TECHNICAL INFORMATION
Identification
- Product Category
- TERMINALS
- Part Number
- E00564900
- Legacy Part Number
- 28104201702
- Product Family
- MSK
Other properties
- Terminal Size [mm]
- 0.63
- Application
- Signal
- Core Material
- CuSn
- Plating Material
- Au
- Sealable
- Sealed
- Connection Technology
- Standard Crimp
- Terminal Type
- Receptacle
- Minimum Cable Cross section [mm²]
- 0.5
- Maximum Cable Cross section [mm²]
- 0.75
DOWNLOADS
SIMILAR PARTS
MSK 0.63 PLUS TERMINAL
Part Number: 3202564N6
Product Category: TERMINALS
Legacy Part Number: 28103201702
Terminal Size [mm]
0.63
Minimum Cable Cross section [mm²]
0.22
Maximum Cable Cross section [mm²]
0.5
MSK 0.63 PLUS TERMINAL
Part Number: 3202597Y1
Product Category: TERMINALS
Legacy Part Number: 28104201178
Terminal Size [mm]
0.63
Minimum Cable Cross section [mm²]
0.5
Maximum Cable Cross section [mm²]
0.75
MSK 0.63 PLUS TERMINAL
Part Number: 3202597Z9
Product Category: TERMINALS
Legacy Part Number: 28103201178
Terminal Size [mm]
0.63
Minimum Cable Cross section [mm²]
0.22
Maximum Cable Cross section [mm²]
0.5
MSK 0.63 TERMINAL
Part Number: 3202598F4
Product Category: TERMINALS
Legacy Part Number: 28054201702
Terminal Size [mm]
0.63
Minimum Cable Cross section [mm²]
0.22
Maximum Cable Cross section [mm²]
0.5
MSK 0.63 TERMINAL
Part Number: E00029448
Product Category: TERMINALS
Legacy Part Number: 28378201178
Terminal Size [mm]
0.63
Minimum Cable Cross section [mm²]
0.22
Maximum Cable Cross section [mm²]
0.22
MSK 0.63 TERMINAL
Part Number: E00029449
Product Category: TERMINALS
Legacy Part Number: 28378201702
Terminal Size [mm]
0.63
Minimum Cable Cross section [mm²]
0.22
Maximum Cable Cross section [mm²]
0.22
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MSK 0.63 PLUS TERMINAL
Part Number: E00564900
Click to see 3D model
Product Specification
Lear's MSK Terminal is a well proven 0.63 mm terminal system covering a wide range of automotive applications.
Made up of a copper alloy body and a supporting stainless steel spring it provides reliable performance and handling robustness. Its design ensures high density connector housings and mechanical strength.