IEC 60587 High Voltage Tracking Tester for Electrical Insulation Materials

This test method is applicable to the evaluation of electrical insulation materials used in harsh environmental conditions by measuring their resistance to tracking and corrosion using liquid contaminants and inclined specimens.

This test method conforms to the requirements of GB/T 6553-2024 and IEC 60587:2022, "Test methods for evaluating the resistance to tracking and corrosion of electrical insulation materials used in harsh environmental conditions."

• Test Stations: Five stations
• Transformer: Output voltage AC 0~6kV±5%, current 1600mA, power 10KVA
• Test Circuit Current: 60mA with overcurrent delay relay protection
• Voltage Regulator: 10KVA
• Filter Paper Size: Manufactured according to standard dimensions, thickness 0.15～0.17mm
• Dropping Device: Adjustable height, flow rate 0.075~0.9mL/min, preset test time
• Dropping Interval Time: 0~99.99S adjustable
• Contaminating Solution: Ammonium chloride mixture with resistivity (3.95 ± 0.05) Ω*m at (23 ± 1)°C
• Electrodes: 304 stainless steel, 0.5 mm thick, 50 ± 0.5 mm spacing
• Power Supply: AC220 (±10%) V/50HZ

This equipment is developed based on the constant voltage method for determining the tracking resistance of silicone rubber. It evaluates the resistance of electrical insulation materials to tracking and corrosion under harsh environments.

• Instrument Dimensions: 1350L * 840W * 2000H (mm)
• Working Chamber: 880L * 680W * 940H (mm); volume > 0.5 cubic meters
• Structure: Integrated design with control panel on right side
• Observation: Glass viewing window for testing process monitoring
• Exhaust System: Top-mounted exhaust fan for waste gas removal (customer-provided ducts required)

• Chassis: CNC machined steel plate with high-temperature electrostatic baking paint finish (stainless steel available at additional cost)
• Components: All electrodes, fastening devices, and accessories made of 304 stainless steel for corrosion prevention

• PLC Control: Domestic brand electronic components for optimal performance and accuracy
• Flow Control: Peristaltic pump system with precise 0-1 ml/min flow rate, independent channel control
• Safety Protection: Power overload, short circuit, and control circuit overload protection
• High-voltage System: Voltage regulator and transformer with built-in rectifier silicon stack

• Environment: No strong electromagnetic radiation sources
• Maintenance: Sufficient space around equipment
• Temperature: 23±2℃ operating temperature
• Atmospheric Pressure: 86～106kpa
• Power: AC220V/50HZ with ±10% voltage fluctuation tolerance
• Power Consumption: 10KW total equipment consumption
• Installation: Dedicated power switch required at installation site
• Storage Temperature: +0 to 45℃ when not in operation