SAS10S24AD Industrial Controls

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Time Delay Relays are widely used in many applications and the SAS10S24AD is one such device. It is used to delay an electrical signal before it is sent on to the next stage of a process. In order to understand its application field and working principle, it is important to first understand the basic functioning of time delay relays and the various types that are available.

What is a Time Delay Relay?

A time delay relay is an electrical switch relay which is programmed to switch on or off after a predetermined delay. It can be used to delay an electrical signal before it is sent on to the next stage of a process. This delay can be set for any length of time and can be used in a variety of applications such as industrial controls, HVAC systems, safety circuits, and more. The time delay relay is also commonly used in automotive applications to control lighting, heating, etc.

Types of Time Delay Relays

Time delay relays come in a variety of types. The most common are on-delay, off-delay, single shot, and multipurpose. Each type has its own unique properties and functions according to the application. On-delay relays are used to create a delay before the output is energized. Off-delay relays are used to create a delay before the output is deactivated. Single-shot relays are used to create a one-time delayed signal, while multipurpose relays can be programmed to perform multiple functions.

SAS10S24AD Application Field and Working Principle

The SAS10S24AD is a time delay relay which is used to delay an electrical signal before it is sent on to the next stage of a process. The device can delay a signal by up to 24 hours and has built-in safeguards against overvoltage, short circuits, and reverse polarity. The SAS10S24AD is available in 8, 10, and 12-amp versions, and can be used in industrial automation, safety systems, HVAC control, and many other applications.

The working principle of the SAS10S24AD is relatively simple. When an input signal is sent to the device, it begins to charge a timing capacitor. Once the capacitor has charged to the voltage necessary for the desired delay time, the output relay is energized. The output relay remains energized until the timing capacitor has discharged below a certain threshold, at which point the relay is deactivated.

The SAS10S24AD is easy to install and use. It features a wide operating temperature range and no thermal drift, making it an ideal choice for applications which require reliable and accurate delay timing. The device can be used with 3-wire and 4-wire mains as well as DC voltage sources, making it versatile and adaptable to different applications.

Conclusion

The SAS10S24AD is a versatile time delay relay which can be used in a variety of applications. It is easy to use and requires no maintenance, making it a great choice for industrial control systems, HVAC controls, safety circuits, automotive electronics, and many other applications. Understanding the basics of time delay relays and the various types that are available is essential for selecting the right device for an application.

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