Searle's Thermal Conductivity Apparatus
Product Code : SCL-MH-11978
Engineered for the non-contact quantification of extreme thermal energy, this Superior Pattern Pyrometer utilizes total radiation detection to eliminate emissivity-related errors. It facilitates the empirical validation of the Stefan-Boltzmann Law and Planck’s Law within University and Vocational Research curricula. Designed for high-fidelity alignment with ASTM E633 standards, it enables precise temperature monitoring of industrial furnaces and black-body sources.
Technical Specifications
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Tender Specification |
OEM Technical Detail |
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Optical Configuration |
Superior Pattern Concave Reflector with Gold-Plated Surface |
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Detection Element |
Rapid-Response Multi-Junction Thermopile |
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Housing Construction |
Cast Aluminum / Heavy-Duty Brass with Heat-Dissipating External Finishes |
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Focusing Mechanism |
Rack and Pinion Precision Adjustment for Focal Point Convergence |
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Aperture Control |
Calibrated Diaphragm for Radiation Flux Attenuation |
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Mounting Interface |
Integrated 1/4" Thread for Tripod or Laboratory Optical Bench |
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HS Code |
9025.19 (Instruments for temperature measurement) |
Key Pedagogical Outcomes (Bloom’s Taxonomy)
Feature: Rack and Pinion Focusing System. Outcome: Allows students to master optical convergence and focal length calculations in accordance with Geometric Optics principles.
Feature: Gold-Plated Concave Reflector. Outcome: Students observe high-reflectivity efficiency and minimize absorption loss, supporting advanced study of the Inverse Square Law.
Feature: Integrated Multi-Junction Thermopile. Outcome: Enables the conversion of radiant flux into millivolt output, facilitating quantitative data analysis for Thermodynamics Module 501.
Feature: Internal Absorption Filters. Outcome: Provides empirical data on wave-length attenuation, supporting learning objectives related to Kirchhoff’s Law of Thermal Radiation.
International Logistics & Compliance
This instrument is configured for global B2B procurement and tender fulfillment. Units are secured in export-grade seaworthy crating (ISPM-15 compliant) to protect delicate optical coatings and precision mechanical focusing assemblies. Documentation provided with each consignment includes the Manufacturer’s Authorization Form (MAF) and comprehensive technical manuals in English. The tropicalized design ensures performance stability in laboratory environments up to 45°C and 90% humidity, preventing oxidation of the detection elements.
Why Source from the OEM?
Direct procurement ensures vertical integration, from the in-house optical grinding and surfacing of the concave reflectors to the precision assembly of the thermopile detection units. Unlike generalist traders, our "Superior Pattern" units undergo batch-testing for uniformity against calibrated NIST-traceable black-body radiators. Sourcing from the OEM guarantees direct factory spares availability, providing critical long-term maintenance support for institutional laboratory assets.
