount, 8);
			insertArrayDistinctNumber(arrConductorCount, 9);
			insertArrayDistinctNumber(arrConductorCount, 11);
			insertArrayDistinctNumber(arrConductorCount, 12);
			insertArrayDistinctNumber(arrConductorCount, 15);
			insertArrayDistinctNumber(arrConductorCount, 16);
			insertArrayDistinctNumber(arrConductorCount, 19);
			insertArrayDistinctNumber(arrConductorCount, 20);
			insertArrayDistinctNumber(arrConductorCount, 25);
		} // (arrAwgs[i] == '12 AWG')
		else if (arrAwgs[i] == "'14 AWG'")
		{
			insertArrayDistinctNumber(arrConductorCount, 1);
			insertArrayDistinctNumber(arrConductorCount, 2);
			insertArrayDistinctNumber(arrConductorCount, 3);
			insertArrayDistinctNumber(arrConductorCount, 4);
			insertArrayDistinctNumber(arrConductorCount, 5);
			insertArrayDistinctNumber(arrConductorCount, 6);
			insertArrayDistinctNumber(arrConductorCount, 7);
			insertArrayDistinctNumber(arrConductorCount, 8);
			insertArrayDistinctNumber(arrConductorCount, 9);
			insertArrayDistinctNumber(arrConductorCount, 10);
			insertArrayDistinctNumber(arrConductorCount, 12);
			insertArrayDistinctNumber(arrConductorCount, 14);
			insertArrayDistinctNumber(arrConductorCount, 15);
			insertArrayDistinctNumber(arrConductorCount, 16);
			insertArrayDistinctNumber(arrConductorCount, 18);
			insertArrayDistinctNumber(arrConductorCount, 19);
			insertArrayDistinctNumber(arrConductorCount, 24);
			insertArrayDistinctNumber(arrConductorCount, 25);
			insertArrayDistinctNumber(arrConductorCount, 30);
			insertArrayDistinctNumber(arrConductorCount, 34);
			insertArrayDistinctNumber(arrConductorCount, 36);
			insertArrayDistinctNumber(arrConductorCount, 50);
		} // (arrAwgs[i] == '14 AWG')
		else if (arrAwgs[i] == "'16 AWG'")
		{
			insertArrayDistinctNumber(arrConductorCount, 1);
			insertArrayDistinctNumber(arrConductorCount, 2);
			insertArrayDistinctNumber(arrConductorCount, 3);
			insertArrayDistinctNumber(arrConductorCount, 4);
			insertArrayDistinctNumber(arrConductorCount, 5);
			insertArrayDistinctNumber(arrConductorCount, 6);
			insertArrayDistinctNumber(arrConductorCount, 7);
			insertArrayDistinctNumber(arrConductorCount, 8);
			insertArrayDistinctNumber(arrConductorCount, 9);
			insertArrayDistinctNumber(arrConductorCount, 10);
			insertArrayDistinctNumber(arrConductorCount, 11);
			insertArrayDistinctNumber(arrConductorCount, 12);
			insertArrayDistinctNumber(arrConductorCount, 13);
			insertArrayDistinctNumber(arrConductorCount, 15);
			insertArrayDistinctNumber(arrConductorCount, 16);
			insertArrayDistinctNumber(arrConductorCount, 17);
			insertArrayDistinctNumber(arrConductorCount, 18);
			insertArrayDistinctNumber(arrConductorCount, 19);
			insertArrayDistinctNumber(arrConductorCount, 20);
			insertArrayDistinctNumber(arrConductorCount, 24);
			insertArrayDistinctNumber(arrConductorCount, 25);
			insertArrayDistinctNumber(arrConductorCount, 26);
			insertArrayDistinctNumber(arrConductorCount, 33);
			insertArrayDistinctNumber(arrConductorCount, 34);
			insertArrayDistinctNumber(arrConductorCount, 36);
			insertArrayDistinctNumber(arrConductorCount, 41);
			insertArrayDistinctNumber(arrConductorCount, 42);
			insertArrayDistinctNumber(arrConductorCount, 49);
			insertArrayDistinctNumber(arrConductorCount, 50);
			insertArrayDistinctNumber(arrConductorCount, 60);
			insertArrayDistinctNumber(arrConductorCount, 61);
			insertArrayDistinctNumber(arrConductorCount, 65);
			insertArrayDistinctNumber(arrConductorCount, 80);
		} // (arrAwgs[i] == '16 AWG')
		else if (arrAwgs[i] == "'17 AWG'")
		{
			insertArrayDistinctNumber(arrConductorCount, 1);
			insertArrayDistinctNumber(arrConductorCount, 2);
			insertArrayDistinctNumber(arrConductorCount, 3);
			insertArrayDistinctNumber(arrConductorCount, 5);
			insertArrayDistinctNumber(arrConductorCount, 25);
		} // (arrAwgs[i] == '17 AWG')
		else if (arrAwgs[i] == "'18 AWG'")
		{
			insertArrayDistinctNumber(arrConductorCount, 1);
			insertArrayDistinctNumber(arrConductorCount, 2);
			insertArrayDistinctNumber(arrConductorCount, 3);
			insertArrayDistinctNumber(arrConductorCount, 4);
			insertArrayDistinctNumber(arrConductorCount, 5);
			insertArrayDistinctNumber(arrConductorCount, 6);
			insertArrayDistinctNumber(arrConductorCount, 7);
			insertArrayDistinctNumber(arrConductorCount, 8);
			insertArrayDistinctNumber(arrConductorCount, 9);
			insertArrayDistinctNumber(arrConductorCount, 10);
			insertArrayDistinctNumber(arrConductorCount, 11);
			insertArrayDistinctNumber(arrConductorCount, 12);
			insertArrayDistinctNumber(arrConductorCount, 14);
			insertArrayDistinctNumber(arrConductorCount, 15);
			insertArrayDistinctNumber(arrConductorCount, 16);
			insertArrayDistinctNumber(arrConductorCount, 18);
			insertArrayDistinctNumber(arrConductorCount, 19);
			insertArrayDistinctNumber(arrConductorCount, 20);
			insertArrayDistinctNumber(arrConductorCount, 23);
			insertArrayDistinctNumber(arrConductorCount, 24);
			insertArrayDistinctNumber(arrConductorCount, 25);
			insertArrayDistinctNumber(arrConductorCount, 33);
			insertArrayDistinctNumber(arrConductorCount, 34);
			insertArrayDistinctNumber(arrConductorCount, 36);
			insertArrayDistinctNumber(arrConductorCount, 41);
			insertArrayDistinctNumber(arrConductorCount, 42);
			insertArrayDistinctNumber(arrConductorCount, 48);
			insertArrayDistinctNumber(arrConductorCount, 49);
			insertArrayDistinctNumber(arrConductorCount, 50);
			insertArrayDistinctNumber(arrConductorCount, 54);
			insertArrayDistinctNumber(arrConductorCount, 61);
			insertArrayDistinctNumber(arrConductorCount, 65);
			insertArrayDistinctNumber(arrConductorCount, 80);
		} // (arrAwgs[i] == '18 AWG')
		else if (arrAwgs[i] == "'19 AWG'")
		{
			insertArrayDistinctNumber(arrConductorCount, 1);
			insertArrayDistinctNumber(arrConductorCount, 2);
			insertArrayDistinctNumber(arrConductorCount, 3);
			insertArrayDistinctNumber(arrConductorCount, 4);
			insertArrayDistinctNumber(arrConductorCount, 5);
			insertArrayDistinctNumber(arrConductorCount, 7);
			insertArrayDistinctNumber(arrConductorCount, 10);
