Transient Plane Heat Source Method Fast Thermal Needle Method Thermal Conductivity Tester
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- 产品描述
-
- Commodity name: Transient Plane Heat Source Method Fast Thermal Needle Method Thermal Conductivity Tester
- Model: DRE-5C
The Xiangke DRE-5C Transient Plane Heat Source Method Thermal Conductivity Tester, a newly upgraded model, is a comprehensive upgrade of the DRE-2C model. It uses the transient plane heat source method, and the upgraded product has more powerful functions.
Xiangke Newly Upgraded Model DRE-5 C Thermal Conductivity Tester (Transient Plane Heat Source Method Transient Hot Wire Method )
I. Overview
The DRE-5C thermal conductivity tester is a comprehensive upgrade based on the DRE-2C instrument. It adopts the transient plane heat source method, and the upgraded product has more powerful functions:
1. It can measure various indicators such as thermal conductivity, thermal diffusivity, thermal storage coefficient, and specific heat capacity of solids, powders, gels, and anisotropic materials.
2. Added single sample mode, thin slice mode, thin film mode, and uniaxial anisotropic sample mode, suitable for testing samples of different sizes and forms.
3. It supports the use of two different sizes of test probes, which facilitates the selection of different sizes of samples for testing while ensuring testing accuracy.
This instrument is a thermal conductivity meter based on TPS transient plane heat source technology, using Hot Disk as the probe.
Advantages of the Hot Disk method:
(1) Directly measure heat propagation, saving a lot of time;
(2) It will not be affected by contact thermal resistance like the static method;
(3) No special sample preparation is required, only a relatively flat sample surface is needed.
Instrument reference standards:
ISO22007-2-2008 Test methods for thermal conductivity and thermal diffusivity;
GB/T 32064-2015 Transient plane heat source test method for thermal conductivity and thermal diffusivity of building materials.
DZ/T0276.14-2015 Experimental procedures for rock physical and mechanical properties, Part 14: Rock thermal conductivity experiment, Geological and Mineral Resources Industry Standard of the People's Republic of China.
GB/T 11205-2009 Determination of thermal conductivity of rubber (transient hot wire method).
II. Transient plane heat source method fast hot wire thermal conductivity tester Main Technical Indicators
1. Thermal conductivity measurement range: 0.0100-300W/mk, Resolution: 0.0001W/(m·K),
2. Measurement time: 5-1200 seconds,
3. Accuracy: Better than 5%,
4. Temperature range:
4.1. Standard measurement: Room temperature;
4.2. With sample temperature controller: -20℃～120℃, (Various temperature ranges can be customized according to customer requirements, charges apply separately),
5. Probe configuration: Standard configuration Φ15mm probe, the instrument supports 2 probes;
Optional Φ7.5mm probe, charges apply separately.
6. Measurement mode:
6.1. Standard measurement: Block sample (dual sample) mode (when using Φ15mm probe)
6.1.1. Thermal conductivity measurement range: 0.010-300 (W/mk);
6.1.2. Thermal diffusivity measurement range: 0.05-10 (mm2/s);
6.1.3. Sample size: ≥Φ45×15 (mm), larger than 20 W/mk, according to software prompt size;
6.2. Extended measurement:
6.2.1. Block sample (single sample) mode
6.2.1.1. Thermal conductivity measurement range: 0.010-300 (W/mk);
6.2.1.2. Sample size: ≥Φ45×15 (mm);
6.2.2. Thin slice mode
6.2.2.1. Thermal conductivity measurement range: 1-300 (W/mk);
6.2.2.2. Sample size: Effective measurement area ≥Φ45, thickness 1-10 (mm);
6.2.3. Thin film mode
6.2.3.1. Thermal conductivity measurement range: 0.010-10 (W/mk);
6.2.3.2. Sample size: Effective measurement area ≥Φ45, thickness 0.01-1.00 (mm);
6.2.4. Uniaxial anisotropic sample mode
6.2.4.1. Thermal conductivity measurement range: 0.010-300 (W/mk);
6.2.4.2. Sample size: ≥Φ45×15 (mm);
7. Power supply: 220V, Power: 200W.
8. Easy to operate, fast testing speed, only need to clamp the test probe between two sample blocks, and the thermal conductivity of the sample can be obtained through simple software click operation.
