16
B) Adjustments of PFC3P-R1 IGBT Rectifier Controller Board:
-AR1 : Rectifier output voltage with only R-phase operation, (increases CW)
-AR2 : ‘’ ‘’ ‘’ ‘’ “ S-phase ‘’ ‘’
-AR3 : Positive (+) battery group boost charge voltage, (increases CW)
-AR4 : Negative (-) ‘’ ‘’ ‘’ ‘’ ‘’
-AR5 : (+) and (-) battery groups battery test voltage level, (increases CW)
-AR6 : AC input currents THD adjustment,
-AR7 : (-) battery group charging current limit, (increases CW)
-AR8 : (+) ‘’ ‘’ ‘’ ‘’ ‘’ ‘’
-AR9 : Rectifier output voltage with only T-phase operation, (increases CW)
-AR10 : Rectifier negative (-) output voltage, (a single adjustment for equalizing the neg. Output
voltage to the poz. output voltage, increases CW)
-AR11 : Rectifier fault threshold level adjustment.
C) PFC3P-R1 Test Points
-TP1 : R-phase, full-wave rectified AC input voltage sample, (……. V peak at 220V)
-TP2 : R-phase IGBT driving signals (0-12V)
-TP3 : R-phase, AC input voltage sample, (……..V dc at 220V)
-TP4 : R-phase, AC input current sample,
-TP5 : Electronic GND (= input line Neutral)
-TP6 : S-phase, full-wave rectified AC input voltage sample, (…..V peak at 220V)
-TP7 : S-phase IGBT driving signals (0-12V)
-TP8 : S-phase, AC input voltage sample (….. V dc at 220V)
-TP9 : S-phase, AC input current sample,
-TP10 : +12V dc (+/- 0.5V)
-TP11 : -12V dc (+/- 0.5V)
-TP12 : +17V dc (+/- 1.0V)
-TP13 : T-phase, full-wave rectified AC input voltage sample, (….V peak at 220V)
-TP14 : T-phase IGBT driving signals (0-12V)
-TP15 : T-phase, AC input voltage sample (…V dc at 220V)
-TP16 : T-phase, AC input current sample,
D) PFC3P-R1 board ‘’jumper’’ positions
There are various jumper connections on the board which are inserted or removed during testing or normal
operation of the rectifier. Their list and positions are given below:
During normal operation:
JP5=JP8=JP12=JP17 = ‘’1’’ (inserted or short circuited)
JP1=JP2=JP3=JP4=JP6=JP7=JP9=JP10=JP11=JP13=JP14=JP15=JP16=JP18=JP19 = ‘’0’’ (removed)
Note:
JP1, JP9 and JP16 are used to start or stop the IGBT rectifier phase by phase. They are used to
enable or disable the rectifier to operate on the desired input phase (or phases). If JP1, for example, is
inserted then the rectifier stops using the R-phase (stops generating driving signals for R-phase) for
generating its DC output. If it is removed then the rectifier starts using R-phase. JP9 and JP16 do the same
for S and T-phases respectively. During rectifier output voltage adjustments, they are removed one by one
to adjust the output voltage when operating on each phase separately.
Summary of Contents for ARTon Plus series
Page 1: ...SERVICE TRAINING NOTES ARTon Plus SER S UPS 10 15 20 30 40 kVA 3 Faz Giri 3 Faz k...
Page 2: ......
Page 13: ...9 Figure 1 4 2 IGBT Rectifier...
Page 14: ...10 Figure 1 4 3 Transformerless 3 Phase Inverter...
Page 15: ...11 Figure 1 4 4 ARTonPlus series UPS Basic Diagram...
Page 21: ...17 Figure 1 5 3 PFC3P R1 Board...
Page 23: ...19 Figure 1 5 4 IPMD3P Board...
Page 28: ...24 Figure 1 5 5 P3MC R5 Board...
Page 31: ...27 Figure 1 5 6 ADVS01 R1 Board...
Page 33: ...29 Figure 1 5 7 SDXC300 R1 Board...
Page 36: ...32 Figure 1 5 9 ITF3 R2 Board...
Page 39: ...35 Figure 1 5 11 OPS3 Board...
Page 40: ...36...
Page 41: ...37...
Page 42: ...38...
Page 73: ......
Page 74: ...1 AGKK7080 01 2008...