			insertArrayDistinctNumber(arrConductorCount, 12);
			insertArrayDistinctNumber(arrConductorCount, 14);
			insertArrayDistinctNumber(arrConductorCount, 16);
			insertArrayDistinctNumber(arrConductorCount, 18);
			insertArrayDistinctNumber(arrConductorCount, 20);
			insertArrayDistinctNumber(arrConductorCount, 25);
			insertArrayDistinctNumber(arrConductorCount, 26);
			insertArrayDistinctNumber(arrConductorCount, 30);
			insertArrayDistinctNumber(arrConductorCount, 34);
			insertArrayDistinctNumber(arrConductorCount, 36);
			insertArrayDistinctNumber(arrConductorCount, 50);
			insertArrayDistinctNumber(arrConductorCount, 60);
		} // (arrAwgs[i] == '19 AWG')
		else if (arrAwgs[i] == "'2 AWG'")
		{
			insertArrayDistinctNumber(arrConductorCount, 1);
			insertArrayDistinctNumber(arrConductorCount, 3);
			insertArrayDistinctNumber(arrConductorCount, 4);
			insertArrayDistinctNumber(arrConductorCount, 5);
		} // (arrAwgs[i] == '2 AWG')
		else if (arrAwgs[i] == "'2/0 AWG'")
		{
			insertArrayDistinctNumber(arrConductorCount, 1);
			insertArrayDistinctNumber(arrConductorCount, 3);
			insertArrayDistinctNumber(arrConductorCount, 4);
		} // (arrAwgs[i] == '2/0 AWG')
		else if (arrAwgs[i] == "'20 AWG'")
		{
			insertArrayDistinctNumber(arrConductorCount, 1);
			insertArrayDistinctNumber(arrConductorCount, 2);
			insertArrayDistinctNumber(arrConductorCount, 3);
			insertArrayDistinctNumber(arrConductorCount, 4);
			insertArrayDistinctNumber(arrConductorCount, 5);
			insertArrayDistinctNumber(arrConductorCount, 6);
			insertArrayDistinctNumber(arrConductorCount, 7);
			insertArrayDistinctNumber(arrConductorCount, 8);
			insertArrayDistinctNumber(arrConductorCount, 9);
			insertArrayDistinctNumber(arrConductorCount, 10);
			insertArrayDistinctNumber(arrConductorCount, 12);
			insertArrayDistinctNumber(arrConductorCount, 14);
			insertArrayDistinctNumber(arrConductorCount, 15);
			insertArrayDistinctNumber(arrConductorCount, 18);
			insertArrayDistinctNumber(arrConductorCount, 20);
			insertArrayDistinctNumber(arrConductorCount, 25);
			insertArrayDistinctNumber(arrConductorCount, 34);
			insertArrayDistinctNumber(arrConductorCount, 50);
		} // (arrAwgs[i] == '20 AWG')
		else if (arrAwgs[i] == "'21 AWG'")
		{
			insertArrayDistinctNumber(arrConductorCount, 1);
			insertArrayDistinctNumber(arrConductorCount, 2);
			insertArrayDistinctNumber(arrConductorCount, 3);
			insertArrayDistinctNumber(arrConductorCount, 4);
			insertArrayDistinctNumber(arrConductorCount, 5);
			insertArrayDistinctNumber(arrConductorCount, 6);
			insertArrayDistinctNumber(arrConductorCount, 7);
			insertArrayDistinctNumber(arrConductorCount, 8);
			insertArrayDistinctNumber(arrConductorCount, 10);
			insertArrayDistinctNumber(arrConductorCount, 12);
			insertArrayDistinctNumber(arrConductorCount, 16);
			insertArrayDistinctNumber(arrConductorCount, 18);
			insertArrayDistinctNumber(arrConductorCount, 20);
			insertArrayDistinctNumber(arrConductorCount, 25);
			insertArrayDistinctNumber(arrConductorCount, 30);
