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The Yaskawa 143929-1 is a robotic welding interface board tailored for flexible welding operations. It requires a YRC1000 controller and interfaces with power sources such as the Miller Auto-Continuum™ and Lincoln Power Wave®.
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| Manufacturer | Yaskawa |
|---|---|
| Product Type | Robotic Welding Interface Board |
| Product Line | Accessories |
| Part Number | 143929-1 |
| Controller Requirement | YRC1000 (YAS2.81.00 or later) |
| Compatible Power Sources | Miller Auto-Continuum™, Lincoln Power Wave® |
| Definable Processes | Up to 16 |
| Parameter Control | Voltage, Amperage, WFS control |
| Communication | Ethernet (TCP/IP) |
| Voltage | 24 V DC |
| Current Capacity | 10 A |
| Robots Supported | Up to 4 |
| Parameters per Process | Up to 6 |
| Pendant Support | Standard or Smart Teach |
| Monitoring | Live weld monitoring |
| Safety Features | Built-in diagnostics |
The Yaskawa part number 143929-1 is designed to serve as a robotic welding interface board. This component is specifically required to function with a YRC1000 controller (version YAS2.81.00 or later). Compatible power sources include the Miller Auto-Continuum™ and the Lincoln Power Wave®, ensuring high flexibility in welding applications. The interface board can define and manage up to 16 distinct welding processes, adapting easily to various task requirements.
For detailed control, it allows adjustments of key parameters such as voltage, amperage, and wire feed speed (WFS). In terms of communication, it utilizes Ethernet (TCP/IP) protocols, which are standard for robust industrial networks. It operates on a 24 V DC supply with a current capacity of up to 10 A, ensuring adequate power delivery for connected devices.
The board efficiently supports up to four robotic systems, enhancing its versatility across different setups. Each definable process can have up to six parameters, providing extensive customization for each welding application. For user interfacing, the board supports both standard and Smart Teach pendants. Monitoring capabilities are enhanced with live weld monitoring features, allowing for real-time assessment of welding activities.
Safety is prioritized with built-in diagnostics to address any potential issues during operation, ensuring reliability in demanding industrial environments.