Erosion Tracking Tester

Erosion Tracking Tester, ETT-034, IEC 60587, KS C IEC 60587, ASTM D 2303 Introduction Erosion Tracking Tester measures the resistance to tracking and erosion by using liquid pollutants and inclined plane specimens. This tester can be evaluated resistance to tracking and erosion of electrical insulation materials used under severe ambient conditions and has two kinds type test way which are constant tracking voltage and stepwise tracking voltage is enable. Standard IEC 60587 : Test methods for evaluating resistance to tracking and erosion of electrical insulating materials used under severe ambient conditions ASTM D 2303 : Standard Test Methods for Liquid-Contaminant, Inclined-Plane Tracking and Erosion of Insulating Materials KS C IEC 60587 : Test methods for evaluating resistance to tracking and erosion of electrical insulating materials used under severe ambient conditions Features Over current protection: when the electric current value flowing through the specimen is more than 60mA, block function. Selection of series resistance: 1kO, 10kO, 22kO, 33kO 1% Grade 200W Variable voltage settings: 0 ~ 6kV 1.5% accuracy about entered value with a voltmeter Using timer, a simple TEST hour setting function by hour / minute / second Notification function: In 6 hours test, if the specimen is bad, the buzzer and flashing light starts working. Syringe pump can create a constant flow conditions (flow rate memory function) Electrical conduction meter can measure pollutants - Resistivity (0.1Om ~ 10kOm) and temperature(0 ~ 100°C) measurements Digital depth gauge: ±0.01m accuracy Insulated TEST BOX which is safe in high-voltage test Especially, it can be acceptable 5 Channel. (Order made) Specification Model FT-ETT-034 Size 600(W) x 750(D) x 1200(H)mm Power AC 220V, 50/60Hz, 15A Weight 100kg Manual Supply Exhaust 50L/s Utilities Digital Scale, Syringe Pump Test Result The name and type of tested material Details of the sample: manufacturing and size, washing courses and used solvent, information about pre-treatment, the thickness of the sample and the surface has been treated or not. The sample's direction that is related with the electrode (the mechanical direction, the direction which intersects with the machine, bias, etc.) Methods of confirmation about the applied voltage The criteria of terminating the test