Servoverstärker
AX8000
AX8000 |
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| Funktion | ||||
| Einspeisemodule |
AX8620 20 A DC |
AX8640 40 A DC |
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| Einspeisemodul DC |
AX8600 50 A DC, für Versorgungsspannung 24…680 V DC |
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| Achsmodule |
AX8108 Einachsmodul 8 A, Feedback: OCT, Multi-Feedback-Interface, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
AX8118 Einachsmodul 18 A, Feedback: OCT, Multi-Feedback-Interface, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
AX8128 Neu Einachsmodul 28 A, Feedback: OCT, Multi-Feedback-Interface, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
AX8206 Doppelachsmodul 2 x 6 A, Feedback: OCT, Multi-Feedback-Interface, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
| Kombinierte Einspeise- und Achsmodule |
AX8525 kombiniertes Einspeise- und Achsmodul 25 A, Feedback: OCT, Multi-Feedback-Interface, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
AX8540 kombiniertes Einspeise- und Achsmodul 40 A, Feedback: OCT, Multi-Feedback-Interface, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
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| Optionsmodule |
AX8810 Kondensatormodul |
AX8820 Neu Universelle Netzrückspeisung |
AX8831 Koppelmodul, 1-kanalig |
AX8832 Koppelmodul, 2-kanalig |
AX5000
AX5000 |
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| Anzahl Kanäle | |||||||
| 1 | 2 | ||||||
| Funktion | |||||||
| Servoverstärker |
AX5101 100…480 V AC, 1,5 A |
AX5103 100…480 V AC, 3 A |
AX5106 100…480 V AC, 6 A |
AX5112 100…480 V AC, 12 A |
AX5201 100…480 V AC, 2 x 1,5 A |
AX5203 100…480 V AC, 2 x 3 A |
AX5206 100…480 V AC, 2 x 6 A |
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AX5118 100…480 V AC, 18 A |
AX5125 100…480 V AC, 25 A |
AX5140 100…480 V AC, 40 A |
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AX5160 3 x 400…480 V AC, 60 A |
AX5172 3 x 400…480 V AC, 72 A |
AX5190 3 x 400…480 V AC, 90 A |
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AX5191 3 x 400…480 V AC, 110 A |
AX5192 3 x 400…480 V AC, 143 A |
AX5193 3 x 400…480 V AC, 170 A |
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| Encoder-Optionskarten |
AX5701 EnDat 2.1, Hiperface, BiSS B, SinCos 1 VSS, Resolver |
AX5721 1 x EnDat 2.2, BiSS C |
AX5702 EnDat 2.1, Hiperface, BiSS B, SinCos 1 VSS, Resolver |
AX5722 2 x EnDat 2.2, BiSS C |
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| TwinSAFE sichere Antriebstechnik |
AX5801 antriebsintegrierte Sicherheitsfunktionen: STO, SS1 |
AX5805 antriebsintegrierte Sicherheitsfunktionen: Safe Motion, für AX5x01 bis AX5140 |
AX5806 antriebsintegrierte Sicherheitsfunktionen: Safe Motion, für AX5160 bis AX5193 |
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AMP8000
AMP8000 |
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| Baulänge | ||||
| 1 | 2 | 3 | 4 | |
| Flanschgröße | ||||
| F3 (72 mm) |
AMP8031 M0 = 1,36…1,38 Nm, nn = 3000…9000 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
AMP8032 M0 = 2,35…2,37 Nm, nn = 3000…9000 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
AMP8033 M0 = 3,10…3,15 Nm, nn = 3000…8000 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
|
| F4 (87 mm) |
AMP8041 M0 = 2,35…2,40 Nm, nn = 3000…8000 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
AMP8042 M0 = 3,84…4,10 Nm, nn = 2500…7000 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
AMP8043 M0 = 4,70…5,40 Nm, nn = 2500…7000 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
|
| F5 (104 mm) |
AMP8051 M0 = 4,40…4,60 Nm, nn = 2500…8000 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
AMP8052 M0 = 5,60…7,60 Nm, nn = 2000…7300 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
AMP8053 M0 = 9,60…10,20 Nm, nn = 2000…4000 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
AMP8054 M0 = 11,8 Nm, nn = 2000 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
AMP8500
AMP8500 |
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| Baulänge | |||
| 1 | 2 | 3 | |
| Flanschgröße | |||
| F3 (72 mm) |
AMP8531 M0 = 1,36…1,38 Nm, nn = 3000…9000 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
AMP8532 M0 = 2,35…2,37 Nm, nn = 3000…9000 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
AMP8533 M0 = 3,10…3,15 Nm, nn = 3000…8000 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
| F4 (87 mm) |
AMP8541 M0 = 2,35…2,40 Nm, nn = 3000…8000 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
AMP8542 M0 = 3,84…4,10 Nm, nn = 2500…7000 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
AMP8543 M0 = 4,70…5,40 Nm, nn = 2500…7000 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
| F5 (104 mm) |
AMP8551 M0 = 4,40…4,60 Nm, nn = 2500…8000 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
AMP8552 M0 = 5,60…7,60 Nm, nn = 2000…7300 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
AMP8552 M0 = 5,60…7,60 Nm, nn = 2000…7300 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
AMI8100
AMI8100 |
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| Baulänge | |||
| 1 | 2 | 3 | |
| Flanschgröße | |||
| F2 (58 mm) |
AMI8121 M0 = 0,48 Nm, nn = 3000 min-1 |
AMI8122 M0 = 0,78 Nm, nn = 2000…4500 min-1 |
AMI8123 M0 = 1,00 Nm, nn = 3000 min-1 |
| F3 (72 mm) |
AMI8131 Neu M0 = 1,20 Nm, nn = 1800 min-1 |
AMI8132 Neu M0 = 2,18 Nm, nn = 1000 min-1 |
AMI8133 Neu M0 = 2,85 Nm, nn = 800 min-1 |
EL/ELM7xxx | Kompakte Antriebstechnik
EL/ELM7xxx | Kompakte Antriebstechnik |
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| < 3 A | 3…5 A | > 5 A | 16 A | |
| Motorart | ||||
| Servomotor |
ELM7211-0010 Ieff = 4,5 A, 48 V DC |
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ELM7211-9016 Ieff = 4,5 A, 48 V DC, TwinSAFE Logic |
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ELM7211-9018 Ieff = 4,5 A, 48 V DC, Safe Motion, TwinSAFE Logic |
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ELM7212-0010 Ieff = 2 x 4,5 A, 48 V DC |
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ELM7212-9016 Ieff = 2 x 4,5 A, 48 V DC, TwinSAFE Logic |
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ELM7212-9018 Ieff = 2 x 4,5 A, 48 V DC, Safe Motion, TwinSAFE Logic |
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ELM7221-0010 Ieff = 8 A, 48 V DC |
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ELM7221-9016 Ieff = 8 A, 48 V DC, TwinSAFE Logic |
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ELM7221-9018 Ieff = 8 A, 48 V DC, Safe Motion, TwinSAFE Logic |
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ELM7222-0010 Ieff = 2 x 8,0 A, 48 V DC |
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ELM7222-9016 Ieff = 2 x 8,0 A, 48 V DC, TwinSAFE Logic |
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ELM7222-9018 Ieff = 2 x 8,0 A, 48 V DC, Safe Motion, TwinSAFE Logic |
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ELM7231-0010 Ieff = 16 A, 48 V DC |
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ELM7231-9016 Ieff = 16 A, 48 V DC, TwinSAFE Logic |
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ELM7231-9018 Ieff = 16 A, 48 V DC, Safe Motion, TwinSAFE Logic |
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EL7201-9014 Ieff = 2,8 A, 48 V DC, OCT, STO |
EL7211-9014 Ieff = 4,5 A, 48 V DC, OCT, STO |
EL7221-9014 Ieff = 7…8 A mit ZB8610, 48 V DC, OCT, STO |
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EL7201-0010 Ieff = 2,8 A, 48 V DC, OCT |
EL7211-0010 Ieff = 4,5 A, 48 V DC, OCT |
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EL7201 Ieff = 2,8 A, 48 V DC, Resolver |
EL7211 Ieff = 4,5 A, 48 V DC, Resolver |
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| Schrittmotor |
EL7031 Imax = 1,5 A, 24 V DC |
EL7041 Imax = 5,0 A, 48 V DC, Inkr.-Enc. |
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EL7031-0030 Imax = 2,8 A, 24 V DC |
EL7041-0052 Imax = 5,0 A, 48 V DC |
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EL7037 Imax = 1,5 A, 24 V DC, Inkr.-Enc., feldorientierte Regelung |
EL7047 Imax = 5,0 A, 48 V DC, Inkr.-Enc., feldorientierte Regelung |
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EL7047-9014 Imax = 5,0 A, 48 V DC, Inkr.-Enc., feldorientierte Regelung, STO |
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EL7062 Imax = 3 A, 5 V DC, Inkr.-Enc. |
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| DC-Motor-Endstufe |
EL7332 Imax = 1,0 A, 24 V DC |
EL7342 Imax = 3,5 A, 48 V DC, Inkr.-Enc. |
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| BLDC |
EL7411 Ieff = 4,5 A, 48 V DC |
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EL7411-9014 Ieff = 4,5 A, 48 V DC, STO |
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| 4-Achs-Interface |
EM7004 4 Inkr.-Enc., 32 Digital-I/Os 24 V DC, 4 Analog-Ausgänge ±10 V |
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Die Standard-EtherCAT-Klemmen (ELxxxx) können optional als ESxxxx mit steckbarer Verdrahtungsebene bestellt werden.
