A3UL-TBG-1A1C-M

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Pushbutton switches are devices used to control and activate other machinery, such as machine tools, motors and electronics. The A3UL-TBG-1A1C-M Pushbutton Switch is the ideal device for a wide range of industrial applications due to its superior mechanical design and reliable electrical performance.

Design & Mechanical Characteristics: The A3UL-TBG-1A1C-M Pushbutton Switch features a reverse latching type design, with a solid state switch for operating a circuit. It is a normally open type switch, with an operating position of 0.4 mm. The switch is made from copper and steel with an operating temperature range of -20 to +55 degrees Celsius. The contact rating is 30A, and the maximum contact resistance is 20mohm.

Electrical Characteristics: The A3UL-TBG-1A1C-M Pushbutton Switch has an ultra-low power-on/off current of only 3mA, making it energy-efficient. The switch has a withstand voltage of 1,000VAC, an insulation resistance of at least 100MΩ, and an electric strength of 5KV. The current rating of the switch is 1.5A/5A/6A/10A, with a maximum power of 0.5W.

Application Field: The A3UL-TBG-1A1C-M Pushbutton Switch is suitable for a wide range of industrial applications, including motor control, electronic control, process control, and monitoring circuits. The switch is perfect for machine tools, conveyors, medical equipment, vending machines, safety equipment, and robotic systems, providing reliable and accurate operation in all environments.

Working Principle: The A3UL-TBG-1A1C-M Pushbutton Switch operates based on the principle of electrical contact. When the button is pressed, it triggers the internal contacts of the switch to make contact, allowing an electrical current to flow and complete the circuit. When the button is released, the contacts lack connection and the switches break the circuit. This operation is what makes the switch ideal for activating other machinery.

Conclusion: The A3UL-TBG-1A1C-M Pushbutton Switch is the ideal device for a wide range of industrial applications due to its superior mechanical design, reliable electrical performance and energy-efficient operation. With its high quality material, long-term reliability, and versatile design, it will provide reliable and accurate operation in all environments.

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