11NT1-3

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Toggle switches are common on-off devices used in a wide range of electrical applications from residential appliances to industrial instruments. The 11NT1-3 type toggle switch is a single pole, double Throw (SPDT) switch that is used in a variety of applications.

The 11NT1-3 has two different built-in circuit configurations, the first is a two position, on-off type, the second is a two position, on-off-on type. In each configuration, the two sets of contacts are connected in series and make separate contact with the two terminals of the switch.

The 11NT1-3 is suitable for a variety of applications including lighting control, automotive repairs, and general-purpose switching. The reversible actuation allows the switch to operate in either the on or off position. Additionally, the 11NT1-3 can be used in applications requiring precise control of voltage and current such as those found in motor controls and other controllable devices.

When the toggle switch handle is in the up position, the two contact terminals are open and the switch is off. When the toggle is flipped down, the two contact terminals are connected and the switch is on. The contacts in the 11NT1-3 switch can be opened and closed manually or with a momentary action. A metal spring is used to keep the contacts in the off position until the toggle is flipped down.

In the 11NT1-3 double throw configuration, the two contact terminals are connected in series and make separate contact with the two terminals of the switch. When the toggle switch handle is in the up position, the two contact terminals are open and the switch is off. When the toggle is flipped down, the contact terminals are connected to their respective terminals and the switch is on. The reversible actuation allows the switch to operate in either the on or off position.

The 11NT1-3 toggle switch is a versatile and reliable device with a wide range of applications. Its ability to be adapted to a variety of uses makes it an ideal choice for a variety of control and switching applications. Its double contact design also makes it suitable for use in applications which require precise control of voltage and current levels, such as those found in motor controls and other controllable devices.

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