Vibration Meter

Product Code : SCL-PLE-11636

The digital vibration meter is a high-precision diagnostic instrument used to quantify mechanical oscillation across displacement, velocity, and acceleration parameters. Primarily utilized in tertiary engineering and Technical and Vocational Education and Training (TVET) programs, it facilitates the study of structural integrity and predictive maintenance. This tool supports STEM curricula by providing empirical data for analyzing rotational dynamics and harmonic resonance.

Technical Specifications

Educational Benefits & Features

Feature: Piezoelectric Ceramic Transducer.

Benefit: Provides high sensitivity and a wide frequency response, ensuring students can detect minute mechanical imbalances that are not visible to the naked eye.

Feature: Tri-parameter Measurement (Acceleration, Velocity, Displacement).

Benefit: Allows students to observe the derivative relationships between different motion variables, solving the problem of abstract mathematical modeling by providing real-time physical data.

Feature: Integrated High/Low Frequency Switch.

Benefit: Enables the isolation of specific vibration sources, such as bearing defects versus structural looseness, facilitating advanced diagnostic training in mechanical workshops.

Feature: Alternating Current (AC) Signal Output.

Benefit: Permits connection to external oscilloscopes or data loggers, allowing for the visual analysis of wave forms and the study of Fast Fourier Transform (FFT) analysis.

Feature: Handheld Ergonomic Design with Magnetic Base.

Benefit: Reduces measurement variance caused by human handling and allows for hands-free operation on metallic machinery, ensuring repeatable results across different student groups.

Curriculum Alignment

This instrument is precision-engineered to meet the infrastructure requirements of Technical and Vocational Education and Training (TVET) and STEM frameworks. It specifically supports benchmarks in Next Generation Science Standards (NGSS) related to "Forces and Interactions" and "Energy Transfer," providing the quantitative tools required for mastery in structural health monitoring, rotating machinery analysis, and acoustics.

Why Choose Educational Instrument?

Procuring high-frequency diagnostic instrumentation directly from a specialized manufacturer ensures technical consistency and superior transducer traceability for institutional procurement.

Direct Manufacturer (OEM) Expertise: We operate proprietary Research and Development (R&D) facilities where every piezoelectric sensor is calibrated against secondary standards, ensuring professional-grade stability for educational use.

Factory-Direct Pricing: By eliminating intermediary supply chain layers, we provide high-authority diagnostic tools at a cost-efficient price point, maximizing the impact of departmental and institutional budgets.

International Quality Compliance: Our manufacturing processes are strictly audited to ISO 9001 and CE standards, ensuring that all laboratory equipment meets global safety and electromagnetic compatibility directives.

Institutional Supply Chain Reliability: We are optimized for high-volume fulfillment, providing consistent hardware specifications and dependable lead times for regional education boards and large-scale government technical tenders.