VOLTAGE: 500V TO 1200V CURRENT: 3A TO 75A

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1 IIM pplications Include: ervo / Motion ontrols ome ppliances umps ow-capacity Industrial Inverters ackages: uper Mini IIM uper Mini MOF IIM Mini IIM arge IIM ircuit onfiguration: 6-ac F Features: ate rive ate rive ndervoltage () ockout hort ircuit () rotection OF O umbering ystem...-2 uper Mini IIM...-2 uper Mini MOF IIM...-3 Mini IIM...-4 IF...-4 arge IIM...-5 rawings...-6 IIM and IF are registered trademarks of Mitsubishi lectric orp. O: 500 O 1200 RR: 3 O 75 - onverters ate rivers ustom IB Fast Recovery & Rectifier hyristor & Rectifiers hyristors ybrid MOF IIM IMs & i IBs

2 -2 uper Mini IIM ersion 6 umbering ystem (Refer to device datasheets at for test conditions.) MIMM RI (IB Inverter ector) RI RRII (IB Inverter ector) RM RRII ype I /I mperes atts RM yp. () I m (RO) t (Min) usec IB / / eight rams rawing umber age ersion 4 umbering ystem 2179 is a IIM ersion 4 transfer mold IM rated at 600 and 50 mperes. 2 (1) 1 (2) (3) 7 9 (4) (5) 0592F / * F / * F / * F / * F / * F / * * 2500 with convex heatsink IB1 (24) FB (2) i1 (1) evice: 2 = ransfer Mold ype IM 5 = IF (2) oltage ( ) 1 = = 1200 (3) ackage tyle 7 = Mini IIM ersion 4 = IIM ersion 4 (4) Factory Information (5) urrent Rating (I ) 1 = 3 2 = 5 3 = 10 4 = 15 5 = 20 7 = 30 8 = 35 9 = 50 = 75 FB (3) FB (4) I IB2 i2 (23) ersion 6 umbering ystem (5) (6) (7) 1 (8) (9) (10) (11) IB3 i3 IB4 i4 (22) (21) (20) 1592F6- is a uper Mini IIM ersion 6 transfer mold IM rated at 600 and 15 mperes F6 - (12) 1 (13) I IB5 i5 (1) (2) (3) (4) (5) (6) (7) (8) F O (14) I(15) (16) O (17) IB6 i6 (19) (18) (1) evice: F = Full i hips = i IB, i = i IB, i M = i MOF (2) Rated urrent (3) ircuit 3-hase (6-in-1) = ommon mitter = Open mitter -Bridge (4-in-1) B = ommon mitter = Open mitter F = Interleaved (4) ackage: 7 = Mini 9 = uper Mini = arge (5) eries (6) Built-in Functions = one B = O = O (nalog) = B = B, O F = B, O (7), 5 = = 600 = 1200 (8) Factory Options

3 uper Mini MOF IIM ersion 6 umbering ystem (Refer to device datasheets at for test conditions.) MIMM RI (MOF Inverter ector) RI RRII (MOF Inverter ector) RM RRII MOF ype I /I mperes atts RM yp. R (O) Ω I m (RO) t (Min) usec / eight rams rawing umber age M / * M / * * 2500 with convex heatsink FB (2) MOF1 (24) FB (3) FB (4) (5) I MOF2 (23) (6) (7) MOF3 (22) 1 (8) (9) (21) (10) MOF4 (11) (20) (12) MOF5 1 (13) I F O (14) I(15) MOF6 (19) (16) (18) - onverters ate rivers ustom IB Fast Recovery & Rectifier hyristor & Rectifiers hyristors ybrid MOF IIM IMs & i IBs -3

4 -4 Mini IIM ersion 6 umbering ystem (Refer to device datasheets at for test conditions.) MIMM RI (IBInverter ector) RI RRII (IB Inverter ector) RM RRII ype I /I mperes atts RM yp. () I m (RO) t (Min) usec IB / / eight rams rawing umber age 2071F / F / F / 100 B 2500 B B B B IF ersion 4 umbering ystem (Refer to device datasheets at for test conditions.) MIMM RI (MOF Inverter ector) RI RRII (MOF Inverter ector) RM RRII ype I i(rm) mperes RM yp. () yp. () yp. () I m IB / / eight rams rawing umber age F6, 3071F6, 5071F , F (1) FB (3) I1 IB1 (37) 1 (4) (6) F (7) FB (9) O I2 i1 IB2 (36) R 1 (10) (12) O i2 (35) I RI I 2 F (13) FB (15) I3 IB3 1 (16) (18) O i3 (34) O (20) I IB4 (21) (22) (23) O i4 IB5 (33) F O (24) FO(25) I(26) (27) 1 (28) O O i5 IB6 i6 (32) (31)

