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High Pressure Hydraulic Oil Filter Replacement Elements – iProtect® EPF Series | Product Series
Filter
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attrValueMap['Length'] = '2 ';
attrValueMap['Filter Element'] = '02QIR Microglass - Reverse Flow ';
attrValueMap['Filter Housing Series'] = 'EPF2 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Micron Rating'] = '5 µm ';
attrValueMap['Length'] = '2 ';
attrValueMap['Filter Element'] = '05QIR Microglass - Reverse Flow ';
attrValueMap['Filter Housing Series'] = 'EPF2 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Micron Rating'] = '10 µm ';
attrValueMap['Length'] = '2 ';
attrValueMap['Filter Element'] = '10QIR Microglass - Reverse Flow ';
attrValueMap['Filter Housing Series'] = 'EPF2 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Length'] = '2 ';
attrValueMap['Micron Rating'] = '20 µm ';
attrValueMap['Filter Housing Series'] = 'EPF2 ';
attrValueMap['Filter Element'] = '20QIR Microglass - Reverse Flow ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Micron Rating'] = '2 µm ';
attrValueMap['Length'] = '1 ';
attrValueMap['Filter Element'] = '02QIR Microglass - Reverse Flow ';
attrValueMap['Filter Housing Series'] = 'EPF3 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Length'] = '1 ';
attrValueMap['Micron Rating'] = '5 µm ';
attrValueMap['Filter Element'] = '05QIR Microglass - Reverse Flow ';
attrValueMap['Filter Housing Series'] = 'EPF3 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Length'] = '1 ';
attrValueMap['Micron Rating'] = '10 µm ';
attrValueMap['Filter Element'] = '10QIR Microglass - Reverse Flow ';
attrValueMap['Filter Housing Series'] = 'EPF3 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Length'] = '1 ';
attrValueMap['Micron Rating'] = '20 µm ';
attrValueMap['Filter Housing Series'] = 'EPF3 ';
attrValueMap['Filter Element'] = '20QIR Microglass - Reverse Flow ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Micron Rating'] = '2 µm ';
attrValueMap['Length'] = '2 ';
attrValueMap['Filter Element'] = '10QL Ecoglass ';
attrValueMap['Filter Housing Series'] = 'TTF4 (1-120) ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Micron Rating'] = '5 µm ';
attrValueMap['Length'] = '2 ';
attrValueMap['Filter Element'] = '05QIR Microglass - Reverse Flow ';
attrValueMap['Filter Housing Series'] = 'EPF3 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Micron Rating'] = '10 µm ';
attrValueMap['Length'] = '2 ';
attrValueMap['Filter Element'] = '10QIR Microglass - Reverse Flow ';
attrValueMap['Filter Housing Series'] = 'EPF3 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Length'] = '2 ';
attrValueMap['Micron Rating'] = '20 µm ';
attrValueMap['Filter Housing Series'] = 'EPF3 ';
attrValueMap['Filter Element'] = '20QIR Microglass - Reverse Flow ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Micron Rating'] = '2 µm ';
attrValueMap['Length'] = '1 ';
attrValueMap['Filter Element'] = '02QIR Microglass - Reverse Flow ';
attrValueMap['Filter Housing Series'] = 'EPF4 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Length'] = '1 ';
attrValueMap['Micron Rating'] = '5 µm ';
attrValueMap['Filter Element'] = '05QIR Microglass - Reverse Flow ';
attrValueMap['Filter Housing Series'] = 'EPF4 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Length'] = '1 ';
attrValueMap['Micron Rating'] = '10 µm ';
attrValueMap['Filter Element'] = '10QIR Microglass - Reverse Flow ';
attrValueMap['Filter Housing Series'] = 'EPF4 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Length'] = '1 ';
attrValueMap['Micron Rating'] = '20 µm ';
attrValueMap['Filter Housing Series'] = 'EPF4 ';
attrValueMap['Filter Element'] = '20QIR Microglass - Reverse Flow ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Micron Rating'] = '2 µm ';
attrValueMap['Length'] = '2 ';
attrValueMap['Filter Element'] = '02QIR Microglass - Reverse Flow ';
attrValueMap['Filter Housing Series'] = 'EPF4 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Micron Rating'] = '5 µm ';
attrValueMap['Length'] = '2 ';
attrValueMap['Filter Element'] = '05QIR Microglass - Reverse Flow ';
attrValueMap['Filter Housing Series'] = 'EPF4 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Micron Rating'] = '10 µm ';
attrValueMap['Length'] = '2 ';
attrValueMap['Filter Element'] = '10QIR Microglass - Reverse Flow ';
attrValueMap['Filter Housing Series'] = 'EPF4 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Length'] = '2 ';
attrValueMap['Micron Rating'] = '20 µm ';
attrValueMap['Filter Housing Series'] = 'EPF4 ';
attrValueMap['Filter Element'] = '20QIR Microglass - Reverse Flow ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Micron Rating'] = '2 µm ';
attrValueMap['Length'] = '1 ';
attrValueMap['Filter Element'] = '02QIR Microglass - Reverse Flow ';
attrValueMap['Filter Housing Series'] = 'EPF5 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Length'] = '1 ';
attrValueMap['Micron Rating'] = '5 µm ';
attrValueMap['Filter Element'] = '05QIR Microglass - Reverse Flow ';
attrValueMap['Filter Housing Series'] = 'EPF5 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Length'] = '1 ';
attrValueMap['Micron Rating'] = '10 µm ';
attrValueMap['Filter Element'] = '10QIR Microglass - Reverse Flow ';
attrValueMap['Filter Housing Series'] = 'EPF5 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Length'] = '1 ';
attrValueMap['Micron Rating'] = '20 µm ';
attrValueMap['Filter Housing Series'] = 'EPF5 ';
attrValueMap['Filter Element'] = '20QIR Microglass - Reverse Flow ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Micron Rating'] = '2 µm ';
attrValueMap['Length'] = '1 ';
attrValueMap['Filter Element'] = '02QIH High Strength Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF1 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Length'] = '1 ';
attrValueMap['Micron Rating'] = '5 µm ';
attrValueMap['Filter Element'] = '05QIH High Strength Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF1 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Length'] = '1 ';
attrValueMap['Micron Rating'] = '10 µm ';
attrValueMap['Filter Element'] = '10QIH High Strength Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF1 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Length'] = '1 ';
attrValueMap['Micron Rating'] = '20 µm ';
attrValueMap['Filter Housing Series'] = 'EPF1 ';
attrValueMap['Filter Element'] = '20QIH High Strength Microglass ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Micron Rating'] = '2 µm ';
attrValueMap['Length'] = '1 ';
attrValueMap['Filter Element'] = '02QIH High Strength Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF2 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Length'] = '1 ';
attrValueMap['Micron Rating'] = '5 µm ';
attrValueMap['Filter Element'] = '05QIH High Strength Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF2 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Length'] = '1 ';
attrValueMap['Micron Rating'] = '10 µm ';
attrValueMap['Filter Element'] = '10QIH High Strength Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF2 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Length'] = '1 ';
attrValueMap['Micron Rating'] = '20 µm ';
attrValueMap['Filter Housing Series'] = 'EPF2 ';
attrValueMap['Filter Element'] = '20QIH High Strength Microglass ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Micron Rating'] = '2 µm ';
attrValueMap['Length'] = '2 ';
attrValueMap['Filter Element'] = '02QIH High Strength Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF2 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Micron Rating'] = '5 µm ';
attrValueMap['Length'] = '2 ';
attrValueMap['Filter Element'] = '05QIH High Strength Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF2 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Micron Rating'] = '10 µm ';
attrValueMap['Length'] = '2 ';
attrValueMap['Filter Element'] = '10QIH High Strength Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF2 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Length'] = '2 ';
attrValueMap['Micron Rating'] = '20 µm ';
attrValueMap['Filter Housing Series'] = 'EPF2 ';
attrValueMap['Filter Element'] = '20QIH High Strength Microglass ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Micron Rating'] = '2 µm ';
attrValueMap['Length'] = '1 ';
attrValueMap['Filter Element'] = '02QIH High Strength Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF3 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Length'] = '1 ';
attrValueMap['Micron Rating'] = '5 µm ';
attrValueMap['Filter Element'] = '05QIH High Strength Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF3 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Length'] = '1 ';
attrValueMap['Micron Rating'] = '10 µm ';
attrValueMap['Filter Element'] = '10QIH High Strength Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF3 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Length'] = '1 ';
attrValueMap['Micron Rating'] = '20 µm ';
attrValueMap['Filter Housing Series'] = 'EPF3 ';
attrValueMap['Filter Element'] = '20QIH High Strength Microglass ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Micron Rating'] = '2 µm ';
attrValueMap['Length'] = '2 ';
attrValueMap['Filter Element'] = '02QIH High Strength Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF3 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Micron Rating'] = '5 µm ';
attrValueMap['Length'] = '2 ';
attrValueMap['Filter Element'] = '05QIH High Strength Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF3 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Micron Rating'] = '10 µm ';
attrValueMap['Length'] = '2 ';
attrValueMap['Filter Element'] = '10QIH High Strength Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF3 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Length'] = '2 ';
attrValueMap['Micron Rating'] = '20 µm ';
attrValueMap['Filter Housing Series'] = 'EPF3 ';
attrValueMap['Filter Element'] = '20QIH High Strength Microglass ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Micron Rating'] = '2 µm ';
attrValueMap['Length'] = '1 ';
attrValueMap['Filter Element'] = '02QIH High Strength Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF4 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Length'] = '1 ';
attrValueMap['Micron Rating'] = '5 µm ';
attrValueMap['Filter Element'] = '05QIH High Strength Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF4 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Length'] = '1 ';
attrValueMap['Micron Rating'] = '10 µm ';
attrValueMap['Filter Element'] = '10QIH High Strength Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF4 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Length'] = '1 ';
attrValueMap['Micron Rating'] = '20 µm ';
attrValueMap['Filter Housing Series'] = 'EPF4 ';
attrValueMap['Filter Element'] = '20QIH High Strength Microglass ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Micron Rating'] = '2 µm ';
attrValueMap['Length'] = '2 ';
attrValueMap['Filter Element'] = '02QIH High Strength Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF4 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Micron Rating'] = '5 µm ';
attrValueMap['Length'] = '2 ';
attrValueMap['Filter Element'] = '05QIH High Strength Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF4 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Micron Rating'] = '10 µm ';
attrValueMap['Length'] = '2 ';
attrValueMap['Filter Element'] = '10QIH High Strength Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF4 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Length'] = '2 ';
attrValueMap['Micron Rating'] = '20 µm ';
attrValueMap['Filter Housing Series'] = 'EPF4 ';
attrValueMap['Filter Element'] = '20QIH High Strength Microglass ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Micron Rating'] = '2 µm ';
attrValueMap['Length'] = '1 ';
attrValueMap['Filter Element'] = '02QIH High Strength Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF5 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Length'] = '1 ';
attrValueMap['Micron Rating'] = '5 µm ';
attrValueMap['Filter Element'] = '05QIH High Strength Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF5 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Length'] = '1 ';
attrValueMap['Micron Rating'] = '10 µm ';
attrValueMap['Filter Element'] = '10QIH High Strength Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF5 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Length'] = '1 ';
attrValueMap['Micron Rating'] = '20 µm ';
attrValueMap['Filter Housing Series'] = 'EPF5 ';
attrValueMap['Filter Element'] = '20QIH High Strength Microglass ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Filter Element'] = '02AI Antistatic element ';
attrValueMap['Micron Rating'] = '2 µm ';
attrValueMap['Length'] = '1 ';
attrValueMap['Filter Housing Series'] = 'EPF1 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Filter Element'] = '10AI Antistatic element ';
attrValueMap['Length'] = '1 ';
attrValueMap['Micron Rating'] = '10 µm ';
attrValueMap['Filter Housing Series'] = 'EPF1 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Micron Rating'] = '2 µm ';
attrValueMap['Length'] = '2 ';
attrValueMap['Filter Element'] = '02QI Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF1 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Micron Rating'] = '5 µm ';
attrValueMap['Length'] = '2 ';
attrValueMap['Filter Element'] = '05QI Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF1 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Filter Element'] = '10QI Microglass ';
attrValueMap['Micron Rating'] = '10 µm ';
attrValueMap['Length'] = '2 ';
attrValueMap['Filter Housing Series'] = 'EPF1 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Filter Element'] = '02AI Antistatic element ';
attrValueMap['Micron Rating'] = '2 µm ';
attrValueMap['Length'] = '2 ';
attrValueMap['Filter Housing Series'] = 'EPF2 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Filter Element'] = '10AI Antistatic element ';
attrValueMap['Micron Rating'] = '10 µm ';
attrValueMap['Length'] = '2 ';
attrValueMap['Filter Housing Series'] = 'EPF2 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Filter Element'] = '02AI Antistatic element ';
attrValueMap['Micron Rating'] = '2 µm ';
attrValueMap['Length'] = '2 ';
