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The A290-7022-X325 is an inner W-axis holder from FANUC's Alpha Series, designed for robust performance. This component is compatible with the ARC Mate series, supporting a payload between 8 and 35 kg, making it versatile for various robotic applications.
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| Manufacturer | FANUC |
|---|---|
| Product Type | Inner W-axis Holder |
| Product Line | Alpha Series |
| Part Number | A290-7022-X325 |
| Robot Compatibility | ARC Mate 50iD/7L to 120iD/35 |
| Payload Support | 8-35 kg |
| Mounting Interface | Precision flange interface |
| Material | Hardened steel |
| Operating Temperature | 0-45°C |
| IP Rating | IP67 (dust/water resistant) |
| Motion Range | ± 370 ° |
| Continuous Rotation | Unlimited turns |
| Humidity Tolerance | ≤ 75 % RH |
| Vibration Resistance | ≤ 0.5 G |
| Bearings | Sealed ball |
Specifically part number A290-7022-X325, this inner W-axis holder is engineered by FANUC as part of its Alpha Series. It works seamlessly with various models in the ARC Mate series, including the 50iD/7L through to the 120iD/35. This compatibility highlights its versatility in mounting options, primarily supported by a precision flange interface.
The inner W-axis holder is built to withstand a payload ranging from 8 kg to 35 kg. It is crafted from hardened steel, providing strength and longevity in industrial settings. Operating within a temperature spectrum of 0°C to 45°C ensures that it functions reliably under typical conditions while maintaining an impressive IP67 rating for dust and water resistance.
This component boasts a motion range of ± 370°, allowing for significant flexibility during operation. Furthermore, it enables continuous rotation without limitations, making it highly effective for specific applications. The device can endure humidity levels not exceeding 75% relative humidity and meets vibration resistance criteria of ≤ 0.5 G. Finally, the sealed ball bearings enhance its functionality by mitigating the potential for contaminants to interfere with operation. Overall, the A290-7022-X325 is a precise and robust solution for advanced robotic tasks.