Pioneer SGX-CA600 User Manual page 299

Power LR
Last Lap
Max n sec
Avg
Total Work
Amount LR
Total Work
Amount LR
Lap
Pedaling Power
Balance LR Balance
Power Bal
Avg
Power Bal
Step Avg
Power Bal n
sec Avg
Power Bal
Last Lap Avg
Pedaling Pedaling
Efficiency LR Efficiency LR
Efficiency LR
Avg
Efficiency LR
Lap Avg
Pedaling
Efficiency LR
n sec Avg
kJ Work LR
% Bal L:R
・3 s. Avg
・5 s. Avg
・10 s. Avg
・30 s. Avg
・60 s. Avg
%
% Eff LR
・3 s. Avg
・5 s. Avg
・10 s. Avg
・30 s. Avg
・60 s. Avg
NsLLMx Maximum output for fixed period of the
last lap for the pedaling monitors on the
left and right sides
―
Total work amount of the pedaling moni-
tors on the left and right sides
Lap Total work amount per lap for the pedal-
ing monitors on the left and right sides
―
Left/ right ratio of the pedaling monitors
on the left and right sides
Av Average left/ right ratio of the pedaling
monitors on the left and right sides
LapAv Average left/ right ratio per lap for the
pedaling monitors on the left and right
sides
Ns Average left/ right ratio for fixed period
for the pedaling monitors on the left and
right sides
LstAv Average left/ right ratio for the last lap for
the pedaling monitors on the left and right
sides
―
Ratio of the total sum of the force in the
rotation direction with respect to the total
sum of the resultant force of the force in
the rotation direction (tangential direction)
and the force in the vertical direction (nor-
mal direction) in the rotation direction for
one revolution of the crank for pedaling
monitors on the left and right sides. Force
in the rotation direction is calculated as
plus in the rotation direction and minus in
the reverse direction.
Av Average pedaling efficiency for the pedal-
ing monitors on the left and right sides
LapAv Average pedaling efficiency per lap for
the pedaling monitors on the left and right
sides
Ns Average pedaling efficiency for fixed
period for the pedaling monitors on the
left and right sides
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