attrValueMap['Filter Housing Series'] = 'EPF3 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Filter Element'] = '10QI Microglass ';
attrValueMap['Micron Rating'] = '10 µm ';
attrValueMap['Length'] = '2 ';
attrValueMap['Filter Housing Series'] = 'EPF3 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Filter Element'] = '02AI Antistatic element ';
attrValueMap['Micron Rating'] = '2 µm ';
attrValueMap['Length'] = '2 ';
attrValueMap['Filter Housing Series'] = 'EPF4 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Filter Element'] = '10AI Antistatic element ';
attrValueMap['Micron Rating'] = '10 µm ';
attrValueMap['Length'] = '2 ';
attrValueMap['Filter Housing Series'] = 'EPF4 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Filter Element'] = '02AI Antistatic element ';
attrValueMap['Micron Rating'] = '2 µm ';
attrValueMap['Length'] = '1 ';
attrValueMap['Filter Housing Series'] = 'EPF5 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Filter Element'] = '10AI Antistatic element ';
attrValueMap['Length'] = '1 ';
attrValueMap['Micron Rating'] = '10 µm ';
attrValueMap['Filter Housing Series'] = 'EPF5 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Micron Rating'] = '2 µm ';
attrValueMap['Length'] = '2 ';
attrValueMap['Filter Element'] = '02QIH High Strength Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF1 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Micron Rating'] = '5 µm ';
attrValueMap['Length'] = '2 ';
attrValueMap['Filter Element'] = '05QIH High Strength Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF1 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Micron Rating'] = '10 µm ';
attrValueMap['Length'] = '2 ';
attrValueMap['Filter Element'] = '10QIH High Strength Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF1 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Length'] = '1 ';
attrValueMap['Micron Rating'] = '5 µm ';
attrValueMap['Filter Element'] = '05QI Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF1 ';
attrValueMap['Seal Material'] = 'Fluoroelastomer ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Filter Element'] = '10QI Microglass ';
attrValueMap['Length'] = '1 ';
attrValueMap['Micron Rating'] = '10 µm ';
attrValueMap['Filter Housing Series'] = 'EPF1 ';
attrValueMap['Seal Material'] = 'Fluoroelastomer ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Filter Element'] = '20QI Microglass ';
attrValueMap['Length'] = '2 ';
attrValueMap['Micron Rating'] = '20 µm ';
attrValueMap['Filter Housing Series'] = 'EPF1 ';
attrValueMap['Seal Material'] = 'Fluoroelastomer ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Micron Rating'] = '2 µm ';
attrValueMap['Length'] = '1 ';
attrValueMap['Filter Element'] = '02QI Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF2 ';
attrValueMap['Seal Material'] = 'Fluoroelastomer ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Length'] = '1 ';
attrValueMap['Micron Rating'] = '5 µm ';
attrValueMap['Filter Element'] = '05QI Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF2 ';
attrValueMap['Seal Material'] = 'Fluoroelastomer ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Filter Element'] = '20QI Microglass ';
attrValueMap['Length'] = '1 ';
attrValueMap['Micron Rating'] = '20 µm ';
attrValueMap['Filter Housing Series'] = 'EPF2 ';
attrValueMap['Seal Material'] = 'Fluoroelastomer ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Micron Rating'] = '2 µm ';
attrValueMap['Length'] = '2 ';
attrValueMap['Filter Element'] = '02QI Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF2 ';
attrValueMap['Seal Material'] = 'Fluoroelastomer ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Micron Rating'] = '5 µm ';
attrValueMap['Length'] = '2 ';
attrValueMap['Filter Element'] = '05QI Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF2 ';
attrValueMap['Seal Material'] = 'Fluoroelastomer ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Filter Element'] = '10QI Microglass ';
attrValueMap['Micron Rating'] = '10 µm ';
attrValueMap['Length'] = '2 ';
attrValueMap['Filter Housing Series'] = 'EPF2 ';
attrValueMap['Seal Material'] = 'Fluoroelastomer ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Filter Element'] = '20QI Microglass ';
attrValueMap['Length'] = '2 ';
attrValueMap['Micron Rating'] = '20 µm ';
attrValueMap['Filter Housing Series'] = 'EPF2 ';
attrValueMap['Seal Material'] = 'Fluoroelastomer ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Micron Rating'] = '2 µm ';
attrValueMap['Length'] = '1 ';
attrValueMap['Filter Element'] = '02QI Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF3 ';
attrValueMap['Seal Material'] = 'Fluoroelastomer ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Length'] = '1 ';
attrValueMap['Micron Rating'] = '5 µm ';
attrValueMap['Filter Element'] = '05QI Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF3 ';
attrValueMap['Seal Material'] = 'Fluoroelastomer ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Filter Element'] = '10QI Microglass ';
attrValueMap['Length'] = '1 ';
attrValueMap['Micron Rating'] = '10 µm ';
attrValueMap['Filter Housing Series'] = 'EPF3 ';
attrValueMap['Seal Material'] = 'Fluoroelastomer ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Filter Element'] = '20QI Microglass ';
attrValueMap['Length'] = '1 ';
attrValueMap['Micron Rating'] = '20 µm ';
attrValueMap['Filter Housing Series'] = 'EPF3 ';
attrValueMap['Seal Material'] = 'Fluoroelastomer ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Micron Rating'] = '2 µm ';
attrValueMap['Length'] = '2 ';
attrValueMap['Filter Element'] = '02QI Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF3 ';
attrValueMap['Seal Material'] = 'Fluoroelastomer ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Micron Rating'] = '5 µm ';
attrValueMap['Length'] = '2 ';
attrValueMap['Filter Element'] = '05QI Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF3 ';
attrValueMap['Seal Material'] = 'Fluoroelastomer ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Filter Element'] = '10QI Microglass ';
attrValueMap['Micron Rating'] = '10 µm ';
attrValueMap['Length'] = '2 ';
attrValueMap['Filter Housing Series'] = 'EPF3 ';
attrValueMap['Seal Material'] = 'Fluoroelastomer ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Filter Element'] = '20QI Microglass ';
attrValueMap['Length'] = '2 ';
attrValueMap['Micron Rating'] = '20 µm ';
attrValueMap['Filter Housing Series'] = 'EPF3 ';
attrValueMap['Seal Material'] = 'Fluoroelastomer ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Micron Rating'] = '2 µm ';
attrValueMap['Length'] = '1 ';
attrValueMap['Filter Element'] = '02QI Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF4 ';
attrValueMap['Seal Material'] = 'Fluoroelastomer ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Length'] = '1 ';
attrValueMap['Micron Rating'] = '5 µm ';
attrValueMap['Filter Element'] = '05QI Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF4 ';
attrValueMap['Seal Material'] = 'Fluoroelastomer ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Filter Element'] = '20QI Microglass ';
attrValueMap['Length'] = '1 ';
attrValueMap['Micron Rating'] = '20 µm ';
attrValueMap['Filter Housing Series'] = 'EPF4 ';
attrValueMap['Seal Material'] = 'Fluoroelastomer ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Micron Rating'] = '2 µm ';
attrValueMap['Length'] = '2 ';
attrValueMap['Filter Element'] = '02QI Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF4 ';
attrValueMap['Seal Material'] = 'Fluoroelastomer ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Micron Rating'] = '5 µm ';
attrValueMap['Length'] = '2 ';
attrValueMap['Filter Element'] = '05QI Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF4 ';
attrValueMap['Seal Material'] = 'Fluoroelastomer ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Filter Element'] = '10QI Microglass ';
attrValueMap['Micron Rating'] = '10 µm ';
attrValueMap['Length'] = '2 ';
attrValueMap['Filter Housing Series'] = 'EPF4 ';
attrValueMap['Seal Material'] = 'Fluoroelastomer ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Filter Element'] = '20QI Microglass ';
attrValueMap['Length'] = '2 ';
attrValueMap['Micron Rating'] = '20 µm ';
attrValueMap['Filter Housing Series'] = 'EPF4 ';
attrValueMap['Seal Material'] = 'Fluoroelastomer ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Micron Rating'] = '2 µm ';
attrValueMap['Length'] = '1 ';
attrValueMap['Filter Element'] = '02QI Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF5 ';
attrValueMap['Seal Material'] = 'Fluoroelastomer ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Length'] = '1 ';
attrValueMap['Micron Rating'] = '5 µm ';
attrValueMap['Filter Element'] = '05QI Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF5 ';
attrValueMap['Seal Material'] = 'Fluoroelastomer ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Filter Element'] = '10QI Microglass ';
attrValueMap['Length'] = '1 ';
attrValueMap['Micron Rating'] = '10 µm ';
attrValueMap['Filter Housing Series'] = 'EPF5 ';
attrValueMap['Seal Material'] = 'Fluoroelastomer ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Filter Element'] = '20QI Microglass ';
attrValueMap['Length'] = '1 ';
attrValueMap['Micron Rating'] = '20 µm ';
attrValueMap['Filter Housing Series'] = 'EPF5 ';
attrValueMap['Seal Material'] = 'Fluoroelastomer ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Micron Rating'] = '2 µm ';
attrValueMap['Length'] = '2 ';
attrValueMap['Filter Element'] = '02QI Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF1 ';
attrValueMap['Seal Material'] = 'Fluoroelastomer ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Micron Rating'] = '5 µm ';
attrValueMap['Length'] = '2 ';
attrValueMap['Filter Element'] = '05QIH High Strength Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF2 ';
attrValueMap['Seal Material'] = 'Fluoroelastomer ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Micron Rating'] = '10 µm ';
attrValueMap['Length'] = '2 ';
attrValueMap['Filter Element'] = '10QIH High Strength Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF2 ';
attrValueMap['Seal Material'] = 'Fluoroelastomer ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Length'] = '1 ';
attrValueMap['Micron Rating'] = '20 µm ';
attrValueMap['Filter Housing Series'] = 'EPF2 ';
attrValueMap['Filter Element'] = '20QIR Microglass - Reverse Flow ';
attrValueMap['Seal Material'] = 'Fluoroelastomer ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Length'] = '1 ';
attrValueMap['Micron Rating'] = '10 µm ';
attrValueMap['Filter Element'] = '10QIH High Strength Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF5 ';
attrValueMap['Seal Material'] = 'Fluoroelastomer ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Length'] = '1 ';
attrValueMap['Micron Rating'] = '10 µm ';
attrValueMap['Filter Element'] = '10QIH High Strength Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF2 ';
attrValueMap['Seal Material'] = 'Fluoroelastomer ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Length'] = '1 ';
attrValueMap['Micron Rating'] = '10 µm ';
attrValueMap['Filter Element'] = '10QIH High Strength Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF1 ';
attrValueMap['Seal Material'] = 'Fluoroelastomer ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Length'] = '1 ';
attrValueMap['Micron Rating'] = '5 µm ';
attrValueMap['Filter Element'] = '05QI Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF5 ';
attrValueMap['Seal Material'] = 'Fluoroelastomer ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Micron Rating'] = '2 µm ';
attrValueMap['Length'] = '2 ';
attrValueMap['Filter Element'] = '02QIH High Strength Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF3 ';
attrValueMap['Seal Material'] = 'Fluoroelastomer ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Micron Rating'] = '2 µm ';
attrValueMap['Length'] = '1 ';
attrValueMap['Filter Element'] = '02QIH High Strength Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF4 ';
attrValueMap['Seal Material'] = 'Fluoroelastomer ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Length'] = '1 ';
attrValueMap['Micron Rating'] = '5 µm ';
attrValueMap['Filter Element'] = '05QIH High Strength Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF4 ';
attrValueMap['Seal Material'] = 'Fluoroelastomer ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Length'] = '1 ';
attrValueMap['Micron Rating'] = '10 µm ';
attrValueMap['Filter Element'] = '10QIH High Strength Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF3 ';
attrValueMap['Seal Material'] = 'Fluoroelastomer ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Micron Rating'] = '10 µm ';
attrValueMap['Length'] = '2 ';
attrValueMap['Filter Element'] = '10QIR Microglass - Reverse Flow ';
attrValueMap['Filter Housing Series'] = 'EPF4 ';
attrValueMap['Seal Material'] = 'Fluoroelastomer ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Micron Rating'] = '10 µm ';
attrValueMap['Length'] = '2 ';
attrValueMap['Filter Element'] = '10QIH High Strength Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF4 ';
attrValueMap['Seal Material'] = 'Fluoroelastomer ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Length'] = '1 ';
attrValueMap['Micron Rating'] = '5 µm ';
attrValueMap['Filter Element'] = '05QIH High Strength Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF2 ';
attrValueMap['Seal Material'] = 'Fluoroelastomer ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Micron Rating'] = '10 µm ';
attrValueMap['Length'] = '2 ';
attrValueMap['Filter Element'] = '10QIH High Strength Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF3 ';
attrValueMap['Seal Material'] = 'Fluoroelastomer ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Micron Rating'] = '5 µm ';
attrValueMap['Length'] = '2 ';
attrValueMap['Filter Element'] = '05QIH High Strength Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF4 ';
attrValueMap['Seal Material'] = 'Fluoroelastomer ';
attrArray.push(attrValueMap);
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LOADING IMAGES
High Pressure Hydraulic Oil Filter Replacement Elements – iProtect® EPF Series
Parker EPF Series Replacement Elements are designed for use with EPF Series High Pressure Inline Hydraulic Oil Filters. Multiple filtration media options available down to 2 microns. Maximum allowable flow 700 L/min (185 GPM).
