Hello, we just got some targeting lights from Andymark. We have no idea what they should be wired to on the robot. Andymark has only provided the voltage for them (12V). We don’t know how to control when they turn on and off either. Additionally, we don’t know how to get the color filters on.
Please tell us everything you know about the AM-3428 targeting light. Thanks!
Historically, a Spike relay module would have been the way to go, but they don’t make those anymore. If you have one, you cans still use it though. The positive lead of the light would connect to one of the Spike outputs and the negative lead would connect to the return terminal on the PDP. The other output of the relay module can be used to control a second custom circuit, or remain unused.
If you don’t have a Spike relay, you will need to do something else. Unfortunately, with a nominal current draw of 1A, the PCM will not be able to control this light directly. To work around this, I suggest controlling the light with a relay, and controlling the relay with the PCM (Which I believe would be legal as it would still be considered a custom circuit, but I do not have the final say in the matter). This relay should work for that task if your PCM is set to output 12V. If it is outputting 24V, use this one instead.
two questions: #1 Andy-mark is out of stock on the green ring light and ebay amazon seems to be too. (except the slow boat from china)
anyone have an alternative source?
#2
the spike relays are discontinued, anyone have an alternative?
The AndyMark light, with the color filter, has the advantage of a focused lens.
There are several sources for LED Motorcycle driving lights, except the beam patterns leave a lot to be desired. Last year, it took a few hours to focus the beam, into a usable pattern.
A 12V relay moduleis a viable alternative, controlled from a DIO or relay port, with the coil and LED powered from the PDP.
If you’re using the PCM, you could use a 12V solenoid line to actuate the coil of an automotive relay, and use that to switch the LED on/off. Checking one online at random shows the coil needs 133mA.