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The Yaskawa part number 130887-2 is tailored specifically for high-current welding scenarios as a robotics weld cable. This cable module is designed to operate effectively under demanding conditions with a significant emphasis on flexibility and durability.
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| Manufacturer | Yaskawa |
|---|---|
| Product Type | Robotics Weld Cable (Cable Module) |
| Product Line | Accessories |
| Part Number | 130887-2 |
| Possible Applications | High-current welding applications |
| Gauge Size | 4/0 AWG |
| Length | 7.5 meters |
| Cable Material | High-strand copper core |
| Jacket Material | EPDM rubber |
| Voltage Rating | 600 V |
| Current Capacity | 260 A continuous @ 75°C ambient |
| Flexible Installation Temperature Range | -25°C to +85°C |
| Flexibility Class | Class K (high-flex, stranded copper) |
| Nominal Overall Diameter | 19.81 mm |
| Flame Resistance | FT1 / VW-1 |
| Oil Resistance | Oil-resistant jacket |
| Maximum Tensile Strength | 15 N/mm² |
| Max Conductor Resistance | 0.17 Ω/km |
The Yaskawa 130887-2 serves as a specialized robotics weld cable module, designed with high-current welding applications in mind. This cable is constructed with a 4/0 AWG gauge and extends to a length of 7.5 meters, providing ample reach for various applications. Its core is made of high-strand copper, which maximizes electrical conductivity and efficiency, essential for heavy-duty welding tasks.
The jacket is crafted from EPDM rubber, which provides not only protection but also ensures flexibility across an extensive temperature spectrum. This cable can withstand temperatures ranging from -25°C to +85°C, accommodating a variety of installation environments. It has a nominal overall diameter of 19.81 mm, making it suitable for configurations in tight spaces.
Rated for up to 600 volts, this module is capable of handling a continuous current of 260 amps when operating at an ambient temperature of 75°C. Its design conforms to Class K flexibility standards, indicative of a high-flex, stranded copper construction that can endure frequent movement and bending without compromising performance.
Furthermore, the 130887-2 boasts impressive flame-resistant properties classified as FT1 / VW-1 and is equipped with an oil-resistant jacket, enhancing its durability in harsh working conditions. It maintains a maximum tensile strength of 15 N/mm², ensuring reliability during operation, and exhibits low conductor resistance at 0.17 Ω/km, another factor enhancing its operational efficiency.