The high-temperature insulation resistance tester (infrared reflector furnace) is designed in compliance with GB/T 10518-2006 and referring to ASTM standards. It provides multiple safety protections for abnormal conditions (over-voltage, over-current, over-temperature) and a data-storage mechanism that preserves test data during computer faults or instantaneous power outages.
Features- Multifunctional near-infrared reflector furnace enabling electrical testing in high-temperature, vacuum and atmosphere environments.
- Water-cooling device integrated for faster and more efficient cooling.
- Support for uniform temperature rise and step temperature rise measurement modes.
- Imported temperature sensor combined with PID automatic temperature control for accurate temperature regulation.
- Near-infrared heating delivers more even sample heating with no induced current, improving measurement accuracy.
- 10-inch imported touch screen with integrated mechanical structure for stable, user-friendly operation.
- Imported high-frequency test lines for stronger anti-interference capability and higher acquisition accuracy.
- Dexinmag control & analysis software compatible with functional test platform systems and providing data save/restore features.
Advantages & measurement improvements- Anti-interference design and advanced test/analysis technology improve weak-signal acquisition; achieved measurement resolution down to 1 fA (10^-15 A) for ultra-high resistance/weak-signal testing.
- Design eliminates influence of power-grid harmonics on acquisition accuracy via a dedicated anti-interference module.
- Automatic averaging function to remove irregular input deviations (improves stability when charging currents or contacts are unstable); the current input uses a large-diameter triaxial connector with inner shield tied to GUARD (COM) and outer shield to GROUND for both interference stability and high-voltage safety.
- “Wait-before-measure” procedure (temperature holding time) to ensure more uniform sample heating prior to measurement, improving scientific accuracy of results.
- High-speed heating and cooling enabled by high-energy infrared lamps, gold-coated reflector and optional gas cooling; water cooling standard for rapid cooling.
- Flexible heating modes: constant speed, step (heating/cooling), cyclic impact, vacuum, atmospheric, and stage heating furnace options.
- Phase-shift trigger technology can reduce control fluctuation to approximately ±0.25°C for precise temperature control (complements the controller's regulation features).
Operational software & compatibility- Software platform developed in LabVIEW; supports data/image save and power-off data recovery; compatible with Windows XP/7/10.
- Multilingual interface (Chinese/English), status monitoring, legend management, user permissions, fault alarm and customizable test report export (Excel, PDF).
- Software compatible with instruments: Keithley (6487, 6514, 6517b), Keysight (B2985A, B2987A), Tonghui (2683A, 2684A).
Technical characteristics / specifications- Temperature range: RT-800 (max: 1650)°C
- Sample size: φ < 25 mm, d < 4 mm
- Temperature control accuracy: ±1°C
- Temperature rising slope: 10°C/min (configurable)
- Resistance measurement capability: 1 × 10^16 Ω
- Resistivity range: 1 × 10^3 ~ 1 × 10^16 Ω·cm
- Electrode material: platinum
- Clamp auxiliary material: 99% alumina ceramic
- Insulating material: 99% alumina ceramic
- Data transmission: 4 USB interfaces
- Input voltage: 110 ~ 220 V
- Equipment size (approx.): 600 × 500 × 350 mm