EP7xxx | Kompakte Antriebstechnik
EP7xxx | Kompakte Antriebstechnik |
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| < 3 A | > 3 A | ||
| Funktion | |||
| Servomotormodul |
EP7211-0034 Ieff = 4,5 A, 48 V DC, OCT, STO geeignet, Antriebspr. MDP 742 |
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EP7211-0035 Ieff = 4,5 A, 48 V DC, OCT, STO geeignet, Antriebspr. CiA DS402 |
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| Schrittmotormodul |
EP7041-1002 Imax = 1,5 A, 48 V DC, Inkremental-Encoder, 2 digitale Eingänge, 1 digitaler Ausgang |
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EP7041-0002 Imax = 5 A, 48 V DC, Inkremental-Encoder, 2 digitale Eingänge, 1 digitaler Ausgang |
EP7047-1032 Imax = 5,0 A, 48 V DC |
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EP7041-2002 Imax = 5 A, 48 V DC, Inkremental-Encoder, 2 digitale Eingänge, 1 digitaler Ausgang, Motoranschluss über Stecker |
EP7041-4032 Imax = 5,0 A, 48 V DC, BiSS-C-Encoder |
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EP7041-3002 Imax = 5 A, 48 V DC, Inkremental-Encoder, für Highspeed-Anwendungen, Gebersystem (24-V-DC-Encoder) |
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EP7041-3102 Imax = 5 A, 48 V DC, Inkremental-Encoder, für Highspeed-Anwendungen, Gebersystem (5-V-DC-Encoder) |
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| DC-Motor-Endstufe |
EP7342-0002 Imax = 3,5 A, 48 V DC |
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| Motor-Controller-Box |
EP7402-0057 für Rollenbahnsysteme, 24 V DC, EtherCAT-Abzweig |
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EP7402-0167 für Rollenbahnsysteme, 48 V DC |
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EPP7xxx | Kompakte Antriebstechnik
EPP7xxx | Kompakte Antriebstechnik |
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| < 3 A | > 3 A | |
| Funktion | ||
| Schrittmotormodul |
EPP7041-1002 Imax = 1,5 A, 48 V DC, Inkremental-Encoder |
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EPP7041-3002 Imax = 5,0 A, 48 V DC, Inkremental-Encoder |
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| DC-Motor-Endstufe |
EPP7342-0002 Imax = 3,5 A, 48 V DC |
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ER7xxx | Motion
ER7xxx | Motion |
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| < 3 A | > 3 A | |
| Funktion | ||
| Schrittmotormodul |
ER7041-1002 Imax = 1,5 A, Inkremental-Encoder, 2 digitale Eingänge, 1 digitaler Ausgang |
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ER7041-0002 Imax = 5 A, Inkremental-Encoder, 2 digitale Eingänge, 1 digitaler Ausgang |
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ER7041-2002 Imax = 5 A, Inkremental-Encoder, 2 digitale Eingänge, 1 digitaler Ausgang, Motoranschluss über Stecker |
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ER7041-3002 Imax = 5 A, Inkremental-Encoder, für Highspeed-Anwendungen, Gebersystem (24-V-DC-Encoder) |
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| DC-Motor-Endstufe |
ER7342-0002 Imax = 3,5 A, 48 V DC |
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EJ7xxx | Kompakte Antriebstechnik
EJ7xxx | Kompakte Antriebstechnik |
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| < 3 A | 3…5 A | ||
| Motorart | |||
| Servomotor |
EJ7211-0010 Ieff = 4,5 A, 48 V DC, OCT |
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EJ7211-9414 Ieff = 4,5 A, 48 V DC, OCT, STO, TwinSAFE SC |
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| Schrittmotor |
EJ7031 Imax = 1,5 A, 24 V DC |
EJ7041-0052 Imax = 5,0 A, 48 V DC |
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EJ7037 Imax = 1,5 A, 24 V DC, Inkremental-Encoder, feldorientierte Regelung |
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EJ7047 Imax = 5,0 A, 48 V DC, Inkremental-Encoder, feldorientierte Regelung |
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| DC-Motor-Endstufe |
EJ7334-0008 Imax = 3,0 A, 24 V DC |
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EJ7342 Imax = 3,5 A, 48 V DC, Inkremental-Encoder |
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| BLDC |
EJ7411 Ieff = 4,5 A, 48 V DC |
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KL2xxx | Motion
KL2xxx | Motion |
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| < 3 A | 3…5 A | |
| Schrittmotor |
KL2531 Imax = 1,5 A, 24 V DC |
KL2541 Imax = 5,0 A, 48 V DC, Inkremental-Encoder |
| DC-Motor-Endstufe |
KL2532 Imax = 1,0 A, 24 V DC |
KL2552 Imax = 5,0 A, 48 V DC, Inkremental-Encoder |
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KL2284 Wendeschaltung, Imax = 2,0 A, 0…24 V DC |
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| AC-Motor-Drehzahlsteller |
KL2791 230 V AC, 200 VA, 1-Phasen-Wechselstrommotor |
|
Die Standard-Busklemmen (KLxxxx) können optional als KSxxxx mit steckbarer Verdrahtungsebene bestellt werden.
