var attrArray = new Array(); var attrValueMap = {}; attrValueMap['Valve Type'] = '5/2 Way '; attrValueMap['Coil Temperature Range'] = '-40 + 50°C '; attrValueMap['Actuation Type'] = 'Solenoid Operated '; attrValueMap['Maximum Fluid Temperature'] = '50 °C '; attrValueMap['Port Size'] = '1/4 G '; attrValueMap['Insulation Class'] = 'F 155°C '; attrValueMap['Function'] = 'Spring & air return '; attrValueMap['Power Supply Voltage'] = '48V/50-60Hz '; attrValueMap['Flow Coefficient 1'] = '1250 l/min '; attrArray.push(attrValueMap); console.log("attrArray : "+attrArray.length); var attrValueMap = {}; attrValueMap['Coil Temperature Range'] = '-40 + 50°C '; attrValueMap['Actuation Type'] = 'Solenoid Operated '; attrValueMap['Maximum Fluid Temperature'] = '50 °C '; attrValueMap['Valve Type'] = '3/2 - 5/2 Way '; attrValueMap['Port Size'] = '1/4 G '; attrValueMap['Power Supply Voltage'] = '230V/50-60Hz '; attrValueMap['Insulation Class'] = 'F 155°C '; attrValueMap['Function'] = 'Spring & air return '; attrValueMap['Flow Coefficient 1'] = '1250 l/min '; attrArray.push(attrValueMap); console.log("attrArray : "+attrArray.length); var attrValueMap = {}; attrValueMap['Power Supply Voltage'] = '- '; attrValueMap['Actuation Type'] = 'Solenoid Operated '; attrValueMap['Maximum Fluid Temperature'] = '50 °C '; attrValueMap['Port Size'] = '1/4 G '; attrValueMap['Insulation Class'] = '- '; attrValueMap['Coil Temperature Range'] = '- '; attrValueMap['Valve Type'] = '5/3 Way '; attrValueMap['Function'] = 'Closed centre position '; attrValueMap['Flow Coefficient 1'] = '1250 l/min '; attrArray.push(attrValueMap); console.log("attrArray : "+attrArray.length); var attrValueMap = {}; attrValueMap['Power Supply Voltage'] = '- '; attrValueMap['Actuation Type'] = 'Solenoid Operated '; attrValueMap['Flow Coefficient 1'] = '400 l/min '; attrValueMap['Port Size'] = '1/4 G '; attrValueMap['Insulation Class'] = '- '; attrValueMap['Maximum Fluid Temperature'] = '65° C '; attrValueMap['Coil Temperature Range'] = '- '; attrValueMap['Valve Type'] = '5/3 Way '; attrValueMap['Function'] = 'Closed centre position '; attrArray.push(attrValueMap); console.log("attrArray : "+attrArray.length); var attrValueMap = {}; attrValueMap['Power Supply Voltage'] = '- '; attrValueMap['Actuation Type'] = 'Solenoid Operated '; attrValueMap['Valve Type'] = '3/2 - 5/2 Way '; attrValueMap['Port Size'] = '1/8 G 1/4 G '; attrValueMap['Insulation Class'] = '- '; attrValueMap['Flow Coefficient 1'] = '600 l/min '; attrValueMap['Maximum Fluid Temperature'] = '80° C '; attrValueMap['Coil Temperature Range'] = '- '; attrValueMap['Function'] = 'Electric impulse '; attrArray.push(attrValueMap); console.log("attrArray : "+attrArray.length); var attrValueMap = {}; attrValueMap['Power Supply Voltage'] = '- '; attrValueMap['Actuation Type'] = 'Solenoid Operated '; attrValueMap['Maximum Fluid Temperature'] = '50 °C '; attrValueMap['Port Size'] = '1/4 G '; attrValueMap['Insulation Class'] = '- '; attrValueMap['Valve Type'] = '3/2 Way '; attrValueMap['Coil Temperature Range'] = '- '; attrValueMap['Function'] = 'Spring & air return '; attrValueMap['Flow Coefficient 1'] = '1250 l/min '; attrArray.push(attrValueMap); console.log("attrArray : "+attrArray.length); var attrValueMap = {}; attrValueMap['Actuation Type'] = 'Solenoid Operated '; attrValueMap['Maximum Fluid Temperature'] = '50 °C '; attrValueMap['Coil Temperature Range'] = '-40 +50 °C '; attrValueMap['Port Size'] = '1/4 G '; attrValueMap['Valve Type'] = '3/2 Way '; attrValueMap['Power Supply Voltage'] = '24V DC '; attrValueMap['Insulation Class'] = 'F 155°C '; attrValueMap['Function'] = 