Difference between revisions of "Diesel Version 5:CV 161"
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(Created page with "{{Infobox |title = NMRA CV 161 |header1 = Proto Notch™ Load Factor |label2 = Range of Values |data2 = 0-255 |label3 = Default Value |data3 = 50 }} == NMRA CV 161 (Proto Not...") |
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− | == NMRA CV 161 | + | == NMRA CV 161 - Proto-Notch™ Load Factor == |
− | The Proto Notch™ feature takes into account the Load that the locomotive is under as it determines what notch the prime mover should be in. To increase the effect the Load has on the notch while running in prototype mode increase the value of this CV. The higher the value the more likely the prime mover will notch up in response to loads. | + | The Proto-Notch™ feature takes into account the Load that the locomotive is under as it determines what notch the prime mover should be in. To increase the effect the Load has on the notch while running in prototype mode increase the value of this CV. The higher the value the more likely the prime mover will notch up in response to loads. |
Latest revision as of 21:31, 19 September 2018
Proto Notch™ Load Factor | |
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Range of Values | 0-255 |
Default Value | 50 |
NMRA CV 161 - Proto-Notch™ Load Factor
The Proto-Notch™ feature takes into account the Load that the locomotive is under as it determines what notch the prime mover should be in. To increase the effect the Load has on the notch while running in prototype mode increase the value of this CV. The higher the value the more likely the prime mover will notch up in response to loads.