TExxxx | TwinCAT 3 Engineering
TExxxx | TwinCAT 3 Engineering |
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| Betriebssystem | Produkt-Typ | ||
| TwinCAT 3 Motion Designer |
TE5910 |
Windows 7, Windows 10 | Engineering |
| TwinCAT 3 Drive Manager 2 |
TE5950 |
Windows 7, Windows 10 | Engineering |
| TwinCAT Drive Manager |
TC Drive Manager |
Windows 7, Windows 10 | - |
| TwinCAT 3 Bode Plot Base |
TE1320 |
Windows 7, Windows 10 | Engineering, Runtime |
| TwinCAT 3 Autotuning |
TE5960 |
Windows 10 | Engineering |
| TwinCAT 3 Cogging Compensation für Linearmotoren |
TE5920 |
Windows 7, Windows 10, TwinCAT/BSD | Engineering |
| TwinCAT 3 Cogging Compensation Runtime |
TF5920 |
Windows 7, Windows 10, TwinCAT/BSD | Engineering, Runtime |
AX8000
AX8000 |
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| Funktion | ||||
| Achsmodule |
AX8108 Einachsmodul 8 A, Feedback: OCT, Multi-Feedback-Interface, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
AX8118 Einachsmodul 18 A, Feedback: OCT, Multi-Feedback-Interface, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
AX8128 Neu Einachsmodul 28 A, Feedback: OCT, Multi-Feedback-Interface, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
AX8206 Doppelachsmodul 2 x 6 A, Feedback: OCT, Multi-Feedback-Interface, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
| Kombinierte Einspeise- und Achsmodule |
AX8525 kombiniertes Einspeise- und Achsmodul 25 A, Feedback: OCT, Multi-Feedback-Interface, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
AX8540 kombiniertes Einspeise- und Achsmodul 40 A, Feedback: OCT, Multi-Feedback-Interface, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
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AX5000
AMP8000
AMP8000 |
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| Baulänge | ||||
| 1 | 2 | 3 | 4 | |
| Flanschgröße | ||||
| F3 (72 mm) |
AMP8031 M0 = 1,36…1,38 Nm, nn = 3000…9000 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
AMP8032 M0 = 2,35…2,37 Nm, nn = 3000…9000 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
AMP8033 M0 = 3,10…3,15 Nm, nn = 3000…8000 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
|
| F4 (87 mm) |
AMP8041 M0 = 2,35…2,40 Nm, nn = 3000…8000 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
AMP8042 M0 = 3,84…4,10 Nm, nn = 2500…7000 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
AMP8043 M0 = 4,70…5,40 Nm, nn = 2500…7000 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
|
| F5 (104 mm) |
AMP8051 M0 = 4,40…4,60 Nm, nn = 2500…8000 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
AMP8052 M0 = 5,60…7,60 Nm, nn = 2000…7300 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
AMP8053 M0 = 9,60…10,20 Nm, nn = 2000…4000 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
AMP8054 M0 = 11,8 Nm, nn = 2000 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
AMP8500
AMP8500 |
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| Baulänge | |||
| 1 | 2 | 3 | |
| Flanschgröße | |||
| F3 (72 mm) |
AMP8531 M0 = 1,36…1,38 Nm, nn = 3000…9000 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
AMP8532 M0 = 2,35…2,37 Nm, nn = 3000…9000 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
AMP8533 M0 = 3,10…3,15 Nm, nn = 3000…8000 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
| F4 (87 mm) |
AMP8541 M0 = 2,35…2,40 Nm, nn = 3000…8000 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
AMP8542 M0 = 3,84…4,10 Nm, nn = 2500…7000 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
AMP8543 M0 = 4,70…5,40 Nm, nn = 2500…7000 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
| F5 (104 mm) |
AMP8551 M0 = 4,40…4,60 Nm, nn = 2500…8000 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
AMP8552 M0 = 5,60…7,60 Nm, nn = 2000…7300 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
AMP8552 M0 = 5,60…7,60 Nm, nn = 2000…7300 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
AMI8100
AMI8100 |
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| Baulänge | |||
| 1 | 2 | 3 | |
| Flanschgröße | |||
| F2 (58 mm) |
AMI8121 M0 = 0,48 Nm, nn = 3000 min-1 |
AMI8122 M0 = 0,78 Nm, nn = 2000…4500 min-1 |
AMI8123 M0 = 1,00 Nm, nn = 3000 min-1 |
| F3 (72 mm) |
AMI8131 Neu M0 = 1,20 Nm, nn = 1800 min-1 |
AMI8132 Neu M0 = 2,18 Nm, nn = 1000 min-1 |
AMI8133 Neu M0 = 2,85 Nm, nn = 800 min-1 |
Dezentrale Servoantriebssysteme
AMP8000
AMP8000 |
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| Baulänge | ||||
| 1 | 2 | 3 | 4 | |
| Flanschgröße | ||||
| F3 (72 mm) |
AMP8031 M0 = 1,36…1,38 Nm, nn = 3000…9000 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
AMP8032 M0 = 2,35…2,37 Nm, nn = 3000…9000 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
AMP8033 M0 = 3,10…3,15 Nm, nn = 3000…8000 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
|
| F4 (87 mm) |
AMP8041 M0 = 2,35…2,40 Nm, nn = 3000…8000 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
AMP8042 M0 = 3,84…4,10 Nm, nn = 2500…7000 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
AMP8043 M0 = 4,70…5,40 Nm, nn = 2500…7000 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
|
| F5 (104 mm) |
AMP8051 M0 = 4,40…4,60 Nm, nn = 2500…8000 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
AMP8052 M0 = 5,60…7,60 Nm, nn = 2000…7300 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
AMP8053 M0 = 9,60…10,20 Nm, nn = 2000…4000 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
AMP8054 M0 = 11,8 Nm, nn = 2000 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
AMP8500
AMP8500 |
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| Baulänge | |||
| 1 | 2 | 3 | |
| Flanschgröße | |||
| F3 (72 mm) |
AMP8531 M0 = 1,36…1,38 Nm, nn = 3000…9000 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
AMP8532 M0 = 2,35…2,37 Nm, nn = 3000…9000 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
