The Leaning Ladder Equilibrium Experiment is an interactive tool for studying equilibrium conditions and support reactions in statics. It features a floating top bearing and a fixed bottom support, accurately modeling real-world constraints. Students can apply cable forces in x and y directions to analyze force interactions and support reactions. A built-in millimeter scale ensures precise weight positioning for accurate calculations. Compatible with the SE 112 mounting frame, it integrates seamlessly into existing setups. With weights, guide pulleys, and instructional material, it provides an engaging hands-on learning experience.
Specification
• Hands-on experiment for understanding equilibrium conditions of a leaning ladder.
• Application of the "freeing" principle in engineering mechanics to visualize forces and moments.
• Top support designed as a floating bearing and bottom support as a fixed bearing for real-world simulation.
• Full compensation of support forces using cable forces in the x and y directions.
• Sliding clamp weight with a built-in millimeter scale for precise positioning.
• Includes a storage system with foam inlay for organized component management.
Technical data
• Ladder & Measurement Specifications:
• Ladder length: Minimum 650 mm.
• Ladder weight: Minimum 2 N.
• Built-in rule graduation: 1 mm.
• Clamp weight: Minimum 20 N.
• Tape measure length: Minimum 3000 mm, graduation: 1 mm.
• Weights Included:
• 3 × 1N (hanger).
• 9 × 5N weights.
• 12 × 1N weights.
Dimensions and weight
LxWxH:
Weight:Minimum 28 kg.
