| Customization: | Available |
|---|---|
| After-sales Service: | Video Intallment |
| Power Supply: | 220-380V |
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The condensation test chamber is mainly used to test the impact of possible humidity and temperature changes on products such as fiber optic interconnection devices, electronics, communication, aerospace products, etc. during operation, storage or transportation. Samples are placed in the test chamber and subjected to several temperature-humidity cycles as defined in relevant specifications. Throughout the test process, the attenuation of the samples is monitored.
WBE Weibang Condensation Test Chamber: Mainly used to test the impact of humidity and temperature changes that may occur during operation, storage or transportation on fiber optic interconnection devices, electronic, communication, aerospace products, etc. Samples are placed in the test chamber and subjected to several temperature-humidity cycles defined in relevant specifications. Throughout the test process, the attenuation of the samples is monitored.
Festure:
Test Standard:
Condensation test in ISO 6270-2 standard;
Condensation test in VW80000 standard 12.6;
IEC 610300-2-48 Fiber optic interconnecting devices and passive components - Basic test and measurement procedures - Part 2-48: Tests - Temperature-humidity cycling - Method A test.
Application:
Military equipment, electronic devices, instruments and meters, aerospace products, battery packs, energy storage cabinets, engines
Packing & Shipping
Specification
| Condensation test chamber | |
| Inner box dimensions | 700×480×700mm(W*D*H) |
| Outer box dimensions | Approximately 1100×1400×1950mm (W*D*H) based on actual dimensions |
| Box door | Single door |
| Temperature range | - 10 ~ + 65 ºC |
| Water temperature | 10 ºC ~ 90 ºC |
| Humidity range | 90% ~100%RH |
| Precision range | Setting accuracy: temperature ±0.01 ° C, humidity ±1%R.H; Indication accuracy: temperature ±0.01 ° C, humidity ±1%R.H |
| Temperature fluctuation | 1 ºC or less |
| Temperature uniformity | Plus or minus 2 ºC |
| Temperature deviation | Plus or minus 2 ºC |
| Humidity fluctuation | Plus or minus 3.0% RH |
| Humidity deviation | ≤±5%RH |
| Plastic cover | The inner box is designed with a heat-resistant plastic cover to prevent condensation water from falling onto the specimens |
| Material used | Outer wall material: Cold-rolled sheet with paint Inner wall material: SUS304 stainless steel sheet Insulation material: Rigid polyurethane foam |
| Observation window | Three-layer explosion-proof tempered glass window |
| Test the lead holes | One 50mm lead hole with cover and soft plug, located on each of the left walls of the box |
| Sample holder | 1 piece, SUS304 stainless steel, adjustable spacing placement track, sample rack can be adjusted up and down as needed, uniform load 20KG per layer. |
| Box door | Hinged single door, with electric defrosting devices installed on the door frame and the door edge to prevent condensation and frost formation on the door frame and door edge during low-temperature tests. |
| Lighting fixtures | A light is placed at the top of the observation window and is controlled by the switch outside the door for easy and clear observation |
| Move pulley | Use 4 movable pulleys for adjusting placement and fastening with strong bolts |
| Refrigeration system | Compressor overpressure; Compressor overcurrent; Compressor overheat; Exhaust temperature protection |
| Power supply system | Power supply phase loss and phase sequence error protection; Leakage protection; Heater over-temperature protection; Overcurrent protection such as heater short circuit |
| External protection | One electronic over-temperature protection device independent of the controller |
| Others | Test chamber housing grounding protection |
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