Low Temperature Difference Stirling Engine Manufacturer,Supplier and Exporter in India
Product Code : SCL-M-11425
Engineered for the
quantitative analysis of external combustion cycles, this Stirling Engine
operates on minimal thermal gradients, such as the differential between ambient
air and heated water. Optimized for University and Vocational curricula, it
provides a functional model for ASTM-aligned thermodynamics modules,
facilitating the empirical study of heat-to-mechanical work conversion at
approximately 150 RPM.
Technical Specifications
|
Tender Specification |
OEM Technical Detail |
|
Material Grade |
Low-Friction Precision
Machined Alloys and Thermal-Resistant Polymers |
|
Operational Velocity |
Approximately 150 RPM (Heat
Source Dependent) |
|
Dimensions |
7" x 5" x 5" |
|
Shipping Weight |
1.25 lbs. |
|
Operational Principle |
Low-Delta Thermal
Differential (e.g., Hot Water or Ice vs. Ambient) |
Key Pedagogical Outcomes
·
Low-Threshold
Thermal Activation: Facilitates the "Analysis" of the Stirling Cycle by requiring
only marginal temperature differentials, allowing for safe, flame-free
laboratory demonstrations of thermodynamic laws.
·
Transparent/Open
Architecture: Supports the "Application" of kinematic theory, enabling
students to visualize the phase relationship between the displacer and the
power piston during energy transduction.
·
Kinetic
Work Conversion: Enables the "Evaluation" of mechanical efficiency and RPM
variations as a function of thermal input, providing evidentiary data for
thermodynamics.
·
Friction-Optimized
Bearings: Supports the "Execution" of longitudinal stability tests,
demonstrating the impact of mechanical resistance on the sustainability of a
heat-engine cycle.
·
Standardized
Activity Guide: Connects hardware
functionality to "Synthesis" of
theoretical heat-flow principles and practical energy conservation metrics.
International Logistics & Compliance
This instrument is
configured for high-volume B2B distribution and ministerial-level educational
tenders. Packaging consists of high-density protective inserts within
export-grade seaworthy crating (ISPM-15 compliant) to prevent misalignment of the
precision-balanced flywheel during maritime transit. Documentation provided
includes the Manufacturer’s Authorization Form (MAF), internal IQ/OQ/PQ
verification reports, and technical manuals in English. The unit is fully
tropicalized; all machined surfaces are treated for oxidation resistance and
tested for sustained storage in environments up to 45°C and 90% humidity,
ensuring calibration integrity across diverse geographic regions.
