DA-60 Ignition module test procedure?
#1
Thread Starter

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Okay I've done some searching and cannot find anything pertinent; I've got a new DA-60 and it appears that the ignition module isn't happy. On my ZDZ's one can just put a sparkplug in the wire cap, hold it against the engine and rotate the prop, you'll get a spark.
IIRC, the DA ignition module requires that the prop be flipped faster or something? Using the same technique yeilds no spark. Using a small screwdriver in the cap held near the engine doesn't produce any spark either. I did get a small "tickle" when I got ahold of the uninsulated cap and the screwdriver but certainly nothing like a real spark.
Now as much as I like DA engines, they do have a bit of a reputation for faulty ignition modules so I'm guessing that is the problem but if anyone's got a method of testing the beasty to make sure, I'd appreciate some input.
Thanks guys....
IIRC, the DA ignition module requires that the prop be flipped faster or something? Using the same technique yeilds no spark. Using a small screwdriver in the cap held near the engine doesn't produce any spark either. I did get a small "tickle" when I got ahold of the uninsulated cap and the screwdriver but certainly nothing like a real spark.
Now as much as I like DA engines, they do have a bit of a reputation for faulty ignition modules so I'm guessing that is the problem but if anyone's got a method of testing the beasty to make sure, I'd appreciate some input.
Thanks guys....
#2
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From: Anytown
There is no need to hold the plug against the engine while you flip it. The DA ignition, along with almost all of the modern ignitions, gets its ground through the HT wire braid. You could be doing all sorts of damage gouging around with a screwdriver in the cap.
IIRC, you must be spinning the hub at least 400 RPM for the ignition to fire. This is a safety feature which prevents firing when the user is positioning the prop.
IIRC, you must be spinning the hub at least 400 RPM for the ignition to fire. This is a safety feature which prevents firing when the user is positioning the prop.
#4

My Feedback: (6)
DA uses a completely different setup and different type of sensor than RCEXL. With the RCEXL, the magnet just triggers a Hall Effect sensor like a switch. With the DA, the magnet actually generates a small current in the (completely different) sensor.
AV8TOR
AV8TOR
#5
Senior Member
IF the prop is spun fast enough!!!!
DA needs a healthy flip. Hall sensor ignitions (advancing type like MVVS ZDZ) will do with a "pinky" lazy flip. Hall sensor retarding type like Rcexl will need a dedicated healthy flip again.
DA needs a healthy flip. Hall sensor ignitions (advancing type like MVVS ZDZ) will do with a "pinky" lazy flip. Hall sensor retarding type like Rcexl will need a dedicated healthy flip again.
#7
Thread Starter

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ORIGINAL: w8ye
The DA ignition, I understand, has a time out feature that if left on for a period of time without being turned over, the ignition will shut off and not restart until the off-on power is cycled.
The DA ignition, I understand, has a time out feature that if left on for a period of time without being turned over, the ignition will shut off and not restart until the off-on power is cycled.
Thanks Pe, that's the information I was looking for. I tried to flip the prop briskly and with no sparkplug installed it should have met the required RPM, it was certainly spinning faster than it would be on starting the engine with the sparkplug installed.
#10

My Feedback: (16)
ORIGINAL: w8ye
The DA ignition, I understand, has a time out feature that if left on for a period of time without being turned over, the ignition will shut off and not restart until the off-on power is cycled.
The DA ignition, I understand, has a time out feature that if left on for a period of time without being turned over, the ignition will shut off and not restart until the off-on power is cycled.



