5 WAY AC FLASHER
We use these types of circuits in most ceremonies (wesak festival, christmas, wedding, …). This 5 WAY AC FLASHER circuit running system base on cd4017 ic, timer base on ne555, output base on the component called “Triac” and power supply base on the capacitor. we don’t use steps down transformer and can be given directly 230V to this circuit .
| PARTS LIST | |
| R1 | 820Ω |
| R2 | 1.8KΩ |
| R3 | 100KΩ |
| R4 | 10KΩ |
| R5 | 10KΩ |
| R6 | 10KΩ |
| R7 | 10KΩ |
| R8 | 10KΩ |
| R9 | 330Ω |
| R10 | 330Ω |
| R11 | 330Ω |
| R12 | 330Ω |
| R13 | 330Ω |
| R14 | 1KΩ |
| R15 | 1KΩ |
| R16 | 1KΩ |
| R17 | 1KΩ |
| R18 | 1KΩ |
| R19 | 1MΩ o.5W |
| VR1 | 100KΩ |
| C1 | 0.68µF 400V mylar capacitor |
| C2 | 220µF 25V |
| C3 | 2.2µF 25V |
| D1 | 4× 1N4004 |
| D2 | 9V 0.5W ZENER |
| Q1 | 2SC828 |
| Q2 | 2SC828 |
| Q3 | 2SC828 |
| Q4 | 2SC828 |
| Q5 | 2SC828 |
| Q6 | 2SD313 |
| T1 | BT138 |
| T2 | BT138 |
| T3 | BT138 |
| T4 | BT138 |
| T5 | BT138 |
| IC1 | NE 555 |
| IC2 | MN 4017 |
BT138 PIN CONFIGURATION
BT138 PIN CONFIGURATION
5 WAY AC FLASHER NOTE:
Use heat sink when more lights are switched on by the triac.
Mica sheets use between Triac and heat sink when using a single heat sink
use mylar type 0.68µF 400V capacitor to the power supply (C1) .
Don’t touch any component, when circuit is connected to the 230V AC power.
Please send your ideas, those are very important for our success…
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Keep posting stuff like this i really like it.
Hi there is some mistake in the diagram around triac and driver transistor. in the present configuration triac is superfluous, as the entire current is flowing through the transistor. Kindly check the diagram and correct.
Dear Seetharaman,
this 5 WAY AC FLASHER CIRCUIT is correct. i designed and tested it. it hasn’t any problems. If you interchange LEDs common line to other AC line, it happened. thanks for your idea.
this circuit completed propaly. but system is not working.
Hi ..!
@ All
I tried this circuit with the R14 to R18 – 1k 14w
R9 to R13 330 Ohem 1/4W
It ddnt work @ all.
@ seetharaman
then I connect one A/C line to Led (-) end and then the 1K resistor blow up. One the 5W 230V bulb atcivated.
Could some one please let me know the working diagram of this circuit please..!
Dear friend actually this cct not working properly but after some changes we can prevent this problem. I’ve practically experienced. Use IC bases
1.Remove these resistors (R9,10,11,12,and 13=330 ohms)these are not required for proper function of the cct and by that we can simplify the cct too
2.Disconnect LEDs (D3,4,5,6,7)from AC neutral path
3.Now connect that LEDs to the Gate pin of the each TRIACs. Now the signal is through collectors of each transistors,collector resistors R14,15,16,17,18=1K,LEDs D3,4,5,6,7 to the gates of each TRIACs.(Positive pin of LED should connect to the Gate pin)
4.Now you can monitor both LEDs and AC mains bulbs glows according to the pattern (you can mount LEDs on front panel of the cct enclosure with jump wires. If the brightness of LEDs are insufficient change R14,15,16,17,18=1K in to 680 or 470 ohms )
what about T1 terminal of traic if we are removing the positive side of led to the gate of traic then where we connect t1 of traic otherwise nyc expalanation can we use 100 watt or 60 watt 220 bulbs And kindly how can i trigger the gate by guide me What transistor is doing in the circuit is they are controlling the current or the voltage
I am very happy that you said that post…
all cathodes of the leds should be connected to pin no 1 of ne555 ic
i parallel it 5 WAY AC FLASHER CIRCUIT DIAGRAM now im your rss reader
HI
I have been trying this circuit. And finally I was able to light up one 5w bulb. When I attach triac for rest of the positions(Out 2-5) its not working. 🙂
Can this be adapted for 100V 60Hz?
Oops. That should be 110V at 60Hz.
good work….
I want to parraral most bulb. Can do it
I’m very glad to hear
But no resvte to to me news
Please contact this my problem
To cive us happens