I have been away.
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I have some questions. It seems like you have four different modes:
1. Everything off.
2. Daytime running mode: Car is running, Headlight switch in the off position. TIPM C5 pin 1 puts out low duty cycle PWM. Our new relay is not pulled in. Only the low beams should be on and will serve as the DRLs.
3. Night-time Low beam mode: Headlight switch is on, Hi-Lo lever is in low beam position. What does TIPM C5 pin 1 put out? Only the Low Beams should be on?
4. Night-time High beam mode: Headlight switch is on, Hi-Lo lever is in High beam position. TIPM C5 pin 1 puts out high duty cycle PWM. Our new relay is pulled in. Only the High beams should be on?
Yes, the circuit I posted in #19, above, operates the relay when the PWM percentage is more than 85%. Let's see if we can agree how to wire the relay's contacts....
Questions:
So, basically the board is turning PWM into 12 volts, which activates a 12v relay to bring on the high beam? Paul
As I said: "Rly86 is an output (from the module) that goes to pin 86 of a standard 12V automotive relay". The pointed box symbol with the Rly86 is just a way of showing it as a pin on the module.You mention Rly85, is that shown as Rly86 in the diagram, or is that something else?
You already have a pin D4 in the TIPM C4 connector (blue wire on your original schematic) which powers the Low Beams in the OEM wiring. Can you use this to power the low beams at night? Does this go off automatically when you select high beams? Is this on or off during daytime running?I see how the diagram brings in the high beams from Rly86 by closing contact 30 & 87, but what brings on the low beams to act as the DRLs? How is the low beam headlights connected to this circuit? I will need the low beams on instead of the DRLs for day time running, and use of the high beam when needed.
I'm guessing that you are trying to describe the input pins to the power supply for the HIDs? There is something wrong with this statement. How can the HighBeam input be used for DRL? Aren't the High Beams too bright to be used as DRLs, therefore shouldn't the pin you call low beam be called low beam/DRL?The H13 FEMALE connector has three wires one for low beam, one for DRL/High Beam and a ground, ....
The vector board: is there a certain type or size? I'm thinking a board you put the pins through and solder the other side to hold the part in and then attach a wire to the other parts, then cut the board to fit a plastic box?
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Once the board is done I'm thinking to put the board in a sealed plastic box and run the H13 and HID connectors from the box, have you any recommendations as to what box I should use?
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NoDo I have to be concerned about heat in the plastic box? Do I need heat sinks
Depends on how much current your lights take. I'm guessing at least #14 stranded.What is the gauge of the wiring to SW12v?
#20 to #26What is the gauge of the wiring used to connect the parts on the circuit board?
The one I spec'ed can be mounted directly to sheet metal with a screw ( do not put it in the enclosure).Do I just mount the relay to the board and solder the wires to the pins, or put the pins through the board and solder wires from underneath the board?
NoShould there be a fuse on the board?
NoIs there any way that this circuit can affect the cars computer system? If it shorted out, voltage feedback etc.
I have some questions. It seems like you have four different modes:
1. Everything off.
2. Daytime running mode: Car is running, Headlight switch in the off position. TIPM C5 pin 1 puts out low duty cycle PWM. Our new relay is not pulled in. Only the low beams should be on and will serve as the DRLs.
3. Night-time Low beam mode: Headlight switch is on, Hi-Lo lever is in low beam position. What does TIPM C5 pin 1 put out? Only the Low Beams should be on?
4. Night-time High beam mode: Headlight switch is on, Hi-Lo lever is in High beam position. TIPM C5 pin 1 puts out high duty cycle PWM. Our new relay is pulled in. Only the High beams should be on?
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