IEC 60085

Description: Gives guidance on the application of international standards in assigning a thermal class to electrical insulating materials (EIM) or simple combinations of such materials (IEC 60216-1), to electrical insulation systems (IEC 62114) and to insulation for electrical devices. This new

Description: IEC 60085:2007 now distinguishes between thermal classes for electrical insulation systems and electrical insulating materials. It establishes the criteria for evaluating the thermal endurance of either electrical insulating materials (EIM) or electrical insulation systems (EIS). It

Description: Describes recognized thermal classes for the insulation of electrotechnical products. Considers the thermal evaluation of insulation materials and systems, their interrelationship and the influence of service conditions. Defines the responsibility for assigning thermal identification and

Description: IEC 60085:2007 now distinguishes between thermal classes for electrical insulation systems and electrical insulating materials. It establishes the criteria for evaluating the thermal endurance of either electrical insulating materials (EIM) or electrical insulation systems (EIS). It

Description: Describes recognized thermal classes for the insulation of electrotechnical products. Considers the thermal evaluation of insulation materials and systems, their interrelationship and the influence of service conditions. Defines the responsibility for assigning thermal identification and

Description: comparative in that the performance of a candidate EIS is compared to that of a reference EIS, which has proven service experience in accordance with IEC 60505 or has been evaluated by one of the procedures given in IEC 60085 and IEC 60034-18-31.

Description: ); - dielectric test voltage interpolation restriction lower limit is changed to 220 V and interpolation for control and welding circuit is clarified (see Table 4); - maximum temperature for insulation systems are reviewed in accordance with current edition of IEC 60085 (see Table 7);

Description: EPCOS B65822 RM5 Coil Formers made from GFR Liquid Crystal Polymer UL 94 V-0 insulation class to IEC 60085, Solderability to IEC 60058-2-58. Maximum operating temperature 155°C. Accessory Type = SMD Coil Former For Use With = RM 5 Core Number of Pins = 8 Material = GFR Liquid

Description: EPCOS E20/10/6 coil formers are made from GFR polyterephthalate UL 94 V-0 insulation to IEC 60085, Maximum operating temperature 155°C. Solderability to IEC 60068-2-20. Accessory Type = Vertical Coil Former For Use With = E 20/10/6 Core Number of Pins = 10 Material = GFR

Description: EPCOS E16/8/5 Coil formers made from GFR polyterethalate UL 94 V-0 Insulation class to IEC60085.Maximum operating temperature 155°C solderability to IEC 60068-2-20. Accessory Type = Horizontal Coil Former For Use With = E 16/8/5 Core Number of Pins = 8 Material = GFR

Description: EPCOS E32/16/9 Coil formers made from polyterethalate UL 94 V-0 Insulation class to IEC60085.Maximum operating temperature 155°C solderability to IEC 60068-2-58. Accessory Type = Horizontal Coil Former For Use With = E 32/16/9 Core Number of Pins = 14 Material = GFR

Description: -75: Test Eh: Hammer tests. IEC 60085: 2004-06Electrical Insulation - Thermal classification. IEC 60127-1: 2003-02Miniature Fuses - Part 1: Definitions for Miniature Fuses and General Requirements for Miniature Fuse-links. IEC 60264-1: 2005-04Low-voltage Fuses - Part 1: