Today we would like to offers solutions for a set time for take control
relay and take NO. / NC. contact to apply to control other devices .
such as disable or enable the device.function of this circuit is using
IC555 to determine the pulse and a resistor R1 to the period of time.
Pulse Timer Control Relay Circuit Diagram
R1 #Seconds
100k 2
220k 3
470k 6
1M 15
The increase provides more time to increase the value of the Capacitor.
Part List
R1 = 1 Meg, Preset Pot
R2 = 10K
R3,R4 = 1K
C1 = 10uF, 16V
C2 = 0.01uF
T1 = BC547 (Gen Purp NPN)
T2 = 2N2222 (Hi Current NPN)
D1 = 1N4001 (Gen Purp Si)
IC1 = 555 (Lo-Power version)
RLA1 = Relay, 9V (amps of your choice)
Pulse Timer Control Relay Circuit Diagram
![Pulse Timer Control Relay Circuit with IC555 Pulse Timer Control Relay Circuit with IC555](https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEgLJmhs0mzFQ8ZtqgUw08DYc1MExs6qskjCD7wV0tR6LbuMHR3907IoYg77hWSXeKAADV-lWwAiV40TtAvvoK0UVxC2L6VGl7j1p7BdeaPIQNzEwX-En3TABciV3WspG8R2XIm-7HTCHAAB/s1600/Pluse-Time.jpg)
R1 #Seconds
100k 2
220k 3
470k 6
1M 15
The increase provides more time to increase the value of the Capacitor.
Part List
R1 = 1 Meg, Preset Pot
R2 = 10K
R3,R4 = 1K
C1 = 10uF, 16V
C2 = 0.01uF
T1 = BC547 (Gen Purp NPN)
T2 = 2N2222 (Hi Current NPN)
D1 = 1N4001 (Gen Purp Si)
IC1 = 555 (Lo-Power version)
RLA1 = Relay, 9V (amps of your choice)
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