内部真空服务的“O”型圈沟槽尺寸只。 翻译结果2复制译文编辑译文朗读译文返回顶部 “O”戒指最佳状态尺寸对于内部真空服务的 仅仅。 翻译结果3复制译文编辑译文朗读译文返回顶部 "O"内部真空服务只为环槽尺寸。 翻译结果4复制译文编辑译文朗读译文返回顶部 “o”形环凹槽尺寸仅为内部真空服务。 翻译结果5复制译文编辑...
Global O-Ring and Seal 制定了 O 形环槽设计和压盖尺寸指南。这些指南旨在用于基本设计考虑,并帮助理解 O 形环压盖/槽设计的核心原则。压盖/槽的适当设计需要考虑许多因素,包括但不限于静态或动态应用、压力条件、被密封的流体特性以及 O 形环和槽的公差。
O-ring groove dimensions may be calculated as follows: Rod Seal Given: Rod Diameter C O-ring Cross Section W Dynamic application No back-ups required Example: = .500” = 3/32” nominal Determine: O-ring size Gland Depth F Groove Width G Rod Gland D Example: = AS-568-112 (1/2”...
O-ring 设计规范与详细规格选用 T HE R IGHT S EAL R ELEASE3.0 Y OUR G UIDE TO S EALING IN S EMICONDUCTOR P ROCESSING
内容提示: o 型圈及其槽设计(O ring and groove design) Design of O type sealing ring and its groove O ring seal is a typical extrusion seal. The compression ratio and stretch of the section diameter of O ring is the main content of sealing design, which is of great significance to ...
With radial compression of the O-ring. The ring is compressed radially in its groove, with a compression of the cross-section of from 2% to 6%, according to thickness. This ensures good sealing with comparatively long life even with inadequate lubrication. See Table 4 for dimensions. TABLE 4...
( , Table 5 — Groove dimensions for static face sealing 13 y p Table 6 — Dimensions of triangular housing for static sealing 20 o C Table 7 —“O”-ring reference numbers for nominal cylinder diameters 21 d Table 8 —“O”-ring reference numbers for nominal shaft diameters 24 e l l...
Designing the parts of an application where o-rings will be applied is termed "o-ring groove design". In order to seal properly, the o-ring has to deform in the application by being compressed and stretched in any number of ways.
Housing groove width To accommodate the additional back-up rings, the O-ring groove width L needs to be increased to L1 for one back-up ring or L2 for two back-up rings (fig. 3). The groove width dimensions are listed in the size lists....
Standardized O-Ring Sizing Protocols We adhere to aerospace standard AS568 and ISO 3601 for metric configurations, ensuring precise dimensional tolerances. These standardized sizes offer optimal availability and are recommended for new engineering designs. Our advanced CAD tools facilitate groove design for...