AMP8533 M0 = 3,10…3,15 Nm, nn = 3000…8000 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
| F4 (87 mm) |
AMP8541 M0 = 2,35…2,40 Nm, nn = 3000…8000 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
AMP8542 M0 = 3,84…4,10 Nm, nn = 2500…7000 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
AMP8543 M0 = 4,70…5,40 Nm, nn = 2500…7000 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
| F5 (104 mm) |
AMP8551 M0 = 4,40…4,60 Nm, nn = 2500…8000 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
AMP8552 M0 = 5,60…7,60 Nm, nn = 2000…7300 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
AMP8552 M0 = 5,60…7,60 Nm, nn = 2000…7300 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
AMP86xx
AMP86xx |
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| Funktion | |||
| Versorgungsmodul |
AMP8620-2005-0000 20 A DC für Versorgungsspannung 400…480 V AC, 5-kanalig, 24-V-DC-Netzteil |
AMP8620-2005-0100 20 A DC für Versorgungsspannung 400…480 V AC, 5-kanalig, 24-V-DC-Netzteil, mit Bremswiderstand |
AMP8620-2005-0200 20 A DC für Versorgungsspannung 400…480 V AC, 5-kanalig, 24-V-DC-Netzteil, mit Bremswiderstandanschluss |
|
AMP8620-2005-0010 Neu 20 A DC für Versorgungsspannung 1 x 230 V AC, 3 x 208…480 V AC, 5-kanalig, 24-V-DC-Netzteil |
AMP8620-2005-0110 Neu 20 A DC für Versorgungsspannung 1 x 230 V AC, 3 x 208…480 V AC, 5-kanalig, 24-V-DC-Netzteil, mit Bremswiderstand |
AMP8620-2005-0210 Neu 20 A DC für Versorgungsspannung 1 x 230 V AC, 3 x 208…480 V AC, 5-kanalig, 24-V-DC-Netzteil, mit Bremswiderstandanschluss |
|
AMP88xx
AMP88xx |
||
| Funktion | ||
| Verteilermodul |
AMP8805-1000-0000 5-kanalig, 24-V-DC-Netzteil, 430…848 V DC |
AMP8805-1010-0000 Neu 5-kanalig, 24-V-DC-Netzteil, 165…848 V DC |
AMI8100
AMI8100 |
|||
| Baulänge | |||
| 1 | 2 | 3 | |
| Flanschgröße | |||
| F2 (58 mm) |
AMI8121 M0 = 0,48 Nm, nn = 3000 min-1 |
AMI8122 M0 = 0,78 Nm, nn = 2000…4500 min-1 |
AMI8123 M0 = 1,00 Nm, nn = 3000 min-1 |
| F3 (72 mm) |
AMI8131 Neu M0 = 1,20 Nm, nn = 1800 min-1 |
AMI8132 Neu M0 = 2,18 Nm, nn = 1000 min-1 |
AMI8133 Neu M0 = 2,85 Nm, nn = 800 min-1 |
TExxxx | TwinCAT 3 Engineering
TExxxx | TwinCAT 3 Engineering |
|||
| Betriebssystem | Produkt-Typ | ||
| TwinCAT 3 Motion Designer |
TE5910 |
Windows 7, Windows 10 | Engineering |
| TwinCAT 3 Drive Manager 2 |
TE5950 |
Windows 7, Windows 10 | Engineering |
| TwinCAT Drive Manager |
TC Drive Manager |
Windows 7, Windows 10 | - |
| TwinCAT 3 Bode Plot Base |
TE1320 |
Windows 7, Windows 10 | Engineering, Runtime |
| TwinCAT 3 Autotuning |
TE5960 |
Windows 10 | Engineering |
| TwinCAT 3 Cogging Compensation für Linearmotoren |
TE5920 |
Windows 7, Windows 10, TwinCAT/BSD | Engineering |
| TwinCAT 3 Cogging Compensation Runtime |
TF5920 |
Windows 7, Windows 10, TwinCAT/BSD | Engineering, Runtime |
AMP8000
AMP8000 |
||||
| Baulänge | ||||
| 1 | 2 | 3 | 4 | |
| Flanschgröße | ||||
| F3 (72 mm) |
AMP8031 M0 = 1,36…1,38 Nm, nn = 3000…9000 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
AMP8032 M0 = 2,35…2,37 Nm, nn = 3000…9000 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
AMP8033 M0 = 3,10…3,15 Nm, nn = 3000…8000 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
|
| F4 (87 mm) |
AMP8041 M0 = 2,35…2,40 Nm, nn = 3000…8000 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
AMP8042 M0 = 3,84…4,10 Nm, nn = 2500…7000 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
AMP8043 M0 = 4,70…5,40 Nm, nn = 2500…7000 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
|
| F5 (104 mm) |
AMP8051 M0 = 4,40…4,60 Nm, nn = 2500…8000 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
AMP8052 M0 = 5,60…7,60 Nm, nn = 2000…7300 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
AMP8053 M0 = 9,60…10,20 Nm, nn = 2000…4000 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
AMP8054 M0 = 11,8 Nm, nn = 2000 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
AMP8500
AMP8500 |
|||
| Baulänge | |||
| 1 | 2 | 3 | |
| Flanschgröße | |||
| F3 (72 mm) |
AMP8531 M0 = 1,36…1,38 Nm, nn = 3000…9000 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
AMP8532 M0 = 2,35…2,37 Nm, nn = 3000…9000 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
AMP8533 M0 = 3,10…3,15 Nm, nn = 3000…8000 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
| F4 (87 mm) |
AMP8541 M0 = 2,35…2,40 Nm, nn = 3000…8000 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
AMP8542 M0 = 3,84…4,10 Nm, nn = 2500…7000 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
AMP8543 M0 = 4,70…5,40 Nm, nn = 2500…7000 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
| F5 (104 mm) |
AMP8551 M0 = 4,40…4,60 Nm, nn = 2500…8000 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
AMP8552 M0 = 5,60…7,60 Nm, nn = 2000…7300 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
AMP8552 M0 = 5,60…7,60 Nm, nn = 2000…7300 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
AMI8100
AMI8100 |
|||
| Baulänge | |||
| 1 | 2 | 3 | |
| Flanschgröße | |||
| F2 (58 mm) |
AMI8121 M0 = 0,48 Nm, nn = 3000 min-1 |
AMI8122 M0 = 0,78 Nm, nn = 2000…4500 min-1 |
AMI8123 M0 = 1,00 Nm, nn = 3000 min-1 |
| F3 (72 mm) |
AMI8131 Neu M0 = 1,20 Nm, nn = 1800 min-1 |
AMI8132 Neu M0 = 2,18 Nm, nn = 1000 min-1 |
AMI8133 Neu M0 = 2,85 Nm, nn = 800 min-1 |
Rotatorische Servomotoren
AM8000
AM8000 |
||||
| Baulänge | ||||
| 1 | 2 | 3 | 4 | |
| Flanschgröße | ||||
| F1 (40 mm) |
AM8011 M0 = 0,20 Nm, nn = 8000 min-1 |
AM8012 M0 = 0,38 Nm, nn = 8000 min-1 |
AM8013 M0 = 0,52 Nm, nn = 8000 min-1 |
|
| F2 (58 mm) |
AM8021 M0 = 0,50 Nm, nn = 8000…9000 min-1 |
AM8022 M0 = 0,80 Nm, nn = 8000…9000 min-1 |
AM8023 M0 = 1,20 Nm, nn = 8000…9000 min-1 |
|
| F3 (72 mm) |
AM8031 M0 = 1,37…1,40 Nm, nn = 3000…9000 min-1 |
AM8032 M0 = 2,37…2,38 Nm, nn = 3000…9000 min-1 |
AM8033 M0 = 3,20…3,22 Nm, nn = 3000…9000 min-1 |
|
| F4 (87 mm) |
AM8041 M0 = 2,37…2,45 Nm, nn = 3000…8000 min-1 |
