SAS.6S220AD Industrial Controls

Time Delay Relays have a long history in industrial automation, providing reliable operation under challenging conditions. The SAS.6S220AD is one such relay, offering a comprehensive range of features for precise control and efficient operation. This article will explore the SAS.6S220AD’s application fields and its working principle.

Overview

The SAS.6S220AD is a compact, high-performance relay with independent output and reset-type timing functions. It allows for configuration of the timing cycle with the input of just a single setting. The relay has two single-stage timing outputs, a zero sequence output, and two separate zero sequence inputs for a variety of configurations – all within a very compact size. It is ideal for use in critical timing applications, as it can be used for time-delayed switching (e.g., turning on a light after a specific period of time), or for reset-type timing operations (e.g., tolling a bell at specific intervals). As a high-reliability product, it is also ideal for alarm, control, and operation purposes.

Major Application Fields

The SAS.6S220AD can be used in a variety of different applications, including industrial automation, control systems, and communication networks. One of its main uses is in controlling both the time duration and the time interval of electronic devices. For instance, the SAS.6S220AD can be used to control a door’s opening and closing times, or to ensure proper time intervals for various operations such as manufacturing processes. It can also be used as a reset-type timer in an alarm system, where it can toll a bell at specific intervals. Additionally, the SAS.6S220AD can be used for controlling motor-operated devices, such as pumps and pressure valves, and other motorized equipment.

Working Principle

The working principle of the SAS.6S220AD is based on a digital setting mechanism. This means that the timing cycle is input using a digital signal – for example, a pulse. The timing cycle can be adjusted to match the operational needs of the specific application, which makes the SAS.6S220AD very efficient and precise. Once the desired timing cycle has been set, the SAS.6S220AD will continue to cycle through the programmed time intervals until the power is disconnected or the timing cycle is reset. The relay can be reset remotely or manually.

Conclusion

The SAS.6S220AD is a highly efficient and reliable time delay relay, suitable for a variety of industrial and communication applications. Its digital setting mechanism and adjustable timing cycle make it extremely precise and offers great flexibility for programming. With its proven track record, the SAS.6S220AD is well suited for operation in any environment, from the most demanding industrial settings to the most sensitive communication networks.