Technical Specifications
Seal Material:
Nitrile
Maximum Pressure Differential:
25 bar on ECO-core (ISO 2941), 210 bar (ISO 2941)
Filter Element Type:
Eco element for re-usable ECO-core in bowl, Eco element incl. reverse flow valve and 3,5 bar bypass for re-usable ECO-core in bowl, Conventional High strength element without bypass valve
Safety Warning
FAILURE OR IMPROPER SELECTION OR IMPROPER USE OF THE PRODUCTS DESCRIBED HEREIN OR RELATED ITEMS CAN CAUSE DEATH, PERSONAL INJURY AND PROPERTY DAMAGE. This document and other information from Parker-Hannifin Corporation, its subsidiaries and authorized distributors provide product or system options for further investigation by users having technical expertise. The user, through its own analysis and testing, is solely responsible for making the final selection of the system and components and assuring that all performance, endurance, maintenance, safety and warning requirements of the application are met. The user must analyze all aspects of the application, follow applicable industry standards, and follow the information concerning the product in the current product catalog and in any other materials provided from Parker or its subsidiaries or authorized distributors. To the extent that Parker or its subsidiaries or authorized distributors provide component or system options based upon data or specifications provided by the user, the user is responsible for determining that such data and specifications are suitable and sufficient for all applications and reasonably foreseeable uses of the components or systems.....
Click here to view all product safety information.
Full Product Description
EPF Series Replacement Elements are designed for high pressure inline hydraulic oil filtration. Available in single or double length configurations, with ratings down to 2 microns, the elements help protect critical engine components, such as valves, bearings, cylinders and pumps from contaminant ingress, which can lead to increased machine wear, shorter maintenance intervals, increased downtime, and higher costs. The elements are suitable for use in systems exposed to highly demanding environments, including those seen in construction, oil and gas, agriculture, and mining operations.
EPF Series Replacement Elements feature a patented eco-friendly design that allows for integration of the bypass valve and element core as reusable parts in the filter bowl. This results in reduced waste (by up to 50%) and lower disposal costs.The EPF Series is ideal for incorporating filters into manifold systems where no additional drillings are required for bypass valve installations.
Various options for filtration media are available depending on the unique requirements of customers’ systems, including microglass (QI), high-strength microglass (QIH), and microglass – reverse flow (QIR). Multiple filter housing sizes are also available depending on nominal flow and connection type.
EPF Series Filter Replacement Elements are compatible with a wide range of hydraulic fluids including:
• Hydraulic mineral oils H to class HLPD (DIN51524)
• Operating fluids DIN ISO 2943
• Lubrication fluids ISO6743, APJ, DIN 51517, ACEA, ASTM
• Vegetable oils
• 60/40 Water glycols
• On request - Industrial grade phosphate esters
• Non-aggressive synthetic oils
• Non-aggressive bio-degradable oils (HETG, HEPG and HEES to VDMA 24568)
For more information on selecting the proper EPF Series replacement element, visit the EPF Series brochure in the “Product Support” tab.
Markets:
• Agriculture
• Construction
• Oil and Gas
• Marine
• Mining
• Material Handling
Applications:
• Deck and mobile cranes
• Firefighting equipment
• Forwarders
• Hydraulic presses
• Marine steering units
• Power packs
• Excavators
• Harvesters
• Waste balers
• Reach stackers
• Wheeled loaders
• Drilling equipment
• Industrial power units
• Wind turbines
Benefits:
• Prevents contamination and ingress of dirt, sand, dust, metal, etc. into hydraulic circuits
• Lengthens time in between required maintenance intervals, reduces operating costs, and extends overall equipment/machine operational life
• Patented eco-friendly design allows for integration of the bypass valve and element core as reusable parts in the filter bowl. This results in reduced waste (by up to 50%) and lower disposal costs.
• Filter element remains inside the filter bowl during change-out, saving over 500 mm of space envelope when compared with traditional high pressure filters.
Features:
• Capable of flows up to 700 L/min (185 GPM)
• Maximum allowable operating pressure: 6,500 psi (450 bar)
• Double or single length configurations available
• Various media filtration types available including microglass, high-strength microglass or microglass – reverse flow
var attrArray = new Array();
var attrValueMap = {};
attrValueMap['Micron Rating'] = '2 µm ';
attrValueMap['Length'] = '1 ';
attrValueMap['Filter Element'] = '02QI Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF1 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Length'] = '1 ';
attrValueMap['Micron Rating'] = '5 µm ';
attrValueMap['Filter Element'] = '05QI Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF1 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Filter Element'] = '10QI Microglass ';
attrValueMap['Length'] = '1 ';
attrValueMap['Micron Rating'] = '10 µm ';
attrValueMap['Filter Housing Series'] = 'EPF1 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Filter Element'] = '20QI Microglass ';
attrValueMap['Length'] = '1 ';
attrValueMap['Micron Rating'] = '20 µm ';
attrValueMap['Filter Housing Series'] = 'EPF1 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Micron Rating'] = '2 µm ';
attrValueMap['Length'] = '1 ';
attrValueMap['Filter Element'] = '02QI Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF2 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Length'] = '1 ';
attrValueMap['Micron Rating'] = '5 µm ';
attrValueMap['Filter Element'] = '05QI Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF2 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Filter Element'] = '10QI Microglass ';
attrValueMap['Length'] = '1 ';
attrValueMap['Micron Rating'] = '10 µm ';
attrValueMap['Filter Housing Series'] = 'EPF2 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Filter Element'] = '20QI Microglass ';
attrValueMap['Length'] = '1 ';
attrValueMap['Micron Rating'] = '20 µm ';
attrValueMap['Filter Housing Series'] = 'EPF2 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Micron Rating'] = '2 µm ';
attrValueMap['Length'] = '2 ';
attrValueMap['Filter Element'] = '02QI Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF2 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Micron Rating'] = '5 µm ';
attrValueMap['Length'] = '2 ';
attrValueMap['Filter Element'] = '05QI Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF2 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Filter Element'] = '10QI Microglass ';
attrValueMap['Micron Rating'] = '10 µm ';
attrValueMap['Length'] = '2 ';
attrValueMap['Filter Housing Series'] = 'EPF2 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Filter Element'] = '20QI Microglass ';
attrValueMap['Length'] = '2 ';
attrValueMap['Micron Rating'] = '20 µm ';
attrValueMap['Filter Housing Series'] = 'EPF2 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Micron Rating'] = '2 µm ';
attrValueMap['Length'] = '1 ';
attrValueMap['Filter Element'] = '02QI Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF3 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Length'] = '1 ';
attrValueMap['Micron Rating'] = '5 µm ';
attrValueMap['Filter Element'] = '05QI Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF3 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Filter Element'] = '10QI Microglass ';
attrValueMap['Length'] = '1 ';
attrValueMap['Micron Rating'] = '10 µm ';
attrValueMap['Filter Housing Series'] = 'EPF3 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Filter Element'] = '20QI Microglass ';
attrValueMap['Length'] = '1 ';
attrValueMap['Micron Rating'] = '20 µm ';
attrValueMap['Filter Housing Series'] = 'EPF3 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Micron Rating'] = '2 µm ';
attrValueMap['Length'] = '2 ';
attrValueMap['Filter Element'] = '02QI Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF3 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Micron Rating'] = '5 µm ';
attrValueMap['Length'] = '2 ';
attrValueMap['Filter Element'] = '05QI Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF3 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Filter Element'] = '10QI Microglass ';
attrValueMap['Micron Rating'] = '10 µm ';
attrValueMap['Length'] = '2 ';
attrValueMap['Filter Housing Series'] = 'EPF3 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Filter Element'] = '20QI Microglass ';
attrValueMap['Length'] = '2 ';
attrValueMap['Micron Rating'] = '20 µm ';
attrValueMap['Filter Housing Series'] = 'EPF3 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Micron Rating'] = '2 µm ';
attrValueMap['Length'] = '1 ';
attrValueMap['Filter Element'] = '02QI Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF4 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Length'] = '1 ';
attrValueMap['Micron Rating'] = '5 µm ';
attrValueMap['Filter Element'] = '05QI Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF4 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Filter Element'] = '10QI Microglass ';
attrValueMap['Length'] = '1 ';
attrValueMap['Micron Rating'] = '10 µm ';
attrValueMap['Filter Housing Series'] = 'EPF4 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Filter Element'] = '20QI Microglass ';
attrValueMap['Length'] = '1 ';
attrValueMap['Micron Rating'] = '20 µm ';
attrValueMap['Filter Housing Series'] = 'EPF4 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Micron Rating'] = '2 µm ';
attrValueMap['Length'] = '2 ';
attrValueMap['Filter Element'] = '02QI Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF4 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Micron Rating'] = '5 µm ';
attrValueMap['Length'] = '2 ';
attrValueMap['Filter Element'] = '05QI Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF4 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Filter Element'] = '10QI Microglass ';
attrValueMap['Micron Rating'] = '10 µm ';
attrValueMap['Length'] = '2 ';
attrValueMap['Filter Housing Series'] = 'EPF4 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Filter Element'] = '20QI Microglass ';
attrValueMap['Length'] = '2 ';
attrValueMap['Micron Rating'] = '20 µm ';
