Ecomike
NAXJA# 2091
- Location
- MilkyWay Galaxy
No problem, at least you can ask an understandable question, LOL! Some of the gibberish we see posted takes a decoder ring, LOL!:doh:
Ohms does not care about positive or negative. Disconnect the wiring from the injector, and for starters try using the 2K range, which will display 0-2000 ohms, or an error if over 2000 ohms. Then touch each of the two probes to a separate pin on the injector. The meter sends a battery voltage through the injector and measures the resistance (by measuring the voltage drop, using Ohms law).
I suspect the readings will be under 200 ohms, probably around 15 to 20 ohms each, but I could off on that, they could be closer to 100 ohms for all know. If you get readings under 200 ohms, you switch to the 200 ohm scale then to get better precision in the readings. But for this kind of work, we usually look for shorts at 0-2 ohms, or over a 1,000,000 ohms for a dead connection, open wire, or a GOOD coil, like the transmission solenoids that are about 14 ohms.
Ohms does not care about positive or negative. Disconnect the wiring from the injector, and for starters try using the 2K range, which will display 0-2000 ohms, or an error if over 2000 ohms. Then touch each of the two probes to a separate pin on the injector. The meter sends a battery voltage through the injector and measures the resistance (by measuring the voltage drop, using Ohms law).
I suspect the readings will be under 200 ohms, probably around 15 to 20 ohms each, but I could off on that, they could be closer to 100 ohms for all know. If you get readings under 200 ohms, you switch to the 200 ohm scale then to get better precision in the readings. But for this kind of work, we usually look for shorts at 0-2 ohms, or over a 1,000,000 ohms for a dead connection, open wire, or a GOOD coil, like the transmission solenoids that are about 14 ohms.
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