Forces, moments and machines
Product Code : SCL-PL-11418
Engineered for the empirical verification of Newtonian
statics, this modular kit facilitates the quantitative study of forces, torque,
and simple machines. Designed for Secondary, Vocational (TVET), and
University-level laboratories, the apparatus enables high-repeatability
experiments in equilibrium conditions. The system is sensor-ready, allowing for
seamless integration with digital force transducers to meet modern STEM and
ISO-standardized technical training requirements.
Technical Specifications
|
Tender Specification |
OEM Technical Detail |
|
Material Grade |
Ruggedized Anodized Aluminum and Reinforced Technical
Polymers |
|
Experimental Scope |
Statics of Solids: Forces, Moments, and Simple Machines |
|
Digital Integration |
Pre-configured mounting for Electronic Force Sensors (1N
to 10N range compatible) |
|
Structural Design |
Modular track and pulley assembly for multi-vector
analysis |
Key Pedagogical:
- Integrated
Lever and Fulcrum Assembly: Allows students to calculate and analyze
the Principle of Moments, providing evidentiary support for rotational
equilibrium modules.
- Multi-Configuration
Pulley System: Facilitates the evaluation of mechanical
advantage and efficiency in varied machine setups, supporting Applied
Mechanics curricula.
- Digital
Sensor Compatibility: Enables students to transition from
manual observation to high-precision digital data acquisition, fostering
skills in technical error analysis and data modeling.
International Logistics & Compliance
This School Instrument is secured in export-grade seaworthy
crating (ISPM-15 compliant) to ensure the precision of the modular components
during global transit. Procurement documentation includes the Manufacturer’s
Authorization Form (MAF), optional IQ/OQ/PQ Certification, and comprehensive
technical manuals in English. The tropicalized design is laboratory-tested for
operational durability in high-humidity and high-temperature environments (up
to 45°C / 90% Humidity), preventing the oxidative degradation of force-bearing
surfaces common in non-OEM hardware.