AM8042 M0 = 4,10 Nm, nn = 2500…8000 min-1 |
AM8043 M0 = 5,60…5,65 Nm, nn = 2500…8000 min-1 |
AM8044 M0 = 7,10 Nm, nn = 2500…5000 min-1 |
| F5 (104 mm) |
AM8051 M0 = 4,80…6,30 Nm, nn = 2500…8000 min-1 |
AM8052 M0 = 8,20…10,7 Nm, nn = 2000…7300 min-1 |
AM8053 M0 = 11,4…15,4 Nm, nn = 2000…7000 min-1 |
AM8054 M0 = 13,8…17,2 Nm, nn = 2000…4000 min-1 |
| F6 (142 mm) |
AM8061 M0 = 12,8…17,1 Nm, nn = 1400…5000 min-1 |
AM8062 M0 = 21,1…29,9 Nm, nn = 1400…5000 min-1 |
AM8063 M0 = 29,0…41,4 Nm, nn = 1400…4000 min-1 |
AM8064 M0 = 35,0…49,0 Nm, nn = 1500…4000 min-1 |
| F7 (197 mm) |
AM8071 M0 = 31,8…42,8 Nm, nn = 1500…4000 min-1 |
AM8072 M0 = 54,6…80,7 Nm, nn = 1000…3000 min-1 |
AM8073 M0 = 70,0…104 Nm, nn = 1000…3000 min-1 |
AM8074 M0 = 92,0…129 Nm, nn = 1000…3000 min-1 |
AM8300
AM8300 |
|||
| Baulänge | |||
| 2 | 3 | 4 | |
| Flanschgröße | |||
| F3 (72 mm) |
AM8332 Neu M0 = 5,11 Nm, nn = 3000…9000 min-1 |
AM8333 Neu M0 = 7,90 Nm, nn = 3000…9000 min-1 |
|
| F4 (87 mm) |
AM8342 Neu M0 = 9,76 Nm, nn = 2500…8000 min-1 |
AM8343 Neu M0 = 15,5 Nm, nn = 2500…8000 min-1 |
AM8344 Neu M0 = 22,6 Nm, nn = 2500…5000 min-1 |
| F5 (104 mm) |
AM8352 Neu M0 = 17,0 Nm, nn = 2000…7300 min-1 |
AM8353 Neu M0 = 28,3 Nm, nn = 2000…7000 min-1 |
AM8354 Neu M0 = 31,8 Nm, nn = 2000…4000 min-1 |
| F6 (142 mm) |
AM8362 Neu M0 = 50,8 Nm, nn = 1400…5000 min-1 |
AM8363 Neu M0 = 79,4 Nm, nn = 1400…4000 min-1 |
AM8364 Neu M0 = 98,2 Nm, nn = 1500…4000 min-1 |
| F7 (197 mm) |
AM8372 Neu M0 = 129 Nm, nn = 1000…3000 min-1 |
AM8373 Neu M0 = 193 Nm, nn = 1000…3000 min-1 |
AM8374 Neu M0 = 274 Nm, nn = 1000…3000 min-1 |
AM8500
AM8500 |
|||
| Baulänge | |||
| 1 | 2 | 3 | |
| Flanschgröße | |||
| F3 (72 mm) |
AM8531 M0 = 1,37…1,40 Nm, nn = 3000…9000 min-1 |
AM8532 M0 = 2,37…2,38 Nm, nn = 3000…9000 min-1 |
AM8533 M0 = 3,20…3,22 Nm, nn = 3000…9000 min-1 |
| F4 (87 mm) |
AM8541 M0 = 2,37…2,45 Nm, nn = 3000…8000 min-1 |
AM8542 M0 = 4,10 Nm, nn = 2500…8000 min-1 |
AM8543 M0 = 5,60…5,65 Nm, nn = 2500…8000 min-1 |
| F5 (104 mm) |
AM8551 M0 = 4,80…6,30 Nm, nn = 2500…8000 min-1 |
AM8552 M0 = 8,20…10,7 Nm, nn = 2000…7300 min-1 |
AM8553 M0 = 11,4…15,4 Nm, nn = 2000…7000 min-1 |
| F6 (142 mm) |
AM8561 M0 = 12,8…17,1 Nm, nn = 1400…5000 min-1 |
AM8562 M0 = 21,1…29,9 Nm, nn = 1400…5000 min-1 |
AM8563 M0 = 29,0…41,1 Nm, nn = 1400…4000 min-1 |
AM8700
AM8700 |
|||
| Baulänge | |||
| 1 | 2 | 3 | |
| Flanschgröße | |||
| R2 (77 mm) |
AM8721 M0 = 0,5 Nm, nn = 8000 min-1 |
AM8722 M0 = 0,8 Nm, nn = 8000 min-1 |
AM8723 M0 = 1,2 Nm, nn = 8000 min-1 |
| R3 (89 mm) |
AM8731 M0 = 1,38 Nm, nn = 6000 min-1 |
AM8732 M0 = 2,37 Nm, nn = 6000 min-1 |
AM8733 M0 = 3,22 Nm, nn = 6000 min-1 |
| R4 (114 mm) |
AM8741 M0 = 2,45 Nm, nn = 6000 min-1 |
AM8742 M0 = 4,10 Nm, nn = 5000 min-1 |
AM8743 M0 = 5,65 Nm, nn = 5000 min-1 |
| R5 (134 mm) |
AM8751 M0 = 4,90 Nm, nn = 5000 min-1 |
AM8752 M0 = 8,20 Nm, nn = 4000 min-1 |
AM8753 M0 = 11,40 Nm, nn = 4000 min-1 |
| R6 (189 mm) |
AM8761 M0 = 12,80 Nm, nn = 3000 min-1 |
AM8762 M0 = 21,10 Nm, nn = 3000 min-1 |
AM8763 M0 = 29,00 Nm, nn = 3000 min-1 |
AM8800
AM8800 |
|||
| Baulänge | |||
| 1 | 2 | 3 | |
| Flanschgröße | |||
| R3 (89 mm) |
AM8831 M0 = 0,85 Nm, nn = 3000 min-1 |
AM8832 M0 = 1,40 Nm, nn = 3000 min-1 |
AM8833 M0 = 1,85 Nm, nn = 3000 min-1 |
| R4 (114 mm) |
AM8841 M0 = 1,60 Nm, nn = 3000 min-1 |
AM8842 M0 = 2,60 Nm, nn = 2500 min-1 |
AM8843 M0 = 3,50 Nm, nn = 2500 min-1 |
| R5 (134 mm) |
AM8851 M0 = 3,10 Nm, nn = 2500 min-1 |
AM8852 M0 = 4,80 Nm, nn = 2000 min-1 |
AM8853 M0 = 6,40 Nm, nn = 2000 min-1 |
| R6 (189 mm) |
AM8861 M0 = 7,75 Nm, nn = 1500 min-1 |
AM8862 M0 = 13,1 Nm, nn = 1500 min-1 |
AM8863 M0 = 16,7 Nm, nn = 1500 min-1 |
AMP8000
AMP8000 |
||||
| Baulänge | ||||
| 1 | 2 | 3 | 4 | |
| Flanschgröße | ||||
| F3 (72 mm) |
AMP8031 M0 = 1,36…1,38 Nm, nn = 3000…9000 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
AMP8032 M0 = 2,35…2,37 Nm, nn = 3000…9000 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
AMP8033 M0 = 3,10…3,15 Nm, nn = 3000…8000 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
|
| F4 (87 mm) |
AMP8041 M0 = 2,35…2,40 Nm, nn = 3000…8000 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
AMP8042 M0 = 3,84…4,10 Nm, nn = 2500…7000 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
AMP8043 M0 = 4,70…5,40 Nm, nn = 2500…7000 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
|
| F5 (104 mm) |
AMP8051 M0 = 4,40…4,60 Nm, nn = 2500…8000 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
AMP8052 M0 = 5,60…7,60 Nm, nn = 2000…7300 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
AMP8053 M0 = 9,60…10,20 Nm, nn = 2000…4000 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
AMP8054 M0 = 11,8 Nm, nn = 2000 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
AMP8500
AMP8500 |
|||
| Baulänge | |||
| 1 | 2 | 3 | |
| Flanschgröße | |||
| F3 (72 mm) |
AMP8531 M0 = 1,36…1,38 Nm, nn = 3000…9000 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
AMP8532 M0 = 2,35…2,37 Nm, nn = 3000…9000 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
AMP8533 M0 = 3,10…3,15 Nm, nn = 3000…8000 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
| F4 (87 mm) |
AMP8541 M0 = 2,35…2,40 Nm, nn = 3000…8000 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
AMP8542 M0 = 3,84…4,10 Nm, nn = 2500…7000 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
AMP8543 M0 = 4,70…5,40 Nm, nn = 2500…7000 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
| F5 (104 mm) |
AMP8551 M0 = 4,40…4,60 Nm, nn = 2500…8000 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
AMP8552 M0 = 5,60…7,60 Nm, nn = 2000…7300 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
AMP8552 M0 = 5,60…7,60 Nm, nn = 2000…7300 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
AM8100
AM8100 |
|||
| Baulänge | |||
| 1 | 2 | 3 | |
| Flanschgröße | |||
| F1 (40 mm) |
AM8111 M0 = 0,20 Nm, nn = 4000 min-1 |