5 arge IIM 600 & 1200 (Refer to device datasheets at for test conditions.) MIMM RI (IBInverter ector) RI RRII (IB Inverter ector) RM RRII ype I /I mperes atts RM yp. () I m (RO) t (Min) usec IB / / eight rams rawing umber age ersion 4 umbering ystem / / ersion 6 umbering ystem 052F / 10 B 2500 B B B B B B F / 20 B 2500 B B B B B B F / 30 B 2500 B B B B B B F / 50 B 2500 B B B B B B F / 70 B 2500 B B B B B B F / 100 B 2500 B B B B B B , F, 102F, 152F, 252F, 352F, 502F FB F 1 FB F 1 FB F 1 1 I1 B I O I2 B I O I3 B I O I O IB1 i1 IB2 i2 IB3 i3 IB4 i4 IB5 FB F 1 FB F 1 FB F 1 1 I1 I I2 I I3 I B O B O B O I O IB1 i1 IB2 i2 IB3 i3 IB4 i4 IB5 O i5 IB6 O i5 IB6 F O O F O O O O I FO i6 F O O F O O O O I FO i6 I FO I FO - onverters ate rivers ustom IB Fast Recovery & Rectifier hyristor & Rectifiers hyristors ybrid MOF IIM IMs & i IBs -5

6 -6 M03935-, M05935-, 0592F6-, 1092F6-, 1592F6-, 2071F6, 3071F6, 5071F F6-, 3092F6-, 3592F6- I "" F 17 1 R I "" B Q R M M F I I I "" I "B" I I RMI O 1- ( ) B ( 1 ) 14 F O 2 FB 15 I 3 FB 16 *1 4 FB 17 *2 O * *1 - in 9 & in 16 are connected inside the IIM, use either in 9 or in 16 for the ground connection and leave the other one open. *2 - For MOF devices #17 is I "B" B I "" (RMI O.) B F M F F F F F I "" 35 I "" I "B" J Q 38 M I I R I "" I "B" I "" I "" Q R I "" 1 F 2 () 3 FB () 6 7 F 8 () 9 FB () F 14 () 15 FB () 18 RMI O J 20 O FO 25 FO 26 I () 30 () () ± ±0.5 B 0.94± ± ± ±0.2 F ± ± J Rad. 1.6 Rad. M 0.1± ± Q 1.16± ±0.5 R 0.57± ± ± ± ± ± ± ± Min. 2.5 Min Min. 1.5 Min. 0 ~ 5 0 ~ B ± ± ± ± F 0.17± ± ± ± J 0.09 ia. x 2.2 ia. x 0.1 epth 2.6 epth 0.13 ia. 3.3 ia M ± ± Q R ± ± ± ± ± ± ± ± ± F J M Q 0.14 ia. 3.5 ia. R ia. 3.7 ia. 0 ~

7 2179, F, 102F, 152F, 252F, 352F, 502F 3 4 B M (2 ) 40 F I "" I "" I "" F F F F F J I "B" (5 ) Q 0~5 F R Q I "" Q I "" I I J J Q I "" I "" R I "" RMI O () FB 5 () 6 F 7 8 () FB 11 () 12 F FB 17 () 18 F () 21 1 M 23 O 24 I 25 FO 26 FO () 31 () 32 () 33 () () 42 () R I "B" B F M (2 ) F F F F F J (5 ) Q Q R RMI O 1 2 () FB 5 () 6 F 7 8 () FB 11 () 12 F FB 17 () 18 F () O 24 I 25 FO 26 FO () 31 () 32 () 33 () () 42 () 3.11± ±0.5 B 1.22± ± ± ± F 0.39± ± ± ± ± ±0.3 J ia. 2.9 ia. M 0.18±0.01 ia. 4.5±0.2 ia. 1.42± ± Q R ± ± F J M Q R ± ±0.5 B 1.22± ± ± ± F 0.39± ± ± ± ± ±0.3 J ia. 2.9 ia. M 0.18±0.01 ia. 4.5±0.2 ia. 1.42± ± Q R ± ± onverters ate rivers ustom IB Fast Recovery & Rectifier hyristor & Rectifiers hyristors ybrid MOF IIM IMs & i IBs -7

8 , F F F F F M I "" B I "" I "B" J Q R I I J F M I "" Q R I "" I "B" I "" I "" (2) (2) (2) (2) O 14 (O) 15 O () () RMI O 20 I 21 I R 26 R 27 R 28 R 29 (O) 30 (2) R B ± ± ± ± F 0.17± ± ± ± J 0.09 ia. x 2.2 ia. x 0.1 epth 2.6 epth 0.13 ia. 3.3 ia M ± ± Q R ± ± ± ± ± ± ± ± ± F J M Q 0.14 ia. 3.5 ia. R ia. 3.7 ia. 0 ~