HCP Series Humidity Climate Chambers
Manufacturer: Memmert
Memmert HCP Series Humidity Climate Chambers are the definitive choice for environmental simulation and accelerated service life tests, such as the industry-standard 85/85 tests (85°C and 85% rh). This chamber offers active humidity control from 20% to 95% rh, providing an unsurpassed homogeneity of climate throughout the interior. Engineered to minimize condensation, the HCP features heating on all six sides, including a heated inner glass door. This design effectively prevents water from dripping onto your test objects, ensuring the integrity of electronics, components, and biological samples. An integrated aluminum thermal conductive layer further supports temperature distribution and acts as a heat accumulator during temporary power interruptions.
Description
In Stock!
2 Business Days (Note: 1 Week for 230V Models)
Four model sizes are available to accommodate different load capacities and spatial requirements.
Key Technical Benefits:
- Condensation-Free Environment: The active humidification system ensures a humid environment without the risk of condensed water droplets, which is vital for testing circuit boards and moisture-sensitive components.
- SetpointWAIT Function: To ensure high-quality results in accelerated life tests, the process runtime only begins once the setpoint temperature is reached, ensuring a consistent thermal exposure period.
- Standard Feed-Through: A feed-through on the rear panel is standard for all models, allowing for easy connection of external measurement cables or sensors without compromising the chamber's seal.
- Advanced Communication: Use the AtmoCONTROL software to program complex temperature/humidity profiles and export data for audit-ready documentation.
Laboratory Maintenance & Safety:
- 85/85 Testing: The HCP is specifically optimized for IEC 60068 standards. For consistent performance during long-term tests, ensure the unit is operated in an environment of 22°C ± 3 K with a relative humidity < 50%.
- Water Quality: Always use deionized or distilled water for the active humidity system to prevent mineral deposits from interfering with the precise sensors.
- Remote Monitoring: Consider the MobileALERT option to receive SMS or e-mail notifications if parameters deviate, providing peace of mind during weekend or overnight runs.
| SKU | Working Environment | Temperature Range | Temperature Accuracy | Temperature Sensor | Maximum Load | Relative Humidity |
|---|---|---|---|---|---|---|
| HCP 105 115V | 7°C Above Ambient to 90°C | 18°C to 90°C | 0.1°C | Dual Pt100 Sensor DIN Class A (4-Wire-Circuit) | 90 kg | Max. 70%, Non-Condensing |
| HCP 105 230V | 7°C Above Ambient to 90°C | 18°C to 90°C | 0.1°C | Dual Pt100 Sensor DIN Class A (4-Wire-Circuit) | 90 kg | Max. 70%, Non-Condensing |
| HCP 150 115V | 7°C Above Ambient to 90°C | 18°C to 90°C | 0.1°C | Dual Pt100 Sensor DIN Class A (4-Wire-Circuit) | 120 kg | Max. 70%, Non-Condensing |
| HCP 150 230V | 7°C Above Ambient to 90°C | 18°C to 90°C | 0.1°C | Dual Pt100 Sensor DIN Class A (4-Wire-Circuit) | 120 kg | Max. 70%, Non-Condensing |
| HCP 240 115V | 7°C Above Ambient to 90°C | 18°C to 90°C | 0.1°C | Dual Pt100 Sensor DIN Class A (4-Wire-Circuit) | 140 kg | Max. 70%, Non-Condensing |
| HCP 240 230V | 7°C Above Ambient to 90°C | 18°C to 90°C | 0.1°C | Dual Pt100 Sensor DIN Class A (4-Wire-Circuit) | 140 kg | Max. 70%, Non-Condensing |
| HCP 50 115V | 7°C Above Ambient to 90°C | 18°C to 90°C | 0.1°C | Dual Pt100 Sensor DIN Class A (4-Wire-Circuit) | 75 kg | Max. 70%, Non-Condensing |
| HCP 50 230V | 7°C Above Ambient to 90°C | 18°C to 90°C | 0.1°C | Dual Pt100 Sensor DIN Class A (4-Wire-Circuit) | 75 kg | Max. 70%, Non-Condensing |
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HCP105 Humidity Climate Chamber Specification Sheet | Download |
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HCP50 Humidity Climate Chamber Specification Sheet | Download |
| SKU | Dimensions | Internal Dimensions | Certification | Controller | Display | Type |
|---|---|---|---|---|---|---|
| HCP 105 115V | 23.3 in x 28.3 in x 33.5 in (591.82 mm x 718.82 mm x 850.90 mm) |
22.05 in x 18.90 in x 15.75 in (560 mm x 480 mm x 400 mm) |
PID-Microprocessor Controller | Dual TFT-Color | ||
| HCP 105 230V | 23.3 in x 28.3 in x 33.5 in (591.82 mm x 718.82 mm x 850.90 mm) |
22.05 in x 18.90 in x 15.75 in (560 mm x 480 mm x 400 mm) |
PID-Microprocessor Controller | Dual TFT-Color | ||
| HCP 150 115V | 23.3 in x 28.3 in x 42.1 in (591.82 mm x 718.82 mm x 1069.34 mm) |
22.05 in x 27.56 in x 15.75 in (560 mm x 700 mm x 400 mm) |
PID-Microprocessor Controller | Dual TFT-Color | ||
| HCP 150 230V | 23.3 in x 28.3 in x 42.1 in (591.82 mm x 718.82 mm x 1069.34 mm) |
22.05 in x 27.56 in x 15.75 in (560 mm x 700 mm x 400 mm) |
PID-Microprocessor Controller | Dual TFT-Color | ||
| HCP 240 115V | 27.2 in x 29.9 in x 46.5 in (690.90 mm x 759.50 mm x 1181.10 mm) |
23.62 in x 31.89 in x 19.69 in (600 mm x 810 mm x 500 mm) |
PID-Microprocessor Controller | Dual TFT-Color | ||
| HCP 240 230V | 27.2 in x 29.9 in x 46.5 in (690.90 mm x 759.50 mm x 1181.10 mm) |
23.62 in x 31.89 in x 19.69 in (600 mm x 810 mm x 500 mm) |
PID-Microprocessor Controller | Dual TFT-Color | ||
| HCP 50 115V | 20.5 in x 22.0 in x 31.3 in (520.70 mm x 558.80 mm x 795.02 mm) |
15.75 in x 16.73 in x 12.99 in (400 mm x 425 mm x 330 mm) |
PID-Microprocessor Controller | Dual TFT-Color | ||
| HCP 50 230V | 20.5 in x 22.0 in x 31.3 in (520.70 mm x 558.80 mm x 795.02 mm) |
15.75 in x 16.73 in x 12.99 in (400 mm x 425 mm x 330 mm) |
PID-Microprocessor Controller | Dual TFT-Color |
Memmert HCP Series Humidity Climate Chambers are the definitive choice for environmental simulation and accelerated service life tests, such as the industry-standard 85/85 tests (85°C and 85% rh). This chamber offers active humidity control from 20% to 95% rh, providing an unsurpassed homogeneity of climate throughout the interior. Engineered to minimize condensation, the HCP features heating on all six sides, including a heated inner glass door. This design effectively prevents water from dripping onto your test objects, ensuring the integrity of electronics, components, and biological samples. An integrated aluminum thermal conductive layer further supports temperature distribution and acts as a heat accumulator during temporary power interruptions.
Starting at $13,171.00
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