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Eaton P3-63/EA/SVB-SW 3-Pole Toggle Switch, 63A, 690V
The Eaton P3-63/EA/SVB-SW is a high-performance 3-pole toggle switch engineered for reliable electrical circuit control in industrial and commercial settings. This switch-disconnector is designed to provide safe power disconnection, ensuring durability and efficiency even in demanding electrical environments. With a robust construction and a nominal current rating of 63A, it serves as an essential component for main, maintenance, and repair switching operations.
This switch offers exceptional reliability due to its adherence to international safety standards, including IEC/EN 60947 and VDE 0660. The inclusion of a black rotary handle with a locking ring allows for secure operation, as it can be locked in the 0 (Off) position to prevent unauthorized access during maintenance. Its front-facing IP65 protection rating ensures resistance against dust and water jets, making it suitable for challenging industrial conditions. The flush mounting design provides a clean and professional installation, while the high motor rating of 30 kW at 400V demonstrates its capability to handle significant electrical loads.
This switch may not be suitable for applications requiring more than three poles or for environments where the specific flush mounting design is incompatible with the existing enclosure or panel layout. It is also not intended for use in circuits exceeding the rated voltage of 690V or current of 63A.
The switch is designed for flush mounting into panels or enclosures. Installation should be performed by a qualified electrician in accordance with local electrical codes. The device allows for the user to fit an auxiliary contact or neutral conductor if required by the specific application. Ensure that the rotary handle is correctly aligned and that the locking mechanism is tested before the system is energized.
Always ensure the switch is in the locked position during maintenance to prevent accidental energization of the circuit. Regularly inspect the handle and locking mechanism for signs of wear to maintain safety standards.
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