CNS-35-96

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Time Delay Relays are widely used in a variety of industries for an array of applications such as controlling thermal overloading, pumps, motors, and other processes where time interval control is necessary. The CNS-35-96 is a great example of a time delay relay that provides a reliable, adjustable timing circuit that users can trust. This article will discuss the application field and working principle of the CNS-35-96.

Application Field

The CNS-35-96 is designed for a wide range of industrial control applications. Its versatility makes it a great choice for everything from motor control to temperature regulation. It can also be used for more specialized applications such as process automation and machine tools. The CNS-35-96 offers adjustable timing intervals ranging from 0.1 seconds to 10 minutes.

The CNS-35-96 is designed with special features that allow it to exceed EN 60947-5-1 standards. This ensures that the device is able to operate efficiently in a variety of environments. It has features like true temperature compensation and voltage spikes protection, meaning that it can reliably function in various electrical environments. This makes the CNS-35-96 a great device for harsh, industrial environments.

Working Principle

The CNS-35-96 is based on a single timer, which is responsible for providing an adjustable time delay. This timer is activated when the input signal is applied, and it initiates the start of the timing interval. During the time interval, the timer allows the output signal to pass, giving the user control over the timing interval. As soon as the time interval is over, the output signal is again blocked. This signalpassing capability makes the CNS-35-96 ideal for applications in which timing control is needed.

The CNS-35-96’s adjustable time delay is made possible through the use of an integrated timer, which is the primary component in its circuitry. This timer is made up of three digital circuits: one to control the time delay, one for the reset timing interval, and one to provide the momentary start signal. This allows the user to adjust the duration of the time delay. Additionally, the timer is protected from voltage spikes, which further enhances its versatility.

Conclusion

Time Delay Relays are useful devices for a variety of industrial applications, and the CNS-35-96 is a great example of one. It offers adjustable time intervals with special features like temperature compensation and voltage spike protection, both of which ensure reliable operation. The device is controlled by a single timer, which allows the user to adjust the time delay to meet their specific needs. The CNS-35-96’s power and versatility make it a great choice for a variety of applications, and it can be counted on to provide reliable, adjustable timing control in all types of environments.

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