O-Ring Groove Design for Metric O-Ring Seals Used in Static Axial Compression Applications Specifically for Engine and Engine Control Systemsdoi:SAE MAP3439A本推荐规程提供了专门用于发动机和发动机控制系统的静态弹性O形密封圈的设计标准.它提供了MA2010中规定的航空航天公制O形圈尺寸的轴向压缩(面型)槽尺寸...
A Groove depth is the machined depth into one surface, whereas a Gland depth consist of the groove depth plus diametrical clearance and is used to calculate seal compression. To create seal compression the groove depth must be less than the seal cross section. To compensate for this compressio...
Groove Width G +-..000004 .144 TABLE G Rotary O-Ring Seal Gland Dimensions Under 900 PSI AS568 Number Tolerance - 231 - 232 - 233 - 234 - 235 - 236 - 237 - 238 - 239 - 240 - 241 - 242 - 243 - 244 - 245 - 246 - 247 - 248 - 249 - 250 - 251 - 252 - 253 - 254...
O-Ring Groove Design for Metric O-Ring Seals Used in Static Radial Compression Applications Specifically for Engine and Engine Control Systemsdoi:SAE MAP3440A本SAE推荐规程提供了专门用于发动机和发动机控制系统的静态弹性O形密封圈的设计标准.它提供了MA2010中规定的航空航天公制O形圈尺寸的径向压缩槽尺寸.还...
O-Ring Groove Design for Packing Preformed, Elastomeric O-Ring Seals, Static, Axial Compression, Metricdoi:SAE MAP3439本推荐规程提供了静态弹性O形密封圈(轴向)应用的设计标准\nMA2010中规定的航空航天公制O形圈尺寸的压缩(面型)槽尺寸.条件\n还描述了设计标准的制定,例如密封挤压和槽体积,以容纳O形圈\n...
O-Ring Groove Design For Packing Preformed, Elastomeric O-Ring Seals, Static, Radial Squeeze, Metricdoi:SAE MAP3440本推荐规程提供了静态弹性O形密封圈(径向)应用的设计标准\nMA 2010中规定的航空航天公制O形密封圈尺寸的挤压槽尺寸.条件\n还描述了制定设计标准时考虑的因素,例如密封拉伸,横截面缩减,挤压,,...
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