1000L Temperature and Humidity Test Chamber with Wet Gauze Ball Bulb Gauze for PT 100 Sensor
Application
This Damp Heat Test Chamber provides rapid conditioning with precise temperature and humidity control (5% to 98% R.H. ±0.5% and -70°C to 150°C ±0.5°C). Designed for resistance testing against heat, cold, dry, and humidity conditions, it's ideal for sample conditioning prior to testing across multiple industries including electronics, automotive, food, chemicals, and building materials.
Technical Specifications
| Model |
TH-1000 (A~F) |
| Internal Dimensions (W×H×D) |
1000×1000×1000 mm |
| External Dimensions (W×H×D) |
1200×1900×1300 mm |
| Temperature Range |
Low Temperature (A:25°C, B:0°C, C:-20°C, D:-40°C, E:-60°C, F:-70°C) to High Temperature 150°C |
| Humidity Range |
20%~98% R.H. (10%-98% R.H. / 5%-98% R.H optional with dehumidifier) |
| Resolution/Distribution Uniformity |
0.1°C; 0.1% R.H./±2.0°C; ±3.0% R.H. |
| Control Accuracy |
±0.5°C; ±2.5% R.H. |
| Temperature Change Rate |
Rising: 0.1~3.0°C/min; Falling: 0.3~1.0°C/min (1.5°C/min falling optional) |
| Construction Materials |
Interior: SUS 304# stainless steel; Exterior: Stainless steel or painted SEE cold-rolled steel |
| Insulation |
High-temperature resistant, high-density formate chlorine ethyl acetum foam |
| Cooling System |
Wind or water cooling (single segment compressor for -40°C, double segment for -70°C) |
| Protection Devices |
Comprehensive safety system including fuse-free switch, compressor protection, coolant protection, over-humidity/temperature protection, and fault warning |
Product Images
Heated Humidification System Features
- U-TYPE SUS#304 stainless steel electric heat pipe heater
- SUS#304 stainless steel humidify barrel with observation glass and electromagnetic water level valve
- Independent heat, wet humidify, and dehumidify systems
- Automatic heating, wetting and demist functions with observation glass
- 25L built-in draw-out type water tank with humidification water recycling
Related Products
Contact us for more information about our cold temperature humidity environmental control stability chambers.