attrValueMap['Filter Housing Series'] = 'EPF4 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Micron Rating'] = '2 µm ';
attrValueMap['Length'] = '1 ';
attrValueMap['Filter Element'] = '02QI Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF5 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Length'] = '1 ';
attrValueMap['Micron Rating'] = '5 µm ';
attrValueMap['Filter Element'] = '05QI Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF5 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Filter Element'] = '10QI Microglass ';
attrValueMap['Length'] = '1 ';
attrValueMap['Micron Rating'] = '10 µm ';
attrValueMap['Filter Housing Series'] = 'EPF5 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Filter Element'] = '20QI Microglass ';
attrValueMap['Length'] = '1 ';
attrValueMap['Micron Rating'] = '20 µm ';
attrValueMap['Filter Housing Series'] = 'EPF5 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Micron Rating'] = '2 µm ';
attrValueMap['Length'] = '1 ';
attrValueMap['Filter Element'] = '02QIR Microglass - Reverse Flow ';
attrValueMap['Filter Housing Series'] = 'EPF1 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Length'] = '1 ';
attrValueMap['Micron Rating'] = '5 µm ';
attrValueMap['Filter Element'] = '05QIR Microglass - Reverse Flow ';
attrValueMap['Filter Housing Series'] = 'EPF1 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Length'] = '1 ';
attrValueMap['Micron Rating'] = '10 µm ';
attrValueMap['Filter Element'] = '10QIR Microglass - Reverse Flow ';
attrValueMap['Filter Housing Series'] = 'EPF1 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Length'] = '1 ';
attrValueMap['Micron Rating'] = '20 µm ';
attrValueMap['Filter Housing Series'] = 'EPF1 ';
attrValueMap['Filter Element'] = '20QIR Microglass - Reverse Flow ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Micron Rating'] = '2 µm ';
attrValueMap['Length'] = '1 ';
attrValueMap['Filter Element'] = '02QIR Microglass - Reverse Flow ';
attrValueMap['Filter Housing Series'] = 'EPF2 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Length'] = '1 ';
attrValueMap['Micron Rating'] = '5 µm ';
attrValueMap['Filter Element'] = '05QIR Microglass - Reverse Flow ';
attrValueMap['Filter Housing Series'] = 'EPF2 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Length'] = '1 ';
attrValueMap['Micron Rating'] = '10 µm ';
attrValueMap['Filter Element'] = '10QIR Microglass - Reverse Flow ';
attrValueMap['Filter Housing Series'] = 'EPF2 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Length'] = '1 ';
attrValueMap['Micron Rating'] = '20 µm ';
attrValueMap['Filter Housing Series'] = 'EPF2 ';
attrValueMap['Filter Element'] = '20QIR Microglass - Reverse Flow ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Micron Rating'] = '2 µm ';
attrValueMap['Length'] = '2 ';
attrValueMap['Filter Element'] = '02QIR Microglass - Reverse Flow ';
attrValueMap['Filter Housing Series'] = 'EPF2 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Micron Rating'] = '5 µm ';
attrValueMap['Length'] = '2 ';
attrValueMap['Filter Element'] = '05QIR Microglass - Reverse Flow ';
attrValueMap['Filter Housing Series'] = 'EPF2 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Micron Rating'] = '10 µm ';
attrValueMap['Length'] = '2 ';
attrValueMap['Filter Element'] = '10QIR Microglass - Reverse Flow ';
attrValueMap['Filter Housing Series'] = 'EPF2 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Length'] = '2 ';
attrValueMap['Micron Rating'] = '20 µm ';
attrValueMap['Filter Housing Series'] = 'EPF2 ';
attrValueMap['Filter Element'] = '20QIR Microglass - Reverse Flow ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Micron Rating'] = '2 µm ';
attrValueMap['Length'] = '1 ';
attrValueMap['Filter Element'] = '02QIR Microglass - Reverse Flow ';
attrValueMap['Filter Housing Series'] = 'EPF3 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Length'] = '1 ';
attrValueMap['Micron Rating'] = '5 µm ';
attrValueMap['Filter Element'] = '05QIR Microglass - Reverse Flow ';
attrValueMap['Filter Housing Series'] = 'EPF3 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Length'] = '1 ';
attrValueMap['Micron Rating'] = '10 µm ';
attrValueMap['Filter Element'] = '10QIR Microglass - Reverse Flow ';
attrValueMap['Filter Housing Series'] = 'EPF3 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Length'] = '1 ';
attrValueMap['Micron Rating'] = '20 µm ';
attrValueMap['Filter Housing Series'] = 'EPF3 ';
attrValueMap['Filter Element'] = '20QIR Microglass - Reverse Flow ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Micron Rating'] = '2 µm ';
attrValueMap['Length'] = '2 ';
attrValueMap['Filter Element'] = '10QL Ecoglass ';
attrValueMap['Filter Housing Series'] = 'TTF4 (1-120) ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Micron Rating'] = '5 µm ';
attrValueMap['Length'] = '2 ';
attrValueMap['Filter Element'] = '05QIR Microglass - Reverse Flow ';
attrValueMap['Filter Housing Series'] = 'EPF3 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Micron Rating'] = '10 µm ';
attrValueMap['Length'] = '2 ';
attrValueMap['Filter Element'] = '10QIR Microglass - Reverse Flow ';
attrValueMap['Filter Housing Series'] = 'EPF3 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Length'] = '2 ';
attrValueMap['Micron Rating'] = '20 µm ';
attrValueMap['Filter Housing Series'] = 'EPF3 ';
attrValueMap['Filter Element'] = '20QIR Microglass - Reverse Flow ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Micron Rating'] = '2 µm ';
attrValueMap['Length'] = '1 ';
attrValueMap['Filter Element'] = '02QIR Microglass - Reverse Flow ';
attrValueMap['Filter Housing Series'] = 'EPF4 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Length'] = '1 ';
attrValueMap['Micron Rating'] = '5 µm ';
attrValueMap['Filter Element'] = '05QIR Microglass - Reverse Flow ';
attrValueMap['Filter Housing Series'] = 'EPF4 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Length'] = '1 ';
attrValueMap['Micron Rating'] = '10 µm ';
attrValueMap['Filter Element'] = '10QIR Microglass - Reverse Flow ';
attrValueMap['Filter Housing Series'] = 'EPF4 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Length'] = '1 ';
attrValueMap['Micron Rating'] = '20 µm ';
attrValueMap['Filter Housing Series'] = 'EPF4 ';
attrValueMap['Filter Element'] = '20QIR Microglass - Reverse Flow ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Micron Rating'] = '2 µm ';
attrValueMap['Length'] = '2 ';
attrValueMap['Filter Element'] = '02QIR Microglass - Reverse Flow ';
attrValueMap['Filter Housing Series'] = 'EPF4 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Micron Rating'] = '5 µm ';
attrValueMap['Length'] = '2 ';
attrValueMap['Filter Element'] = '05QIR Microglass - Reverse Flow ';
attrValueMap['Filter Housing Series'] = 'EPF4 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Micron Rating'] = '10 µm ';
attrValueMap['Length'] = '2 ';
attrValueMap['Filter Element'] = '10QIR Microglass - Reverse Flow ';
attrValueMap['Filter Housing Series'] = 'EPF4 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Length'] = '2 ';
attrValueMap['Micron Rating'] = '20 µm ';
attrValueMap['Filter Housing Series'] = 'EPF4 ';
attrValueMap['Filter Element'] = '20QIR Microglass - Reverse Flow ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Micron Rating'] = '2 µm ';
attrValueMap['Length'] = '1 ';
attrValueMap['Filter Element'] = '02QIR Microglass - Reverse Flow ';
attrValueMap['Filter Housing Series'] = 'EPF5 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Length'] = '1 ';
attrValueMap['Micron Rating'] = '5 µm ';
attrValueMap['Filter Element'] = '05QIR Microglass - Reverse Flow ';
attrValueMap['Filter Housing Series'] = 'EPF5 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Length'] = '1 ';
attrValueMap['Micron Rating'] = '10 µm ';
attrValueMap['Filter Element'] = '10QIR Microglass - Reverse Flow ';
attrValueMap['Filter Housing Series'] = 'EPF5 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Length'] = '1 ';
attrValueMap['Micron Rating'] = '20 µm ';
attrValueMap['Filter Housing Series'] = 'EPF5 ';
attrValueMap['Filter Element'] = '20QIR Microglass - Reverse Flow ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Micron Rating'] = '2 µm ';
attrValueMap['Length'] = '1 ';
attrValueMap['Filter Element'] = '02QIH High Strength Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF1 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Length'] = '1 ';
attrValueMap['Micron Rating'] = '5 µm ';
attrValueMap['Filter Element'] = '05QIH High Strength Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF1 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Length'] = '1 ';
attrValueMap['Micron Rating'] = '10 µm ';
attrValueMap['Filter Element'] = '10QIH High Strength Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF1 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Length'] = '1 ';
attrValueMap['Micron Rating'] = '20 µm ';
attrValueMap['Filter Housing Series'] = 'EPF1 ';
attrValueMap['Filter Element'] = '20QIH High Strength Microglass ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Micron Rating'] = '2 µm ';
attrValueMap['Length'] = '1 ';
attrValueMap['Filter Element'] = '02QIH High Strength Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF2 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Length'] = '1 ';
attrValueMap['Micron Rating'] = '5 µm ';
attrValueMap['Filter Element'] = '05QIH High Strength Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF2 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Length'] = '1 ';
attrValueMap['Micron Rating'] = '10 µm ';
attrValueMap['Filter Element'] = '10QIH High Strength Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF2 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Length'] = '1 ';
attrValueMap['Micron Rating'] = '20 µm ';
attrValueMap['Filter Housing Series'] = 'EPF2 ';
attrValueMap['Filter Element'] = '20QIH High Strength Microglass ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Micron Rating'] = '2 µm ';
attrValueMap['Length'] = '2 ';
attrValueMap['Filter Element'] = '02QIH High Strength Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF2 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Micron Rating'] = '5 µm ';
attrValueMap['Length'] = '2 ';
attrValueMap['Filter Element'] = '05QIH High Strength Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF2 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Micron Rating'] = '10 µm ';
attrValueMap['Length'] = '2 ';
attrValueMap['Filter Element'] = '10QIH High Strength Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF2 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Length'] = '2 ';