AM8112 M0 = 0,38 Nm, nn = 4500 min-1 |
AM8113 M0 = 0,52 Nm, nn = 3000 min-1 |
| F2 (58 mm) |
AM8121 M0 = 0,50 Nm, nn = 3000 min-1 |
AM8122 M0 = 0,80 Nm, nn = 2000…8000 min-1 |
AM8123 M0 = 1,20 Nm, nn = 5000 min-1 |
| F3 (72 mm) |
AM8131 M0 = 1,30…1,35 Nm, nn = 1000…4000 min-1 |
AM8132 M0 = 2,37…2,40 Nm, nn = 1000…2500 min-1 |
AM8133 M0 = 3,2 Nm, nn = 2000 min-1 |
| F4 (87 mm) |
AM8141 M0 = 2,40 Nm, nn = 1000…2500 min-1 |
AM8142 M0 = 3,9 Nm, nn = 1500 min-1 |
|
AMI8100
AMI8100 |
|||
| Baulänge | |||
| 1 | 2 | 3 | |
| Flanschgröße | |||
| F2 (58 mm) |
AMI8121 M0 = 0,48 Nm, nn = 3000 min-1 |
AMI8122 M0 = 0,78 Nm, nn = 2000…4500 min-1 |
AMI8123 M0 = 1,00 Nm, nn = 3000 min-1 |
| F3 (72 mm) |
AMI8131 Neu M0 = 1,20 Nm, nn = 1800 min-1 |
AMI8132 Neu M0 = 2,18 Nm, nn = 1000 min-1 |
AMI8133 Neu M0 = 2,85 Nm, nn = 800 min-1 |
TExxxx | TwinCAT 3 Engineering
TExxxx | TwinCAT 3 Engineering |
|||
| Betriebssystem | Produkt-Typ | ||
| TwinCAT 3 Motion Designer |
TE5910 |
Windows 7, Windows 10 | Engineering |
| TwinCAT 3 Drive Manager 2 |
TE5950 |
Windows 7, Windows 10 | Engineering |
| TwinCAT Drive Manager |
TC Drive Manager |
Windows 7, Windows 10 | - |
| TwinCAT 3 Bode Plot Base |
TE1320 |
Windows 7, Windows 10 | Engineering, Runtime |
| TwinCAT 3 Autotuning |
TE5960 |
Windows 10 | Engineering |
| TwinCAT 3 Cogging Compensation für Linearmotoren |
TE5920 |
Windows 7, Windows 10, TwinCAT/BSD | Engineering |
| TwinCAT 3 Cogging Compensation Runtime |
TF5920 |
Windows 7, Windows 10, TwinCAT/BSD | Engineering, Runtime |
Planetengetriebe
AG2300
AG2300 |
|||
| Bauform | |||
| gerade | |||
| Baugröße | |||
| SP060 |
AG2300-+SP060S Nenn-Abtriebsdrehmoment 21…40 Nm |
||
| SP075 |
AG2300-+SP075S Nenn-Abtriebsdrehmoment 41…106 Nm |
||
| SP100 |
AG2300-+SP100S Nenn-Abtriebsdrehmoment 76…277 Nm |
||
| SP140 |
AG2300-+SP140S Nenn-Abtriebsdrehmoment 127…581 Nm |
||
| SP180 |
AG2300-+SP180S Nenn-Abtriebsdrehmoment 289…1162 Nm |
||
| SP210 |
AG2300-+SP210S Nenn-Abtriebsdrehmoment 728…2200 Nm |
||
| SP240 |
AG2300-+SP240S Nenn-Abtriebsdrehmoment 1344…3784 Nm |
||
AG2400
AG2400 |
|||
| Bauform | |||
| gerade | |||
| Baugröße | |||
| TP004 |
AG2400-+TP004S Nenn-Abtriebsdrehmoment 26…48 Nm |
||
| TP010 |
AG2400-+TP010S Nenn-Abtriebsdrehmoment 77…126 Nm |
||
| TP025 |
AG2400-+TP025S Nenn-Abtriebsdrehmoment 169…304 Nm |
||
| TP050 |
AG2400-+TP050S Nenn-Abtriebsdrehmoment 316…607 Nm |
||
| TP110 |
AG2400-+TP110S Nenn-Abtriebsdrehmoment 861…1408 Nm |
||
| TP300 |
AG2400-+TP300S Nenn-Abtriebsdrehmoment 1354…2353 Nm |
||
| TP500 |
AG2400-+TP500S Nenn-Abtriebsdrehmoment 2800…4400 Nm |
||
AG3210 | Economy-Planetengetriebe
AG3210 | Economy-Planetengetriebe |
|||
| Bauform | |||
| gerade | |||
| Baugröße | |||
| NP005 |
AG3210-+NP005S Nenn-Abtriebsdrehmoment 5,1…6,5 Nm |
||
| NP015 |
AG3210-+NP015S Nenn-Abtriebsdrehmoment 17…21 Nm |
||
| NP025 |
AG3210-+NP025S Nenn-Abtriebsdrehmoment 40…50 Nm |
||
| NP035 |
AG3210-+NP035S Nenn-Abtriebsdrehmoment 100…130 Nm |
||
| NP045 |
AG3210-+NP045S Nenn-Abtriebsdrehmoment 200…350 Nm |
||
AG3300
AG3300 |
|||
| Bauform | |||
| gerade | |||
| Baugröße | |||
| NPS015 |
AG3300-+NPS015S Nenn-Abtriebsdrehmoment 17…21 Nm |
||
| NPS025 |
AG3300-+NPS025S Nenn-Abtriebsdrehmoment 40…50 Nm |
||
| NPS035 |
AG3300-+NPS035S Nenn-Abtriebsdrehmoment 100…130 Nm |
||
| NPS045 |
AG3300-+NPS045S Nenn-Abtriebsdrehmoment 200…350 Nm |
||
AG3400
AG3400 |
|||
| Bauform | |||
| gerade | |||
| Baugröße | |||
| NPT005 |
AG3400-+NPT005S Nenn-Abtriebsdrehmoment 5,1…6,5 Nm |
||
| NPT015 |
AG3400-+NPT015S Nenn-Abtriebsdrehmoment 17…21 Nm |
||
| NPT025 |
AG3400-+NPT025S Nenn-Abtriebsdrehmoment 40…50 Nm |
||
| NPT035 |
AG3400-+NPT035S Nenn-Abtriebsdrehmoment 100…130 Nm |
||
| NPT045 |
AG3400-+NPT045S Nenn-Abtriebsdrehmoment 200…350 Nm |
||
AG2800
AG2800 |
|||
| Bauform | |||
| gerade | |||
| Baugröße | |||
| HDV015 |
AG2800-+HDV015S Nenn-Abtriebsdrehmoment 15…16 Nm |
||
| HDV025 |
AG2800-+HDV025S Nenn-Abtriebsdrehmoment 35…40 Nm |
||
| HDV035 |
AG2800-+HDV035S Nenn-Abtriebsdrehmoment 90…100 Nm |
||
AG2250
AG2250 |
||
| Bauform | ||
| gerade | gewinkelt | |
| Baugröße | ||
| PLE40 |
AG2250-+PLE40 Nenn-Abtriebsdrehmoment 5…20 Nm |
|
| PLE60 |
AG2250-+PLE60 Nenn-Abtriebsdrehmoment 15…64 Nm |
|
| PLE80 |
AG2250-+PLE80 Nenn-Abtriebsdrehmoment 38…120 Nm |
|
| WPLE40 |
AG2250-+WPLE40 Nenn-Abtriebsdrehmoment 4,5…20 Nm |
|
| WPLE60 |
AG2250-+WPLE60 Nenn-Abtriebsdrehmoment 14…64 Nm |
|
| WPLE80 |
AG2250-+WPLE80 Nenn-Abtriebsdrehmoment 38…120 Nm |
|
AG1000
AG1000 |
|||
| Bauform | |||
| gerade | |||
| Baugröße | |||
| PM52 |
AG1000-+PM52.i Nenn-Abtriebsdrehmoment 4 Nm |
||
| PM81 |
AG1000-+PM81.i Nenn-Abtriebsdrehmoment 20 Nm |
||
TExxxx | TwinCAT 3 Engineering
TExxxx | TwinCAT 3 Engineering |
|||
| Betriebssystem | Produkt-Typ | ||
| TwinCAT 3 Motion Designer |
TE5910 |
Windows 7, Windows 10 | Engineering |
| TwinCAT 3 Drive Manager 2 |
TE5950 |
Windows 7, Windows 10 | Engineering |
| TwinCAT Drive Manager |
TC Drive Manager |
Windows 7, Windows 10 | - |
| TwinCAT 3 Bode Plot Base |
TE1320 |
Windows 7, Windows 10 | Engineering, Runtime |
| TwinCAT 3 Autotuning |
TE5960 |
Windows 10 | Engineering |
| TwinCAT 3 Cogging Compensation für Linearmotoren |
TE5920 |
Windows 7, Windows 10, TwinCAT/BSD | Engineering |
| TwinCAT 3 Cogging Compensation Runtime |
TF5920 |
Windows 7, Windows 10, TwinCAT/BSD | Engineering, Runtime |
Translatorische Servomotoren
AL8000
AL8000 |
|||
| Baubreite | |||
| W2 (50 mm) | W4 (80 mm) | W6 (130 mm) | |
| Spitzenkraft | |||
| ≤ 500 N |
AL8021 Fmax = 120 N, Imax = 7,3 A, vmax = 12 m/s |
AL8041 Fmax = 230 N, Imax = 7,2 A, vmax = 7 m/s |
|
|
AL8022 Fmax = 240 N, Imax = 7,3 A, vmax = 12 m/s |
AL8042 Fmax = 460 N, Imax = 7,2 A, vmax = 7 m/s |
||
|
AL8024 Fmax = 480 N, Imax = 12 A, vmax = 12 m/s |
|||
| > 500…1500 N |
AL8026 Fmax = 720 N, Imax = 12 A, vmax = 10 m/s |
