INDUSTRY PROCESS AND AUTOMATION SOLUTIONS

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C 11...HS6 h954030ABEF4F395PF h685141911015130ABEF4F31401159.520134.522.52020 h6M8x19OUTPUT18 50 37107F2 h9540308FF1F h6INPUTC112_UD1 D2 D3 G T SFA 80 100 120 7 3 8FB 95 115 140 9 3 10FC 110 130 160 9 3 10VD3D1 f7203405 304031 953.5SABABEF4EF4F h6 F h6Fh6F3F390M8x12.5D2G30°9595 f710584.570 f79530°8268821386882UUFT53.595C11A B E F F1 F2 F3 F4 VC112 HS 251.5 171.5 40 16 18 5 2.5 35 M6x16 7.8113
C 21...MP55040LFL110AD8 h9252RBIRACH1001662825 h6M8x1918 60 47.51371113017OUTPUT155F5504010LFL160130AD9.5UUF2525D3D1 f753.550405031 671.5S2 2 2LFLLFLB RIB RIB RIAC ACACHF HFHFR RR158105D2G30°110110 f7125AD9070 f730°110AD94156.576.59476.594M8x8.5C 21_U5x M8x12.5C 21_UD1 D2 D3 G T SFA 95 115 140 9 3 10FB 110 130 160 9 3 10FC 130 165 200 11 3.5 11T71.5110C21M...FDM...FAM...FDM...FAAC H HF L AD LF R AD R ADC 21 2 S1 M1S 138 169 163 404 108 10 467 13 103 132 124 108C 21 2 S1 M1L 138 169 163 428 108 11 489 14 103 132 124 108C 21 2 S2 M2S 156 178 170 456 119 16 527 19 129 143 134 119C 21 2 S3 M3S 195 197.5 191.5 500 142 21 596 26 160 155 160 142C 21 2 S3 M3L 195 197.5 191.5 532 142 27 623 32 160 155 160 142C 21 3 S05 M05 121 160.5 154.5 454.5 95 11 520.5 12 96 119 116 95C 21 3 S1 M1S 138 169 163 459.5 108 12 522.5 14 103 132 124 108C 21 3 S1 M1L 138 169 163 483.5 108 13 544.5 15 103 132 124 108114
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4 -POTENZA TERMICAP t [kW]4 - THERM
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9 -FATTORE DI SERVIZIO f s9 - SERVI
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11 -SELEZIONE11 - SELECTION11 -ANTR
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Rapporto di intermittenzaIntermitte
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) Coppia massimab) Maximum torqueb)
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d) Le superfici di contatto dovrann
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17 -CARATTERISTICHECOSTRUTTIVE17 -
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19 -DESIGNAZIONE 19 - DESIGNATION19
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Opzioni riduttoriGearbox optionsGet
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20 -LUBRIFICAZIONE20 - LUBRICATION2
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C 11...C41Legenda: Key: Zeichenerkl
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C 11...C 41C_F C_U C_UF(B7)_HS_P (I
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C 51...C 61C_P(B9)_HS_P (IEC)_SB32x
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C 51...C 61C_F C_U C_UF(B11)_HS_P (
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C 70...C 100C_P(B13)_HS_P (IEC)_SB3
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C 70...C 100C_F(B15)_HS_P (IEC)_SB5
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22 -CARICHI RADIALI22 - OVERHUNG LO
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La procedura di verifica comportapa
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24 -DATI TECNICIMOTORIDUTTORI24 - G
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0.18 kWn 2min -1 M 2NmS i R n2N0.66
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Page 49 and 50:
Page 51 and 52:
Page 53 and 54:
Page 55 and 56:
Page 57 and 58:
Page 59 and 60:
2.2 kWn 2min -1 M 2NmS i R n2N5.4 3
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2.2 kWn 2min -1 M 2NmS i R n2N589 3
Page 63 and 64: 3kWn 2min -1 M 2NmS i R n2N404 67 3
Page 65 and 66: 4kWn 2min -1 M 2NmS i R n2N621 58 3
Page 67 and 68: 7.5 kWn 2min -1 M 2NmS i R n2N64 10
Page 69 and 70: 11 kWn 2min -1 M 2NmS i R n2N7.2 13
Page 71 and 72: 18.5 kWn 2min -1 M 2NmS i R n2N13.0
Page 73 and 74: 30 kWn 2min -1 M 2NmS i R n2N131 20
Page 75 and 76: C11100 Nm25 -DATI TECNICIRIDUTTORI2
Page 77 and 78: C21200 Nmn 1 = 2800 min -1 n 1 = 14
Page 96 and 97: 12000 NmC 100n 1 = 900 min -1 n 1 =
Page 98 and 99: (B21)M0 M05 M1SD M1L M2 M3 M4 M5C05
Page 100 and 101: C11J (• 10 -4 ) [ Kgm 2 ]i63 71 8
Page 102 and 103: C31J (• 10 -4 ) [ Kgm 2 ]i63 71 8
Page 104 and 105: C41J (• 10 -4 ) [ Kgm 2 ]i63 71 8
Page 106 and 107: C61J (• 10 -4 ) [ Kgm 2 ]i63 71 8
Page 108 and 109: C80J (• 10 -4 ) [ Kgm 2 ]i63 71 8
Page 110 and 111: C 100J (• 10 -4 ) [ Kgm 2 ]i63 71
Page 112 and 113: C 11...M6 h954030LFL95ADPR22.5M8x19
Page 116 and 117: C 21...P(IEC)8 h955040PXLB110PM8x8.
