手動自定心卡盤檢測

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GB/T 4346-2008機床.手動自定心卡盤

本標準規定了手動自定心卡盤（以下簡稱卡盤）的型式和參數、技術要求、試驗方法、檢驗規則、標志及包裝。本標準適用于盤絲式三爪卡盤，其他盤絲式卡盤也可參照使用。

GB/T 6477-2008金屬切削機床.術語

本標準規定了金屬切削機床的一般術語、車床、銑床、鉆床、鏜床、磨床、齒輪加工機床、螺紋加工機床、刨床和插床、拉床、鋸床、組合機床及組合機床自動線、刻線機、管子加工機床、機床附件，運動、參數、零部件和加工方法的術語及其定義。本標準適用于一般用途的金屬切削機床（以下簡稱機床）。

GB/T 23290-2009機床安全.卡盤的設計和結構安全要求

本標準規定了減少和防止3.1定義的卡盤所造成危險的要求和/或措施。與卡盤有關的主要危險見第4章。本標準適用于卡盤的設計者、制造者、供貨方和進口方。本標準還給出了制造者應為使用者提供的信息。

GB/T 23291-2009機床.整體爪手動自定心卡盤檢驗條件

本標準規定了兩個以上卡爪的機床用手動自定心卡盤幾何精度檢驗和相應公差。本標準適用于快速夾持不同尺寸工件的整體硬爪卡盤。本標準僅規定了校正工件中心的卡盤旋轉精度檢驗，不適用其他動態性能的檢驗，如平衡測試或夾緊力的測試。

GB/T 31396.1-2015機床 分離爪自定心卡盤尺寸和幾何精度檢驗 第1部分:鍵、槽配合型手動卡盤

GB/T 31396的本部分規定了分離爪(鍵、槽配合型)自定心手動卡盤的互換性尺寸和幾何精度檢驗及相應公差。

GB/T 31396.2-2015機床 分離爪自定心卡盤尺寸和幾何精度檢驗 第2部分:鍵、槽配合型動力卡盤

GB/T 31396的本部分規定了分離爪(鍵、槽配合型)自定心動力卡盤的互換性尺寸和幾何精度檢驗及相應公差。

JB/T 11768-2014機床精密可調手動自定心卡盤

本標準規定了精密可調手動自定心卡盤的型式和參數、技術要求、幾何精度、試驗方法、檢驗、標志、包裝和隨行文件等。本標準適用于米制、英寸制三爪和六爪等盤絲型精密可調手動自定心卡盤。

ISO 3442-1-2005機床.雙爪自動定心卡盤的尺寸和幾何試驗.第1部分:舌槽型手動卡盤

This part of ISO 3442 specifies the sizes for interchangeability of self-centring, manually operated chucks with two-piece jaws (tongue and groove type) and describes, by reference to ISO 230-1, the geometric tests for such chucks. It also specifies the tolerances which apply to these tests.

SIS SS-ISO 3089-1992機床用手動自定心卡盤．標準精度 ．驗收規范（幾何測試）

This International Standard describes, with reference to ISO 230-1, the geometrical tests and the corresponding permissible deviations of two classes of accuracy for self-centring, manually-operated chucks for machine tools with more than two jaws.This type of chuck has jaws known as \"one-piece h?rd jaws\", the relatively large stroke of which allows quick adaptation to the most varied sizes of workpieces without dismounting.This International Standard deals only with the inspection of rotational accuracy of the chuck, the straightening and the centring of workpieces. It does not apply to other dynamic qualities, such as measurement of counterbalancing, balancing or measurement of gripping powers.

GSO ISO 3442-1-2008機床.帶兩件式鉗口的自定心卡盤的尺寸和幾何試驗.第1部分：帶舌槽式鉗口的手動卡盤

This part of ISO 3442 specifies the sizes for interchangeability of self-centring, manually operated chucks with two-piece jaws (tongue and groove type) and describes, by reference to ISO 230-1, the geometric tests for such chucks. It also specifies the tolerances which apply to these tests.

TS ISO 3089-2009機床. 整體爪手動自定心卡盤檢驗條件

This standard specifies, with reference to ISO 230-1, the geometric tests and corresponding tolerances for self-centring, manually-operated chucks for machine tools with more than two jaws. This type of chuck has jwas known as \"one-piece hard jaws\", the relatively large stroke of which allows quick adaptation to the most varied sizes of workpieces without dismounting.

DIN 6350-1-2010手動中心夾件的車床夾盤.第1部分:圓柱形安裝凹槽

Chucks according to this standard are clamping devices for hand operation with three or four jaws for workholding with cylindrical connection. The jaws are not individually adjustable.

DIN 6350-2-2010手動車床卡盤的中心夾件.第2部分:帶1:4錐度安裝凹座

Chucks according to this standard are clamping devices for hand operation with three or four jaws for workholding, either with bajonet clamping according to ISO 702-3 or by head screws according to ISO 702-1. The jaws are not individually adjustable.

DIN 6351-2-2010手動車床卡盤.非自定心卡盤.第2部分:帶1:4錐度安裝槽

Lathe chucks in accordance to this standard are hand-operated chuck jaws with tree or four jaws for tool fitting by bayonet discs or from ahead by cheese head screws. They use jaws, which may be adjusted individually.

UNI ISO 3089-2009機床.整體爪手動自定心卡盤檢驗條件

La norma descrive, con riferimento alla UNI ISO 230-1, le prove geometriche e le corrispondenti tolleranze per le piattaforme autocentranti a comando manuale inserite in macchine utensili aventi più di due griffe.Questo tipo di piattaforme monta le cosiddette griffe \"integrali\", la cui corsa relativamente estesa consente un afferraggio semplice di particolari di varie dimensioni senza necessità di smontaggio e sostituzione della piattaforma.La norma tratta solamente le prove di accuratezza di rotazione della piattaforma, nonchè l'allineamento e il centraggio del pezzo. Essa non si applica ad altre grandezze dinamiche, quali le misurazioni del controbilanciamento o delle forze di serraggio.