Lafco Free Fall Apparatus

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Lafco Free Fall Apparatus Specification

Temperature Range
Ambient; not temperature controlled

Power Source
Manual (no electricity required)

Automation Grade
Manual

Accuracy
High precision for academic demonstrations

Model No
LAF-FREE-01

Feature
Accurate and repeatable drop mechanism for timing experiments

Core Components
Base stand, vertical drop tube, ball holder, measuring scale, release mechanism

Capacity
Single ball release; not specified in volume

Measurement Range
Up to 1 meter (drop height)

Equipment Materials
Polished metal frame, acrylic tube, steel ball

Type
Physics Laboratory Apparatus

Usage
Physics experiments; demonstrates laws of free fall and gravity

Display Type
Manual Scale Reading

Dimension (L*W*H)
Approx. 500 mm x 200 mm x 150 mm

Weight
Approx. 23 kg

About Lafco Free Fall Apparatus

Free fall Apparatus

A simple apparatus to demonstrate that a body propelled horizontally will fall vertically at the same rate as a similar body allowed to fall freely. Comprises of a spring loaded L-section launcher. There are holes in it for placing two 19mm dia ball. When the launcher is released by a push button, one ball falls freely whereas the second ball is projected forward. Mounted on a wooden box with a storage pocket for balls. Includes two steel balls.

Precision in Physics Education

Lafcos Free Fall Apparatus ensures accurate and consistent measurements of gravitational acceleration, making it indispensable for physics experiments. Equipped with a highly precise measuring scale and synchronized electromagnetic release, the apparatus delivers reliable results every time. Its robust construction and corrosion-resistant finish guarantee longevity in demanding laboratory environments, supporting countless demonstrations and experiments for years to come.

User-Friendly and Ready to Use

This apparatus ships fully assembled, saving valuable preparation time for instructors and researchers alike. The release mechanism can be operated manually via an easy-to-use lever or, in select models, by an electric release for enhanced synchronization. Designed for ambient use, the apparatus requires no additional temperature control, making it easy to integrate into any standard laboratory setting.

FAQs of Lafco Free Fall Apparatus:

Q: How does the Lafco Free Fall Apparatus ensure synchronized timing during experiments?

A: The apparatus features an electromagnetic release mechanism that guarantees simultaneous ball release, enabling accurate and repeatable measurements of free fall and gravitational acceleration.

Q: What are the key benefits of using this apparatus in a physics laboratory?

A: The main advantages include precise measurement with highly visible millimeter and centimeter graduations, reliable repeatability through synchronized drop mechanisms, and compliance with international academic standards for physics experiments.

Q: When and where is this free fall apparatus most effectively used?

A: It is ideally suited for schools, colleges, universities, and scientific research labs, particularly during physics lessons or gravitational studies requiring accurate measurement and controlled conditions.

Q: What is the process for operating the apparatus during an experiment?

A: Simply secure the standard 1214 mm steel ball in the holder, set the desired drop height (up to 1 meter), and release the ball using either the manual lever or the electromagnetic release (if equipped). Read measurements directly from the manual scale to calculate acceleration due to gravity.

Q: How does the corrosion-resistant finish benefit users?

A: The laboratory-grade, corrosion-resistant finish ensures the apparatus withstands rigorous use and exposure to the laboratory environment, preserving accuracy and extending equipment lifespan.

Q: What materials and components are included with the apparatus?

A: Each unit features a polished metal frame, vertical acrylic drop tube, a 1214 mm steel ball, base stand, measuring scale, and release mechanism, all assembled and ready for immediate experiments.

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