●Suitable for AC circuits of 50Hz with voltages up to 380V, or DC circuits with voltages up to 24VDC.
●The broad voltage adaptability allows it to be used in various industrial and consumer power systems.
●Strictly adheres to GB14048.5-2008 and JB/T 10047-1999 standards, ensuring reliability and safety.
●Meets national and industry standards, making it suitable for applications requiring high safety and stability.
3.Long Life and Low Consumption:
●Designed for long life, reducing maintenance and replacement frequency.
●Low energy consumption design helps users reduce energy usage and improve system efficiency.
●Provides high precision time control to ensure operational accuracy and consistency.
●Suitable for scenarios with high time control requirements, such as industrial automation, HVAC systems, safety systems, and more.
2.Delay on Break (Off Delay): This type delays the opening of the relay contacts for a set period after the coil is de-energized. It's useful for applications that require a component to remain operational for a certain time after the signal stops.
4.Cyclic Timing: This relay switches contacts on and off repeatedly in a set cycle as long as it is powered.
5.Multi-function: Some advanced time relays can offer multiple timing functions configurable through settings.
●Industrial Automation: Used for controlling the start and stop sequences of production lines and machinery.
●HVAC Systems: Manages delayed start and stop of compressors, fans, and pumps, protecting equipment and improving system efficiency.
●Lighting Systems: Implements timed switching, sequential lighting control, and more, saving energy.
●Safety Systems: Delayed alarm activation and emergency shutdown operations ensure compliance with safety protocols.
●Power Distribution: Introduces delays in circuit breaker protection to enhance fault isolation.
Using a time delay relay has many benefits, especially for timing control. It helps protect equipment by preventing things like frequent compressor starts in HVAC systems, thus reducing wear and tear. It also prevents power surges when starting heavy machinery.
Time delay relays are great for controlling the sequence of operations in industrial automation, ensuring machines work in a precise order. They also enable energy-saving features like timed lighting controls.
For safety, they can enforce delays for emergency shutdowns, ensuring compliance with safety standards. By reducing wear and tear, they help extend the lifespan of equipment.
In summary, time delay relays improve reliability, efficiency, and safety in various applications, from industrial automation to HVAC systems and lighting controls.
There are two main types of timing relays:
Time delay relays: These relays start after a specific time delay following an input signal. They are usually used for delayed starting of motors or other machinery to avoid electrical surges.
Non-timedelay relays: These relays are deactivated after a set time delay after the input signal is removed. They are typically used to keep equipment running for a period of time after the signal has disappeared, for example to ensure that a cooling system runs for a few minutes after the machine has been switched off.
