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The Yaskawa 134290-1 robotic controller is engineered to handle intricate motion tasks and manage up to 21 axes. This controller supports dual robot operations and requires an input voltage of 200–220 VAC ±10% for optimal performance.
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| Manufacturer | Yaskawa |
|---|---|
| Product Type | Robotic controller |
| Product Line | YASNAC |
| Part Number | 134290-1 |
| Axes controlled | Up to 21 |
| Multi-robot | Supports two robots |
| Input voltage | 200–220 VAC ±10% |
| Line frequency | 50/60 Hz ±2 Hz |
| Logic power | 5 V @ 15 A; 24 V @ 4.5 A |
| Modularity | Hot-swappable CPU, I/O, motion, safety |
| Servo slots | 6 internal + 3 external (≤3 kW each) |
| Processor | 32-bit CPU |
| Diagnostics | Built-in fault detection |
| Overheat protection | Auto-shutoff above 65 °C |
| Cooling | Forced-air internal fans |
| Teach pendant | Dead-man grip with safety switch |
The Yaskawa 134290-1 is a sophisticated robotic controller belonging to the YASNAC series. This unit is capable of controlling as many as 21 axes, making it well-suited for complex robotic operations. This controller can manage two robots at the same time, enhancing productivity in automated processes.
Power requirements for the 134290-1 include an input voltage range of 200–220 VAC ±10% and a line frequency of 50/60 Hz ±2 Hz. The logic power requirements are specified at 5 V with a current of 15 A and 24 V at 4.5 A, providing necessary power for simple control operations. The controller's modularity enables hot-swappable components such as the CPU, I/O, motion, and safety modules, facilitating maintenance without disrupting operational flow.
Equipped with six internal servo slots along with three external slots (each supporting up to 3 kW), the controller is suitable for various servo configurations. A robust 32-bit CPU serves as the processing unit, ensuring responsive and reliable performance.
Enhanced diagnostic capabilities include built-in fault detection, allowing for timely recognition of issues. Additionally, the overheat protection feature activates an auto-shutoff mechanism when temperatures rise beyond 65 °C, ensuring the longevity of the unit. Cooling is maintained by forced-air internal fans, which enhance thermal management.
User interaction is simplified with a teach pendant designed with a dead-man grip that includes a safety switch, ensuring safe operation. Overall, the 134290-1 robotic controller is a powerful solution for managing advanced robotics applications efficiently and reliably.