Reliable Temperature, Humidity, & Altitude Chamber for Quality Testing
The Temperature, Humidity, and Altitude Chamber is a state-of-the-art testing solution designed to simulate a variety of environmental conditions for research, product testing, and quality control. These chambers offer precise control over temperature, humidity, and altitude levels, making them ideal for industries such as aerospace, automotive, electronics, and pharmaceuticals.
Key Features
- Programmable climate control for precise environmental simulation
- Real-time monitoring of all test parameters
- Customizable settings for diverse testing requirements
- Tests product performance under extreme heat, cold, humidity, and pressure conditions
- Helps ensure compliance with global industry standards
Technical Specifications
| Model |
JQTA-225 |
JQTA-504 |
JQTA-1000 |
JQTA-1700 |
JQTA-3400 |
| Inner size (cm) |
50×75×65 |
80×70×90 |
100×100×100 |
195×315×516 |
407×210×407 |
| Volume (L) |
225L |
504L |
1000L |
1700L |
3400L |
| Temperature Range |
L type: -40℃~150℃
S type: -70℃~150℃
(customizable) |
| Humidity Range |
20% to 98% RH |
| Temperature Fluctuation |
±0.5℃ |
| Temperature Variation in Space |
No-load at atmospheric pressure ±3℃ (≥100℃), ±2℃ (≤100℃) |
| Cooling Rate |
0.7℃~1℃/min |
| Heating Rate |
0.7℃~1℃/min |
| Exterior Material |
1.5mm Electrolytic plate with Electrostatic painting |
| Interior Material |
Stainless steel plate SUS304 |
| Air Pressure Range |
Normal pressure to ~1kPa |
| Controller |
TW DELTA PLC, 7" or 10" color touch screen control |
| Compressor |
French Tecumseh, Germany Bitzer, or Bock brand |
| Power Supply |
AC380V @50Hz |
Additional Features
- Configuration interface with USB, WLAN, RS232 port (APP function optional)
- Available with low GWP refrigerants: R449a, R448a, and R508B
Note: Performance data refers to an operating room temperature of +26°C, 415 V/50 Hz nominal voltage, without test specimen and without accessories. Sound pressure level measurements were taken in free-field environments at 1 meter height and distance from equipment surface.