Hi Frank:
In most cases, the COG is near or at the geographic center of the
equipment. This would be at the half-way point of each dimension, W, L,
H. For your product, the worst-case tip-over would be on the W (5 feet)
side.
Expanding on Doug's suggestion, tip the unit on each bottom
Don't forget to put a spot of red paint on it, so you can find it again.
Best wishes
John Woodgate OOO-Own Opinions Only
J M Woodgate and Associates www.woodjohn.uk
Rayleigh, Essex UK
On 2019-07-05 18:07, Doug Powell wrote:
A quick and dirty way to find the center of gravity is to hang the
A quick and dirty way to find the center of gravity is to hang the product
from each of the four corners on top, one at a time. For example from
lifting rings or similar. The imaginary vertical lines that passes through
the product should all intersect at the COG. Similarly, you could simply
tilt
Hi Frank! I did a quick search; I assume you already checked with UL
(Fremont, SF, San Jose), MET (Santa Clara), TUV-Sud (Fremont),
TUV_Rhineland (Pleasanton), Intertek (Menlo Park), Bureau Veritas
(Sunnyvale), NTS (Dynamics test lab in Newark
https://www.nts.com/location/newark-ca/) and BACLC
Hi Everyone, I have been searching and drawing blanks for test labs in the bay
area capable of performing tilt stability and measuring center of gravity in
bay area California, San Jose, Fremont, Santa Clara, Sunnyvale, etc.Is there a
lab or facility someone in this community uses to perform
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