Page 118 and 119: C 31...M8 h956050LFL130ADP33R30 h6M
Page 120 and 121: C 31...HS8 h9A60 BE5 50 F4 F3130P33
Page 122 and 123: C 35...P(IEC)10 h957060PXLB15086P38
Page 124 and 125: C 41...M70LLF155AD90P10 h95603835RB
Page 126 and 127: C 41...HS10 h957060ABEF4F315590P38F
Page 128 and 129: C 51...P(IEC)12 h958070PXLB120185P4
Page 130 and 131: C 61...M14 h91005 90LLF133 AD210PR5
Page 132 and 133: C 61...HS14 h91005 90A 133BE210F4 F
Page 134 and 135: C 70...P(IEC)18 h912015 90PXLB262P6
Page 136 and 137: C 80...M22 h914015 110LFL320ADP85R8
Page 138 and 139: C 80...HS22 h914015 110ABEF4F3320P8
Page 140 and 141: 45°C 90...P(IEC)25 h917015 140PXLB
Page 142 and 143: C 100...M28 h921015 180LFL440ADP106
Page 144 and 145: C 100...HS28 h921015 180ABEF4F3440P
Page 146 and 147: M2 -CARATTERISTICHEGENERALIM2- GENE
Page 148 and 149: BN_FDM_FDDa morsettiera motore 1230
Page 150 and 151: (A30)IM B5 IM V1 IM V3 IM B14 IM V1
Page 152 and 153: Morsettiera motoreTerminal boxMotor
Page 154 and 155: M4 -CARATTERISTICHEELETTRICHEM4 - E
Page 156 and 157: I motori normalmente avvolti perfre
Page 158 and 159: Rapporto di intermittenza:Cyclic du
Page 160 and 161: Frequenza massimadi avviamento ZPer
Page 162 and 163: M6 - MOTORI AUTOFRENANTIIN C.C., TI
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Il raddrizzatore è del tipo a diod
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Collegamenti freno FDFD brake conne
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Grado di protezioneDegree of protec
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Per i motori a doppia polarità e,q
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Grado di protezioneProtection class
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Per i motori a doppia polarità e,q
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La disponibilità dei sistemi disbl
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D3Sonde termiche bimetallicheBimeta
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VentilazioneVentilationBelüftungVe
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Le dimensioni aggiuntive sonoindica
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M11 -DATI TECNICI MOTORI M11 - MOTO
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6P1000 min -1 -S150 HzPnkWn Mnmin -
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2/6 P3000/1000 min -1 - S3 60/40%50
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2/12 P 3000/500 min -1 - S3 60/40%5
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4/8 P 1500/750 min -1 -S150 HzPnkWn
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4P1500 min -1 -S150 HzPnkWn Mnmin -
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2/4 P3000/1500 min -1 -S150 HzPnkWn
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2/8 P3000/750 min -1 - S3 60/40%50
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M12 -DIMENSIONI MOTORI M12- MOTORS
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BNIM B5DDAAlbero / Shaft / Welle /
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BN_FDIM B5DDAAlbero / Shaft / Welle
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BN_FAIM B5DDAAlbero / Shaft / Welle
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BN_BAIM B5DDAAlbero / Shaft / Welle
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M_FDAFAALLJLAEAADRDBDAFAADABDefault
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211
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INDUSTRY PROCESSAND AUTOMATION SOLU
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