'Spring & air return '; attrValueMap['Flow Coefficient 1'] = '1250 l/min '; attrArray.push(attrValueMap); console.log("attrArray : "+attrArray.length); var attrValueMap = {}; attrValueMap['Actuation Type'] = 'Solenoid Operated '; attrValueMap['Maximum Fluid Temperature'] = '50 °C '; attrValueMap['Coil Temperature Range'] = '-40 +50 °C '; attrValueMap['Port Size'] = '1/4 G '; attrValueMap['Valve Type'] = '3/2 Way '; attrValueMap['Insulation Class'] = 'F 155°C '; attrValueMap['Function'] = 'Spring & air return '; attrValueMap['Power Supply Voltage'] = '110V 50/60Hz '; attrValueMap['Flow Coefficient 1'] = '1250 l/min '; attrArray.push(attrValueMap); console.log("attrArray : "+attrArray.length); var attrValueMap = {}; attrValueMap['Actuation Type'] = 'Solenoid Operated '; attrValueMap['Maximum Fluid Temperature'] = '50 °C '; attrValueMap['Coil Temperature Range'] = '-40 +50 °C '; attrValueMap['Port Size'] = '1/4 G '; attrValueMap['Valve Type'] = '3/2 Way '; attrValueMap['Insulation Class'] = 'F 155°C '; attrValueMap['Function'] = 'Spring & air return '; attrValueMap['Power Supply Voltage'] = '230V 50/60Hz '; attrValueMap['Flow Coefficient 1'] = '1250 l/min '; attrArray.push(attrValueMap); console.log("attrArray : "+attrArray.length); var attrValueMap = {}; attrValueMap['Actuation Type'] = 'Solenoid Operated '; attrValueMap['Maximum Fluid Temperature'] = '50 °C '; attrValueMap['Coil Temperature Range'] = '-40 +50 °C '; attrValueMap['Port Size'] = '1/4 G '; attrValueMap['Valve Type'] = '3/2 Way '; attrValueMap['Power Supply Voltage'] = '24V DC '; attrValueMap['Insulation Class'] = 'F 155°C '; attrValueMap['Function'] = 'Spring & air return '; attrValueMap['Flow Coefficient 1'] = '1250 l/min '; attrArray.push(attrValueMap); console.log("attrArray : "+attrArray.length); var attrValueMap = {}; attrValueMap['Power Supply Voltage'] = '- '; attrValueMap['Actuation Type'] = 'Solenoid Operated '; attrValueMap['Maximum Fluid Temperature'] = '50 °C '; attrValueMap['Port Size'] = '1/2 G '; attrValueMap['Flow Coefficient 1'] = '3000 l/min '; attrValueMap['Insulation Class'] = '- '; attrValueMap['Valve Type'] = '3/2 Way '; attrValueMap['Coil Temperature Range'] = '- '; attrValueMap['Function'] = 'Spring & air return '; attrArray.push(attrValueMap); console.log("attrArray : "+attrArray.length); var attrValueMap = {}; attrValueMap['Power Supply Voltage'] = '- '; attrValueMap['Actuation Type'] = 'Solenoid Operated '; attrValueMap['Maximum Fluid Temperature'] = '50 °C '; attrValueMap['Port Size'] = '1/2 G '; attrValueMap['Flow Coefficient 1'] = '3000 l/min '; attrValueMap['Insulation Class'] = '- '; attrValueMap['Valve Type'] = '3/2 Way '; attrValueMap['Coil Temperature Range'] = '- '; attrValueMap['Function'] = 'Spring & air return '; attrArray.push(attrValueMap); console.log("attrArray : "+attrArray.length); var attrValueMap = {}; attrValueMap['Actuation Type'] = 'Solenoid Operated '; attrValueMap['Maximum Fluid Temperature'] = '50 °C '; attrValueMap['Insulation Class'] = 'H 180°C '; attrValueMap['Port Size'] = '1/2 G '; attrValueMap['Flow Coefficient 1'] = '3000 l/min '; attrValueMap['Valve Type'] = '3/2 Way '; attrValueMap['Power Supply Voltage'] = '24V DC '; attrValueMap['Function'] = 'Spring & air return '; attrValueMap['Coil Temperature Range'] = '-40 +80 °C '; attrArray.push(attrValueMap); console.log("attrArray : "+attrArray.length); var attrValueMap = {}; attrValueMap['Power Supply Voltage'] = '- '; attrValueMap['Actuation Type'] = 'Solenoid Operated '; attrValueMap['Maximum Fluid Temperature'] = '50 °C '; attrValueMap['Port Size'] = '1/2 G '; attrValueMap['Flow Coefficient 