The cooling device equipped with a Peltier element is easy to install because it does not require any additional facilities such as water supply equipment for cooling.
The heat conduction experimental device "IE-1192" is a product developed for practical training and research on thermal conductivity measurement at universities and similar institutions. The thermal conductivity is measured using the temperature gradient method (plate comparison method). This experimental device regulates temperature using a heater at the top and Peltier cooling at the bottom. Five thermocouples are connected at equal intervals to both the upper and lower sections, displaying the temperature of each part. With this device, practical training on thermal conductivity can be conducted (1. Measuring the relationship between time and temperature by making contact between the upper and lower sections. 2. Measuring the temperature distribution of the intrinsic contact thermal resistance by placing a test specimen between the upper and lower sections). For more details, please contact us or download the catalog.
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**Features** - Equipped with a cooling device using a Peltier element → Easy to install as no additional equipment such as water supply facilities for cooling is required. - Pressure on the test specimen is displayed on the monitor via a load cell → Pressure adjustment is possible. - Can measure temperature changes over long periods and save them to an FC card. - Safe measurements can be performed with the alarm detection function. **Specifications (excerpt)** - Measurement and housing section → Thermocouple: TYPE T Class 1 → High-temperature section: Heater 80°C (set temperature can be changed from 60°C to 100°C) → Low-temperature section: Peltier 15°C (set temperature can be changed from 0°C to below ambient temperature) → Measurement points: 5 channels for high-temperature section and 5 channels for low-temperature section → External dimensions: 280 (W) × 600 (H) × 240 (D) mm → Weight: Approximately 14.6 kg - Control and display section → Drive control method: PID and current control using PWM for both heating and cooling → Set temperature resolution: ±0.1°C (target) → Control stability: ±2°C (when temperature is stable) ● For more details, please contact us or download the catalog.
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【Purpose】 ○ As a thermal conduction training device. For more details, please contact us.
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