attrValueMap['Micron Rating'] = '20 µm ';
attrValueMap['Filter Housing Series'] = 'EPF2 ';
attrValueMap['Filter Element'] = '20QIH High Strength Microglass ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Micron Rating'] = '2 µm ';
attrValueMap['Length'] = '1 ';
attrValueMap['Filter Element'] = '02QIH High Strength Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF3 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Length'] = '1 ';
attrValueMap['Micron Rating'] = '5 µm ';
attrValueMap['Filter Element'] = '05QIH High Strength Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF3 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Length'] = '1 ';
attrValueMap['Micron Rating'] = '10 µm ';
attrValueMap['Filter Element'] = '10QIH High Strength Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF3 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Length'] = '1 ';
attrValueMap['Micron Rating'] = '20 µm ';
attrValueMap['Filter Housing Series'] = 'EPF3 ';
attrValueMap['Filter Element'] = '20QIH High Strength Microglass ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Micron Rating'] = '2 µm ';
attrValueMap['Length'] = '2 ';
attrValueMap['Filter Element'] = '02QIH High Strength Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF3 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Micron Rating'] = '5 µm ';
attrValueMap['Length'] = '2 ';
attrValueMap['Filter Element'] = '05QIH High Strength Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF3 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Micron Rating'] = '10 µm ';
attrValueMap['Length'] = '2 ';
attrValueMap['Filter Element'] = '10QIH High Strength Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF3 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Length'] = '2 ';
attrValueMap['Micron Rating'] = '20 µm ';
attrValueMap['Filter Housing Series'] = 'EPF3 ';
attrValueMap['Filter Element'] = '20QIH High Strength Microglass ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Micron Rating'] = '2 µm ';
attrValueMap['Length'] = '1 ';
attrValueMap['Filter Element'] = '02QIH High Strength Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF4 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Length'] = '1 ';
attrValueMap['Micron Rating'] = '5 µm ';
attrValueMap['Filter Element'] = '05QIH High Strength Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF4 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Length'] = '1 ';
attrValueMap['Micron Rating'] = '10 µm ';
attrValueMap['Filter Element'] = '10QIH High Strength Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF4 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Length'] = '1 ';
attrValueMap['Micron Rating'] = '20 µm ';
attrValueMap['Filter Housing Series'] = 'EPF4 ';
attrValueMap['Filter Element'] = '20QIH High Strength Microglass ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Micron Rating'] = '2 µm ';
attrValueMap['Length'] = '2 ';
attrValueMap['Filter Element'] = '02QIH High Strength Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF4 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Micron Rating'] = '5 µm ';
attrValueMap['Length'] = '2 ';
attrValueMap['Filter Element'] = '05QIH High Strength Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF4 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Micron Rating'] = '10 µm ';
attrValueMap['Length'] = '2 ';
attrValueMap['Filter Element'] = '10QIH High Strength Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF4 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Length'] = '2 ';
attrValueMap['Micron Rating'] = '20 µm ';
attrValueMap['Filter Housing Series'] = 'EPF4 ';
attrValueMap['Filter Element'] = '20QIH High Strength Microglass ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Micron Rating'] = '2 µm ';
attrValueMap['Length'] = '1 ';
attrValueMap['Filter Element'] = '02QIH High Strength Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF5 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Length'] = '1 ';
attrValueMap['Micron Rating'] = '5 µm ';
attrValueMap['Filter Element'] = '05QIH High Strength Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF5 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Length'] = '1 ';
attrValueMap['Micron Rating'] = '10 µm ';
attrValueMap['Filter Element'] = '10QIH High Strength Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF5 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Length'] = '1 ';
attrValueMap['Micron Rating'] = '20 µm ';
attrValueMap['Filter Housing Series'] = 'EPF5 ';
attrValueMap['Filter Element'] = '20QIH High Strength Microglass ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Filter Element'] = '02AI Antistatic element ';
attrValueMap['Micron Rating'] = '2 µm ';
attrValueMap['Length'] = '1 ';
attrValueMap['Filter Housing Series'] = 'EPF1 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Filter Element'] = '10AI Antistatic element ';
attrValueMap['Length'] = '1 ';
attrValueMap['Micron Rating'] = '10 µm ';
attrValueMap['Filter Housing Series'] = 'EPF1 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Micron Rating'] = '2 µm ';
attrValueMap['Length'] = '2 ';
attrValueMap['Filter Element'] = '02QI Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF1 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Micron Rating'] = '5 µm ';
attrValueMap['Length'] = '2 ';
attrValueMap['Filter Element'] = '05QI Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF1 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Filter Element'] = '10QI Microglass ';
attrValueMap['Micron Rating'] = '10 µm ';
attrValueMap['Length'] = '2 ';
attrValueMap['Filter Housing Series'] = 'EPF1 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Filter Element'] = '02AI Antistatic element ';
attrValueMap['Micron Rating'] = '2 µm ';
attrValueMap['Length'] = '2 ';
attrValueMap['Filter Housing Series'] = 'EPF2 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Filter Element'] = '10AI Antistatic element ';
attrValueMap['Micron Rating'] = '10 µm ';
attrValueMap['Length'] = '2 ';
attrValueMap['Filter Housing Series'] = 'EPF2 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Filter Element'] = '02AI Antistatic element ';
attrValueMap['Micron Rating'] = '2 µm ';
attrValueMap['Length'] = '2 ';
attrValueMap['Filter Housing Series'] = 'EPF3 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Filter Element'] = '10QI Microglass ';
attrValueMap['Micron Rating'] = '10 µm ';
attrValueMap['Length'] = '2 ';
attrValueMap['Filter Housing Series'] = 'EPF3 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Filter Element'] = '02AI Antistatic element ';
attrValueMap['Micron Rating'] = '2 µm ';
attrValueMap['Length'] = '2 ';
attrValueMap['Filter Housing Series'] = 'EPF4 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Filter Element'] = '10AI Antistatic element ';
attrValueMap['Micron Rating'] = '10 µm ';
attrValueMap['Length'] = '2 ';
attrValueMap['Filter Housing Series'] = 'EPF4 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Filter Element'] = '02AI Antistatic element ';
attrValueMap['Micron Rating'] = '2 µm ';
attrValueMap['Length'] = '1 ';
attrValueMap['Filter Housing Series'] = 'EPF5 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Filter Element'] = '10AI Antistatic element ';
attrValueMap['Length'] = '1 ';
attrValueMap['Micron Rating'] = '10 µm ';
attrValueMap['Filter Housing Series'] = 'EPF5 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Micron Rating'] = '2 µm ';
attrValueMap['Length'] = '2 ';
attrValueMap['Filter Element'] = '02QIH High Strength Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF1 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Micron Rating'] = '5 µm ';
attrValueMap['Length'] = '2 ';
attrValueMap['Filter Element'] = '05QIH High Strength Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF1 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Micron Rating'] = '10 µm ';
attrValueMap['Length'] = '2 ';
attrValueMap['Filter Element'] = '10QIH High Strength Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF1 ';
attrValueMap['Seal Material'] = 'Nitrile ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Length'] = '1 ';
attrValueMap['Micron Rating'] = '5 µm ';
attrValueMap['Filter Element'] = '05QI Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF1 ';
attrValueMap['Seal Material'] = 'Fluoroelastomer ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Filter Element'] = '10QI Microglass ';
attrValueMap['Length'] = '1 ';
attrValueMap['Micron Rating'] = '10 µm ';
attrValueMap['Filter Housing Series'] = 'EPF1 ';
attrValueMap['Seal Material'] = 'Fluoroelastomer ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Filter Element'] = '20QI Microglass ';
attrValueMap['Length'] = '2 ';
attrValueMap['Micron Rating'] = '20 µm ';
attrValueMap['Filter Housing Series'] = 'EPF1 ';
attrValueMap['Seal Material'] = 'Fluoroelastomer ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Micron Rating'] = '2 µm ';
attrValueMap['Length'] = '1 ';
attrValueMap['Filter Element'] = '02QI Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF2 ';
attrValueMap['Seal Material'] = 'Fluoroelastomer ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Length'] = '1 ';
attrValueMap['Micron Rating'] = '5 µm ';
attrValueMap['Filter Element'] = '05QI Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF2 ';
attrValueMap['Seal Material'] = 'Fluoroelastomer ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Filter Element'] = '20QI Microglass ';
attrValueMap['Length'] = '1 ';
attrValueMap['Micron Rating'] = '20 µm ';
attrValueMap['Filter Housing Series'] = 'EPF2 ';
attrValueMap['Seal Material'] = 'Fluoroelastomer ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Micron Rating'] = '2 µm ';
attrValueMap['Length'] = '2 ';
attrValueMap['Filter Element'] = '02QI Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF2 ';
attrValueMap['Seal Material'] = 'Fluoroelastomer ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Micron Rating'] = '5 µm ';
attrValueMap['Length'] = '2 ';
attrValueMap['Filter Element'] = '05QI Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF2 ';
attrValueMap['Seal Material'] = 'Fluoroelastomer ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Filter Element'] = '10QI Microglass ';
attrValueMap['Micron Rating'] = '10 µm ';
attrValueMap['Length'] = '2 ';
attrValueMap['Filter Housing Series'] = 'EPF2 ';
attrValueMap['Seal Material'] = 'Fluoroelastomer ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Filter Element'] = '20QI Microglass ';
