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Total 6 documents matching your query.

1. Testing coil w/ digital meter - almost no LBC (score: 1): Author: Unknown; Date: Tue, 05 Sep 2000 20:02:42 -0400; Everyone must have an LBC support vehicle - this question is about mine and that's the extent of the LBC content. I'm using a digital ohmmeter to check the coil in my Mazda truck. Is there any reaso; /html/triumphs/2000-09/msg00205.html (7,141 bytes)
2. RE: Testing coil w/ digital meter - almost no LBC (score: 1): Author: Unknown; Date: Tue, 5 Sep 2000 19:21:42 -0700; It's very easy to have 0.5 ohms (or more) contact and lead resistance with standard probes. Try taking a measurement with both probes on the same lead, then difference that with the reading across t; /html/triumphs/2000-09/msg00209.html (8,064 bytes)
3. Re: Testing coil w/ digital meter - almost no LBC (score: 1): Author: Unknown; Date: Tue, 05 Sep 2000 22:24:28 -0400; Touch the two meter leads together and note the reading. Then when you measure the coil, subtract that number from the resistance reading of the coil to get the actual reading. There is usually some; /html/triumphs/2000-09/msg00210.html (8,666 bytes)
4. Testing coil w/ digital meter - almost no LBC (score: 1): Author: Unknown; Date: Wed, 6 Sep 2000 12:32:56 -0400; Message text written by Cliff Hansen I'm using a digital ohmmeter to check the coil in my Mazda truck. Is there any reason that the meter will read high when testing the primary windings? 1.4 ohm ins; /html/triumphs/2000-09/msg00236.html (7,868 bytes)
5. Testing coil w/ digital meter - almost no LBC (score: 1): Author: Unknown; Date: Wed, 6 Sep 2000 10:17:42 -0700; Even a $300 Fluke can have 0.5 ohm or more contact resistance. It's not a question of quality, it's a question of how big is the contact area between a pointed probe and a flat contact. Randall; /html/triumphs/2000-09/msg00241.html (7,325 bytes)
6. RE: Testing coil w/ digital meter - almost no LBC (score: 1): Author: Unknown; Date: Wed, 6 Sep 2000 21:57:07 -0400; Message text written by Randall Young Even a $300 Fluke can have 0.5 ohm or more contact resistance. It's not a question of quality, it's a question of how big is the contact area between a pointed p; /html/triumphs/2000-09/msg00255.html (8,192 bytes)

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