			insertArrayDistinctNumber(arrConductorCount, 34);
			insertArrayDistinctNumber(arrConductorCount, 35);
			insertArrayDistinctNumber(arrConductorCount, 36);
			insertArrayDistinctNumber(arrConductorCount, 40);
			insertArrayDistinctNumber(arrConductorCount, 50);
			insertArrayDistinctNumber(arrConductorCount, 52);
			insertArrayDistinctNumber(arrConductorCount, 60);
			insertArrayDistinctNumber(arrConductorCount, 65);
			insertArrayDistinctNumber(arrConductorCount, 80);
		} // (arrAwgs[i] == '21 AWG')
		else if (arrAwgs[i] == "'22 AWG'")
		{
			insertArrayDistinctNumber(arrConductorCount, 0);
			insertArrayDistinctNumber(arrConductorCount, 1);
			insertArrayDistinctNumber(arrConductorCount, 2);
			insertArrayDistinctNumber(arrConductorCount, 3);
			insertArrayDistinctNumber(arrConductorCount, 4);
			insertArrayDistinctNumber(arrConductorCount, 5);
			insertArrayDistinctNumber(arrConductorCount, 6);
			insertArrayDistinctNumber(arrConductorCount, 7);
			insertArrayDistinctNumber(arrConductorCount, 8);
			insertArrayDistinctNumber(arrConductorCount, 10);
			insertArrayDistinctNumber(arrConductorCount, 12);
			insertArrayDistinctNumber(arrConductorCount, 14);
			insertArrayDistinctNumber(arrConductorCount, 15);
			insertArrayDistinctNumber(arrConductorCount, 16);
			insertArrayDistinctNumber(arrConductorCount, 18);
			insertArrayDistinctNumber(arrConductorCount, 20);
			insertArrayDistinctNumber(arrConductorCount, 21);
			insertArrayDistinctNumber(arrConductorCount, 24);
			insertArrayDistinctNumber(arrConductorCount, 25);
			insertArrayDistinctNumber(arrConductorCount, 28);
			insertArrayDistinctNumber(arrConductorCount, 30);
			insertArrayDistinctNumber(arrConductorCount, 32);
			insertArrayDistinctNumber(arrConductorCount, 36);
			insertArrayDistinctNumber(arrConductorCount, 40);
			insertArrayDistinctNumber(arrConductorCount, 44);
			insertArrayDistinctNumber(arrConductorCount, 50);
		} // (arrAwgs[i] == '22 AWG')
		else if (arrAwgs[i] == "'24 AWG'")
		{
			insertArrayDistinctNumber(arrConductorCount, 1);
			insertArrayDistinctNumber(arrConductorCount, 2);
			insertArrayDistinctNumber(arrConductorCount, 3);
			insertArrayDistinctNumber(arrConductorCount, 4);
			insertArrayDistinctNumber(arrConductorCount, 5);
			insertArrayDistinctNumber(arrConductorCount, 6);
			insertArrayDistinctNumber(arrConductorCount, 7);
			insertArrayDistinctNumber(arrConductorCount, 8);
			insertArrayDistinctNumber(arrConductorCount, 10);
			insertArrayDistinctNumber(arrConductorCount, 12);
			insertArrayDistinctNumber(arrConductorCount, 14);
			insertArrayDistinctNumber(arrConductorCount, 15);
			insertArrayDistinctNumber(arrConductorCount, 16);
			insertArrayDistinctNumber(arrConductorCount, 18);
			insertArrayDistinctNumber(arrConductorCount, 20);
			insertArrayDistinctNumber(arrConductorCount, 21);
			insertArrayDistinctNumber(arrConductorCount, 25);
			insertArrayDistinctNumber(arrConductorCount, 30);
			insertArrayDistinctNumber(arrConductorCount, 32);
			insertArrayDistinctNumber(arrConductorCount, 36);