1'] = '3000 l/min '; attrValueMap['Insulation Class'] = '- '; attrValueMap['Valve Type'] = '3/2 Way '; attrValueMap['Coil Temperature Range'] = '- '; attrValueMap['Function'] = 'Spring & air return '; attrArray.push(attrValueMap); console.log("attrArray : "+attrArray.length); var attrValueMap = {}; attrValueMap['Power Supply Voltage'] = '- '; attrValueMap['Valve Type'] = '5/2 Way '; attrValueMap['Actuation Type'] = 'Solenoid Operated '; attrValueMap['Maximum Fluid Temperature'] = '50 °C '; attrValueMap['Port Size'] = '1/4 G '; attrValueMap['Insulation Class'] = '- '; attrValueMap['Coil Temperature Range'] = '- '; attrValueMap['Function'] = 'Spring & air return '; attrValueMap['Flow Coefficient 1'] = '1250 l/min '; attrArray.push(attrValueMap); console.log("attrArray : "+attrArray.length); var attrValueMap = {}; attrValueMap['Valve Type'] = '5/2 Way '; attrValueMap['Actuation Type'] = 'Solenoid Operated '; attrValueMap['Maximum Fluid Temperature'] = '50 °C '; attrValueMap['Coil Temperature Range'] = '-40 +50 °C '; attrValueMap['Port Size'] = '1/4 G '; attrValueMap['Power Supply Voltage'] = '24V DC '; attrValueMap['Insulation Class'] = 'F 155°C '; attrValueMap['Function'] = 'Spring & air return '; attrValueMap['Flow Coefficient 1'] = '1250 l/min '; attrArray.push(attrValueMap); console.log("attrArray : "+attrArray.length); var attrValueMap = {}; attrValueMap['Valve Type'] = '5/2 Way '; attrValueMap['Actuation Type'] = 'Solenoid Operated '; attrValueMap['Maximum Fluid Temperature'] = '50 °C '; attrValueMap['Coil Temperature Range'] = '-40 +50 °C '; attrValueMap['Port Size'] = '1/4 G '; attrValueMap['Power Supply Voltage'] = '24V 50/60Hz '; attrValueMap['Insulation Class'] = 'F 155°C '; attrValueMap['Function'] = 'Spring & air return '; attrValueMap['Flow Coefficient 1'] = '1250 l/min '; attrArray.push(attrValueMap); console.log("attrArray : "+attrArray.length); var attrValueMap = {}; attrValueMap['Valve Type'] = '5/2 Way '; attrValueMap['Actuation Type'] = 'Solenoid Operated '; attrValueMap['Maximum Fluid Temperature'] = '50 °C '; attrValueMap['Coil Temperature Range'] = '-40 +50 °C '; attrValueMap['Port Size'] = '1/4 G '; attrValueMap['Insulation Class'] = 'F 155°C '; attrValueMap['Function'] = 'Spring & air return '; attrValueMap['Power Supply Voltage'] = '110V 50/60Hz '; attrValueMap['Flow Coefficient 1'] = '1250 l/min '; attrArray.push(attrValueMap); console.log("attrArray : "+attrArray.length); var attrValueMap = {}; attrValueMap['Valve Type'] = '5/2 Way '; attrValueMap['Actuation Type'] = 'Solenoid Operated '; attrValueMap['Maximum Fluid Temperature'] = '50 °C '; attrValueMap['Coil Temperature Range'] = '-40 +50 °C '; attrValueMap['Port Size'] = '1/4 G '; attrValueMap['Insulation Class'] = 'F 155°C '; attrValueMap['Function'] = 'Spring & air return '; attrValueMap['Power Supply Voltage'] = '230V 50/60Hz '; attrValueMap['Flow Coefficient 1'] = '1250 l/min '; attrArray.push(attrValueMap); console.log("attrArray : "+attrArray.length); var attrValueMap = {}; attrValueMap['Valve Type'] = '5/2 Way '; attrValueMap['Actuation Type'] = 'Solenoid Operated '; attrValueMap['Maximum Fluid Temperature'] = '50 °C '; attrValueMap['Coil Temperature Range'] = '-40 +50 °C '; attrValueMap['Port Size'] = '1/4 G '; attrValueMap['Power Supply Voltage'] = '24V DC '; attrValueMap['Insulation Class'] = 'F 155°C '; attrValueMap['Function'] = 'Spring & air return '; attrValueMap['Flow Coefficient 1'] = '1250 l/min '; attrArray.push(attrValueMap); console.log("attrArray : "+attrArray.length); var attrValueMap = {}; attrValueMap['Power Supply Voltage'] = '- '; attrValueMap['Valve