Instrument configuration: including DRE- 5C 1 testing host, Φ15mm 1 test probe, 1 set of test software, 1 set of communication interface and data cable, 1 sample fixture ， 1 computer If a constant temperature device and a small-size probe need to be selected, the cost will be calculated separately 。
Transient plane heat source method fast hot wire thermal conductivity tester Product pictures:
Transient Plane Heat Source Method Fast Thermal Needle Method Thermal Conductivity Tester
Model:
DRE-5C
Specifications:
Specifications:
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Gross weight (KG):
The Xiangke DRE-5C Transient Plane Heat Source Method Thermal Conductivity Tester, a newly upgraded model, is a comprehensive upgrade of the DRE-2C model. It uses the transient plane heat source method, and the upgraded product has more powerful functions.
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You can send us an email：xtyqyb@163.com
InquireProduct Details
Xiangke Newly Upgraded Model DRE-5 C Thermal Conductivity Tester (Transient Plane Heat Source Method Transient Hot Wire Method )
I. Overview
The DRE-5C thermal conductivity tester is a comprehensive upgrade based on the DRE-2C instrument. It adopts the transient plane heat source method, and the upgraded product has more powerful functions:
1. It can measure various indicators such as thermal conductivity, thermal diffusivity, thermal storage coefficient, and specific heat capacity of solids, powders, gels, and anisotropic materials.
2. Added single sample mode, thin slice mode, thin film mode, and uniaxial anisotropic sample mode, suitable for testing samples of different sizes and forms.
3. It supports the use of two different sizes of test probes, which facilitates the selection of different sizes of samples for testing while ensuring testing accuracy.
This instrument is a thermal conductivity meter based on TPS transient plane heat source technology, using Hot Disk as the probe.
Advantages of the Hot Disk method:
(1) Directly measure heat propagation, saving a lot of time;
(2) It will not be affected by contact thermal resistance like the static method;
(3) No special sample preparation is required, only a relatively flat sample surface is needed.
Instrument reference standards:
ISO22007-2-2008 Test methods for thermal conductivity and thermal diffusivity;
GB/T 32064-2015 Transient plane heat source test method for thermal conductivity and thermal diffusivity of building materials.
DZ/T0276.14-2015 Experimental procedures for rock physical and mechanical properties, Part 14: Rock thermal conductivity experiment, Geological and Mineral Resources Industry Standard of the People's Republic of China.
GB/T 11205-2009 Determination of thermal conductivity of rubber (transient hot wire method).
II. Transient plane heat source method fast hot wire thermal conductivity tester Main Technical Indicators
1. Thermal conductivity measurement range: 0.0100-300W/mk, Resolution: 0.0001W/(m·K),
2. Measurement time: 5-1200 seconds,
3. Accuracy: Better than 5%,
4. Temperature range:
4.1. Standard measurement: Room temperature;
4.2. With sample temperature controller: -20℃～120℃, (Various temperature ranges can be customized according to customer requirements, charges apply separately),
5. Probe configuration: Standard configuration Φ15mm probe, the instrument supports 2 probes;
Optional Φ7.5mm probe, charges apply separately.
6. Measurement mode:
6.1. Standard measurement: Block sample (dual sample) mode (when using Φ15mm probe)
6.1.1. Thermal conductivity measurement range: 0.010-300 (W/mk);
6.1.2. Thermal diffusivity measurement range: 0.05-10 (mm2/s);
6.1.3. Sample size: ≥Φ45×15 (mm), larger than 20 W/mk, according to software prompt size;
6.2. Extended measurement:
6.2.1. Block sample (single sample) mode
6.2.1.1. Thermal conductivity measurement range: 0.010-300 (W/mk);
6.2.1.2. Sample size: ≥Φ45×15 (mm);
6.2.2. Thin slice mode
6.2.2.1. Thermal conductivity measurement range: 1-300 (W/mk);
6.2.2.2. Sample size: Effective measurement area ≥Φ45, thickness 1-10 (mm);
6.2.3. Thin film mode
6.2.3.1. Thermal conductivity measurement range: 0.010-10 (W/mk);
6.2.3.2. Sample size: Effective measurement area ≥Φ45, thickness 0.01-1.00 (mm);
6.2.4. Uniaxial anisotropic sample mode
6.2.4.1. Thermal conductivity measurement range: 0.010-300 (W/mk);
6.2.4.2. Sample size: ≥Φ45×15 (mm);
7. Power supply: 220V, Power: 200W.
8. Easy to operate, fast testing speed, only need to clamp the test probe between two sample blocks, and the thermal conductivity of the sample can be obtained through simple software click operation.
Instrument configuration: including DRE- 5C 1 testing host, Φ15mm 1 test probe, 1 set of test software, 1 set of communication interface and data cable, 1 sample fixture ， 1 computer If a constant temperature device and a small-size probe need to be selected, the cost will be calculated separately 。
Transient plane heat source method fast hot wire thermal conductivity tester Product pictures:
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