			insertArrayDistinctNumber(arrConductorCount, 37);
			insertArrayDistinctNumber(arrConductorCount, 40);
			insertArrayDistinctNumber(arrConductorCount, 44);
			insertArrayDistinctNumber(arrConductorCount, 50);
			insertArrayDistinctNumber(arrConductorCount, 61);
		} // (arrAwgs[i] == '24 AWG')
		else if (arrAwgs[i] == "'250 KCMIL'")
		{
			insertArrayDistinctNumber(arrConductorCount, 1);
			insertArrayDistinctNumber(arrConductorCount, 3);
		} // (arrAwgs[i] == '250 KCMIL')
		else if (arrAwgs[i] == "'26 AWG'")
		{
			insertArrayDistinctNumber(arrConductorCount, 1);
			insertArrayDistinctNumber(arrConductorCount, 2);
			insertArrayDistinctNumber(arrConductorCount, 3);
			insertArrayDistinctNumber(arrConductorCount, 4);
			insertArrayDistinctNumber(arrConductorCount, 5);
			insertArrayDistinctNumber(arrConductorCount, 6);
			insertArrayDistinctNumber(arrConductorCount, 7);
			insertArrayDistinctNumber(arrConductorCount, 8);
			insertArrayDistinctNumber(arrConductorCount, 10);
			insertArrayDistinctNumber(arrConductorCount, 12);
			insertArrayDistinctNumber(arrConductorCount, 14);
			insertArrayDistinctNumber(arrConductorCount, 15);
			insertArrayDistinctNumber(arrConductorCount, 16);
			insertArrayDistinctNumber(arrConductorCount, 18);
			insertArrayDistinctNumber(arrConductorCount, 20);
			insertArrayDistinctNumber(arrConductorCount, 21);
			insertArrayDistinctNumber(arrConductorCount, 25);
			insertArrayDistinctNumber(arrConductorCount, 28);
			insertArrayDistinctNumber(arrConductorCount, 30);
			insertArrayDistinctNumber(arrConductorCount, 32);
			insertArrayDistinctNumber(arrConductorCount, 36);
			insertArrayDistinctNumber(arrConductorCount, 37);
			insertArrayDistinctNumber(arrConductorCount, 40);
			insertArrayDistinctNumber(arrConductorCount, 44);
			insertArrayDistinctNumber(arrConductorCount, 50);
			insertArrayDistinctNumber(arrConductorCount, 56);
		} // (arrAwgs[i] == '26 AWG')
		else if (arrAwgs[i] == "'28 AWG'")
		{
			insertArrayDistinctNumber(arrConductorCount, 1);
			insertArrayDistinctNumber(arrConductorCount, 2);
			insertArrayDistinctNumber(arrConductorCount, 3);
			insertArrayDistinctNumber(arrConductorCount, 4);
			insertArrayDistinctNumber(arrConductorCount, 5);
			insertArrayDistinctNumber(arrConductorCount, 7);
			insertArrayDistinctNumber(arrConductorCount, 8);
			insertArrayDistinctNumber(arrConductorCount, 10);
			insertArrayDistinctNumber(arrConductorCount, 15);
			insertArrayDistinctNumber(arrConductorCount, 16);
			insertArrayDistinctNumber(arrConductorCount, 20);
			insertArrayDistinctNumber(arrConductorCount, 25);
			insertArrayDistinctNumber(arrConductorCount, 36);
			insertArrayDistinctNumber(arrConductorCount, 40);
			insertArrayDistinctNumber(arrConductorCount, 50);
		} // (arrAwgs[i] == '28 AWG')
		else if (arrAwgs[i] == "'3/0 AWG'")
		{
			insertArrayDistinctNumber(arrConductorCount, 1);
			insertArrayDistinctNumber(arrConductorCount, 3);
			insertArrayDistinctNumber(arrConductorCount, 4);
		} // (arrAwgs[i] == '3/0 AWG')