Type'] = '5/2 Way '; attrValueMap['Actuation Type'] = 'Solenoid Operated '; attrValueMap['Maximum Fluid Temperature'] = '50 °C '; attrValueMap['Port Size'] = '1/2 G '; attrValueMap['Flow Coefficient 1'] = '3000 l/min '; attrValueMap['Insulation Class'] = '- '; attrValueMap['Coil Temperature Range'] = '- '; attrValueMap['Function'] = 'Spring & air return '; attrArray.push(attrValueMap); console.log("attrArray : "+attrArray.length); var attrValueMap = {}; attrValueMap['Valve Type'] = '5/2 Way '; attrValueMap['Actuation Type'] = 'Solenoid Operated '; attrValueMap['Maximum Fluid Temperature'] = '50 °C '; attrValueMap['Coil Temperature Range'] = '-40 +50 °C '; attrValueMap['Port Size'] = '1/2 G '; attrValueMap['Flow Coefficient 1'] = '3000 l/min '; attrValueMap['Power Supply Voltage'] = '24V DC '; attrValueMap['Insulation Class'] = 'F 155°C '; attrValueMap['Function'] = 'Spring & air return '; attrArray.push(attrValueMap); console.log("attrArray : "+attrArray.length); var attrValueMap = {}; attrValueMap['Valve Type'] = '5/2 Way '; attrValueMap['Actuation Type'] = 'Solenoid Operated '; attrValueMap['Maximum Fluid Temperature'] = '50 °C '; attrValueMap['Coil Temperature Range'] = '-40 +50 °C '; attrValueMap['Port Size'] = '1/2 G '; attrValueMap['Flow Coefficient 1'] = '3000 l/min '; attrValueMap['Insulation Class'] = 'F 155°C '; attrValueMap['Function'] = 'Spring & air return '; attrValueMap['Power Supply Voltage'] = '230V 50/60Hz '; attrArray.push(attrValueMap); console.log("attrArray : "+attrArray.length); var attrValueMap = {}; attrValueMap['Valve Type'] = '5/2 Way '; attrValueMap['Actuation Type'] = 'Solenoid Operated '; attrValueMap['Maximum Fluid Temperature'] = '50 °C '; attrValueMap['Coil Temperature Range'] = '-40 +50 °C '; attrValueMap['Port Size'] = '1/2 G '; attrValueMap['Flow Coefficient 1'] = '3000 l/min '; attrValueMap['Power Supply Voltage'] = '24V DC '; attrValueMap['Insulation Class'] = 'F 155°C '; attrValueMap['Function'] = 'Spring & air return '; attrArray.push(attrValueMap); console.log("attrArray : "+attrArray.length); var attrValueMap = {}; attrValueMap['Power Supply Voltage'] = '- '; attrValueMap['Actuation Type'] = 'Solenoid Operated '; attrValueMap['Maximum Fluid Temperature'] = '50 °C '; attrValueMap['Valve Type'] = '3/2 - 5/2 Way '; attrValueMap['Port Size'] = '1/4 G '; attrValueMap['Insulation Class'] = '- '; attrValueMap['Function'] = 'Spring return '; attrValueMap['Coil Temperature Range'] = '- '; attrValueMap['Flow Coefficient 1'] = '1250 l/min '; attrArray.push(attrValueMap); console.log("attrArray : "+attrArray.length); var attrValueMap = {}; attrValueMap['Actuation Type'] = 'Solenoid Operated '; attrValueMap['Maximum Fluid Temperature'] = '50 °C '; attrValueMap['Coil Temperature Range'] = '-40 +50 °C '; attrValueMap['Valve Type'] = '3/2 - 5/2 Way '; attrValueMap['Port Size'] = '1/4 G '; attrValueMap['Power Supply Voltage'] = '24V DC '; attrValueMap['Insulation Class'] = 'F 155°C '; attrValueMap['Function'] = 'Spring & air return '; attrValueMap['Flow Coefficient 1'] = '1250 l/min '; attrArray.push(attrValueMap); console.log("attrArray : "+attrArray.length); var attrValueMap = {}; attrValueMap['Actuation Type'] = 'Solenoid Operated '; attrValueMap['Maximum Fluid Temperature'] = '50 °C '; attrValueMap['Coil Temperature Range'] = '-40 +50 °C '; attrValueMap['Valve Type'] = '3/2 - 5/2 Way '; attrValueMap['Port Size'] = '1/4 G '; attrValueMap['Power Supply Voltage'] = '24V 50/60Hz '; attrValueMap['Insulation Class'] = 'F 155°C '; attrValueMap['Function'] = 'Spring & air return '; attrValueMap['Flow Coefficient 1'] = '1250 l/min '; attrArray.push(attrValueMap); console.log("attrArray : "+attrArray.length); var attrValueMap = {}; attrValueMap['Actuation Type'] = 'Solenoid Operated '; attrValueMap['Maximum Fluid Temperature'] = '50 °C '; attrValueMap['Coil Temperature Range'] = '-40 +50 °C '; attrValueMap['Valve Type'] = '3/2 - 5/2 Way '; attrValueMap['Port Size'] = '1/4 G '; attrValueMap['Insulation Class'] = 'F 155°C '; attrValueMap['Function'] = 'Spring & air return '; attrValueMap['Power Supply Voltage'] = '110V 50/60Hz '; attrValueMap['Flow Coefficient 1'] = '1250 l/min '; attrArray.push(attrValueMap); console.log("attrArray : "+attrArray.length); var attrValueMap = {}; attrValueMap['Actuation Type'] = 'Solenoid Operated '; attrValueMap['Maximum Fluid Temperature'] = '50 °C '; attrValueMap['Coil Temperature Range'] = '-40 +50 °C '; attrValueMap['Valve Type'] = '3/2 - 5/2 Way '; attrValueMap['Port Size'] = '1/4 G '; attrValueMap['Insulation Class'] = 'F 155°C '; attrValueMap['Function'] = 'Spring & air return '; attrValueMap['Power Supply Voltage'] = '230V 50/60Hz '; attrValueMap['Flow Coefficient 1'] = '1250 l/min '; attrArray.push(attrValueMap); console.log("attrArray : "+attrArray.length); var attrValueMap = {}; attrValueMap['Actuation Type'] = 'Solenoid Operated '; attrValueMap['Maximum Fluid Temperature'] = '50 °C '; attrValueMap['Coil Temperature Range'] = '-40 +50 °C '; attrValueMap['Valve Type'] = '3/2 - 5/2 Way '; attrValueMap['Port Size'] = '1/4 G '; attrValueMap['Power Supply Voltage'] = '48V 50/60Hz '; attrValueMap['Insulation Class'] = 'F 155°C '; attrValueMap['Function'] = 'Spring & air return '; attrValueMap['Flow Coefficient 1'] = '1250 l/min '; attrArray.push(attrValueMap); console.log("attrArray : "+attrArray.length); var attrValueMap = {}; attrValueMap['Actuation Type'] = 'Solenoid Operated '; attrValueMap['Maximum Fluid Temperature'] = '50 °C '; attrValueMap['Valve Type'] = '3/2 - 5/2 Way '; attrValueMap['Port Size'] = '1/4 G '; attrValueMap['Power Supply Voltage'] = '24V DC '; attrValueMap['Insulation Class'] = 'F 155°C '; attrValueMap['Function'] = 'Spring & air return '; attrValueMap['Coil Temperature Range'] = '-20 +50 °C '; attrValueMap['Flow Coefficient 1'] = '1250 l/min '; attrArray.push(attrValueMap); console.log("attrArray : "+attrArray.length); var attrValueMap = {}; attrValueMap['Power Supply Voltage'] = '- '; attrValueMap['Actuation Type'] = 'Solenoid Operated '; attrValueMap['Maximum Fluid Temperature'] = '50 °C '; attrValueMap['Valve Type'] = '3/2 - 5/2 Way '; attrValueMap['Port Size'] = '1/4 G '; attrValueMap['Insulation Class'] = '- '; attrValueMap['Coil Temperature Range'] = '- '; attrValueMap['Function'] = 'Spring & air return '; attrValueMap['Flow Coefficient 1'] = '1250 l/min '; attrArray.push(attrValueMap); console.log("attrArray : "+attrArray.length); var attrValueMap = {}; attrValueMap['Power Supply Voltage'] = '- '; attrValueMap['Valve Type'] = '5/2 Way '; attrValueMap['Actuation Type'] = 'Solenoid Operated '; attrValueMap['Maximum Fluid Temperature'] = '50 °C '; attrValueMap['Port Size'] = '1/2 G '; attrValueMap['Flow Coefficient 1'] = '3000 l/min '; attrValueMap['Insulation Class'] = '- '; attrValueMap['Coil Temperature Range'] = '- '; attrValueMap['Function'] = 'Spring & air return '; attrArray.push(attrValueMap); console.log("attrArray : "+attrArray.length); var attrValueMap = {}; attrValueMap['Valve Type'] = '5/2 Way '; attrValueMap['Actuation Type'] = 'Solenoid Operated '; attrValueMap['Maximum Fluid Temperature'] = '50 °C '; attrValueMap['Coil Temperature Range'] = '-40 +50 °C '; attrValueMap['Port Size'] = '1/2 G '; attrValueMap['Flow Coefficient 