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Precise Control for Circuit Applications

The CHINT NTE8 Time Delay Relay is a versatile product designed for controlling circuits. It is applicable for AC 50Hz/60Hz circuits with a rated voltage of up to 230V or DC 24V circuits. As a delay element, the NTE8 Time Delay Relay allows for precise timing control to make or break the circuit according to preset time intervals. This product meets the requirements of IEC60947-5-1, ensuring its compliance with international standards.

Accurate Timing Control

The CHINT NTE8 Time Delay Relay offers precise timing control for circuits. With its ability to function in AC 50Hz/60Hz circuits with a rated voltage of up to 230V or DC 24V circuits, the NTE8 Relay allows users to set specific time intervals for circuit operation. This accuracy in timing control enables efficient circuit management, ensuring precise activation or deactivation according to the desired delay period.

Versatile Circuit Compatibility

The NTE8 Time Delay Relay from CHINT is designed to be compatible with a wide range of circuit applications. Whether it is AC or DC circuits, the NTE8 Relay can effectively handle the rated voltage requirements. Its versatility allows for seamless integration into various electrical systems, making it suitable for diverse industrial and commercial applications.

Compliance with International Standards

The CHINT NTE8 Time Delay Relay meets the requirements of IEC60947-5-1, ensuring its adherence to international standards for electrical equipment. This compliance guarantees that the NTE8 Relay has undergone rigorous testing and certification processes, assuring customers of its quality, reliability, and safety.

Conclusion

The CHINT Relay is a reliable solution for precise circuit control. With its accurate timing control capabilities and compatibility with a wide range of AC and DC circuits, the NTE8 Relay offers versatility in circuit applications. Moreover, its compliance with international standards, such as IEC60947-5-1, ensures the product’s quality and reliability.

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