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ON OFF Switch Manufacturer

ON OFF Rocker Switch

KCD1 Rocker Switch

ON OFF KCD1 Rocker Switch

KCD3 Rocker Switch

ON OFF KCD3 Rocker Switch

KCD4 Rocker Switch

ON OFF KCD4 Rocker Switch

Round Rocker Switch

ON OFF Round Rocker Switch

Lighted rocker switch

ON OFF Lighted rocker switch

Waterproof Rocker Switch

ON OFF Waterproof Rocker Switch

6 Products Found.

ON OFF Toggle Switch

Sub-Mini-Toggle-Switches

ON OFF Sub-Mini-Toggle-Switches

Miniature-Toggle-Switch

ON OFF Miniature-Toggle-Switch

Medium-Toggle-Switch

ON OFF Medium-Toggle-Switch

LED-Toggle-Switch

ON OFF LED Toggle Switch

Heavy-Duty-Toggle-Switch

ON OFF Heavy Duty Toggle Switch

Toggle-Switch-Cover

ON OFF Toggle Switch Cover

Waterproof-Toggle-Switch

ON OFF Waterproof Toggle Switch

Rocker-Toggle-Switch

ON OFF Rocker Toggle Switch

Other-Toggle-Switch

ON OFF Other Toggle Switch

9 Products Found.

With Full Product Certification

CB Certification
CB Certification
ENEC Certification
ENEC Certification
PAHS Certification
PAHS Certification
CQC Certification
CQC Certification
CE Certification
CE Certification
UL Certification
UL Certification
TUV Certification
TUV Certification
ROHS Certification
RoHS Certification

What are ON OFF Switches?

An ON OFF switch is an electrical component designed to make or break an electrical circuit, thereby controlling the flow of current to a device or within a device. At its most basic level, the switch functions by physically connecting or disconnecting conductors in an electrical circuit. This simple yet crucial function allows users to control when a device receives power and when it doesn’t.
In electrical engineering terminology, switches are described as devices that interrupt the conducting path in an electrical circuit. When a switch is in the ON position, it creates a complete path for electricity to flow, allowing the connected device to operate. Conversely, when the switch is in the OFF position, it breaks this path, stopping the flow of electricity and deactivating the device.
The importance of ON OFF switches in electrical systems cannot be overstated. They provide a safe and convenient means of controlling electrical equipment, enabling users to activate devices only when needed and disconnect them when not in use. This control is essential for energy conservation, equipment protection, and user safety.
Double Pole Single Throw
How Does a Rocker Switch Work

ON/OFF Switch Symbols

The standard symbols for “on” and “off” on a switch are a line (I) for on and a circle (O) for offThese symbols, often seen together as I/O, originate from binary code (1 for on, 0 for off) and are also interpreted as a closed circuit (line) and an open circuit (circle) according to IEC standards. 

Working Principle

The working principle of ON OFF switches revolves around controlling the flow of electrical current through a mechanical action. When the switch is activated, an internal mechanism moves conductive elements (contacts) into position, either connecting or disconnecting the circuit.
In most switches, this mechanism involves an actuator (such as a lever, button, or slider) that, when manipulated, causes the internal contacts to change position. The contacts are typically made of conductive materials like copper, brass, or silver alloys, chosen for their excellent electrical conductivity and durability.
applications of waterproof micro switches
Single Pole Single Throw

ON OFF switches operate in two primary modes

  1. Maintained Operation Mode: In this mode, the switch remains in its last position (either ON or OFF) until manually changed. Most toggle switches, rocker switches, and slide switches operate in this manner, staying in position without requiring continuous user interaction.
  2. Momentary Operation Mode: In this mode, the switch returns to its default position (usually OFF) once the user releases the actuator. Push button switches often use this operation mode, requiring the user to maintain pressure on the button to keep the circuit closed.
The physical movement of the switch’s internal components creates an audible “click” in many designs, providing tactile and auditory feedback to the user that the switch has changed states. This feedback is an important usability feature, especially in environments where visual confirmation may be difficult.

How Does a Micro Switch Work?

Micro switches operate through a precision mechanism that enables rapid and reliable switching regardless of the speed of actuation. This unique functionality relies on a carefully engineered spring-loaded system that creates the distinctive “snap” action.

 

How Does a 3 Way Rocker Switch Work?

ON OFF Switch Type

Single Pole Single Throw
Single Pole Double Throw
Double Pole Single Throw
Double Pole Double Throw

An ON OFF switch is a basic type of electrical switch designed to control the flow of electricity in a circuit by opening (OFF) or closing (ON) it. The most common types of ON OFF switches are:

  • Single Pole Single Throw (SPST): The simplest ON OFF switch with two terminals, controlling one circuit with one input and one output. It either connects or disconnects the circuit, commonly used for lights or small appliances.

  • Toggle Switches: A popular mechanical ON OFF switch type where a lever or toggle is flipped to switch between ON and OFF states. These often make a clicking sound when toggled.

  • Push Button Switches: A momentary ON OFF switch operated by pressing a button which activates or deactivates the circuit, often spring-loaded to return to OFF upon release.

More complex ON OFF switches may include:

  • Double Pole Single Throw (DPST): Controls two separate circuits simultaneously, switching both ON or OFF together.

  • Double Pole Double Throw (DPDT): Can switch two inputs between two outputs, sometimes used in reversing motors or more complex control.

Switch types can also be differentiated by their operation mode:

  • Maintained switches: Stay in their ON or OFF position until actuated again.

  • Momentary switches: Return to the OFF position automatically when released.

In summary, the ON OFF switch type commonly refers to SPST switches with two terminals and a simple binary action, but can also include toggle, push-button, and more advanced configurations depending on application and number of poles or throws.

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