attrValueMap['Length'] = '2 ';
attrValueMap['Micron Rating'] = '20 µm ';
attrValueMap['Filter Housing Series'] = 'EPF2 ';
attrValueMap['Seal Material'] = 'Fluoroelastomer ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Micron Rating'] = '2 µm ';
attrValueMap['Length'] = '1 ';
attrValueMap['Filter Element'] = '02QI Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF3 ';
attrValueMap['Seal Material'] = 'Fluoroelastomer ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Length'] = '1 ';
attrValueMap['Micron Rating'] = '5 µm ';
attrValueMap['Filter Element'] = '05QI Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF3 ';
attrValueMap['Seal Material'] = 'Fluoroelastomer ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Filter Element'] = '10QI Microglass ';
attrValueMap['Length'] = '1 ';
attrValueMap['Micron Rating'] = '10 µm ';
attrValueMap['Filter Housing Series'] = 'EPF3 ';
attrValueMap['Seal Material'] = 'Fluoroelastomer ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Filter Element'] = '20QI Microglass ';
attrValueMap['Length'] = '1 ';
attrValueMap['Micron Rating'] = '20 µm ';
attrValueMap['Filter Housing Series'] = 'EPF3 ';
attrValueMap['Seal Material'] = 'Fluoroelastomer ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Micron Rating'] = '2 µm ';
attrValueMap['Length'] = '2 ';
attrValueMap['Filter Element'] = '02QI Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF3 ';
attrValueMap['Seal Material'] = 'Fluoroelastomer ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Micron Rating'] = '5 µm ';
attrValueMap['Length'] = '2 ';
attrValueMap['Filter Element'] = '05QI Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF3 ';
attrValueMap['Seal Material'] = 'Fluoroelastomer ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Filter Element'] = '10QI Microglass ';
attrValueMap['Micron Rating'] = '10 µm ';
attrValueMap['Length'] = '2 ';
attrValueMap['Filter Housing Series'] = 'EPF3 ';
attrValueMap['Seal Material'] = 'Fluoroelastomer ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Filter Element'] = '20QI Microglass ';
attrValueMap['Length'] = '2 ';
attrValueMap['Micron Rating'] = '20 µm ';
attrValueMap['Filter Housing Series'] = 'EPF3 ';
attrValueMap['Seal Material'] = 'Fluoroelastomer ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Micron Rating'] = '2 µm ';
attrValueMap['Length'] = '1 ';
attrValueMap['Filter Element'] = '02QI Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF4 ';
attrValueMap['Seal Material'] = 'Fluoroelastomer ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Length'] = '1 ';
attrValueMap['Micron Rating'] = '5 µm ';
attrValueMap['Filter Element'] = '05QI Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF4 ';
attrValueMap['Seal Material'] = 'Fluoroelastomer ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Filter Element'] = '20QI Microglass ';
attrValueMap['Length'] = '1 ';
attrValueMap['Micron Rating'] = '20 µm ';
attrValueMap['Filter Housing Series'] = 'EPF4 ';
attrValueMap['Seal Material'] = 'Fluoroelastomer ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Micron Rating'] = '2 µm ';
attrValueMap['Length'] = '2 ';
attrValueMap['Filter Element'] = '02QI Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF4 ';
attrValueMap['Seal Material'] = 'Fluoroelastomer ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Micron Rating'] = '5 µm ';
attrValueMap['Length'] = '2 ';
attrValueMap['Filter Element'] = '05QI Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF4 ';
attrValueMap['Seal Material'] = 'Fluoroelastomer ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Filter Element'] = '10QI Microglass ';
attrValueMap['Micron Rating'] = '10 µm ';
attrValueMap['Length'] = '2 ';
attrValueMap['Filter Housing Series'] = 'EPF4 ';
attrValueMap['Seal Material'] = 'Fluoroelastomer ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Filter Element'] = '20QI Microglass ';
attrValueMap['Length'] = '2 ';
attrValueMap['Micron Rating'] = '20 µm ';
attrValueMap['Filter Housing Series'] = 'EPF4 ';
attrValueMap['Seal Material'] = 'Fluoroelastomer ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Micron Rating'] = '2 µm ';
attrValueMap['Length'] = '1 ';
attrValueMap['Filter Element'] = '02QI Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF5 ';
attrValueMap['Seal Material'] = 'Fluoroelastomer ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Length'] = '1 ';
attrValueMap['Micron Rating'] = '5 µm ';
attrValueMap['Filter Element'] = '05QI Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF5 ';
attrValueMap['Seal Material'] = 'Fluoroelastomer ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Filter Element'] = '10QI Microglass ';
attrValueMap['Length'] = '1 ';
attrValueMap['Micron Rating'] = '10 µm ';
attrValueMap['Filter Housing Series'] = 'EPF5 ';
attrValueMap['Seal Material'] = 'Fluoroelastomer ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Filter Element'] = '20QI Microglass ';
attrValueMap['Length'] = '1 ';
attrValueMap['Micron Rating'] = '20 µm ';
attrValueMap['Filter Housing Series'] = 'EPF5 ';
attrValueMap['Seal Material'] = 'Fluoroelastomer ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Micron Rating'] = '2 µm ';
attrValueMap['Length'] = '2 ';
attrValueMap['Filter Element'] = '02QI Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF1 ';
attrValueMap['Seal Material'] = 'Fluoroelastomer ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Micron Rating'] = '5 µm ';
attrValueMap['Length'] = '2 ';
attrValueMap['Filter Element'] = '05QIH High Strength Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF2 ';
attrValueMap['Seal Material'] = 'Fluoroelastomer ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Micron Rating'] = '10 µm ';
attrValueMap['Length'] = '2 ';
attrValueMap['Filter Element'] = '10QIH High Strength Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF2 ';
attrValueMap['Seal Material'] = 'Fluoroelastomer ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Length'] = '1 ';
attrValueMap['Micron Rating'] = '20 µm ';
attrValueMap['Filter Housing Series'] = 'EPF2 ';
attrValueMap['Filter Element'] = '20QIR Microglass - Reverse Flow ';
attrValueMap['Seal Material'] = 'Fluoroelastomer ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Length'] = '1 ';
attrValueMap['Micron Rating'] = '10 µm ';
attrValueMap['Filter Element'] = '10QIH High Strength Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF5 ';
attrValueMap['Seal Material'] = 'Fluoroelastomer ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Length'] = '1 ';
attrValueMap['Micron Rating'] = '10 µm ';
attrValueMap['Filter Element'] = '10QIH High Strength Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF2 ';
attrValueMap['Seal Material'] = 'Fluoroelastomer ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Length'] = '1 ';
attrValueMap['Micron Rating'] = '10 µm ';
attrValueMap['Filter Element'] = '10QIH High Strength Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF1 ';
attrValueMap['Seal Material'] = 'Fluoroelastomer ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Length'] = '1 ';
attrValueMap['Micron Rating'] = '5 µm ';
attrValueMap['Filter Element'] = '05QI Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF5 ';
attrValueMap['Seal Material'] = 'Fluoroelastomer ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Micron Rating'] = '2 µm ';
attrValueMap['Length'] = '2 ';
attrValueMap['Filter Element'] = '02QIH High Strength Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF3 ';
attrValueMap['Seal Material'] = 'Fluoroelastomer ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Micron Rating'] = '2 µm ';
attrValueMap['Length'] = '1 ';
attrValueMap['Filter Element'] = '02QIH High Strength Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF4 ';
attrValueMap['Seal Material'] = 'Fluoroelastomer ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Length'] = '1 ';
attrValueMap['Micron Rating'] = '5 µm ';
attrValueMap['Filter Element'] = '05QIH High Strength Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF4 ';
attrValueMap['Seal Material'] = 'Fluoroelastomer ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Length'] = '1 ';
attrValueMap['Micron Rating'] = '10 µm ';
attrValueMap['Filter Element'] = '10QIH High Strength Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF3 ';
attrValueMap['Seal Material'] = 'Fluoroelastomer ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Micron Rating'] = '10 µm ';
attrValueMap['Length'] = '2 ';
attrValueMap['Filter Element'] = '10QIR Microglass - Reverse Flow ';
attrValueMap['Filter Housing Series'] = 'EPF4 ';
attrValueMap['Seal Material'] = 'Fluoroelastomer ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Micron Rating'] = '10 µm ';
attrValueMap['Length'] = '2 ';
attrValueMap['Filter Element'] = '10QIH High Strength Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF4 ';
attrValueMap['Seal Material'] = 'Fluoroelastomer ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Length'] = '1 ';
attrValueMap['Micron Rating'] = '5 µm ';
attrValueMap['Filter Element'] = '05QIH High Strength Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF2 ';
attrValueMap['Seal Material'] = 'Fluoroelastomer ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Micron Rating'] = '10 µm ';
attrValueMap['Length'] = '2 ';
attrValueMap['Filter Element'] = '10QIH High Strength Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF3 ';
attrValueMap['Seal Material'] = 'Fluoroelastomer ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
var attrValueMap = {};
attrValueMap['Micron Rating'] = '5 µm ';
attrValueMap['Length'] = '2 ';
attrValueMap['Filter Element'] = '05QIH High Strength Microglass ';
attrValueMap['Filter Housing Series'] = 'EPF4 ';
attrValueMap['Seal Material'] = 'Fluoroelastomer ';
attrArray.push(attrValueMap);
console.log("attrArray : "+attrArray.length);
944418Q
2 µm
Nitrile
EPF1
1
02QI Microglass
1__2 µm __1
2__Nitrile __2
3__EPF1 __3
4__1 __4
5__02QI Microglass __5
944419Q
5 µm
Nitrile
EPF1
1
05QI Microglass
1__5 µm __1
2__Nitrile __2
3__EPF1 __3
4__1 __4
5__05QI Microglass __5
944420Q
10 µm
Nitrile
EPF1
1
10QI Microglass
1__10 µm __1
2__Nitrile __2
3__EPF1 __3
4__1 __4
5__10QI Microglass __5
944421Q
20 µm
Nitrile
EPF1
1
20QI Microglass
1__20 µm __1
2__Nitrile __2
3__EPF1 __3
4__1 __4
5__20QI Microglass __5
944426Q
2 µm
Nitrile
EPF2
1
02QI Microglass
1__2 µm __1
2__Nitrile __2
3__EPF2 __3
4__1 __4
5__02QI Microglass __5
944427Q
5 µm
Nitrile
EPF2
1
05QI Microglass
1__5 µm __1
2__Nitrile __2
3__EPF2 __3
4__1 __4