		else if (arrAwgs[i] == "'30 AWG'")
		{
			insertArrayDistinctNumber(arrConductorCount, 1);
		} // (arrAwgs[i] == '30 AWG')
		else if (arrAwgs[i] == "'300 KCMIL'")
		{
			insertArrayDistinctNumber(arrConductorCount, 1);
			insertArrayDistinctNumber(arrConductorCount, 3);
			insertArrayDistinctNumber(arrConductorCount, 4);
		} // (arrAwgs[i] == '300 KCMIL')
		else if (arrAwgs[i] == "'350 KCMIL'")
		{
			insertArrayDistinctNumber(arrConductorCount, 1);
			insertArrayDistinctNumber(arrConductorCount, 3);
			insertArrayDistinctNumber(arrConductorCount, 4);
		} // (arrAwgs[i] == '350 KCMIL')
		else if (arrAwgs[i] == "'370 KCMIL'")
		{
			insertArrayDistinctNumber(arrConductorCount, 1);
		} // (arrAwgs[i] == '370 KCMIL')
		else if (arrAwgs[i] == "'4 AWG'")
		{
			insertArrayDistinctNumber(arrConductorCount, 1);
			insertArrayDistinctNumber(arrConductorCount, 3);
			insertArrayDistinctNumber(arrConductorCount, 4);
			insertArrayDistinctNumber(arrConductorCount, 5);
		} // (arrAwgs[i] == '4 AWG')
		else if (arrAwgs[i] == "'4/0 AWG'")
		{
			insertArrayDistinctNumber(arrConductorCount, 1);
			insertArrayDistinctNumber(arrConductorCount, 3);
			insertArrayDistinctNumber(arrConductorCount, 4);
		} // (arrAwgs[i] == '4/0 AWG')
		else if (arrAwgs[i] == "'450 KCMIL'")
		{
			insertArrayDistinctNumber(arrConductorCount, 1);
		} // (arrAwgs[i] == '450 KCMIL')
		else if (arrAwgs[i] == "'480 KCMIL'")
		{
			insertArrayDistinctNumber(arrConductorCount, 1);
		} // (arrAwgs[i] == '480 KCMIL')
		else if (arrAwgs[i] == "'500 KCMIL'")
		{
			insertArrayDistinctNumber(arrConductorCount, 1);
			insertArrayDistinctNumber(arrConductorCount, 3);
			insertArrayDistinctNumber(arrConductorCount, 4);
		} // (arrAwgs[i] == '500 KCMIL')
		else if (arrAwgs[i] == "'6 AWG'")
		{
			insertArrayDistinctNumber(arrConductorCount, 1);
			insertArrayDistinctNumber(arrConductorCount, 3);
			insertArrayDistinctNumber(arrConductorCount, 4);
			insertArrayDistinctNumber(arrConductorCount, 5);
		} // (arrAwgs[i] == '6 AWG')
		else if (arrAwgs[i] == "'8 AWG'")
		{
			insertArrayDistinctNumber(arrConductorCount, 1);
			insertArrayDistinctNumber(arrConductorCount, 3);
			insertArrayDistinctNumber(arrConductorCount, 4);
			insertArrayDistinctNumber(arrConductorCount, 5);
		} // ifs
	} // for()
	arrConductorCount.sort(sortNumber);
	arrPairCount.sort(sortNumber);
	for( i = 0; i < arrConductorCount.length; i++ )
	{
		nConductorCount.options[nConductorCount.options.length] = new Option(arrConductorCount[i],arrConductorCount[i]);
	} // for ()
	for( i = 0; i < arrPairCount.length; i++ )
	{
		nPairCount.options[nPairCount.options.length] = new Option(arrPairCount[i],arrPairCount[i]);
	} // for ()
} // function

// This is the number sorting function, needed to sort arrays numerically
function sortNumber(a, b) { return a - b; }
function insertArrayDistinctNumber(arr, num) 
 { 
	var b_found = false; 
	for( var i = 0; i < arr.length; i++ )
	{
		if( arr[i] == num )
		{
			b_found = true;
		}
	}
	if( !b_found )
	arr[arr.length] = num;
}