O型圈電線公差

3類的O形圈電線公差

擠壓O型圈繩庫存每當出於某種原因或另一個原因是不切實際的，每當模製的O形圈都是不切實際的。O形圈繩通過模具擠出，以各種厚度或橫截麵。

用於使O形繩索的擠出過程具有許多優勢，但是，在整個繩索的整個長度上都可能很難實現一致，精確的厚度。另一方麵，由於壓縮或注入成型的精確製造能力，成型的O形圈往往具有非常緊密的橫截麵公差。因此，橡膠產品製造商協會（ARPM）已經製定了行業所接受的標準，用於擠壓橡膠O形圈繩索的橫截麵公差。

注意：這些標準以前是由橡膠製造商協會（RMA）。2010年，橡膠產品製造商與RMA分開，並成立了橡膠產品製造商協會（ARPM）。以下數據已從2015年第7版，用於模製，擠壓，切割和蜂窩產品的橡膠手冊。

三類公差是：

• I類（E1） - 高精度
• 第2類（E2） - 精度
• 3級（E3） - 廣告

在全球欧宝网页登陆O形圈和印章，我們要求所有工廠根據高精度（E1）公差生產O形圈托管。但是，由於橡膠繩的腫脹和收縮性質，隨著時間的推移，橫截麵尺寸的略有變化可能會發生一些變化。因此，我們保證我們出售的所有繩索都將達到精度（E2）公差。對於Viton®線，我們的工廠公差超過了高精度（E1）規格，使我們可以出售高精度（E1）公差。對於對E1級甚至更嚴格的公差需求的特定需求的客戶，我們將盡力滿足這些需求。

標準的繩索交叉部分和公差

下表顯示了我們在各種材料和持久儀中攜帶的繩索庫存的所有常見尺寸。根據上圖中的ARPM E2公差，我們列出了每個大小的公差。此外，根據這些特定大小的這些公差，該表顯示了潛在的最小和最大的橫截麵維度。如果您的申請比這些要求更緊密的公差，請務必在下訂單之前與我們詢問，以便我們找到適當的解決方案來滿足您的需求。

.039<\/a>",1,"1 MM","+\/- .010",0.029,0.049],[".063<\/a>",1.6,"1\/16\u201d Actual","+\/- .014",0.049,0.077],[".070<\/a>",1.8,"1\/16\u201d Nominal","+\/- .014",0.056,0.084],[".079<\/a>",2,"2 MM","+\/- .014",0.065,0.093],[".093<\/a>",2.4,"3\/32\u201d Actual","+\/- .014",0.079,0.107],[".103<\/a>",2.6,"3\/32\u201d Nominal","+\/- .016",0.087,0.119],[".118<\/a>",3,"3 MM","+\/- .016",0.102,0.134],[".125<\/a>",3.2,"1\/8\u201d Actual","+\/- .016",0.109,0.141],[".139<\/a>",3.5,"1\/8\u201d Nominal","+\/- .016",0.123,0.155],[".157<\/a>",4,"4 MM","+\/- .016",0.141,0.173],[".177<\/a>",4.5,"4.5 MM","+\/- .020",0.157,0.197],[".188<\/a>",4.8,"3\/16\u201d Actual","+\/- .020",0.168,0.208],[".196<\/a>",5,"5 MM","+\/- .020",0.176,0.216],[".210<\/a>",5.3,"3\/16\u201d Nominal","+\/- .020",0.19,0.23],[".218<\/a>",5.5,"7\/32\u201d","+\/- .020",0.198,0.238],[".224<\/a>",5.7,"5.7 MM","+\/- .020",0.204,0.244],[".236<\/a>",6,"6 MM","+\/- .020",0.216,0.256],[".250<\/a>",6.4,"1\/4\u201d Actual","+\/- .027",0.223,0.277],[".275<\/a>",7,"1\/4\u201d Nominal, 7MM","+\/- .027",0.248,0.302],[".295<\/a>",7.5,"7.5 MM","+\/- .027",0.268,0.322],[".313<\/a>",8,"5\/16\u201d","+\/- .027",0.286,0.34],[".330<\/a>",8.4,"8.4 MM","+\/- .027",0.303,0.357],[".354<\/a>",9,"9 MM","+\/- .027",0.327,0.381],[".375<\/a>",9.5,"3\/8\u201d","+\/- .027",0.348,0.402],[".393<\/a>",10,"10 MM","+\/- .031",0.362,0.424],[".437<\/a>",11.1,"7\/16\u201d","+\/- .031",0.406,0.468],[".472<\/a>",12,"12 MM","+\/- .031",0.441,0.503],[".500<\/a>",12.7,"1\/2\u201d","+\/- .031",0.469,0.531],[".550<\/a>",14,"14 MM","+\/- .031",0.519,0.581],[".562<\/a>",14.3,"9\/16\u201d","+\/- .031",0.531,0.593],[".590<\/a>",15,"15 MM","+\/- .031",0.559,0.621],[".625<\/a>",15.9,"5\/8\u201d","+\/- .031",0.594,0.656],[".688<\/a>",17.5,"11\/16\u201d","+\/- .039",0.649,0.727],[".750<\/a>",19.1,"3\/4\u201d","+\/- .039",0.711,0.789],[".813<\/a>",20.7,"13\/16\u201d","+\/- .039",0.774,0.852],[".875<\/a>",22.2,"7\/8\u201d","+\/- .039",0.836,0.914],["1.000<\/a>",25.4,"1\u201d","+\/- .051",0.949,1.051],["1.125<\/a>",28.6,"1-1\/8\u201d","+\/- .051",1.074,1.176],["1.250<\/a>",31.8,"1-1\/4\u201d","+\/- .051",1.199,1.301],["1.375<\/a>",34.9,"1-3\/8\u201d","+\/- .051",1.324,1.426],["1.500<\/a>",38.1,"1-1\/2\u201d","+\/- .051",1.449,1.551]]" data-table-columns="[{"label":"Inch","type":"string","specialType":"cord_cross_section_in","keepOriginalOrder":true,"width":"1","align":false},{"label":"MM","type":"number","specialType":"number","keepOriginalOrder":false,"width":"1","align":false},{"label":"Common Name","type":"string","specialType":"string","keepOriginalOrder":false,"width":"1","align":false},{"label":"Tolerance","type":"string","specialType":"string","keepOriginalOrder":false,"width":"1","align":false},{"label":"Low","type":"number","specialType":"number","keepOriginalOrder":false,"width":"1","align":false},{"label":"High","type":"number","specialType":"number","keepOriginalOrder":false,"width":"1","align":false}]" translate="no">

英寸	毫米	通用名稱	寬容	低的	高的