F6LE2-10M3

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The F6LE2-10M3 is an innovative solution that has been developed to improve the performance of modern machinery. It is an electrically operated, interlocked, magnetic latch system. This system is designed to be used as a safety feature on electro-mechanical equipment, to prevent the accidental release of stored energy.

The F6LE2-10M3 offers a host of advantages, including low current operation, highly reliable operation, and a low profile for easy mounting. It is also waterproof, vibration and shock resistant, and can withstand corrosion. Its application fields include forklifts, chemical production equipment, steel processing equipment, oil and gas industry machinery, and more.

The F6LE2-10M3 can be used with one or two latches, which are 12mm wide and 9.3mm long. The two latches can be connected in parallel and/or in series. The parallel connection is used for applications that require higher safety levels, while the serial connection is suitable for applications that demand low resistance. Depending on the application, the latch can be provided with or without an internal coil.

The F6LE2-10M3 working principle is relatively simple. The latch is activated using electromagnetic force, which is generated in the internal coil when current flows through it. This creates a magnetic field, which pulls the latch and locks it in place. In order to release the latch, the current must be reversed, which causes the magnetic field to weaken and the latch to open. The latch has a mechanism that prevents it from opening manually and must be triggered electrically.

The F6LE2-10M3 can be used in a variety of industries and applications due to its many advantages and its simple operation. It is an excellent solution for safety operations that require a reliable, low profile, and waterproof latch. It is ideal for use in forklifts, chemical production equipment, steel processing equipment, oil and gas industry machinery, and more.

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