Laboratory Setup “Physical Pendulum” ELB-190.025.04

Brand: ЭнергияЛаб
Availability: OutOfStock

Laboratory Setup “Physical Pendulum” ELB-190.025.04

Brand: ЭнергияЛаб

Product Code: ELB19022504

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Specifications: (see all)

Measured / controlled parameters

Oscillation period, number of oscillations, acceleration of free fall

Type of studied process

Mechanical process — harmonic oscillations and pendulum dynamics

Research method / operating principle

Optical registration of oscillations using laser module and photodetector, time analysis and free fall acceleration calculation by reversible pendulum method

Measurement / experiment range

Oscillation period from 0.5 to 5 seconds, oscillation count up to 999

Measurement / analysis accuracy

±0.01 seconds (oscillation time)

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The educational stand “Physical Pendulum” ELB-190.025.04 is a modern laboratory device for demonstrating and studying oscillatory processes. It enables students to investigate key parameters of pendulum oscillations, such as period, frequency, amplitude, moment of inertia, and the effect of pendulum length on oscillation characteristics.
The setup includes a rigid frame, suspension, replaceable weights, and measuring elements, which allow a wide range of laboratory experiments in mechanics. It is widely used in universities, colleges, and specialized laboratories, helping students clearly understand the fundamental laws of dynamics.
Additionally, the stand can be equipped with multimedia teaching methods and software, making data analysis easier and partially automating measurements.

Tags: Laboratory stands Physical

Laboratory stands Physical

Measured / controlled parameters

Oscillation period, number of oscillations, acceleration of free fall

Type of studied process

Mechanical process — harmonic oscillations and pendulum dynamics

Research method / operating principle

Optical registration of oscillations using laser module and photodetector, time analysis and free fall acceleration calculation by reversible pendulum method

Measurement / experiment range

Oscillation period from 0.5 to 5 seconds, oscillation count up to 999

Measurement / analysis accuracy

±0.01 seconds (oscillation time)

Measured physical quantities

Oscillation period, gravitational acceleration g

Type of sensors / detectors / indicators

Optical sensor, infrared laser module, photodetector, digital indicator

Response time / measurement time

Real-time registration, instant oscillation detection

Manual or automatic control option

Buttons for oscillation setup, reset and timer start, automatic oscillation counting