Zierick PCB test point terminals offer exceptional designed-in flexibility, allowing test engineers to easily attach J hooks, EZ hooks, lead grabbers, clips and other test probes.
All Zierick test point terminals are available with stress-free Accu-Lok mounting for a reliable PCB interconnection. The Accu-Lok feature, exclusive to Zierick, eliminates the need for tight mounting hole tolerances, permitting the use of holes with a diameter tolerance as great as ±0.003" (0.076mm). PCB retention is achieved through a controlled splitting and forming of the terminal leg during insertion, preventing deformation, hole damage or board warpage commonly caused by traditional press-fit or compliant-fit terminal designs. Standard press-fit mounting is available if desired.
Zierick PCB test point terminals come in loose or reeled format, and in high or low profiles. PCB assembly can be done manually with Zierick hand tools, or automatically with Zierick semi- and fully-automated applicator systems.
- Zierick PCB test point terminals are available with Accu-Lok mounting, for maximum PCB retention and solder joint integrity.
- Accu-Lok mounting permits the use of mounting holes with a diameter tolerance of ±0.003" (±0.076mm).
- The Accu-Lok feature assures mounting repeatability and reduces the occurrence of fractured, missing or misaligned terminals.
- Press-fit test points are also available.
- Test points come loose or reeled, and in high- or low-profile configurations.
- Zierick test points may be inserted with Zierick manual hand tools, or with Zierick's semi- or fully-automated applicators.
ZIERICK Test Point Terminals测试端子 1058
ZIERICK Test Point Terminals测试端子 1058技术应用参数
|LOOSE PART NO.||1058||1059|
|REELED PART NO.||N/A||6059|
|MOUNTING TYPE||Split Leg Splay||Split Leg Splay|
|MATERIAL THICKNESS / TYPE||0.020" (0.51mm) C26000 Brass||0.032" (0.81mm) C26000 Brass|
|STANDARD FINISH||100% Matte Tin over Copper (0)|
|0.046" ±0.003" (1.17mm ±0.076)||0.052" ±0.003" (1.32mm ±0.076)|
|CURRENT RATING||10 Amperes|
Reeled: Model 9700, 9700 XY