Magnaprobe with Magnetic Globe Manufacturer,Supplier and Exporter in India
Product Code : SCL-LE-11261
This specialized geomagnetism kit is engineered for the 3D visualization of planetary magnetic flux lines. Optimized for University and Secondary-level physics, it utilizes a gimbal-mounted Magnaprobe to detect vector orientation relative to an internal axial bar magnet. Compliant with institutional standards for instructional scientific apparatus, it provides empirical evidence of magnetic inclination and field intensity across terrestrial coordinates.
Technical
Specifications
|
Tender Specification |
OEM Technical Detail |
|
Material Grade |
High-impact Polymer (Globe);
Alnico/Steel alloy (Internal Magnet) |
|
Globe Dimensions |
110 mm diameter |
|
Detection Mechanism |
Dual-axis gimbaled Magnaprobe
with low-friction pivot |
|
Field Source |
Axial-mounted high-coercivity
bar magnet |
|
Included Documentation |
Comprehensive Activity Guide
(Earth’s Field, Van Allen Belts, Aurora Borealis) |
Key Pedagogical
Outcomes
·
Dual-Axis Rotational Magnaprobe: Allows students to identify the vertical and horizontal
components of the magnetic field, supporting Physics Module 302: Magnetic
Vector Analysis.
·
Axially-Aligned Internal Magnet: Facilitates the demonstration of magnetic dip (inclination)
variations from the equator to the poles, satisfying Bloom’s Analysis of
geomagnetic data.
·
Cartographic Globe Overlay: Connects abstract electromagnetic theory to physical
geography, enabling the calculation of magnetic declination relative to true
north.
·
Comprehensive Pedagogical Guide: Provides theoretical frameworks for the study of the
magnetosphere, Van Allen radiation belts, and plasma interactions (Northern
Lights).
International
Logistics & Compliance
This
instrumentation set is prepared for global B2B procurement with export-grade
seaworthy crating (ISPM-15 compliant) to ensure physical integrity during
multi-modal transit. Every shipment includes a Manufacturer’s Authorization
Form (MAF), Technical Data Sheets, and Certificate of Conformance. The
apparatus is tropicalized, with the magnetic core stabilized against thermal
drift in environments up to 45°C/90% Humidity, ensuring consistent flux density
readings in diverse geographic laboratory settings.
