32
FTSPARK
2 rotors - FTSPARK-4
Output
Rotor
A
Leading rotor 1 (L1)
B
Trailing rotor 1 (T1)
C
Leading rotor 2 (L2)
D
Trailing rotor 2 (T2)
3 rotors - 2 X FTSPARK-4
Output
Rotor
A - FTSPARK (BOX A) Leading rotor 1 (L1)
B - FTSPARK (BOX A) Leading rotor 2 (L2)
C - FTSPARK (BOX A) Leading rotor 3 (L3)
D - FTSPARK (BOX A) -
A - FTSPARK (BOX B) Trailing rotor 1 (T1)
B - FTSPARK (BOX B) Trailing rotor 2 (T2)
C - FTSPARK (BOX B) Trailing rotor 3 (T3)
D - FTSPARK (BOX B) -
9.5 Datalogger channels
Discharge time:
Each output has an individual monitoring channel for the
discharging time on the coil, which allows to diagnose malfunctions on the
coils, channels or harness. The discharge time of the capacitor is not related
to spark time, a long discharge might indicate problems on the coil or harness
and connector.
Supply voltage:
shows the effective power received by the FTSPARK.
Supply voltage drop:
shows the difference of the voltage supply between
the FTSPARK and the ECU. In case this value is too high, there might be a
problem on the power harness of the FTSPARK.
Capacitor voltage 1 and 2:
FTSPARK has two banks of capacitors that
are charged and discharged alternately on the outputs, allowing higher engine
rotations and operation on ROTARY engines, the first bank of capacitors fires
the outputs A-C-E-G and the second bank fires the outputs B-D-F-H.
Capacitor charge time 1 and 2:
The monitoring of the charging time allows
4 rotors - 2 X FTSPARK-4
Output
Rotor
A - FTSPARK (BOX A) Leading rotor 1 (L1)
B - FTSPARK (BOX A) Leading rotor 2 (L2)
C - FTSPARK (BOX A) Leading rotor 3 (L3)
D - FTSPARK (BOX A) Leading rotor 4 (L4)
A - FTSPARK (BOX B) Trailing rotor 1 (T1)
B - FTSPARK (BOX B) Trailing rotor 2 (T2)
C - FTSPARK (BOX B) Trailing rotor 3 (T3)
D - FTSPARK (BOX B) Trailing rotor 4 (T4)
Содержание FTSPARK 1500mJ
Страница 1: ...OWNER S MANUAL ...
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Страница 42: ...42 FTSPARK 111 55 mm 135 00 mm 153 00 mm 125 00 mm F T S P A R K 8 EXTREME EXTREME 1500MJ 1500MJ 11 Dimensions ...
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