Chu kỳ kích hoạt mô-đun Rơle tác dụng chậm thời gian kỹ thuật số MOS kép công tắc hẹn giờ điều khiển tự động 0.01S-999M cho sự chậm trễ bật/tắt mạch điện

• Model Number:YF-55
• Supply :DC7~30V
• Condition:New
• Type: Regulator
• Origin:Mainland
• Item:Dual multi-ftion delay switch
• Input :Within 10A
• Delay range:0.01s~999 minutes
• Load range:Within 70~300W
• Time precision:0.01s

1.Description:

YF-55 is a multi-ftion delay switch. The product comes with 38 default common ftions, which can be used for product power-on delay on, delay off, electric, self-locking, timing cycle control, etc. Customers only need to set the required mode and time parameters.

2.Feature:

1>.Mode adjustable

2>.Time adjustable

3>.Three input signals

4>.Support high frequency switching

5>.MOS field effect transistor

6>.High precision detection

3.Parameter:

1>.Product name: Dual multi-ftion delay switch

2>.Model: YF-55

3>.Input : DC7~30V

4>.Input : Within 10A

5>.Delay range: 0.01s~999 minutes

6>.Load range: Within 70~300W

7>.Time precision: 0.01s

8>.Work Temperature: -20℃~50℃

9>.Work Humidity: 5%~95%RH

10>.Size: 80*35*11.5mm

4.Application:

1>.LED strip control

2>.Motor control

3>.Solenoid Control

4>.Water pump control

5.Product ftion introduction:

1>.IP means the output mode setting of OUT1, the mode can only be selected from the range of P1~P28 ftions;

2>.2P means the output mode setting of 0UT2, the mode can only be selected from the range P1~P28 ftion;

3>.3P means dual-channel output setting, the mode can only be selected in the range of P29~P38 dual-channel ftion;

4>.Note: OUT1 and OUT2 can set the mode independently;

(For example, to control 2 devices, A device can be controlled by delay, and B device can be controlled cyclically)

5>.P-01: Jog mode (there is a signal output terminal connected, the signal disappears disconnected);

6>.P-02: Self-locking mode (output flips - times after each trigger);

7>.P-03: After triggering, the output terminal is connected, and it is disconnected after a delay of A time, and the triggering is invalid during the delay;

8>.P-04: After triggering, the output terminal is turned on, and then disconnected after a delay of A time, and re-time is triggered during the delay;

9>.P-05: After triggering, the output terminal is turned on, and then disconnected after a delay of A time, and the accumulated timing is triggered during the delay period;

10>.P-06: After triggering, the output terminal is turned on, and then disconnected after a delay of A time, and reset is triggered during the delay;

11>.P-07: The output terminal remains on for the duration of the continuous signal, and when the continuous signal disappears, the timer A time output terminal is disconnected;

12>.P-08: After the power is turned on, the output end is turned on immediately, and is turned off after a delay of time A until the next power-on;

13>.P-09: After the power is turned on, the output terminal remains connected, the signal output is disconnected, and it is connected after a delay of A seconds;

14>.P-10: Give a continuous signal, the output terminal will be connected after the time exceeds A, and the output terminal will be disconnected when the continuous signal disappears;

15>.P-11: After the signal disappears for A time, the output terminal remains closed, and the output terminal with a signal is immediately disconnected;

16>.P-12: Give a continuous signal, the output terminal will be connected after the time A is exceeded, and the output terminal will be disconnected after the continuous signal disappears after the time A;

17>.P-13: When a continuous signal is given, the output terminal is turned on after the time A is exceeded, and the output terminal is disconnected after the continuous signal exceeds the time A again;

18>.P-14: Give a continuous signal, the output end will stop after A time, the signal disappears and the output end will pull in again after A time and stop;

19>.P-15: When a pulse signal is detected, the output terminal is pulled in. When there is no pulse signal detected, the output will be disconnected after a delay of A time;

(The signal is always triggered or the signal is continuously disconnected as no pulse signal)

20>.P-16: After power-on, the delay A time output remains connected until the power-off stops;

21>.P-17: After the power is turned on, the output terminal is connected for A time, disconnected for B time, connected to A and disconnected B. . . . Infinite loop until the power outage stops;

22>.P-18: There is a continuous signal to enter the P 17 infinite loop ftion. The signal disappears to terminate the loop;

23>.P-19: Give a signal once to enter the P-17 infinite loop ftion, give a signal again to terminate the loop;

