General Information
This equipment is on the analogue terrestrial solar radiation is widely used to determine the electrical, climatic adaptability of electronic products on the resistance of the solar radiation environment and the temperature and humidity environment (in particular changes in the electrical and mechanical properties) can also be used tolerate some corrosion in the check sample.
Kind of test using the equipment:
- Xenon UV test. (IEC 61730-1)
Features
- Light source: Air-cooling xenon lamp
- Internal material: SUS3042B stainless steel panel.
- External material: cold rolled plate/injected plastics.
- Cooling system: air-cooling type.
- Controller: used to control temperature, humidity, radiant intensity and working
time.
time.
- Black panel temperature.
- Speed controller.
Technical Specifications
- Radiant intensity: 500W/㎡〜1100W/㎡
- Lamp power: 3.3 kW
- Test bench, dynamic rotary test bench, rotating speed ≥1r/min, and steeples speed
control.
control.
- Test specimen: 50 mm x 200 mm (W x H), 30 specimens in total
(standard specimen).
(standard specimen).
- Spectral wavelength: 350-850 nm
- Temperature range: 20℃〜100℃ (±2℃)
- Black panel temperature: 40〜110℃
- Humidity: 30%〜60% under radiation and up to 98% in black.
- Temperature deviation: ±1℃; humidity deviation: ±2% (to be measured 30 minutes
after the stabilization of temperature sensing).
after the stabilization of temperature sensing).
- Temperature uniformity: ±2℃;humidity uniformity: ±3% (to be measured 30 minutes
after temperature stabilization at positions, 1/6 away from each wall surface in
test area.
after temperature stabilization at positions, 1/6 away from each wall surface in
test area.
- Heating time: from room temperature to 100℃, within 50 minutes (no load).
- Inner dimension of chamber: test area, 950 × 950 × 800 mm (W × H × D).
- Overall dimension of chamber: 1400 x 1750 x 1250
- Power supply: AC 380V, 50HZ and 10 kW, maximum current: 11 A
- Spraying time: 1〜9999 minutes.
- Spraying cycle: 1〜240 minutes
- Spraying cycle: 1〜240 minutes