International Safe Transit Association - Event Information


Event Name:Measurement and Analysis of Industrial Forklifts Vibration Levels
Description:Join us for a webinar on Wednesday, July 28, 2021 from 1:30PM -2:00PM EST!

Laszlo Horvath Ph.D.
Associate Professor; Director,
Center for Packaging and Unit Load Design

Measurement and Analysis of Industrial Forklifts Vibration Levels

Forklifts are one of the most common material handling equipment used in warehouses and distribution centers. Vibration generated by forklifts may have an effect on the performance of unit loads and product damage rate. Historical research projects focused predominantly on the measurement of vibration for over-the-road transportation. Thus, there is a lack of understanding of the level of vibration caused by forklifts as a function of different factors such as speed, surface quality, forklift type and unit load weight. The goal of this study was to understand how vibration experienced by forklifts is affected by factors such as speed, road conditions, unit load weight, type of forklift, and sensor location. For the study, power spectral density (PSD) was collected using data loggers. Vibration levels were measured for three different industrial forklifts (gas-powered forklift, electric-powered forklift, and reach truck) under two different types of surface (concrete and asphalt). The forklifts were driven at two different speeds (2mph and 3mph) while carrying two different unit load weights (1,500 lbs and 2,500 lbs). For all the conditions, the vibration levels were measured at the forklift carriage and fork tine tips.  

The results obtained showed that the highest vibrational intensity occurred at 3-4 Hz, while the highest Grms value observed was 0.145 G2/Hz. An increase in the forklift speed caused an increase in vibration intensity. In contrast, an increase in the unit load weight carried by the forklift caused a decrease in vibration intensity. Among the three forklifts studied, the gas-powered forklift had the highest vibration intensity, and forklifts driven on asphalt experienced more vibration. The obtained forklift profile will be used to generate a dynamic test to assess the performance of the pallet on the forklift.

Registration Rate: $55  
ISTA Member Discounted Rate: $0
You must be registered by 11:30am (EST) on July 28th to participate.

MEMBERS: You must use your personal login to receive the Member Discounted Rate.  If you use the Company login, the package will be unavailable.
Event Date:7/28/2021
Event Time:1:30 PM - 2:00 PM Eastern
Location:Webinar
Links:https://ista.org/photos/laszloVT.png
Event Registration:
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7/28/2021
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