| Place of Origin: | China |
|---|---|
| Brand Name: | BAXIT |
| Certification: | CE |
| Model Number: | BXT-DRP-II |
| Minimum Order Quantity: | 1unit |
| Packaging Details: | Wooden package |
| Delivery Time: | 3-5 working days |
| Payment Terms: | L/C, D/A, D/P, T/T, Western Union, MoneyGram |
| Supply Ability: | 10000UNITS |
| Power Supply: | AC (220±10%) V, (50/60) HZ | Digital Thermometer: | Measurement Accuracy: 0.5%±1 Word |
|---|---|---|---|
| Timing Range: | 0～100min | Minimum Resolution: | 1S |
| Measuring Temperature Range: | Room Temperature～100℃ (maximum Heating Temperature 120℃) | Heating Voltage: | 36VAC |
| Test Material: | Duralumin, Rubber, Air, Etc. | Continuous Working Time: | ＞8 Hours |
| High Light: | Duralumin Thermal Conductivity Meter,36VAC Thermal Conductivity Meter,Duralumin Rubber Thermal Conductivity Meter |
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BAXIT BXT-DRP-II Duralumin Thermal Conductivity Tester Room temperature～100℃
Product introduction:
Thermal conductivity (thermal conductivity) is a physical quantity that reflects the thermal conductivity of materials. It is not only a basis for evaluating the thermal characteristics of materials, but also a design basis for materials in application. This parameter must be involved in engineering practice such as design. Because the thermal conductivity of a material not only changes with temperature and pressure, but also the impurity content and structural changes of the material will obviously affect the value of the thermal conductivity. Therefore, the thermal conductivity of the material is usually measured by experimental methods in scientific experiments and engineering technology.
The methods of measuring thermal conductivity can be roughly divided into two types: steady-state method and dynamic method. This tester adopts the steady-state method to measure the thermal conductivity of different materials. The design idea is clear, simple, and the experimental method is typical and practical. Measuring the thermal conductivity of a substance is an important content in thermal experiments.
This tester is composed of heater, digital display thermometer, digital display timer, etc. (integrated design)
Technical Parameters:
| Power supply | AC (220±10%) V, (50/60) HZ | |
| Thermal conductivity test range | 0.1～300w/m·k | |
Thermal conductivity measurement accuracy | ≤10% | |
| Digital chronograph | Timing range | 0～100min |
| Minimum resolution | 0.1S | |
| Accuracy | 10-5 | |
| Measuring temperature range | Room temperature～110℃ (maximum heating temperature 120℃) | |
| Heating voltage | 36VAC | |
| Heat dissipation copper plate | Radius | 65mm |
| Thickness | 7mm | |
| Mass | 815g | |
| Test material | Duralumin, rubber, air, etc. | |
| Continuous working time | ＞8 hours | |
Included listcking:
| Thermal conductivity tester | 1 set |
| Power cable | 1unit |
| Dedicated measuring thermocouple | 2 pieces |
| Thermos cup | 1unit |
| Test sample (duralumin, rubber) | 1unit |
| User's manual | 1unit |
| Product certification | 1unit |