Differences
This shows you the differences between two versions of the page.
| Both sides previous revision Previous revision Next revision | Previous revision | ||
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techtalk:ref:tools035 [2021/08/26 20:42] hippysmack [External Bowed Locking Ring] |
techtalk:ref:tools035 [2021/08/26 20:57] (current) hippysmack [Heavy Duty "E" Clips] |
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| * Most rings have tolerances for installation depending on what size and type of ring it is. \\ You can download the full PDFs of the charts below or go to their websites to see all the specs. | * Most rings have tolerances for installation depending on what size and type of ring it is. \\ You can download the full PDFs of the charts below or go to their websites to see all the specs. | ||
| ====== External Circlips ====== | ====== External Circlips ====== | ||
| - | External Snap rings are axial retaining rings and are installed into a groove in a shaft or bore along an axis center point. The rings have lugs and lug holes that are used for installation. Once installed, they contact virtually the entire groove. They transmit loads into the groove wall around most of the groove circumference, which lets them withstand significant thrust loadings. ((https://www.machinedesign.com/archive/article/21818343/using-retaining-rings-properly)) \\ | + | External Snap rings are axial retaining rings and are installed into a groove in a shaft or bore along an axis center point. \\ |
| + | The rings have lugs and lug holes that are used for installation. Once installed, they contact virtually the entire groove. \\ | ||
| + | They transmit loads into the groove wall around most of the groove circumference, which lets them withstand significant thrust loadings. ((https://www.machinedesign.com/archive/article/21818343/using-retaining-rings-properly)) \\ | ||
| - | External retaining rings are sized more narrow in the charts than internal rings due to them being spec'd by their inside diameter and meant to expand onto a groove on a shaft. \\ | + | External retaining rings are sized more narrow in the charts than internal rings. \\ |
| + | (due to them being spec'd by their inside diameter and meant to expand onto a groove on a shaft) \\ | ||
| So comparing, measuring or ordering needs to be done in kind. \\ | So comparing, measuring or ordering needs to be done in kind. \\ | ||
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| ====== Heavy Duty "E" Clips ====== | ====== Heavy Duty "E" Clips ====== | ||
| + | The chart below is a reprint from McMaster-Carr.com. Here is the [[https://www.mcmaster.com/retaining-rings/heavy-duty-side-mount-external-retaining-rings/|link to their web page]] . \\ | ||
| + | Some specs are left out for space. The chart below shows general sizing specs for Heavy E-clips. \\ | ||
| + | Check with the manufacturer for exact specs of the brand clips desired. \\ | ||
| + | |||
| Also known as reinforced E-style retaining rings, these rings are reinforced to withstand faster rotation than other side-mount retaining rings. \\ | Also known as reinforced E-style retaining rings, these rings are reinforced to withstand faster rotation than other side-mount retaining rings. \\ | ||
| Heavy E-clips have the same dims (fit in the same grooves as standard E-clips) but have a larger OD. \\ | Heavy E-clips have the same dims (fit in the same grooves as standard E-clips) but have a larger OD. \\ | ||
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| ^{{techtalk:miscres:instruction_sheet_header_4.png?nolink&820|}}||||| | ^{{techtalk:miscres:instruction_sheet_header_4.png?nolink&820|}}||||| | ||
| - | | **SAE Heavy Duty E-Clips** ||||| | + | | **SAE Heavy Duty E-Clips** ||||| |
| |Shaft Size| Groove || Ring || | |Shaft Size| Groove || Ring || | ||
| |:::|OD|Width|Installed OD|Thickness| | |:::|OD|Width|Installed OD|Thickness| | ||
