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The Yaskawa part number 143832-1 is a robust bolt specifically designed for various robotic applications. Constructed from 18-8 stainless steel, it features a socket-head cap style and is engineered to resist corrosion effectively. This bolt is compatible with multiple robot models, including the DX100 UP50SD, NX100 EPL80/EPX2050/HP50, and XRC UP20/UP50, making it suitable for L & U axis applications.
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| Manufacturer | Yaskawa |
|---|---|
| Product Type | Bolt |
| Product Line | Accessories |
| Part Number | 143832-1 |
| Compatible Robots | DX100 UP50SD; NX100 EPL80/EPX2050/HP50; XRC UP20/UP50 |
| Axis Application | L & U axes |
| Material | 18-8 stainless steel |
| Corrosion Resistance | High |
| Head Style | Socket-head cap |
| Thread Standard | DIN 912 |
| Recommended Torque | 11.6 N·m |
| Operating Temperature Range | 5–45 °C |
| Surface Finish | Natural stainless |
| Vibration Resistance | High-Cycle Fatigue Design |
The part number 143832-1 by Yaskawa is a specialized bolt designed for robotic applications. Weighing around 0.065 lb, this component boasts a construction from 18-8 stainless steel, known for excellent corrosion resistance. It is crafted specifically for use with certain models of robots, including the DX100 UP50SD, NX100 in variants EPL80/EPX2050/HP50, and the XRC series UP20/UP50. This compatibility allows for versatile applications across L and U axes within robotic systems.
Engineered with a socket-head cap style, this bolt ensures easy installation and secure fastening. It complies with DIN 912 thread standards, signifying its design for standardization in mechanical applications. When fastening, the recommended torque is approximately 11.6 N·m, ensuring that connections are both secure and reliable during operation.
This bolt functions within an operating temperature range from 5 degrees Celsius to 45 degrees Celsius. Additionally, its natural stainless surface finish enhances the part's aesthetic appeal while contributing to its resistance against environmental factors. Designed to withstand high-cycle fatigue, the bolt promotes long-lasting durability in dynamic settings, making it suitable for essential robotic tasks.