24>.P-20: After the power-on delay time A, the output end is connected, and the pull-in time B stops;

25>.P-21: After there is a signal delay time A, the output end is connected, and the pull-in time B stops;

26>.P-22: After the continuous signal exceeds the A time, the output end is connected, and the pull-in B time stops;

27>.P-23: When the signal output terminal is connected to the A time, it will stop, and then the B time will be counted after the stop. The signal triggering is invalid within the A+B time;

28>.P-24: After the signal output is connected to A time, it will stop, and after the stop, it will count the B time, and it will stop after the A time is connected again;

29>.P-25: If there is a signal, it will not act. After the signal disappears, the output end will be turned on for A time and then stop;

30>.P-26: The signal disappears, after a delay of time A, the output end is connected for 8 hours and then stops.

31>.P-27: The signal disappears, and after the A time is exceeded, the output stops after the on-time;

32>.P-28: After the signal exceeds A times, the output end is connected to B time and stops;

33>.P1-P28 ftion, A/B channels can be output independently, without interfering with each other, in layman’s terms that is A/B channels can be controlled to work in different modes at the same time;

34>.P-29: After the power is turned on, the output terminal 1 is turned on and the time A is turned off, and the output terminal 2 is stopped for the time B;

35>.P-30: Give signal 1, output terminal 1 will be disconnected after working time A, and output terminal 2 will stop working at time B;

36>.P-31: For signal 1, after output terminal 1 works for time A, output terminal 2 starts to work for time B, output terminal 1/2 stops at the same time;

37>.P-32: After the power is turned on, the output terminal 1 is disconnected for time A, stops for time B, and the output terminal 2 is disconnected for time C, stops for time D, and the cycle is infinite;

38>.P-33: Give signal 1, after the output terminal works for time A, output terminal 2 stops after working time for B time, and then output terminal 1 stops after delay C time;

39>.P-34: Give signal 1, output terminal 1 works, after working time A, output terminal 1 stops, after delaying time B, output terminal 2 works, and output terminal 2 stops after delay time;

40>.P-35: For signal 1, output terminal 1 will work after a delay of time A, output terminal 2 will work after a delay of time B, and output terminal 1/2 will stop at the same time after a delay of time C;

41>.P-36: Give signal 1, output terminal 1 starts after delay A time, output terminal 2 starts after delay time B, output terminal 2 starts after delay time C, and output terminal 2 stops after delay time C;

42>.P-37: Give signal 1, output 1/2 start at the same time, output 1 work A time stop, output 2 work B time stop, with counting ftion;

43>.P-38: Give signal 1, after delaying time A, the output terminal 1/2 starts and stops time B at the same time.

44>.The signals in the ftion list can be buttons, NPN normally open photoelectric/proximity sensors, etc;

45>.The A, B, C, D time in the ftion mode can be set according to customer needs (adjustable range 0.01S--999 minutes);

46>.The ftions of P29~P38 are dual-channel output mode.

6.Button setting instructions:

1>.Power on and display "----", indicating that it enters the standby state;

2>.Step 1: ftion and channel settings:

3>.Long press the K1 for the first time, it needs to be long pressed for 2 seconds to be effective, to prevent false triggering, and enter the mode and channel settings. The digital tube displays "XPXX" → short press K2 to set the first "X" value (that is, select the channel);

4>.The first X of the digital tube is displayed as "1", indicating that the output channel one is selected;

5>.The first X of the digital tube is displayed as "2", indicating that the second output channel is selected;

6>.The first X of the digital tube is displayed as "3", indicating that the dual output is selected;

7>.The 3rd to 4th digits of the digital tube "XX" select the setting mode, and press K3K4 to adjust to the desired mode;

8>.Only P1-P28 ftions c an be selected for single-channel ftion, and P29 and P38 ftions can only be selected for dual-channel ftion.

9>.Step 2: Time parameter setting:

10>.After the ftion/channel is selected, short press K1 to enter the time setting, K1 switches the time, K2K3 adjusts the time value, and K4 switches the time unit value;

11>.X.XX The decimal point is in the hundreds place, the timing range:0.01 seconds ~ 9.99 seconds;

12>.XX.X The decimal point is in the ten place, the timing range:0.1 seconds ~ 99.9 seconds;

13>.XXX Without decimal point, timing range:1 second ~ 999 seconds;

14>.XXX. Without decimal point, timing range:1 second ~ 999 seconds;

15>.Step 3: After the parameter setting is completed, press the K1 digital tube "----" to enter the standby state.