Static Radial Glans Design Application

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Gland Design for Static Application for O-rings with Radial Squeeze Industrial Radial Glands INCHES

Surface Finish X groove top and bottom : for liquids X = 32 micro inches (0.8 μm Ra)

groove sides: X = 63 micro inches (1.6 μm Ra)

gland design static radial set diagram

Gland Dimensions Static Seals - Industrial Radial Applications (Indies)
0-ring Cross section
W
Gland Depth. Radial Static
E
Static Squeeze for Radial Seals Clearance Diametral Groove Width
F
Groove Radius
R
Max. Allowable Eccenaicity
Nominal Actual   Actual %   Standard One Backup Washer; Two Backup Washers:    
1/16 0.07 .050/.052 .015/.023 22/32 '.002 min. .093/.098 .138/.143 .205/.210 .005/.015 .005/.015
3/32 0.103 .081/.083 .017/.025 17/24 *.002 min. .14W.145 .171/.176 .238/.243 .005/.015 .006/.015
1/8 0.139 .111/.113 .022/.032 16/23 '.003 min. .187/.192 .208/.213 .275/.280 .010/.025 .010/.025
3/16 0.21 .170/.173 .032/.045 15/21 '.003 min. 281/.288 311/.316 .410/.415 020/.035 020/.035
1/4 0.275 .226/.229 .040/.055 15/20 '.004 Mn. .375/.380 .408/.413 .538/.543 .020/.035 .020/.035
1. Total indicator Reading between groove and adjacent bearing surface.
2. These groove dimensions are for compounds that free swell less than 15%. Sutibable allowances should be mde for higher swell compounds
•For max. allowable clearance, refer to fig 22 to determine value based upon pressure requirement and compound hardness.
•Maximum clearance should be reduced by 1/2 for compounds exhibiting poor strength such as silicone and fluorosilicone.
Male plug dimentsions and female throat (bore) dimensions must be calculated based upon maximum and minimum clearance gaps