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- Aug 20, 2020
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Which throttle are you using?
how do you mean?
Race A full power
When you are checking the downstairs lights and someone says is the bulb ok…,;-)
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Which throttle are you using?
Your other pics are too small to make out what's going on. The TPS value isn't a percentage, it's degrees.View attachment 44191
at 100% twist grip opening the TPS are at 91%
Your other pics are too small to make out what's going on. The TPS value isn't a percentage, it's degrees.
Yes, the TPS is at 91.1 degrees which is as WOT as you’re going to get. Any more “open” and it’s “closing” on the other side of WOT.
I like the Woolich myself. Im using it on my CBR1k and V4SP
Yes, all is well with the ETV table. My AIM data is identical at 91.1 degrees TPS Vert at 100% Twist grip.
With tge woolich software the std etv values are modified across the rev range to get a true full throttle … there was a problem with this loading, they’ve sorted it now …
What do you mean true full trottle?
It is not and desirable to not fully open the throttle at lower revs as more TPS opening does not provide more airflow.
The table that Woolich called ETV Restrictions actually has no direct connection to the ETV and messing with it too much can cause diagnostics to activate limp home torque and rpm limits.
What happens when you globally change the so called ETV Restrictions table is that you kind of activate a quick action throttle.
I understand what you mean here but why would it be undesirable for the throttle bodies to fully open? Cable operated throttles manage this perfectly.
What do you mean true full trottle?
It is not and desirable to not fully open the throttle at lower revs as more TPS opening does not provide more airflow.
The table that Woolich called ETV Restrictions actually has no direct connection to the ETV and messing with it too much can cause diagnostics to activate limp home torque and rpm limits.
What happens when you globally change the so called ETV Restrictions table is that you kind of activate a quick action throttle.
At lower rpm ( below 6k on the V4 engines) maximum airflow is achieve already below the fully open throttle position of 82 degrees. So essentially there is a dead band where more TPS opening does not provide more airflow. This allows for quicker and more precise airflow and resulting torque modulation as you don’t have to sweep the throttle through a dead band first where no impact on torque takes place.
Question, so what do the values in the ETV Restrictions table represent? I’ve been searching Woolich and google, but no info is available.