Step Up Transformer Model
Product Code : SCL-PLE-11620
The Step Up Transformer Model is a precision laboratory demonstrator designed for the empirical study of mutual induction and the conversion of low-voltage alternating current (AC) into higher-voltage outputs. Optimized for Secondary and Collegiate STEM laboratories, it provides a safe, interactive platform for visualizing the fundamental principles of power transmission. Manufactured to ISO 9001:2015 standards by model allows for low-voltage inputs (e.g., from a battery eliminator) to be transformed into higher potentials, ensuring standardized instructional delivery for institutional physics and electrical engineering modules.
Technical Specifications
|
Tender Specification |
OEM Technical Detail |
|
Input Interface |
Low-Voltage AC (typically 2V to 6V from a Battery Eliminator) |
|
Output Capability |
Elevated AC Voltage proportional to the coil turn ratio |
|
Coil Configuration |
Primary Coil (Low Turns) to Secondary Coil (High Turns) |
|
Material Grade |
High-Purity Copper Winding on a Laminated Iron Core |
|
Connectivity |
Standard 4mm safety sockets for input/output connection |
|
Operational Basis |
Electromagnetic Induction & Faraday's Law |
|
Equation Calibration |
VpVs=NpNs (where Ns>Np) |
|
ISO Compliance Code |
Manufactured under ISO 9001:2015 Quality Management Systems |
|
HS Code |
9023.00.00 (Educational/Demonstrational Physics Apparatus) |
Key Pedagogical Outcomes (Bloom’s Taxonomy Alignment)
- Voltage Elevation Interface -> Facilitates student visualization of how a varying magnetic field in the primary coil induces a higher voltage in a secondary coil with more loops, supporting Physics Module 101 (Understanding).
- Inductive Coupling Modeling -> Enables the physical study of energy transfer across air/core gaps without direct electrical contact between circuits (Applying).
- Efficiency & Transmission Analysis -> Supports the Analysis of why electricity is "stepped up" at power stations—to minimize current and significantly reduce I2R energy losses during long-distance transmission.
- Transformer Law Evaluation -> Allows students to Evaluate the inverse relationship between voltage and current (VpIp≈VsIs), observing that as voltage increases, current capacity proportionally decreases (Evaluating).
International Logistics & Compliance
- Packaging: Export-grade ISPM-15 compliant Corrugated/Thermocol box with internal stabilization to protect the copper windings and core alignment.
- Documentation: Includes Manufacturer’s Authorization Form (MAF), Certificate of Conformance (CoC), and English Technical User Guides.
- Durability: Tropicalized design with high-quality insulation and a robust base to withstand the demands of frequent institutional use.
Direct OEM Sourcing Advantages
- Vertical Integration: Total control over winding density and core lamination ensures high efficiency and predictable voltage gains across bulk rollouts.
- Reliability Protocols: Batch-tested for dielectric strength and thermal resistance in educational laboratory settings.
- Institutional Support: Guaranteed direct factory availability for replacement components and specialized AC/DC power sources ensures maximized asset lifecycle and superior long-term ROI.
