Price:
US$4.28   

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Description:
1. FRM01 multi-function relay control module, designed for various users with different needs, using microcontroller as the main part.
2. Control unit, preset 18 functions, and can customize and add other specific functions according to user needs.
3. Authentic high-quality power relay module, high-power high-voltage transistor, red, blue signal lamp, double-sided PCB board, with comprehensive consideration and stable performance, can be widely used in various power control applications.

Feature:
1. Upgrade to version 2.0. Module functions have been upgraded from 8 to 18 to meet the needs of more applications.
2. Increase the anti-reversal function of power supply, the power supply will not damage the module error.
3. Using high-quality high-voltage power supply module, the discrete power supply before replacing the system is more stable and reliable.
4. Increase the timing accuracy by 0.1 seconds from the previous 0.1 seconds to 0.01 seconds.
5. Adding automatic power saving function, users can set it independently.
6. Size: 66x40x1.5mm/2.59×1.57×0.05\'\'

Module function:
Tips: Function 1-8 is self-starting when power is on, and function 9-18 needs high pulse signal (high duration less than 20 ms, the same below) to trigger start.

Function:
1. Timing Pick: After powering, time delay relay pull T1, T1 between 0.1 seconds – 270 hours adjustable, CH1 interface to a high level pulse signal, repeat the above functions.
2. Timing off: When the power relay, time delay relay disconnected T1, T1 between 0.1 seconds – 270 hours adjustable, CH1 interface to a high level pulse signal, repeat the above functions.
3. Timing pull off again: After power relay to not pull, the delay time T1 reaches the relay is energized, pull the relay off after T2 arrival time, delay time T1 and T2 in 0.1 seconds – 270 hours between adjustable, CH1 interface to a high pulse signal, repeat the above functions.
4. Timing and then pull off: After power, immediately pull the relay, the relay off delay time T1 after arrival; T2 arrive after disconnecting time relay, – 270 hour in 0.1 seconds delay time between T1 and T2 adjustable to CH1 interface a high pulse signal, repeat the above functions.
5. Infinite loop timing mode 1: After power relay to not pull, after the delay time T1 reaches the relay is energized, pull the relay off after time T2 arrives, and then repeat the above condition, the delay time T1 and T2 at 0.1 adjustable between second – 270 hours, giving a high level pulse signal CH1 interface, you can restart the above functions.
6. Infinite loop timing mode 2: After powering, immediately pull the relay delay time T1 reaches the relay off, arrive after disconnecting time T2 relay, and then repeat the above condition, the delay time T1 and T2 in 0.1 seconds adjustable between – 270 hours, giving a high level pulse signal CH1 interface, you can restart the above functions.
7. Finite loop timing mode 1: 5 on the basis of functionality, increasing the number of cycles function, this time between T1 and T2 in 0.1 seconds – 9999 seconds adjustable cycles NX adjustable between 1-9999 times to CH1 interface a high pulse signal, the above functions can be re-started.
8. Finite loop timing mode 2: 6, on the basis of the function, increasing the number of cycles function, this time between T1 and T2 in 0.1 seconds – 9999 seconds adjustable cycles NX adjustable between 1-9999 times to CH1 interface a high pulse signal, the above functions can be re-started.
9. Latching relay modes: CH1 interface to relay a high level pulse signal, relay gives a high pulse signal relay disconnected.
10. Trigger relay modes: CH1 interface to a high signal relay, relay high disappear, relay disconnected.
11. Pull the trigger timing: After power relay does not act, a high-level interface to CH1 pulse signal, the delay time relay pull T1, T1 between 0.1 seconds – 270 hours adjustable, repeating a high level interface to CH1 pulse signal, repeat the above function.
12. Trigger timing off: After power relay does not act, a high-level interface to CH1 pulse signal relay, the relay off delay time T1, T1 between 0.1 seconds – 270 hours adjustable, repeat to CH1 interface a high pulse signal, repeat the above functions.
13. Pull the trigger timing then disconnect: After power relay does not act, CH1 interface to a high level pulse signal, the delay time T1 reaches the relay is energized, pull the relay off after T2 arrival time, delay time T1 and T2 between 0.1 seconds – 270 hours adjustable, repeat CH1 interface to a high level pulse signal, repeat the above functions.
14. Disconnect and then pull the trigger timing: After power relay does not act, a high-level interface to CH1 pulse signal, immediately pull the relay, the relay off delay time T1 after arrival, T2 arrive after disconnecting time relay, delay time between T1 and T2 in 0.1 seconds – 270 hours adjustable, repeat CH1 interface to a high level pulse signal, repeat the above functions.
15. Infinite loop timing mode 1: After power relay does not operate to a high level pulse signal CH1 interface, the delay time T1 reaches the relay is energized, pull off the relay arrival time T2, and then repeat the above condition, the extension when the time between T1 and T2 in 0.1 seconds – 270 hours adjustable, repeat CH1 interface to a high level pulse signal, the above functions can be re-started.
16. Infinite loop timing mode 2: After power relay does not act, a high-level interface to CH1 pulse signal, immediately pull the relay, the relay off delay time T1 after arrival, break time T2 after reaching relay, then repeat the above condition, the delay time between T1 and T2 in 0.1 seconds -270 hours adjustable, repeat CH1 interface to a high level pulse signal, the above functions can be re-started.
17. Finite loop timing mode 1: 15 on the basis of functionality, increasing the number of cycles function, this time between T1 and T2 in 0.1 seconds -9999 seconds adjustable cycles NX adjustable between 1-9999 times, repeating to CH1 interface a high pulse signal, the above functions can be re-started.
18. Finite loop timing mode 2: 16 on the basis of functionality, increasing the number of cycles function, this time between T1 and T2 in 0.1 seconds – 9999 seconds adjustable cycles NX adjustable between 1-9999 times, repeating to CH1 interface a high pulse signal, the above functions can be re-started.

Module Interface :
Module control terminal: There are 3-wire interfaces, all interfaces are terminal, user-friendly.
1. DC +: 12V power positive )
2. DC -:  power supply negative
3. CH1: input detection interface, high effective
Relay outputs: There are 3-wire interfaces, all interfaces are terminals.
1. NO: Normally open (this pin is not connected before the relay closes). When the relay is closed, the pin is short to COM.
2. COM: Relay Universal Interface.
3. NC: Normally closed (before the relay closes, this pin is short to COM. The pins are not connected after the relay is closed.)

Note:
Please allow 1-3mm differs due to manual measurement.
Due to the different display and different light, the picture may not show the actual color of the item. Thanks for your understanding.

Package Content:

1 X Self-lock Relay Cycle Timer Module

5V 12V 24V Relay Module Infinite Loop Timing Self-lock Relay Cycle Timer
5V 12V 24V Relay Module Infinite Loop Timing Self-lock Relay Cycle Timer
5V 12V 24V Relay Module Infinite Loop Timing Self-lock Relay Cycle Timer
5V 12V 24V Relay Module Infinite Loop Timing Self-lock Relay Cycle Timer
5V 12V 24V Relay Module Infinite Loop Timing Self-lock Relay Cycle Timer
5V 12V 24V Relay Module Infinite Loop Timing Self-lock Relay Cycle Timer

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