1-1423165-6

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Time Delay Relays are a type of industrial controller used to automatically control a process or system. The delays provided by these relays are adjustable and can be set to activate before or after a predetermined amount of time.

The 1-1423165-6 series of Time Delay Relays is an excellent choice for those needing efficient, reliable and flexible control of their process or system. This series of relays is designed to operate in the most demanding industrial conditions while still providing optimal performance.

Some of the main features of the 1-1423165-6 series of Time Delay Relays include adjustable delay times, high switching capacity, high temperature range, and a wide range of operating voltage. These features make it ideal for use in a variety of industrial automation applications, including motor control, power control, and pump and valve control.

The 1-1423165-6 Time Delay Relays are also easy to install and maintain. They are designed to be simple and have an intuitive interface for configuration and programming. The installation process involves connecting the relay to the system’s power supply (or an optional external power source) and to the system’s input and output lines. Once installed, the user can modify the relay’s operating parameters and program it to delay its output for different lengths of time.

The working principle of the 1-1423165-6 series of Time Delay Relays is based on an electrical-mechanical principle. When the input is activated, a pulse of electricity is sent through the relay’s coil. This activates the contacts, which close the electrical circuit for as long as the delay time has been set. When the delay time expires, the contacts will open and the electrical circuit will be disconnected.

The 1-1423165-6 series of Time Delay Relays is an ideal choice for use in industrial automation applications. With its adjustable delay times, high switching capacity and wide operating voltage range, it is easy to install and maintain, and can be programmed to meet any application requirements.

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