2byte load on LOGWORKS2
2byte load on LOGWORKS2
I am just wondering how to get 2byte load on Innovate LOGWORKS 2
Max value is 160 on load.
Havenīt got my maptracing in EVOSCAN 2.1 to work and the maptracing in LOGWORKS works great.....except 2 byte load.
// Lars
Max value is 160 on load.
Havenīt got my maptracing in EVOSCAN 2.1 to work and the maptracing in LOGWORKS works great.....except 2 byte load.
// Lars
hi Lars,
modify the loadmsb and loadlsb lines in the protocols.xml
under <protocol id="MUT-III (Mitsubishi)" selected="1">
to
<datachannel id="#00" name="loadmsb" selected="1" units="load" min="0" max="255" expr="x" type="0"/>
<datachannel id="#01" name="loadlsb" selected="1" units="load" min="0" max="255" expr="x" type="0"/>
modify the loadmsb and loadlsb lines in the protocols.xml
under <protocol id="MUT-III (Mitsubishi)" selected="1">
to
<datachannel id="#00" name="loadmsb" selected="1" units="load" min="0" max="255" expr="x" type="0"/>
<datachannel id="#01" name="loadlsb" selected="1" units="load" min="0" max="255" expr="x" type="0"/>
DO 2 byte airflow too. Seriously. It clips at 1600Hz other wise.
And when you do, here is a bunch of other calcs I converted from an evo scan thread.
I <3 Logworks...
And since you have to log loadmsb & loadlsb
And airflowmsb and airflowlsb
Make sure you dump your typical load and airflow channels while logging. These now hog 4 channels. You don't need to waste 2 that do nothing anyway since you only get 10.
Load
MC(ECU_Load;%;0;350) = ((loadmsb * 255) + loadlsb)*10/32
Airflow
MC(2byte_Airflow;Hz;0;3000) = ((Airflowmsb * 255) + Airflowlsb)*6.29/64
Injector Duty Cycle
MC(Injector_Duty_Cycle;%;0;100) = (Fuel_Injector_Pulse_Width * Engine_Speed)/1200
G/Rev
MC(g_rev;g/rev;0;12) = (Ecu_Load) /95
Lbs/Min
MC(Lbs/min;lbs/min;0;65) = (g_rev) * (Engine_Speed)/454
HP
MC(HP;HP;0;1000) = (Lbs/min)*9.15
TQ
MC(TQ;TQ;0;1000) = (HP*5252/Engine_Speed)
And when you do, here is a bunch of other calcs I converted from an evo scan thread.
I <3 Logworks...
And since you have to log loadmsb & loadlsb
And airflowmsb and airflowlsb
Make sure you dump your typical load and airflow channels while logging. These now hog 4 channels. You don't need to waste 2 that do nothing anyway since you only get 10.
Load
MC(ECU_Load;%;0;350) = ((loadmsb * 255) + loadlsb)*10/32
Airflow
MC(2byte_Airflow;Hz;0;3000) = ((Airflowmsb * 255) + Airflowlsb)*6.29/64
Injector Duty Cycle
MC(Injector_Duty_Cycle;%;0;100) = (Fuel_Injector_Pulse_Width * Engine_Speed)/1200
G/Rev
MC(g_rev;g/rev;0;12) = (Ecu_Load) /95
Lbs/Min
MC(Lbs/min;lbs/min;0;65) = (g_rev) * (Engine_Speed)/454
HP
MC(HP;HP;0;1000) = (Lbs/min)*9.15
TQ
MC(TQ;TQ;0;1000) = (HP*5252/Engine_Speed)
Last edited by Asmodeus6; Feb 27, 2008 at 01:06 PM.


