A3UL-TMY-1A2C-5M

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Pushbutton switches are ubiquitous in control systems, and the A3UL-TMY-1A2C-5M is no exception. The A3UL-TMY-1A2C-5M is a single pole, normally open pushbutton switch. The operating voltage for this switch is 6 to 250 Vac/Vdc and it has a mechanical life of 1 million operations or more. Additionally, the contact resistance is less than 50 m Ohms and the dielectric strength is greater than 1,000 Vrms.

The A3UL-TMY-1A2C-5M switch is designed to simplify control systems and reduce wiring. It’s an ideal option for low-voltage applications that require a single pole switch with a high dielectric strength and low contact resistance. Additionally, the A3UL-TMY-1A2C-5M can be used in temperatures ranging from -25 to +85 degrees Celsius.

The A3UL-TMY-1A2C-5M is typically used in control systems that require switching from a momentary push from a start or stop button. It may also be used in a more complex array of switches and relays to program a machine in an automated system. For example, the A3UL-TMY-1A2C-5M may be used to control the speed of an automated machine or to raise and lower a piece of equipment. It can also be used in alarm systems to detect doors opening and closing or to trigger a light to turn on or off.

In terms of its working principle, the A3UL-TMY-1A2C-5M switches from a normally open state to a closed state when the pushbutton is actuated. This closed state can be used to initiate various processes. The switch is a single-pole, normally open pushbutton, meaning only one connection is necessary for it to work. This eliminates the need for complicated wiring in the control system. In order for the switch to reset, it needs to be manually opened. This is done by pushing a physical switch or reset button on the switch itself.

The A3UL-TMY-1A2C-5M is an ideal choice for low-voltage applications such as machine control, door openings and alarm systems. It’s designed to be used in temperatures ranging from -25 to +85 degrees Celsius and has a mechanical life of 1 million operations or more. Additionally, the contact resistance is less than 50 m Ohms and the dielectric strength is greater than 1,000 Vrms. It enables the user to switch from a normally open state to a closed state with the simple push of a button, making it a reliable component of control systems.

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