Datasheet > 1-1333200-2

1-1333200-2

更新时间： 2022-12-07 06:56:10

品牌	Logo	应用领域
泰科 - TE		/
页数	文件大小	规格书
8页	699K
描述
ANVIL, COMBINATION (.042)(DWG.

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1-1333200-2 数据手册

Geometry and Associated Tolerances

Terminals are designed to perform to specification only when the final crimp form is within a narrow range of

dimensions. Controlling critical crimp dimensions is influenced by many factors including:

• Wire size and material variation

• Terminal size and material variation

• Equipment condition

The final quality and consistency of a crimp can never be any better than the

quality and consistency of the tooling that is used. If other variations could

be eliminated, tooling can and should be able to produce crimp forms that

are well within specified tolerances. In addition, variation from one tooling

set to another should be held to a minimum. Crimp tooling features that are

well controlled and exhibit excellent consistency from tooling set to tooling

set can result in shorter setup time as well as more consistent production re-

sults.

Some critical crimp characteristics are directly defined by the tooling form

and are obvious. These include:

Cross Section Defining Crimp Width,

Crimp Height, and Flash

• Crimp width

• Crimp length

Other critical crimp characteristics can be related to several tooling form fea-

tures and/or other system factors. These may

be less obvious and include:

• Flash

• Roll, twist, and side-to-side bend

• Up/down bend

• Crimp symmetry

• Bellmouth

The following discussion focuses on two characteristics, crimp width and flash, as examples of how tooling can

affect crimp form. Similar arguments can be applied to the others.

Crimp Width

Crimp width is a good example of a feature that should be consistent and in control between different

crimpers of the same part number. The reason for this is quite straightforward. For a given terminal and wire

combination, it is necessary to achieve an area index, AI, which is determined by the terminal designer for op-

timal mechanical and electrical performance. Crimp height, CH, and crimp width, CW, directly affect achieving

proper AI. Area index, AI(as a percentage), is defined as:

where At is the total area of the wire and barrel after crimping. A_Wand A_Bare, respectively, the initial cross-

sectional areas of the wire and barrel before crimping.

123 4 5 6 7 8

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型号	品牌	描述	获取价格	数据表
1-1333200-3	TE	ANVIL, COMBINATION (.042)(DWG.	获取价格
1-1333200-4	TE	ANVIL, COMBINATION (.042)(DWG.	获取价格
1-1333200-5	TE	ANVIL, COMBINATION (.042)(DWG.	获取价格
1-1333200-8	TE	ANVIL, COMBINATION (.042)(DWG.	获取价格
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