AL8043 Fmax = 690 N, Imax = 7,2/12 A, vmax = 3,5/7 m/s |
|
|
AL8044 Fmax = 920 N, Imax = 7,2/15 A, vmax = 3,5/7 m/s |
|||
|
AL8045 Fmax = 1150 N, Imax = 12/24 A, vmax = 3,5/7 m/s |
|||
|
AL8046 Fmax = 1380 N, Imax = 12/24 A, vmax = 3,5/7 m/s |
|||
| > 1500 N |
AL8048 Fmax = 1840 N, Imax = 15/29 A, vmax = 3,5/7 m/s |
AL8064 Fmax = 1800 N, Imax = 12/24 A, vmax = 3/6 m/s |
|
|
AL8065 Fmax = 2250 N, Imax = 15/24 A, vmax = 3/6 m/s |
|||
|
AL8066 Fmax = 2700 N, Imax = 18/42 A, vmax = 3/6 m/s |
|||
|
AL806A Fmax = 4500 N, Imax = 24/72 A, vmax = 3/6 m/s |
|||
|
AL806B Fmax = 4950 N, Imax = 29 A, vmax = 3 m/s |
|||
|
AL806F Fmax = 6750 N, Imax = 42/100 A, vmax = 3/6 m/s |
|||
AL8100
AA2500
AA2500 |
|
| Dauerkraft | |
| ≥ 300 N | |
| Spitzenkraft | |
| > 500…1500 N |
AA2518 Fp = 1050 N, Ip = 15 A, Fc = 300 N |
TExxxx | TwinCAT 3 Engineering
TExxxx | TwinCAT 3 Engineering |
|||
| Betriebssystem | Produkt-Typ | ||
| TwinCAT 3 Motion Designer |
TE5910 |
Windows 7, Windows 10 | Engineering |
| TwinCAT 3 Drive Manager 2 |
TE5950 |
Windows 7, Windows 10 | Engineering |
| TwinCAT Drive Manager |
TC Drive Manager |
Windows 7, Windows 10 | - |
| TwinCAT 3 Bode Plot Base |
TE1320 |
Windows 7, Windows 10 | Engineering, Runtime |
| TwinCAT 3 Autotuning |
TE5960 |
Windows 10 | Engineering |
| TwinCAT 3 Cogging Compensation für Linearmotoren |
TE5920 |
Windows 7, Windows 10, TwinCAT/BSD | Engineering |
| TwinCAT 3 Cogging Compensation Runtime |
TF5920 |
Windows 7, Windows 10, TwinCAT/BSD | Engineering, Runtime |
Kompakte Antriebstechnik
AM8100
AM8100 |
|||
| Baulänge | |||
| 1 | 2 | 3 | |
| Flanschgröße | |||
| F1 (40 mm) |
AM8111 M0 = 0,20 Nm, nn = 4000 min-1 |
AM8112 M0 = 0,38 Nm, nn = 4500 min-1 |
AM8113 M0 = 0,52 Nm, nn = 3000 min-1 |
| F2 (58 mm) |
AM8121 M0 = 0,50 Nm, nn = 3000 min-1 |
AM8122 M0 = 0,80 Nm, nn = 2000…8000 min-1 |
AM8123 M0 = 1,20 Nm, nn = 5000 min-1 |
| F3 (72 mm) |
AM8131 M0 = 1,30…1,35 Nm, nn = 1000…4000 min-1 |
AM8132 M0 = 2,37…2,40 Nm, nn = 1000…2500 min-1 |
AM8133 M0 = 3,2 Nm, nn = 2000 min-1 |
| F4 (87 mm) |
AM8141 M0 = 2,40 Nm, nn = 1000…2500 min-1 |
AM8142 M0 = 3,9 Nm, nn = 1500 min-1 |
|
AG2250
AG2250 |
||
| Bauform | ||
| gerade | gewinkelt | |
| Baugröße | ||
| PLE40 |
AG2250-+PLE40 Nenn-Abtriebsdrehmoment 5…20 Nm |
|
| PLE60 |
AG2250-+PLE60 Nenn-Abtriebsdrehmoment 15…64 Nm |
|
| PLE80 |
AG2250-+PLE80 Nenn-Abtriebsdrehmoment 38…120 Nm |
|
| WPLE40 |
AG2250-+WPLE40 Nenn-Abtriebsdrehmoment 4,5…20 Nm |
|
| WPLE60 |
AG2250-+WPLE60 Nenn-Abtriebsdrehmoment 14…64 Nm |
|
| WPLE80 |
AG2250-+WPLE80 Nenn-Abtriebsdrehmoment 38…120 Nm |
|
ASxxxx
ASxxxx |
|||||||
| Nennstrom (pro Phase) | |||||||
| 1,00 A | 1,50 A | 2,00 A | 5,00 A | 5,60 A | 6,50 A | 5,60 A | 6,40 A | |
| Flanschmaß | |||||||
| N1 (NEMA17/42 mm) |
AS1010 0,40 Nm |
||||||
|
AS1020 0,5 Nm |
|||||||
| N2 (NEMA23/56 mm) |
AS1030 0,6 Nm |
AS2021 0,8 Nm |
AS1050 1,2 Nm |
AS2022 1,50 Nm |
AS2023 1,8 Nm | 2,3 Nm |
||
| N3 (NEMA34/86 mm) |
AS2041 3,3 Nm |
AS2043 8,0 Nm |
|||||
|
AS1060 5,0 Nm |
AS2042 6,4 Nm |
||||||
AG1000
AG1000 |
|||
| Bauform | |||
| gerade | |||
| Baugröße | |||
| PM52 |
AG1000-+PM52.i Nenn-Abtriebsdrehmoment 4 Nm |
||
| PM81 |
AG1000-+PM81.i Nenn-Abtriebsdrehmoment 20 Nm |
||
AMI8100
AMI8100 |
|||
| Baulänge | |||
| 1 | 2 | 3 | |
| Flanschgröße | |||
| F2 (58 mm) |
AMI8121 M0 = 0,48 Nm, nn = 3000 min-1 |
AMI8122 M0 = 0,78 Nm, nn = 2000…4500 min-1 |
AMI8123 M0 = 1,00 Nm, nn = 3000 min-1 |
| F3 (72 mm) |
AMI8131 Neu M0 = 1,20 Nm, nn = 1800 min-1 |
AMI8132 Neu M0 = 2,18 Nm, nn = 1000 min-1 |
AMI8133 Neu M0 = 2,85 Nm, nn = 800 min-1 |
AL8100
EL/ELM7xxx | Kompakte Antriebstechnik
EL/ELM7xxx | Kompakte Antriebstechnik |
||||
| < 3 A | 3…5 A | > 5 A | 16 A | |
| Motorart | ||||
| Servomotor |
ELM7211-0010 Ieff = 4,5 A, 48 V DC |
|||
|
ELM7211-9016 Ieff = 4,5 A, 48 V DC, TwinSAFE Logic |
||||
|
ELM7211-9018 Ieff = 4,5 A, 48 V DC, Safe Motion, TwinSAFE Logic |
||||
|
ELM7212-0010 Ieff = 2 x 4,5 A, 48 V DC |
||||
|
ELM7212-9016 Ieff = 2 x 4,5 A, 48 V DC, TwinSAFE Logic |
||||
|
ELM7212-9018 Ieff = 2 x 4,5 A, 48 V DC, Safe Motion, TwinSAFE Logic |
||||
|
ELM7221-0010 Ieff = 8 A, 48 V DC |
||||
|
ELM7221-9016 Ieff = 8 A, 48 V DC, TwinSAFE Logic |
||||
|
ELM7221-9018 Ieff = 8 A, 48 V DC, Safe Motion, TwinSAFE Logic |
||||
|
ELM7222-0010 Ieff = 2 x 8,0 A, 48 V DC |
||||
|
ELM7222-9016 Ieff = 2 x 8,0 A, 48 V DC, TwinSAFE Logic |
||||
|
ELM7222-9018 Ieff = 2 x 8,0 A, 48 V DC, Safe Motion, TwinSAFE Logic |
||||
|
ELM7231-0010 Ieff = 16 A, 48 V DC |
||||
|
ELM7231-9016 Ieff = 16 A, 48 V DC, TwinSAFE Logic |
||||
|
ELM7231-9018 Ieff = 16 A, 48 V DC, Safe Motion, TwinSAFE Logic |
||||
|
EL7201-9014 Ieff = 2,8 A, 48 V DC, OCT, STO |
EL7211-9014 Ieff = 4,5 A, 48 V DC, OCT, STO |
EL7221-9014 Ieff = 7…8 A mit ZB8610, 48 V DC, OCT, STO |
||
|
EL7201-0010 Ieff = 2,8 A, 48 V DC, OCT |
EL7211-0010 Ieff = 4,5 A, 48 V DC, OCT |
|||
|
EL7201 Ieff = 2,8 A, 48 V DC, Resolver |
EL7211 Ieff = 4,5 A, 48 V DC, Resolver |
|||
| Schrittmotor |
EL7031 Imax = 1,5 A, 24 V DC |
EL7041 Imax = 5,0 A, 48 V DC, Inkr.-Enc. |
||
|
EL7031-0030 Imax = 2,8 A, 24 V DC |
EL7041-0052 Imax = 5,0 A, 48 V DC |
|||
|
EL7037 Imax = 1,5 A, 24 V DC, Inkr.-Enc., feldorientierte Regelung |
EL7047 Imax = 5,0 A, 48 V DC, Inkr.-Enc., feldorientierte Regelung |
|||
|
EL7047-9014 Imax = 5,0 A, 48 V DC, Inkr.-Enc., feldorientierte Regelung, STO |
||||
|
EL7062 Imax = 3 A, 5 V DC, Inkr.-Enc. |
||||
| DC-Motor-Endstufe |
EL7332 Imax = 1,0 A, 24 V DC |
EL7342 Imax = 3,5 A, 48 V DC, Inkr.-Enc. |
||
| BLDC |
EL7411 Ieff = 4,5 A, 48 V DC |
|||
|
EL7411-9014 Ieff = 4,5 A, 48 V DC, STO |
||||
| 4-Achs-Interface |
EM7004 4 Inkr.-Enc., 32 Digital-I/Os 24 V DC, 4 Analog-Ausgänge ±10 V |
|||
Die Standard-EtherCAT-Klemmen (ELxxxx) können optional als ESxxxx mit steckbarer Verdrahtungsebene bestellt werden.