5__05QI Microglass __5
944428Q
10 µm
Nitrile
EPF2
1
10QI Microglass
1__10 µm __1
2__Nitrile __2
3__EPF2 __3
4__1 __4
5__10QI Microglass __5
944429Q
20 µm
Nitrile
EPF2
1
20QI Microglass
1__20 µm __1
2__Nitrile __2
3__EPF2 __3
4__1 __4
5__20QI Microglass __5
944430Q
2 µm
Nitrile
EPF2
2
02QI Microglass
1__2 µm __1
2__Nitrile __2
3__EPF2 __3
4__2 __4
5__02QI Microglass __5
944431Q
5 µm
Nitrile
EPF2
2
05QI Microglass
1__5 µm __1
2__Nitrile __2
3__EPF2 __3
4__2 __4
5__05QI Microglass __5
944432Q
10 µm
Nitrile
EPF2
2
10QI Microglass
1__10 µm __1
2__Nitrile __2
3__EPF2 __3
4__2 __4
5__10QI Microglass __5
944433Q
20 µm
Nitrile
EPF2
2
20QI Microglass
1__20 µm __1
2__Nitrile __2
3__EPF2 __3
4__2 __4
5__20QI Microglass __5
944434Q
2 µm
Nitrile
EPF3
1
02QI Microglass
1__2 µm __1
2__Nitrile __2
3__EPF3 __3
4__1 __4
5__02QI Microglass __5
944435Q
5 µm
Nitrile
EPF3
1
05QI Microglass
1__5 µm __1
2__Nitrile __2
3__EPF3 __3
4__1 __4
5__05QI Microglass __5
944436Q
10 µm
Nitrile
EPF3
1
10QI Microglass
1__10 µm __1
2__Nitrile __2
3__EPF3 __3
4__1 __4
5__10QI Microglass __5
944437Q
20 µm
Nitrile
EPF3
1
20QI Microglass
1__20 µm __1
2__Nitrile __2
3__EPF3 __3
4__1 __4
5__20QI Microglass __5
944438Q
2 µm
Nitrile
EPF3
2
02QI Microglass
1__2 µm __1
2__Nitrile __2
3__EPF3 __3
4__2 __4
5__02QI Microglass __5
944439Q
5 µm
Nitrile
EPF3
2
05QI Microglass
1__5 µm __1
2__Nitrile __2
3__EPF3 __3
4__2 __4
5__05QI Microglass __5
944440Q
10 µm
Nitrile
EPF3
2
10QI Microglass
1__10 µm __1
2__Nitrile __2
3__EPF3 __3
4__2 __4
5__10QI Microglass __5
944441Q
20 µm
Nitrile
EPF3
2
20QI Microglass
1__20 µm __1
2__Nitrile __2
3__EPF3 __3
4__2 __4
5__20QI Microglass __5
944442Q
2 µm
Nitrile
EPF4
1
02QI Microglass
1__2 µm __1
2__Nitrile __2
3__EPF4 __3
4__1 __4
5__02QI Microglass __5
944443Q
5 µm
Nitrile
EPF4
1
05QI Microglass
1__5 µm __1
2__Nitrile __2
3__EPF4 __3
4__1 __4
5__05QI Microglass __5
944444Q
10 µm
Nitrile
EPF4
1
10QI Microglass
1__10 µm __1
2__Nitrile __2
3__EPF4 __3
4__1 __4
5__10QI Microglass __5
944445Q
20 µm
Nitrile
EPF4
1
20QI Microglass
1__20 µm __1
2__Nitrile __2
3__EPF4 __3
4__1 __4
5__20QI Microglass __5
944446Q
2 µm
Nitrile
EPF4
2
02QI Microglass
1__2 µm __1
2__Nitrile __2
3__EPF4 __3
4__2 __4
5__02QI Microglass __5
944447Q
5 µm
Nitrile
EPF4
2
05QI Microglass
1__5 µm __1
2__Nitrile __2
3__EPF4 __3
4__2 __4
5__05QI Microglass __5
944448Q
10 µm
Nitrile
EPF4
2
10QI Microglass
1__10 µm __1
2__Nitrile __2
3__EPF4 __3
4__2 __4
5__10QI Microglass __5
944449Q
20 µm
Nitrile
EPF4
2
20QI Microglass
1__20 µm __1
2__Nitrile __2
3__EPF4 __3
4__2 __4
5__20QI Microglass __5
944450Q
2 µm
Nitrile
EPF5
1
02QI Microglass
1__2 µm __1
2__Nitrile __2
3__EPF5 __3
4__1 __4
5__02QI Microglass __5
944451Q
5 µm
Nitrile
EPF5
1
05QI Microglass
1__5 µm __1
2__Nitrile __2
3__EPF5 __3
4__1 __4
5__05QI Microglass __5
944452Q
10 µm
Nitrile
EPF5
1
10QI Microglass
1__10 µm __1
2__Nitrile __2
3__EPF5 __3
4__1 __4
5__10QI Microglass __5
944453Q
20 µm
Nitrile
EPF5
1
20QI Microglass
1__20 µm __1
2__Nitrile __2
3__EPF5 __3
4__1 __4
5__20QI Microglass __5
944561Q
2 µm
Nitrile
EPF1
1
02QIR Microglass - Reverse Flow
1__2 µm __1
2__Nitrile __2
3__EPF1 __3
4__1 __4
5__02QIR Microglass - Reverse Flow __5
944562Q
5 µm
Nitrile
EPF1
1
05QIR Microglass - Reverse Flow
1__5 µm __1
2__Nitrile __2
3__EPF1 __3
4__1 __4
5__05QIR Microglass - Reverse Flow __5
944563Q
10 µm
Nitrile
EPF1
1
10QIR Microglass - Reverse Flow
1__10 µm __1
2__Nitrile __2
3__EPF1 __3
4__1 __4
5__10QIR Microglass - Reverse Flow __5
944564Q
20 µm
Nitrile
EPF1
1
20QIR Microglass - Reverse Flow
1__20 µm __1
2__Nitrile __2
3__EPF1 __3
4__1 __4
5__20QIR Microglass - Reverse Flow __5
944569Q
2 µm
Nitrile
EPF2
1
02QIR Microglass - Reverse Flow
1__2 µm __1
2__Nitrile __2
3__EPF2 __3
4__1 __4
5__02QIR Microglass - Reverse Flow __5
944570Q
5 µm
Nitrile
EPF2
1
05QIR Microglass - Reverse Flow
1__5 µm __1
2__Nitrile __2
3__EPF2 __3
4__1 __4
5__05QIR Microglass - Reverse Flow __5
944571Q
10 µm
Nitrile
EPF2
1
10QIR Microglass - Reverse Flow
1__10 µm __1
2__Nitrile __2
3__EPF2 __3
4__1 __4
5__10QIR Microglass - Reverse Flow __5
944572Q
20 µm
Nitrile
EPF2
1
20QIR Microglass - Reverse Flow
1__20 µm __1
2__Nitrile __2
3__EPF2 __3
4__1 __4
5__20QIR Microglass - Reverse Flow __5
944573Q
2 µm
Nitrile
EPF2
2
02QIR Microglass - Reverse Flow
1__2 µm __1
2__Nitrile __2
3__EPF2 __3
4__2 __4
5__02QIR Microglass - Reverse Flow __5
944574Q
5 µm
Nitrile
EPF2
2
05QIR Microglass - Reverse Flow
1__5 µm __1
2__Nitrile __2
3__EPF2 __3
4__2 __4
5__05QIR Microglass - Reverse Flow __5
944575Q
10 µm
Nitrile
EPF2
2
10QIR Microglass - Reverse Flow
1__10 µm __1
2__Nitrile __2
3__EPF2 __3
4__2 __4
5__10QIR Microglass - Reverse Flow __5
944576Q
20 µm
Nitrile
EPF2
2
20QIR Microglass - Reverse Flow
1__20 µm __1
2__Nitrile __2
3__EPF2 __3
4__2 __4
5__20QIR Microglass - Reverse Flow __5
944577Q
2 µm
Nitrile
EPF3
1
02QIR Microglass - Reverse Flow
1__2 µm __1
2__Nitrile __2
3__EPF3 __3
4__1 __4
5__02QIR Microglass - Reverse Flow __5
944578Q
5 µm
Nitrile
EPF3
1
05QIR Microglass - Reverse Flow
1__5 µm __1
2__Nitrile __2
3__EPF3 __3
4__1 __4
5__05QIR Microglass - Reverse Flow __5
944579Q
10 µm
Nitrile
EPF3
1
10QIR Microglass - Reverse Flow
1__10 µm __1
2__Nitrile __2
3__EPF3 __3
4__1 __4
5__10QIR Microglass - Reverse Flow __5
944580Q
20 µm
Nitrile
EPF3
1
20QIR Microglass - Reverse Flow
1__20 µm __1
2__Nitrile __2
3__EPF3 __3
4__1 __4
5__20QIR Microglass - Reverse Flow __5
944581Q
2 µm
Nitrile
TTF4 (1-120)
2
10QL Ecoglass
1__2 µm __1
2__Nitrile __2
3__TTF4 (1-120) __3
4__2 __4
5__10QL Ecoglass __5
944582Q
5 µm
Nitrile
EPF3
2
05QIR Microglass - Reverse Flow
1__5 µm __1
2__Nitrile __2
3__EPF3 __3
4__2 __4
5__05QIR Microglass - Reverse Flow __5
944583Q
10 µm
Nitrile
EPF3
2
10QIR Microglass - Reverse Flow
1__10 µm __1
2__Nitrile __2
3__EPF3 __3
4__2 __4
5__10QIR Microglass - Reverse Flow __5
944584Q
20 µm
Nitrile
EPF3
2
20QIR Microglass - Reverse Flow
1__20 µm __1
2__Nitrile __2
3__EPF3 __3
4__2 __4
5__20QIR Microglass - Reverse Flow __5
944585Q
2 µm
Nitrile
EPF4
1
02QIR Microglass - Reverse Flow
1__2 µm __1
2__Nitrile __2
3__EPF4 __3
4__1 __4
5__02QIR Microglass - Reverse Flow __5
944586Q
5 µm
Nitrile
EPF4
1
05QIR Microglass - Reverse Flow
1__5 µm __1
2__Nitrile __2
3__EPF4 __3
4__1 __4
5__05QIR Microglass - Reverse Flow __5
944587Q
10 µm
Nitrile
EPF4
1
10QIR Microglass - Reverse Flow
1__10 µm __1
2__Nitrile __2
3__EPF4 __3
4__1 __4
5__10QIR Microglass - Reverse Flow __5
944588Q
20 µm
Nitrile
EPF4
1
20QIR Microglass - Reverse Flow
1__20 µm __1
2__Nitrile __2
3__EPF4 __3
4__1 __4
5__20QIR Microglass - Reverse Flow __5
944589Q
2 µm
Nitrile
EPF4
2
02QIR Microglass - Reverse Flow
1__2 µm __1
2__Nitrile __2
3__EPF4 __3
4__2 __4
5__02QIR Microglass - Reverse Flow __5
944590Q
5 µm
Nitrile
EPF4
2
05QIR Microglass - Reverse Flow
1__5 µm __1
2__Nitrile __2
3__EPF4 __3
4__2 __4
5__05QIR Microglass - Reverse Flow __5
944591Q
10 µm
Nitrile
EPF4
2
10QIR Microglass - Reverse Flow
1__10 µm __1
2__Nitrile __2
3__EPF4 __3
4__2 __4
5__10QIR Microglass - Reverse Flow __5
944592Q
20 µm
Nitrile
EPF4
2
20QIR Microglass - Reverse Flow
1__20 µm __1
2__Nitrile __2
3__EPF4 __3
4__2 __4
5__20QIR Microglass - Reverse Flow __5
944593Q
2 µm
Nitrile
EPF5
1
02QIR Microglass - Reverse Flow
1__2 µm __1
2__Nitrile __2
3__EPF5 __3
4__1 __4
5__02QIR Microglass - Reverse Flow __5
944594Q
5 µm
Nitrile
EPF5
1
05QIR Microglass - Reverse Flow
1__5 µm __1
2__Nitrile __2
3__EPF5 __3
4__1 __4
5__05QIR Microglass - Reverse Flow __5
944595Q
10 µm
Nitrile
EPF5
1
10QIR Microglass - Reverse Flow
1__10 µm __1
2__Nitrile __2
3__EPF5 __3
4__1 __4
5__10QIR Microglass - Reverse Flow __5
944596Q
20 µm
Nitrile
EPF5
1
20QIR Microglass - Reverse Flow
1__20 µm __1
2__Nitrile __2
3__EPF5 __3
4__1 __4
5__20QIR Microglass - Reverse Flow __5
944481Q
2 µm
Nitrile
EPF1
1
02QIH High Strength Microglass
1__2 µm __1
2__Nitrile __2
3__EPF1 __3
4__1 __4
5__02QIH High Strength Microglass __5
944482Q
5 µm
Nitrile
EPF1
1
05QIH High Strength Microglass
1__5 µm __1
2__Nitrile __2
3__EPF1 __3
4__1 __4
5__05QIH High Strength Microglass __5
944483Q
10 µm
Nitrile
EPF1
1
10QIH High Strength Microglass
1__10 µm __1
2__Nitrile __2
3__EPF1 __3
4__1 __4
5__10QIH High Strength Microglass __5
944484Q
20 µm
Nitrile
EPF1
1
20QIH High Strength Microglass
1__20 µm __1
2__Nitrile __2
3__EPF1 __3
4__1 __4
5__20QIH High Strength Microglass __5
944489Q
2 µm
Nitrile
EPF2
1
02QIH High Strength Microglass
1__2 µm __1
2__Nitrile __2
3__EPF2 __3
4__1 __4
5__02QIH High Strength Microglass __5
944490Q
5 µm
Nitrile
EPF2
1
05QIH High Strength Microglass
1__5 µm __1
2__Nitrile __2
3__EPF2 __3
4__1 __4
5__05QIH High Strength Microglass __5
944491Q
10 µm
Nitrile
EPF2
1
10QIH High Strength Microglass
1__10 µm __1
2__Nitrile __2
3__EPF2 __3
4__1 __4
5__10QIH High Strength Microglass __5
944492Q
20 µm
Nitrile
EPF2
1
20QIH High Strength Microglass
1__20 µm __1
2__Nitrile __2
3__EPF2 __3
4__1 __4
5__20QIH High Strength Microglass __5
944493Q
2 µm
Nitrile
EPF2
2
02QIH High Strength Microglass
1__2 µm __1
2__Nitrile __2
3__EPF2 __3
4__2 __4
5__02QIH High Strength Microglass __5
944494Q
5 µm
Nitrile
EPF2
2
05QIH High Strength Microglass
1__5 µm __1
2__Nitrile __2
3__EPF2 __3
4__2 __4
5__05QIH High Strength Microglass __5
944495Q
10 µm
Nitrile
EPF2
2
10QIH High Strength Microglass
1__10 µm __1
2__Nitrile __2
3__EPF2 __3
4__2 __4
5__10QIH High Strength Microglass __5
944496Q
20 µm
Nitrile
EPF2
2
20QIH High Strength Microglass
1__20 µm __1
2__Nitrile __2
3__EPF2 __3
4__2 __4
5__20QIH High Strength Microglass __5
944497Q
2 µm
Nitrile
EPF3
1
02QIH High Strength Microglass
1__2 µm __1
2__Nitrile __2
3__EPF3 __3
4__1 __4
5__02QIH High Strength Microglass __5
944498Q
5 µm
Nitrile
EPF3
1
05QIH High Strength Microglass
1__5 µm __1
2__Nitrile __2
3__EPF3 __3
4__1 __4
5__05QIH High Strength Microglass __5
944499Q
10 µm
Nitrile
EPF3
1
10QIH High Strength Microglass
1__10 µm __1
2__Nitrile __2
3__EPF3 __3
4__1 __4
5__10QIH High Strength Microglass __5
944500Q
20 µm
Nitrile
EPF3
1
20QIH High Strength Microglass
1__20 µm __1
2__Nitrile __2
3__EPF3 __3
4__1 __4
5__20QIH High Strength Microglass __5
944501Q
2 µm
Nitrile
EPF3
2
02QIH High Strength Microglass
1__2 µm __1
2__Nitrile __2
3__EPF3 __3
4__2 __4
5__02QIH High Strength Microglass __5
944502Q
5 µm
Nitrile
EPF3
2
05QIH High Strength Microglass
1__5 µm __1
2__Nitrile __2
3__EPF3 __3
4__2 __4
5__05QIH High Strength Microglass __5
944503Q
10 µm
Nitrile
EPF3
2
10QIH High Strength Microglass
1__10 µm __1
2__Nitrile __2
3__EPF3 __3
4__2 __4
5__10QIH High Strength Microglass __5
944504Q
20 µm
Nitrile
