Morse Code Experiment Kit Manufacturer,Supplier and Exporter in India
Product Code : SCL-M-11452
The Morse Code
Experiment Kit is a specialized instructional circuit designed for the
empirical study of electromagnetic telegraphy and closed-circuit communication.
Engineered for Secondary and Vocational levels, it facilitates the
demonstration of signal transduction and circuit continuity. This instrument
aligns with fundamental electromagnetism modules and international laboratory
safety standards for low-voltage educational apparatus.
Technical Specifications
|
Tender Specification |
OEM Technical Detail |
|
Circuit Configuration |
Series-Parallel Capable
Telegraphic Loop |
|
Material Grade |
High-Conductivity Copper
Alligator Leads; Polymer Insulation |
|
Switch Mechanism |
Spring-Tensioned Manual
Telegraph Key (Momentary Contact) |
|
Illumination Source |
Miniature Filament Lamp with
Dedicated Holder |
|
Power Source Requirements |
1.5V DC (D-Cell Battery
Housing) |
|
Dimensions |
7" x 5" x 2"
(Unit Volume) |
|
Shipping Mass |
5.10 Oz. |
Key Pedagogical Outcomes
·
Momentary
Contact Telegraph Key:
Enables students to Apply binary coding sequences
(Morse code), bridging the gap between physical mechanical input and
electromagnetic signal output.
·
Low-Resistance
Alligator Clip Leads: Allows for the Analysis of circuit continuity and resistance variables
in a modular, tactile environment.
·
Integrated
Lamp and Holder Assembly:
Facilitates the Evaluation of energy conversion
(Electrical to Radiant), supporting core Physics modules on light and
signaling.
·
Schematic-to-Physical
Build Path: Empowers students to Construct functional communication loops from abstract
diagrams, reinforcing technical literacy.
International Logistics & Compliance
This apparatus is
prepared for global tender fulfillment via export-grade seaworthy crating
(ISPM-15 compliant). To ensure seamless customs clearance and institutional
integration, each unit is accompanied by a Manufacturer’s Authorization Form
(MAF), and comprehensive User Manuals in English. The system features a
tropicalized design, tested for high-frequency use in environments up to 45°C
and 90% humidity, ensuring long-term durability in diverse geographical
laboratory settings.
