Technical information

89
MITSUBISHI ELECTRIC
INVERTER
INVERTER ///
The values for 120 % overload capacity are valid at 110 % I
rated
for 60 s, 120 % for 0.5 s (3 s for FR-F740 and FR-F746) at 40 °C* max. (30 °C for FR-F746)
The values for 150 % overload capacity are valid at 120 % I
rated
for 60 s, 150 % for 0.5 s (3 s for FR-F740 and FR-F746) at 40 °C* max.
*(FR-A540L-G and FR-F740 do not have this limitation, the validity is 50 °C max. at 150 % overload capacity)
The values for 200 % overload capacity are valid at 150 % I
rated
for 60 s, 200 % for 0.5 s at 50 °C max. (3 s for FR-A740) at 50 °C max.
The values for für 250 % overload capacity are valid at 200 % I
rated
for 60 s,, 250 % for 3 s at 50 °C max.
Remarks:
햲
Permissible power supply voltage range for 1phase connection: 170–264 V.
햳
Permissible power supply voltage range for 3phase connection: 323–528 V(323–550 V for FR-F740-01800– 12120)
햴
Thevaluesinbracketsarevalidwithoutarestriction to the PWM frequency (up to 40 °C).
햵
At higher powersupply voltages higher capacities canbe output.
햶
Combination see next page.
햷
If thecarrier of the FR-F 740 is set to 3 kHz or more, the carrier frequency is automatically reduced when the inverter output current exceeds the parenthesized rated output
current (= 85 %load).
Power supply
3~400 V
햳
Rated output
current [A]
햷
Rated motor
capacity [kW]
햵
Rated output
current [A]
햷
Rated motor
capacity [kW]
햵
Rated output
current [A]
Rated motor
capacity [kW]
햵
Rated output
current [A]
Rated motor
capacity [kW]
햵
Frequency
inverter type
Order
number
Applicable noise
filter
햶
Overload capacity 120 %* Overlo ad capacity 150 %* Overload capacity 200 %* Overlo ad capacity 250 %*
앬
2.30.752.10.75————FR-F746-00023 EC 163796
앬
3.81.53.51.5————FR-F746-00038 EC 163797
앬
5.22.24.82.2————FR-F746-00052 EC 163798
앬
8.33.77.63.7————FR-F746-00083 EC 163799
앬
12.65.511.55.5————FR-F746-00126 EC 163800
앬
17 7.5 167,5————FR-F746-00170 EC 163801
앬
25 11 23 11 ————FR-F746-00250 EC 163802
앬
31 15 29 15 ————FR-F746-00310 EC 163803
앬
3818.53518.5————FR-F746-00380 EC 163804
앬
47 22 43 22 ————FR-F746-00470 EC 163805
앬
62 30 57 30 ————FR-F746-00620 EC 163806
앬
77 37 70 37 ————FR-F746-00770 EC 163807
앬
93 45 85 45 ————FR-F746-00930 EC 163808
앬
1165510655————FR-F746-01160 EC 163809
앬
2.3 0.75 2,1 0.75 1.5 0.4 0.8 0.25 FR-A740-00023 EC 169826
앬
3.8 1.5 3.5 1.5 2.5 0.75 1.5 0.4 FR-A740-00038 EC 169797
앬
5.2 2.2 4.8 2.2 4 1.5 2.5 0.75 FR-A740-00052 EC 169798
앬
8.3 3.7 7.6 3.7 6 2.2 4 1.5 FR-A740-00083 EC 169799
앬
12.6 5.5 11.5 5.5 9 3.7 6 2.2 FR-A740-00126 EC 169800
앬
17 7.5 16 7.5 12 5.5 9 3.7 FR-A740-00170EC 169801
앬
25 11 23 11 17 7.5 12 5.5 FR-A740-00250 EC 169802
앬
31 15 29 15 23 11 17 7.5 FR-A740-00310 EC 169803
앬
38 18.5 35 18.5 31 15 23 11 FR-A740-00380 EC 169804
앬
47 22 43 22 38 18.5 31 15 FR-A740-00470 EC 169805 I
앬
62 30 57 30 44 22 38 18.5 FR-A740-00620 EC 169806 I
앬
77 37 70 37 57 30 44 22 FR-A740-00770 EC 169807 II
앬
93 45 85 45 71 37 57 30 FR-A740-00930 EC 169808 III, IV
앬
116 55 106 55 86 45 71 37 FR-A740-01160 EC 169809 IV
앬
180 90 144 75 110 55 86 45 FR-A740-01800 EC 169810 IV
앬
216 110 180 90 144 75 110 55 FR-A740-02160 EC 169811
앬
260 132 216 110 180 90 144 75 FR-A740-02600 EC 169812
앬
325 160 260 132 216 110 180 90 FR-A740-03250 EC 169813
앬
361 185 325 160 260 132 216 110 FR-A740-03610 EC 169814
앬
432 220 361 185 325 160 260 132 FR-A740-04320 EC 169815
앬
481 150 432 220 361 185 325 160 FR-A740-04810 EC 169816
앬
547 280 481 250 432 220 361 185 FR-A740-05470 EC 169817
앬
610 315 547 280 481 250 432 220 FR-A740-06100 EC 169818
앬
683 355 610 315 547 280 481 250 FR-A740-06830 EC 169819
앬
770 400 683 355 610 315 547 280 FR-A740-07700 EC 169820
앬
866 450 770 400 683 355 610 315 FR-A740-08660 EC 169821
앬
962 500 866 450 770 400 683 355 FR-A740-09620 EC 169822
앬
1094 560 962 500 866 450 770 400 FR-A740-10940 EC 169823
앬
1212 630 1094 560 962 500 866 450 FR-A740-12120 EC 169824
Automation Book_UK_2008.prn
Automation Book_UK_2008
Dienstag, 8. April 2008 18:25:57
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