1. With the same volume, it can withstand a larger heat load than its peers (allowing for more test samples to be placed).2. Fully automatic control of the refrigerant flow of the compressor based on the load of the test samples to achieve
Request a QuoteHST-ECT550 Environmental test chamber for testing the light stability of pharmaceuticals
Introduction
1. With the same volume, it can withstand a larger heat load than its peers (allowing for more test samples to be placed).
2. Fully automatic control of the refrigerant flow of the compressor based on the load of the test samples to achieve energy-saving.
3. The most safety protection detection points among the same industry machines.
4. Can perform dew formation and non-dew formation test conditions as required by the standards.
5. The chamber returns to room temperature to prevent dew formation.
6. Passed EMC electromagnetic wave interference prevention.
7. Industry-exclusive remote system fault prompt function.
8. Unique anti-condensation drip design.
9. Independent drawer-type lighting module.External circulation: Through the circulation capacity of the pump, the insulation hose is connected to the external equipment using the water outlet to form a closed loop and flow back to the water inlet of the equipment, which is to lead the constant temperature medium in the bath to the outside and establish an external constant temperature field.
Model |
HST-ECT550 |
Effective volume |
550L |
Working chamber dimensions (mm) |
D660×W530×H1570 |
External dimensions (mm) |
D1230×W1180×H1920 |
Sample rack dimensions (mm) |
D650×W520 |
Temperature range |
-5℃ to +65℃ |
Temperature range (light) |
+5℃ to +45℃ |
Humidity range |
10% to 95% R.H |
Low humidity range |
Please refer to the temperature and humidity characteristic curve in item 24 |
Temperature fluctuation |
≤±0.5℃ |
Temperature uniformity |
≤±2.0℃ |
Temperature deviation |
≤0.7℃ |
Humidity fluctuation |
≤±2% R.H |
Humidity tolerance (uniformity) |
±3% R.H (when humidity > 75% R.H) ±4% R.H (when humidity < 75% R.H) |
Humidity deviation |
≤2.5% R.H |
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