1'] = '3000 l/min '; attrValueMap['Insulation Class'] = 'F 155°C '; attrValueMap['Power Supply Voltage'] = '220-230V 50Hz '; attrValueMap['Function'] = 'Spring & air return '; attrArray.push(attrValueMap); console.log("attrArray : "+attrArray.length); var attrValueMap = {}; attrValueMap['Valve Type'] = '5/2 Way '; attrValueMap['Actuation Type'] = 'Solenoid Operated '; attrValueMap['Maximum Fluid Temperature'] = '50 °C '; attrValueMap['Coil Temperature Range'] = '-40 +50 °C '; attrValueMap['Port Size'] = '1/2 G '; attrValueMap['Flow Coefficient 1'] = '3000 l/min '; attrValueMap['Power Supply Voltage'] = '24V DC '; attrValueMap['Insulation Class'] = 'F 155°C '; attrValueMap['Function'] = 'Spring & air return '; attrArray.push(attrValueMap); console.log("attrArray : "+attrArray.length); var attrValueMap = {}; attrValueMap['Power Supply Voltage'] = '- '; attrValueMap['Actuation Type'] = 'Solenoid Operated '; attrValueMap['Maximum Fluid Temperature'] = '50 °C '; attrValueMap['Valve Type'] = '3/2 - 5/2 Way '; attrValueMap['Port Size'] = '1/4 G '; attrValueMap['Insulation Class'] = '- '; attrValueMap['Coil Temperature Range'] = '- '; attrValueMap['Flow Coefficient 1'] = '1200 l/min '; attrValueMap['Function'] = 'Spring & air return '; attrArray.push(attrValueMap); console.log("attrArray : "+attrArray.length); var attrValueMap = {}; attrValueMap['Actuation Type'] = 'Solenoid Operated '; attrValueMap['Maximum Fluid Temperature'] = '50 °C '; attrValueMap['Coil Temperature Range'] = '-40 +50 °C '; attrValueMap['Valve Type'] = '3/2 - 5/2 Way '; attrValueMap['Port Size'] = '1/4 G '; attrValueMap['Insulation Class'] = 'F 155°C '; attrValueMap['Power Supply Voltage'] = '220-230V 50Hz '; attrValueMap['Flow Coefficient 1'] = '1200 l/min '; attrValueMap['Function'] = 'Spring & air return '; attrArray.push(attrValueMap); console.log("attrArray : "+attrArray.length); var attrValueMap = {}; attrValueMap['Actuation Type'] = 'Solenoid Operated '; attrValueMap['Maximum Fluid Temperature'] = '50 °C '; attrValueMap['Coil Temperature Range'] = '-40 +50 °C '; attrValueMap['Valve Type'] = '3/2 - 5/2 Way '; attrValueMap['Port Size'] = '1/4 G '; attrValueMap['Power Supply Voltage'] = '24V DC '; attrValueMap['Insulation Class'] = 'F 155°C '; attrValueMap['Flow Coefficient 1'] = '1200 l/min '; attrValueMap['Function'] = 'Spring & air return '; attrArray.push(attrValueMap); console.log("attrArray : "+attrArray.length); var attrValueMap = {}; attrValueMap['Actuation Type'] = 'Solenoid Operated '; attrValueMap['Maximum Fluid Temperature'] = '50 °C '; attrValueMap['Coil Temperature Range'] = '-40 +50 °C '; attrValueMap['Valve Type'] = '3/2 - 5/2 Way '; attrValueMap['Port Size'] = '1/4 G '; attrValueMap['Power Supply Voltage'] = '24V DC '; attrValueMap['Insulation Class'] = 'F 155°C '; attrValueMap['Flow Coefficient 1'] = '1200 l/min '; attrValueMap['Function'] = 'Spring & air return '; attrArray.push(attrValueMap); console.log("attrArray : "+attrArray.length); var attrValueMap = {}; attrValueMap['Actuation Type'] = 'Solenoid Operated '; attrValueMap['Maximum Fluid Temperature'] = '50 °C '; attrValueMap['Coil Temperature Range'] = '-40 +50 °C '; attrValueMap['Valve Type'] = '3/2 - 5/2 Way '; attrValueMap['Port Size'] = '1/4 G '; attrValueMap['Power Supply Voltage'] = '24V DC '; attrValueMap['Insulation Class'] = 'F 155°C '; attrValueMap['Flow Coefficient 1'] = '1200 l/min '; attrValueMap['Function'] = 'Spring & air return '; attrArray.push(attrValueMap); console.log("attrArray : "+attrArray.length); var attrValueMap = {}; attrValueMap['Actuation Type'] = 'Solenoid Operated '; attrValueMap['Maximum