Circutor AFQm Series, Instruction Manual, Page: 75 / 108

75 Instruction Manual
AFQm
Table 27:Modbus memory map: Measurements in the Mains (Table 2)�
Parameter Current L1 Current L2 Current L3 Units
Fundamental harmonic 3C 49 56 %
3rd order harmonic 3D 4 A 57 %
5th order harmonic 3E 4B 58 %
7th order harmonic 3F 4C 59 %
9th order harmonic 40 4D 5 A %
11th order harmonic 41 4E 5B %
13th order harmonic 42 4F 5C %
15th order harmonic 43 50 5D %
17th order harmonic 44 51 5E %
19th order harmonic 45 52 5F %
21st order harmonic 46 53 60 %
23rd order harmonic 47 54 61 %
25th order harmonic 48 55 62 %
Table 28:Modbus memory map: Measurements in the Mains (Table 3)�
Parameter Current L1 Current L2 Current L3 Units
Fundamental harmonic phase 12C 139 146 0.001 x radians
3rd order harmonic phase 12D 13 A 147 0.001 x radians
5th order harmonic phase 12E 13B 148 0.001 x radians
7th order harmonic phase 12F 13C 149 0.001 x radians
9th order harmonic phase 130 13D 14A 0.001 x radians
11th order harmonic phase 131 13E 14B 0.001 x radians
13th order harmonic phase 132 13F 14C 0.001 x radians
15th order harmonic phase 133 140 14D 0.001 x radians
17th order harmonic phase 134 141 14E 0.001 x radians
19th order harmonic phase 135 142 14F 0.001 x radians
21st order harmonic phase 136 143 150 0.001 x radians
23rd order harmonic phase 137 144 151 0.001 x radians
25th order harmonic phase 138 145 152 0.001 x radians
8.2.2.3.- Other parameters of the AFQm filter
Table 29:Modbus memory map: Filter parameters (Table 1)�
Parameter Address Units
Temperature IGBT 1
(1)
DB ºC with 1 decimal
Temperature IGBT 2
(1)
DC ºC with 1 decimal
Temperature IGBT 3
(1)
DD ºC with 1 decimal
Temperature Inductor 1
(1)
E7 ºC with 1 decimal
Temperature Inductor 2
(1)
E8 ºC with 1 decimal
Temperature IGBT 4
(1) (2)
F5 ºC with 1 decimal
Temperature IGBT 5
(1) (2)
F6 ºC with 1 decimal
Temperature IGBT 6
(1) (2)
F7 ºC with 1 decimal
Temperature Inductor 3
(1) (2)
FB ºC with 1 decimal
Temperature Inductor 4
(1) (2)
FC ºC with 1 decimal
Phase L1 - L2 voltage DE V with 1 decimal
Phase L2 - L3 voltage DF V with 1 decimal