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The Yaskawa 133676-5 is a robotics motion controller capable of managing complex motion tasks. Designed for both 100-120 V and 200-240 V AC input, it supports a maximum continuous current of 30 A and delivers peak output power of 3 kW.
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| Manufacturer | Yaskawa |
|---|---|
| Product Type | Robotics motion controller |
| Product Line | YASNAC |
| Part Number | 133676-5 |
| AC Input Voltage | 100–120 V or 200–240 V |
| Max Input Current | 30 A continuous |
| Peak Output Power | 3 kW |
| Axes Controlled | Up to 21 servo axes |
| Dual-Robot Sync | Yes |
| CPU | 32-bit modular processor |
| Position Memory | ~2,200 teach points |
| Chassis | Hot-swappable module design |
| Diagnostics | On-board error monitoring |
| Motion Modes | Independent and coordinated |
| Digital Inputs | 10 discrete DI ports |
| Power Converter | External AC-to-DC bus converter |
The Yaskawa part number 133676-5 serves as a robotics motion controller, engineered for precise movement management in automation applications. This device operates on AC input voltages ranging from 100 to 120 volts or 200 to 240 volts. It is rated for a maximum continuous input current of 30 A, allowing it to effectively manage power demands. The controller is capable of delivering peak output power up to 3 kW for robust performance.
One of its standout features includes the ability to control up to 21 servo axes, making it suitable for intricate robotic systems. It also provides the option for dual-robot synchronization, enhancing its application versatility. The internal architecture is powered by a 32-bit modular processor, ensuring efficient processing capabilities.
Positioning accuracy is supported by a memory capacity of around 2,200 teach points, allowing for complex motion paths to be stored and easily recalled. The controller accommodates two distinct motion modes, permitting both independent and coordinated movements for simultaneous operation.
For ease of maintenance, the chassis is designed to be hot-swappable, allowing modules to be replaced without disrupting workflow. On-board diagnostics facilitate error monitoring, providing essential insights into system health. In terms of connectivity, the controller features ten discrete digital input ports to facilitate interaction with various devices. An external AC-to-DC bus converter is utilized for power conversion, ensuring the device operates efficiently across different power sources.