Fluid Temperature'] = '50 °C '; attrValueMap['Insulation Class'] = 'H 180°C '; attrValueMap['Valve Type'] = '3/2 - 5/2 Way '; attrValueMap['Port Size'] = '1/4 G '; attrValueMap['Power Supply Voltage'] = '24V DC '; attrValueMap['Flow Coefficient 1'] = '1200 l/min '; attrValueMap['Function'] = 'Spring & air return '; attrValueMap['Coil Temperature Range'] = '-40 +80 °C '; attrArray.push(attrValueMap); console.log("attrArray : "+attrArray.length); var attrValueMap = {}; attrValueMap['Power Supply Voltage'] = '- '; attrValueMap['Actuation Type'] = 'Solenoid Operated '; attrValueMap['Maximum Fluid Temperature'] = '50 °C '; attrValueMap['Valve Type'] = '3/2 - 5/2 Way '; attrValueMap['Port Size'] = '1/4 G '; attrValueMap['Insulation Class'] = '- '; attrValueMap['Coil Temperature Range'] = '- '; attrValueMap['Flow Coefficient 1'] = '1200 l/min '; attrValueMap['Function'] = 'Spring & air return '; attrArray.push(attrValueMap); console.log("attrArray : "+attrArray.length); var attrValueMap = {}; attrValueMap['Actuation Type'] = 'Solenoid Operated '; attrValueMap['Maximum Fluid Temperature'] = '50 °C '; attrValueMap['Coil Temperature Range'] = '-40 +50 °C '; attrValueMap['Valve Type'] = '3/2 - 5/2 Way '; attrValueMap['Port Size'] = '1/4 G '; attrValueMap['Power Supply Voltage'] = '24V DC '; attrValueMap['Insulation Class'] = 'F 155°C '; attrValueMap['Flow Coefficient 1'] = '1200 l/min '; attrValueMap['Function'] = 'Spring & air return '; attrArray.push(attrValueMap); console.log("attrArray : "+attrArray.length); var attrValueMap = {}; attrValueMap['Power Supply Voltage'] = '- '; attrValueMap['Actuation Type'] = 'Solenoid Operated '; attrValueMap['Maximum Fluid Temperature'] = '50 °C '; attrValueMap['Valve Type'] = '3/2 - 5/2 Way '; attrValueMap['Port Size'] = '1/4 G '; attrValueMap['Insulation Class'] = '- '; attrValueMap['Coil Temperature Range'] = '- '; attrValueMap['Flow Coefficient 1'] = '1200 l/min '; attrValueMap['Function'] = 'Spring & air return '; attrArray.push(attrValueMap); console.log("attrArray : "+attrArray.length); var attrValueMap = {}; attrValueMap['Power Supply Voltage'] = '- '; attrValueMap['Actuation Type'] = 'Solenoid Operated '; attrValueMap['Maximum Fluid Temperature'] = '50 °C '; attrValueMap['Valve Type'] = '3/2 - 5/2 Way '; attrValueMap['Port Size'] = '1/4 G '; attrValueMap['Insulation Class'] = '- '; attrValueMap['Coil Temperature Range'] = '- '; attrValueMap['Flow Coefficient 1'] = '1200 l/min '; attrValueMap['Function'] = 'Spring & air return '; attrArray.push(attrValueMap); console.log("attrArray : "+attrArray.length); var attrValueMap = {}; attrValueMap['Power Supply Voltage'] = '- '; attrValueMap['Valve Type'] = '5/2 Way '; attrValueMap['Actuation Type'] = 'Solenoid Operated '; attrValueMap['Maximum Fluid Temperature'] = '50 °C '; attrValueMap['Function'] = 'Dual Solenoids '; attrValueMap['Port Size'] = '1/4 G '; attrValueMap['Insulation Class'] = '- '; attrValueMap['Coil Temperature Range'] = '- '; attrValueMap['Flow Coefficient 1'] = '1250 l/min '; attrArray.push(attrValueMap); console.log("attrArray : "+attrArray.length); var attrValueMap = {}; attrValueMap['Valve Type'] = '5/2 Way '; attrValueMap['Actuation Type'] = 'Solenoid Operated '; attrValueMap['Maximum Fluid Temperature'] = '50 °C '; attrValueMap['Coil Temperature Range'] = '-40 +50 °C '; attrValueMap['Function'] = 'Dual Solenoids '; attrValueMap['Port Size'] = '1/4 G '; attrValueMap['Power Supply Voltage'] = '24V DC '; attrValueMap['Insulation Class'] = 'F 155°C '; attrValueMap['Flow Coefficient 1'] = '1250 l/min '; attrArray.push(attrValueMap); console.log("attrArray : "+attrArray.length); var attrValueMap = {}; attrValueMap['Power Supply Voltage'] = '- '; attrValueMap['Valve Type'] = '5/2 Way '; attrValueMap['Actuation Type'] = 'Solenoid Operated '; attrValueMap['Maximum Fluid Temperature'] = '50 °C '; attrValueMap['Port Size'] = '1/2 G '; attrValueMap['Function'] = 'Dual Solenoids '; attrValueMap['Flow Coefficient 1'] = '3000 l/min '; attrValueMap['Insulation Class'] = '- '; attrValueMap['Coil Temperature Range'] = '- '; attrArray.push(attrValueMap); console.log("attrArray : "+attrArray.length); var attrValueMap = {}; attrValueMap['Power Supply Voltage'] = '- '; attrValueMap['Valve Type'] = '5/2 Way '; attrValueMap['Actuation Type'] = 'Solenoid Operated '; attrValueMap['Maximum Fluid Temperature'] = '50 °C '; attrValueMap['Function'] = 'Dual Solenoids '; attrValueMap['Port Size'] = '1/4 G '; attrValueMap['Insulation Class'] = '- '; attrValueMap['Coil Temperature Range'] = '- '; attrValueMap['Flow Coefficient 1'] = '1250 l/min '; attrArray.push(attrValueMap); console.log("attrArray : "+attrArray.length); var attrValueMap = {}; attrValueMap['Power Supply Voltage'] = '- '; attrValueMap['Valve Type'] = '5/2 Way '; attrValueMap['Actuation Type'] = 'Solenoid Operated '; attrValueMap['Maximum Fluid Temperature'] = '50 °C '; attrValueMap['Function'] = 'Dual Solenoids '; attrValueMap['Port Size'] = '1/4 G '; attrValueMap['Insulation Class'] = '- '; attrValueMap['Coil Temperature Range'] = '- '; attrValueMap['Flow Coefficient 1'] = '1250 l/min '; attrArray.push(attrValueMap); console.log("attrArray : "+attrArray.length); var attrValueMap = {}; attrValueMap['Power Supply Voltage'] = '- '; attrValueMap['Valve Type'] = '5/2 Way '; attrValueMap['Actuation Type'] = 'Solenoid Operated '; attrValueMap['Maximum Fluid Temperature'] = '50 °C '; attrValueMap['Function'] = 'Dual Solenoids '; attrValueMap['Port Size'] = '1/4 G '; attrValueMap['Insulation Class'] = '- '; attrValueMap['Coil Temperature Range'] = '- '; attrValueMap['Flow Coefficient 1'] = '1250 l/min '; attrArray.push(attrValueMap); console.log("attrArray : "+attrArray.length); var attrValueMap = {}; attrValueMap['Power Supply Voltage'] = '- '; attrValueMap['Maximum Fluid Temperature'] = '50 °C '; attrValueMap['Port Size'] = '1/4 G '; attrValueMap['Insulation Class'] = '- '; attrValueMap['Valve Type'] = '3/2 Way '; attrValueMap['Function'] = 'Spring return '; attrValueMap['Coil Temperature Range'] = '- '; attrValueMap['Actuation Type'] = 'Air operated '; attrValueMap['Flow Coefficient 1'] = '1250 l/min '; attrArray.push(attrValueMap); console.log("attrArray : "+attrArray.length); var attrValueMap = {}; attrValueMap['Power Supply Voltage'] = '- '; attrValueMap['Valve Type'] = '5/2 Way '; attrValueMap['Maximum Fluid Temperature'] = '50 °C '; attrValueMap['Port Size'] = '1/4 G '; attrValueMap['Insulation Class'] = '- '; attrValueMap['Function'] = 'Spring return '; attrValueMap['Coil Temperature Range'] = '- '; attrValueMap['Actuation Type'] = 'Air operated '; attrValueMap['Flow Coefficient 1'] = '1250 l/min '; attrArray.push(attrValueMap); console.log("attrArray : "+attrArray.length); var attrValueMap = {}; attrValueMap['Power Supply Voltage'] = '- '; attrValueMap['Valve Type'] = '5/2 Way '; attrValueMap['Maximum Fluid Temperature'] = '50 °C '; attrValueMap['Port Size'] = '1/4 G '; attrValueMap['Insulation Class'] = '- '; attrValueMap['Coil Temperature Range'] = '- '; attrValueMap['Actuation Type'] = 'Air operated '; attrValueMap['Function'] = 'Air Operated and return '; attrValueMap['Flow Coefficient 1'] = '1250 l/min '; attrArray.push(attrValueMap); console.log("attrArray : "+attrArray.length);