Aepinus Condenser - Parallel Plate Capacitor Manufacturer,Supplier and Exporter in India
Product Code : EL-M-11138
The Aepinus Condenser is a precision laboratory instrument
engineered for the quantitative analysis of parallel plate capacitance and the
effect of dielectric constants. Designed for University-level physics and
vocational engineering laboratories, it adheres to ISO manufacturing standards.
The system facilitates rigorous testing of the relationship between plate
separation, surface area, and medium permittivity.
Technical Specifications
|
Tender Specification |
OEM Technical Detail |
|
Plate Geometry |
Parallel Circular Discs, 100 mm Diameter |
|
Conductive Material |
High-conductivity Polished Aluminum or Brass |
|
Adjustment Mechanism |
Sliding axial support for variable plate separation |
|
Insulation Grade |
High-dielectric strength polymer handles and support
pillars |
|
Included Accessories |
Removable dielectric plate (glass or polymer) |
|
Base Construction |
Stabilized, heavy-duty insulated mounting system |
Key Pedagogical Outcomes
- Variable
Axial Plate Displacement: Enables the empirical verification of the
inverse relationship between distance (d) and capacitance (C), supporting
Advanced Electromagnetism modules.
- 100mm
Calibrated Plates: Provides a standardized surface area (A) for the
calculation of the permittivity of free space (\epsilon_0), facilitating
high-fidelity data acquisition.
- Interchangeable
Dielectric Insert: Allows students to quantify the polarization
effects of various materials, supporting Bloom’s Taxonomy levels of
Analysis and Evaluation in material science.
- High-Impedance
Insulated Pillars: Minimizes leakage currents to the base, ensuring
that charge retention measurements remain statistically significant during
electrostatic demonstrations.
International Logistics & Compliance
Science Lab Export ensures all Aepinus Condensers are
prepared for high-frequency international procurement cycles. Packaging
utilizes export-grade seaworthy crating with anti-static internal barriers.
Documentation includes the Manufacturer’s Authorization Form (MAF), IQ/OQ/PQ
certification protocols, and comprehensive English-language technical manuals.
The apparatus features a tropicalized design, with insulating components tested
for dielectric stability in environments reaching 45°C and 90% humidity.
