Audited Supplier
DRX-II-RL
Free Remote Assistance
1 Year
Electronic
Polymer Materials, Ceramics, Insulation Materials,
Hunan Zhenhua
Standard Export Packing
0.3CBM
China
9027809990
Product Description
DRX-II-RL Thermal Resistance Measurement Thermal Conductivity Meter (Heat flow method)
Use: This thermal conductivity meter measures the thermal conductivity, thermal diffusivity, and hot-melt of different materials by using heat flow method. Refer to standard MIL-I-49456A The thermal conductivity of thin solid electric insulation heat transfer performance testing standards, D5470-06, ASTM E1530, ASTM C 518, ISO 8301, JIS A 1412, DIN EN 12939, DIN EN 13163 and DIN EN 12667 and other relevant international standards.
Features: Automatic plate movement and sample thickness measurement, all test parameters and calibration data can be stored in the computer. Conduct temperature programming, data viewing and storage for calibration test and sample test. The instrument is used to test polymer materials, ceramics, insulation materials, composite materials, non-metallic materials, thermal pad, silicone grease, and other materials with low and medium thermal conductivity. Only small samples are needed. Thin films can be accurately measured using multilayer techniques.
Main technical parameters:
Use: This thermal conductivity meter measures the thermal conductivity, thermal diffusivity, and hot-melt of different materials by using heat flow method. Refer to standard MIL-I-49456A The thermal conductivity of thin solid electric insulation heat transfer performance testing standards, D5470-06, ASTM E1530, ASTM C 518, ISO 8301, JIS A 1412, DIN EN 12939, DIN EN 13163 and DIN EN 12667 and other relevant international standards.
Features: Automatic plate movement and sample thickness measurement, all test parameters and calibration data can be stored in the computer. Conduct temperature programming, data viewing and storage for calibration test and sample test. The instrument is used to test polymer materials, ceramics, insulation materials, composite materials, non-metallic materials, thermal pad, silicone grease, and other materials with low and medium thermal conductivity. Only small samples are needed. Thin films can be accurately measured using multilayer techniques.
Main technical parameters:
| Hot surface temperature range: | RT~ 200ºC , resolution: 0.01 ºC |
| Cold surface temperature range: | 0~60ºC, resolution: 0.01 ºC |
| Refrigeration system | Forced air-cooled, external water bath, liquid nitrogen cooling |
| Flat-panel temperature control systems | automatic control programmable data points 1-10 |
| Sample size | Diameter 30mm, thickness 0.02 -20mm |
| Range of Thermal resistance(r-value) | 0.000005 ~ 0.05 m2·K/W |
| Range of thermal conductivity(λ) | 0.015~50w/m.K |
| Accuracy | ≤±3% |
| Heat flow meter | Adopt high precision heat flow meter imported from the United States of America |
| Pressure range | 0-1000N |
| Displacement range | 0-30.00mm |
| Repeatability | 1% |
| Accuracy | ±3% |
| Environmental condition | room temperature: 18~25ºC, humidity: 20~80%RH |
| Data result analysis | Automatic thermal analysis software, which can analyze and output testing parameters fast and accurately and data print out, Windows 10/ 7/XP /sp2 English |
| Supply voltage | AC 220V±5%, power: 3.0kw |
