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LW-9614 In-Plane Thermal Diffusivity and Thermal Conductivity Measurement Apparatus
Introduction
LW-9614 is based on Angstrom Method and applicable for either isotropic or anisotropic sheet materials with high thermal conductivities, such as graphite, copper, and aluminum, etc.
The system provides a sinusoidal temperature wave, and it can automatically measure corresponding temperature differences and amplitudes at certain positions. Thermal diffusivity is calculated afterwards.
Specification
1. The range of thermal diffusivity: 0.05 ~ 10 cm2/s
2. Specimen dimension: Length: > 300 mm;
Width: 20~30 mm;
Thickness: 0.02~0.6 mm
3. Tension strength of specimens: Not smaller than 100 gf/mm2
4. A natural convection chamber at ambient temperature with a digit
temperature display
5. The amplitude and waveform of sinusoidal heating & cooling commands are
controlled by PC-based software.
6. PC-based data acquisition and control
7. Calculate the correlation of amplitudes and phase differences resulting from
temperature waveform, and get the value of thermal diffusivity.
8. Specific heat and density of the specimen can be manually key-in
parameters, and the software will calculate a corresponding thermal
conductivity. In LW-9614 system, measurement devices for density and
specific heat are excluded.
9. Power source: AC 220V, 5A, single phase
10. Overall dimension: 90 (W) × 65 (D) × 164 (H) cm.
Technical Information
Download Catalogue
LW-9614 is based on Angstrom Method and applicable for either isotropic or anisotropic sheet materials with high thermal conductivities, such as graphite, copper, and aluminum, etc.
The system provides a sinusoidal temperature wave, and it can automatically measure corresponding temperature differences and amplitudes at certain positions. Thermal diffusivity is calculated afterwards.
Specification
1. The range of thermal diffusivity: 0.05 ~ 10 cm2/s
2. Specimen dimension: Length: > 300 mm;
Width: 20~30 mm;
Thickness: 0.02~0.6 mm
3. Tension strength of specimens: Not smaller than 100 gf/mm2
4. A natural convection chamber at ambient temperature with a digit
temperature display
5. The amplitude and waveform of sinusoidal heating & cooling commands are
controlled by PC-based software.
6. PC-based data acquisition and control
7. Calculate the correlation of amplitudes and phase differences resulting from
temperature waveform, and get the value of thermal diffusivity.
8. Specific heat and density of the specimen can be manually key-in
parameters, and the software will calculate a corresponding thermal
conductivity. In LW-9614 system, measurement devices for density and
specific heat are excluded.
9. Power source: AC 220V, 5A, single phase
10. Overall dimension: 90 (W) × 65 (D) × 164 (H) cm.
Technical Information
Download Catalogue
LW-9614 Golden Sample