Wait, which Therion did you get, the 75 or the 133 (don't mind my crappy memory)? If you are using the 133/200, be sure to apply the latest firmware patch as it improves performance with 316L quite a bit. If you're using eSribe v1.2 it should update for you.
The tiny fluctuations in real time with the atomizer analyzer isn't unusual with 0.001-2 bopping around. If your build is stable, and that's your baseline cold resistance all should be well. If you are having a flaky or unstable resistance you can try to simply lock the resistance at the cold value, and the board will calculate off that, but typically dna boards should not require that to be locked down.
Edit: remember, the cold resistance is affected by the ambient temperature, so if you're in a location where the temp will vary, the cold resistance will as well. If your room temperature goes from 70 to 75 degrees and your tank is at that same temp (it should be if at rest and not hot from use) the cold resistance will be slightly different. Resistance is determined by temperature regardless how the metal reaches. Granted, a change of 5 degrees will only change resistance by only 0.01 or 0.001 ohm, but those small changes in baseline are exaclty what's being used to calculate the applied current.
The tiny fluctuations in real time with the atomizer analyzer isn't unusual with 0.001-2 bopping around. If your build is stable, and that's your baseline cold resistance all should be well. If you are having a flaky or unstable resistance you can try to simply lock the resistance at the cold value, and the board will calculate off that, but typically dna boards should not require that to be locked down.
Edit: remember, the cold resistance is affected by the ambient temperature, so if you're in a location where the temp will vary, the cold resistance will as well. If your room temperature goes from 70 to 75 degrees and your tank is at that same temp (it should be if at rest and not hot from use) the cold resistance will be slightly different. Resistance is determined by temperature regardless how the metal reaches. Granted, a change of 5 degrees will only change resistance by only 0.01 or 0.001 ohm, but those small changes in baseline are exaclty what's being used to calculate the applied current.
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