EPF3
2
20QIH High Strength Microglass
1__20 µm __1
2__Nitrile __2
3__EPF3 __3
4__2 __4
5__20QIH High Strength Microglass __5
944505Q
2 µm
Nitrile
EPF4
1
02QIH High Strength Microglass
1__2 µm __1
2__Nitrile __2
3__EPF4 __3
4__1 __4
5__02QIH High Strength Microglass __5
944506Q
5 µm
Nitrile
EPF4
1
05QIH High Strength Microglass
1__5 µm __1
2__Nitrile __2
3__EPF4 __3
4__1 __4
5__05QIH High Strength Microglass __5
944507Q
10 µm
Nitrile
EPF4
1
10QIH High Strength Microglass
1__10 µm __1
2__Nitrile __2
3__EPF4 __3
4__1 __4
5__10QIH High Strength Microglass __5
944508Q
20 µm
Nitrile
EPF4
1
20QIH High Strength Microglass
1__20 µm __1
2__Nitrile __2
3__EPF4 __3
4__1 __4
5__20QIH High Strength Microglass __5
944509Q
2 µm
Nitrile
EPF4
2
02QIH High Strength Microglass
1__2 µm __1
2__Nitrile __2
3__EPF4 __3
4__2 __4
5__02QIH High Strength Microglass __5
944510Q
5 µm
Nitrile
EPF4
2
05QIH High Strength Microglass
1__5 µm __1
2__Nitrile __2
3__EPF4 __3
4__2 __4
5__05QIH High Strength Microglass __5
944511Q
10 µm
Nitrile
EPF4
2
10QIH High Strength Microglass
1__10 µm __1
2__Nitrile __2
3__EPF4 __3
4__2 __4
5__10QIH High Strength Microglass __5
944512Q
20 µm
Nitrile
EPF4
2
20QIH High Strength Microglass
1__20 µm __1
2__Nitrile __2
3__EPF4 __3
4__2 __4
5__20QIH High Strength Microglass __5
944513Q
2 µm
Nitrile
EPF5
1
02QIH High Strength Microglass
1__2 µm __1
2__Nitrile __2
3__EPF5 __3
4__1 __4
5__02QIH High Strength Microglass __5
944514Q
5 µm
Nitrile
EPF5
1
05QIH High Strength Microglass
1__5 µm __1
2__Nitrile __2
3__EPF5 __3
4__1 __4
5__05QIH High Strength Microglass __5
944515Q
10 µm
Nitrile
EPF5
1
10QIH High Strength Microglass
1__10 µm __1
2__Nitrile __2
3__EPF5 __3
4__1 __4
5__10QIH High Strength Microglass __5
944516Q
20 µm
Nitrile
EPF5
1
20QIH High Strength Microglass
1__20 µm __1
2__Nitrile __2
3__EPF5 __3
4__1 __4
5__20QIH High Strength Microglass __5
944418A
2 µm
Nitrile
EPF1
1
02AI Antistatic element
1__2 µm __1
2__Nitrile __2
3__EPF1 __3
4__1 __4
5__02AI Antistatic element __5
944420A
10 µm
Nitrile
EPF1
1
10AI Antistatic element
1__10 µm __1
2__Nitrile __2
3__EPF1 __3
4__1 __4
5__10AI Antistatic element __5
944422Q
2 µm
Nitrile
EPF1
2
02QI Microglass
1__2 µm __1
2__Nitrile __2
3__EPF1 __3
4__2 __4
5__02QI Microglass __5
944423Q
5 µm
Nitrile
EPF1
2
05QI Microglass
1__5 µm __1
2__Nitrile __2
3__EPF1 __3
4__2 __4
5__05QI Microglass __5
944424Q
10 µm
Nitrile
EPF1
2
10QI Microglass
1__10 µm __1
2__Nitrile __2
3__EPF1 __3
4__2 __4
5__10QI Microglass __5
944430A
2 µm
Nitrile
EPF2
2
02AI Antistatic element
1__2 µm __1
2__Nitrile __2
3__EPF2 __3
4__2 __4
5__02AI Antistatic element __5
944432A
10 µm
Nitrile
EPF2
2
10AI Antistatic element
1__10 µm __1
2__Nitrile __2
3__EPF2 __3
4__2 __4
5__10AI Antistatic element __5
944438A
2 µm
Nitrile
EPF3
2
02AI Antistatic element
1__2 µm __1
2__Nitrile __2
3__EPF3 __3
4__2 __4
5__02AI Antistatic element __5
944440A
10 µm
Nitrile
EPF3
2
10QI Microglass
1__10 µm __1
2__Nitrile __2
3__EPF3 __3
4__2 __4
5__10QI Microglass __5
944446A
2 µm
Nitrile
EPF4
2
02AI Antistatic element
1__2 µm __1
2__Nitrile __2
3__EPF4 __3
4__2 __4
5__02AI Antistatic element __5
944448A
10 µm
Nitrile
EPF4
2
10AI Antistatic element
1__10 µm __1
2__Nitrile __2
3__EPF4 __3
4__2 __4
5__10AI Antistatic element __5
944450A
2 µm
Nitrile
EPF5
1
02AI Antistatic element
1__2 µm __1
2__Nitrile __2
3__EPF5 __3
4__1 __4
5__02AI Antistatic element __5
944452A
10 µm
Nitrile
EPF5
1
10AI Antistatic element
1__10 µm __1
2__Nitrile __2
3__EPF5 __3
4__1 __4
5__10AI Antistatic element __5
944485Q
2 µm
Nitrile
EPF1
2
02QIH High Strength Microglass
1__2 µm __1
2__Nitrile __2
3__EPF1 __3
4__2 __4
5__02QIH High Strength Microglass __5
944486Q
5 µm
Nitrile
EPF1
2
05QIH High Strength Microglass
1__5 µm __1
2__Nitrile __2
3__EPF1 __3
4__2 __4
5__05QIH High Strength Microglass __5
944487Q
10 µm
Nitrile
EPF1
2
10QIH High Strength Microglass
1__10 µm __1
2__Nitrile __2
3__EPF1 __3
4__2 __4
5__10QIH High Strength Microglass __5
944522Q
5 µm
Fluoroelastomer
EPF1
1
05QI Microglass
1__5 µm __1
2__Fluoroelastomer __2
3__EPF1 __3
4__1 __4
5__05QI Microglass __5
944523Q
10 µm
Fluoroelastomer
EPF1
1
10QI Microglass
1__10 µm __1
2__Fluoroelastomer __2
3__EPF1 __3
4__1 __4
5__10QI Microglass __5
944528Q
20 µm
Fluoroelastomer
EPF1
2
20QI Microglass
1__20 µm __1
2__Fluoroelastomer __2
3__EPF1 __3
4__2 __4
5__20QI Microglass __5
944529Q
2 µm
Fluoroelastomer
EPF2
1
02QI Microglass
1__2 µm __1
2__Fluoroelastomer __2
3__EPF2 __3
4__1 __4
5__02QI Microglass __5
944530Q
5 µm
Fluoroelastomer
EPF2
1
05QI Microglass
1__5 µm __1
2__Fluoroelastomer __2
3__EPF2 __3
4__1 __4
5__05QI Microglass __5
944532Q
20 µm
Fluoroelastomer
EPF2
1
20QI Microglass
1__20 µm __1
2__Fluoroelastomer __2
3__EPF2 __3
4__1 __4
5__20QI Microglass __5
944533Q
2 µm
Fluoroelastomer
EPF2
2
02QI Microglass
1__2 µm __1
2__Fluoroelastomer __2
3__EPF2 __3
4__2 __4
5__02QI Microglass __5
944534Q
5 µm
Fluoroelastomer
EPF2
2
05QI Microglass
1__5 µm __1
2__Fluoroelastomer __2
3__EPF2 __3
4__2 __4
5__05QI Microglass __5
944535Q
10 µm
Fluoroelastomer
EPF2
2
10QI Microglass
1__10 µm __1
2__Fluoroelastomer __2
3__EPF2 __3
4__2 __4
5__10QI Microglass __5
944536Q
20 µm
Fluoroelastomer
EPF2
2
20QI Microglass
1__20 µm __1
2__Fluoroelastomer __2
3__EPF2 __3
4__2 __4
5__20QI Microglass __5
944537Q
2 µm
Fluoroelastomer
EPF3
1
02QI Microglass
1__2 µm __1
2__Fluoroelastomer __2
3__EPF3 __3
4__1 __4
5__02QI Microglass __5
944538Q
5 µm
Fluoroelastomer
EPF3
1
05QI Microglass
1__5 µm __1
2__Fluoroelastomer __2
3__EPF3 __3
4__1 __4
5__05QI Microglass __5
944539Q
10 µm
Fluoroelastomer
EPF3
1
10QI Microglass
1__10 µm __1
2__Fluoroelastomer __2
3__EPF3 __3
4__1 __4
5__10QI Microglass __5
944540Q
20 µm
Fluoroelastomer
EPF3
1
20QI Microglass
1__20 µm __1
2__Fluoroelastomer __2
3__EPF3 __3
4__1 __4
5__20QI Microglass __5
944541Q
2 µm
Fluoroelastomer
EPF3
2
02QI Microglass
1__2 µm __1
2__Fluoroelastomer __2
3__EPF3 __3
4__2 __4
5__02QI Microglass __5
944542Q
5 µm
Fluoroelastomer
EPF3
2
05QI Microglass
1__5 µm __1
2__Fluoroelastomer __2
3__EPF3 __3
4__2 __4
5__05QI Microglass __5
944543Q
10 µm
Fluoroelastomer
EPF3
2
10QI Microglass
1__10 µm __1
2__Fluoroelastomer __2
3__EPF3 __3
4__2 __4
5__10QI Microglass __5
944544Q
20 µm
Fluoroelastomer
EPF3
2
20QI Microglass
1__20 µm __1
2__Fluoroelastomer __2
3__EPF3 __3
4__2 __4
5__20QI Microglass __5
944545Q
2 µm
Fluoroelastomer
EPF4
1
02QI Microglass
1__2 µm __1
2__Fluoroelastomer __2
3__EPF4 __3
4__1 __4
5__02QI Microglass __5
944546Q
5 µm
Fluoroelastomer
EPF4
1
05QI Microglass
1__5 µm __1
2__Fluoroelastomer __2
3__EPF4 __3
4__1 __4
5__05QI Microglass __5
944548Q
20 µm
Fluoroelastomer
EPF4
1
20QI Microglass
1__20 µm __1
2__Fluoroelastomer __2
3__EPF4 __3
4__1 __4
5__20QI Microglass __5
944549Q
2 µm
Fluoroelastomer
EPF4
2
02QI Microglass
1__2 µm __1
2__Fluoroelastomer __2
3__EPF4 __3
4__2 __4
5__02QI Microglass __5
944550Q
5 µm
Fluoroelastomer
EPF4
2
05QI Microglass
1__5 µm __1
2__Fluoroelastomer __2
3__EPF4 __3
4__2 __4
5__05QI Microglass __5
944551Q
10 µm
Fluoroelastomer
EPF4
2
10QI Microglass
1__10 µm __1
2__Fluoroelastomer __2
3__EPF4 __3
4__2 __4
5__10QI Microglass __5
944552Q
20 µm
Fluoroelastomer
EPF4
2
20QI Microglass
1__20 µm __1
2__Fluoroelastomer __2
3__EPF4 __3
4__2 __4
5__20QI Microglass __5
944553Q
2 µm
Fluoroelastomer
EPF5
1
02QI Microglass
1__2 µm __1
2__Fluoroelastomer __2
3__EPF5 __3
4__1 __4
5__02QI Microglass __5
944554Q
5 µm
Fluoroelastomer
EPF5
1
05QI Microglass
1__5 µm __1
2__Fluoroelastomer __2
3__EPF5 __3
4__1 __4
5__05QI Microglass __5
944555Q
10 µm
Fluoroelastomer
EPF5
1
10QI Microglass
1__10 µm __1
2__Fluoroelastomer __2
3__EPF5 __3
4__1 __4
5__10QI Microglass __5
944556Q
20 µm
Fluoroelastomer
EPF5
1
20QI Microglass
1__20 µm __1
2__Fluoroelastomer __2
3__EPF5 __3
4__1 __4
5__20QI Microglass __5
944597Q
2 µm
Fluoroelastomer
EPF1
2
02QI Microglass
1__2 µm __1
2__Fluoroelastomer __2
3__EPF1 __3
4__2 __4
5__02QI Microglass __5
944672Q
5 µm
Fluoroelastomer
EPF2
2
05QIH High Strength Microglass
1__5 µm __1
2__Fluoroelastomer __2
3__EPF2 __3
4__2 __4
5__05QIH High Strength Microglass __5
944714Q
10 µm
Fluoroelastomer
EPF2
2
10QIH High Strength Microglass
1__10 µm __1
2__Fluoroelastomer __2
3__EPF2 __3
4__2 __4
5__10QIH High Strength Microglass __5
944725Q
20 µm
Fluoroelastomer
EPF2
1
20QIR Microglass - Reverse Flow
1__20 µm __1
2__Fluoroelastomer __2
3__EPF2 __3
4__1 __4
5__20QIR Microglass - Reverse Flow __5
944749Q
10 µm
Fluoroelastomer
EPF5
1
10QIH High Strength Microglass
1__10 µm __1
2__Fluoroelastomer __2
3__EPF5 __3
4__1 __4
5__10QIH High Strength Microglass __5
944757Q
10 µm
Fluoroelastomer
EPF2
1
10QIH High Strength Microglass
1__10 µm __1
2__Fluoroelastomer __2
3__EPF2 __3
4__1 __4
5__10QIH High Strength Microglass __5
944759Q
10 µm
Fluoroelastomer
EPF1
1
10QIH High Strength Microglass
1__10 µm __1
2__Fluoroelastomer __2
3__EPF1 __3
4__1 __4
5__10QIH High Strength Microglass __5
944767Q
5 µm
Fluoroelastomer
EPF5
1
05QI Microglass
1__5 µm __1
2__Fluoroelastomer __2
3__EPF5 __3
4__1 __4
5__05QI Microglass __5
944771Q
2 µm
Fluoroelastomer
EPF3
2
02QIH High Strength Microglass
1__2 µm __1
2__Fluoroelastomer __2
3__EPF3 __3
4__2 __4
5__02QIH High Strength Microglass __5
944795Q
2 µm
Fluoroelastomer
EPF4
1
02QIH High Strength Microglass
1__2 µm __1
2__Fluoroelastomer __2
3__EPF4 __3
4__1 __4
5__02QIH High Strength Microglass __5
944802Q
5 µm
Fluoroelastomer
EPF4
1
05QIH High Strength Microglass
1__5 µm __1
2__Fluoroelastomer __2
3__EPF4 __3
4__1 __4
5__05QIH High Strength Microglass __5
944824Q
10 µm
Fluoroelastomer
EPF3
1
10QIH High Strength Microglass
1__10 µm __1
2__Fluoroelastomer __2
3__EPF3 __3
4__1 __4
5__10QIH High Strength Microglass __5
971011Q
10 µm
Fluoroelastomer
EPF4
2
10QIR Microglass - Reverse Flow
1__10 µm __1
2__Fluoroelastomer __2
3__EPF4 __3
4__2 __4
5__10QIR Microglass - Reverse Flow __5
971012Q
10 µm
Fluoroelastomer
EPF4
2
10QIH High Strength Microglass
1__10 µm __1
2__Fluoroelastomer __2
3__EPF4 __3
4__2 __4
5__10QIH High Strength Microglass __5
971015Q
5 µm
Fluoroelastomer
EPF2
1
05QIH High Strength Microglass
1__5 µm __1
2__Fluoroelastomer __2
3__EPF2 __3
4__1 __4
5__05QIH High Strength Microglass __5
971020Q
10 µm
Fluoroelastomer
EPF3
2
10QIH High Strength Microglass
1__10 µm __1
2__Fluoroelastomer __2
3__EPF3 __3
4__2 __4
5__10QIH High Strength Microglass __5
971021Q
5 µm
Fluoroelastomer
EPF4
2
05QIH High Strength Microglass
1__5 µm __1
2__Fluoroelastomer __2
3__EPF4 __3
4__2 __4
5__05QIH High Strength Microglass __5
687466
C89472
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