EP7xxx | Kompakte Antriebstechnik
EP7xxx | Kompakte Antriebstechnik |
|||
| < 3 A | > 3 A | ||
| Funktion | |||
| Servomotormodul |
EP7211-0034 Ieff = 4,5 A, 48 V DC, OCT, STO geeignet, Antriebspr. MDP 742 |
||
|
EP7211-0035 Ieff = 4,5 A, 48 V DC, OCT, STO geeignet, Antriebspr. CiA DS402 |
|||
| Schrittmotormodul |
EP7041-1002 Imax = 1,5 A, 48 V DC, Inkremental-Encoder, 2 digitale Eingänge, 1 digitaler Ausgang |
||
|
EP7041-0002 Imax = 5 A, 48 V DC, Inkremental-Encoder, 2 digitale Eingänge, 1 digitaler Ausgang |
EP7047-1032 Imax = 5,0 A, 48 V DC |
||
|
EP7041-2002 Imax = 5 A, 48 V DC, Inkremental-Encoder, 2 digitale Eingänge, 1 digitaler Ausgang, Motoranschluss über Stecker |
EP7041-4032 Imax = 5,0 A, 48 V DC, BiSS-C-Encoder |
||
|
EP7041-3002 Imax = 5 A, 48 V DC, Inkremental-Encoder, für Highspeed-Anwendungen, Gebersystem (24-V-DC-Encoder) |
|||
|
EP7041-3102 Imax = 5 A, 48 V DC, Inkremental-Encoder, für Highspeed-Anwendungen, Gebersystem (5-V-DC-Encoder) |
|||
| DC-Motor-Endstufe |
EP7342-0002 Imax = 3,5 A, 48 V DC |
||
| Motor-Controller-Box |
EP7402-0057 für Rollenbahnsysteme, 24 V DC, EtherCAT-Abzweig |
||
|
EP7402-0167 für Rollenbahnsysteme, 48 V DC |
|||
EPP7xxx | Kompakte Antriebstechnik
EPP7xxx | Kompakte Antriebstechnik |
||
| < 3 A | > 3 A | |
| Funktion | ||
| Schrittmotormodul |
EPP7041-1002 Imax = 1,5 A, 48 V DC, Inkremental-Encoder |
|
|
EPP7041-3002 Imax = 5,0 A, 48 V DC, Inkremental-Encoder |
||
| DC-Motor-Endstufe |
EPP7342-0002 Imax = 3,5 A, 48 V DC |
|
ER7xxx | Motion
ER7xxx | Motion |
||
| < 3 A | > 3 A | |
| Funktion | ||
| Schrittmotormodul |
ER7041-1002 Imax = 1,5 A, Inkremental-Encoder, 2 digitale Eingänge, 1 digitaler Ausgang |
|
|
ER7041-0002 Imax = 5 A, Inkremental-Encoder, 2 digitale Eingänge, 1 digitaler Ausgang |
||
|
ER7041-2002 Imax = 5 A, Inkremental-Encoder, 2 digitale Eingänge, 1 digitaler Ausgang, Motoranschluss über Stecker |
||
|
ER7041-3002 Imax = 5 A, Inkremental-Encoder, für Highspeed-Anwendungen, Gebersystem (24-V-DC-Encoder) |
||
| DC-Motor-Endstufe |
ER7342-0002 Imax = 3,5 A, 48 V DC |
|
EJ7xxx | Kompakte Antriebstechnik
EJ7xxx | Kompakte Antriebstechnik |
|||
| < 3 A | 3…5 A | ||
| Motorart | |||
| Servomotor |
EJ7211-0010 Ieff = 4,5 A, 48 V DC, OCT |
||
|
EJ7211-9414 Ieff = 4,5 A, 48 V DC, OCT, STO, TwinSAFE SC |
|||
| Schrittmotor |
EJ7031 Imax = 1,5 A, 24 V DC |
EJ7041-0052 Imax = 5,0 A, 48 V DC |
|
|
EJ7037 Imax = 1,5 A, 24 V DC, Inkremental-Encoder, feldorientierte Regelung |
|||
|
EJ7047 Imax = 5,0 A, 48 V DC, Inkremental-Encoder, feldorientierte Regelung |
|||
| DC-Motor-Endstufe |
EJ7334-0008 Imax = 3,0 A, 24 V DC |
||
|
EJ7342 Imax = 3,5 A, 48 V DC, Inkremental-Encoder |
|||
| BLDC |
EJ7411 Ieff = 4,5 A, 48 V DC |
||
KL2xxx | Motion
KL2xxx | Motion |
||
| < 3 A | 3…5 A | |
| Schrittmotor |
KL2531 Imax = 1,5 A, 24 V DC |
KL2541 Imax = 5,0 A, 48 V DC, Inkremental-Encoder |
| DC-Motor-Endstufe |
KL2532 Imax = 1,0 A, 24 V DC |
KL2552 Imax = 5,0 A, 48 V DC, Inkremental-Encoder |
|
KL2284 Wendeschaltung, Imax = 2,0 A, 0…24 V DC |
||
| AC-Motor-Drehzahlsteller |
KL2791 230 V AC, 200 VA, 1-Phasen-Wechselstrommotor |
|
Die Standard-Busklemmen (KLxxxx) können optional als KSxxxx mit steckbarer Verdrahtungsebene bestellt werden.
TExxxx | TwinCAT 3 Engineering
TExxxx | TwinCAT 3 Engineering |
|||
| Betriebssystem | Produkt-Typ | ||
| TwinCAT 3 Motion Designer |
TE5910 |
Windows 7, Windows 10 | Engineering |
| TwinCAT 3 Drive Manager 2 |
TE5950 |
Windows 7, Windows 10 | Engineering |
| TwinCAT Drive Manager |
TC Drive Manager |
Windows 7, Windows 10 | - |
| TwinCAT 3 Bode Plot Base |
TE1320 |
Windows 7, Windows 10 | Engineering, Runtime |
| TwinCAT 3 Autotuning |
TE5960 |
Windows 10 | Engineering |
| TwinCAT 3 Cogging Compensation für Linearmotoren |
TE5920 |
Windows 7, Windows 10, TwinCAT/BSD | Engineering |
| TwinCAT 3 Cogging Compensation Runtime |
TF5920 |
Windows 7, Windows 10, TwinCAT/BSD | Engineering, Runtime |
AMI8100
AMI8100 |
|||
| Baulänge | |||
| 1 | 2 | 3 | |
| Flanschgröße | |||
| F2 (58 mm) |
AMI8121 M0 = 0,48 Nm, nn = 3000 min-1 |
AMI8122 M0 = 0,78 Nm, nn = 2000…4500 min-1 |
AMI8123 M0 = 1,00 Nm, nn = 3000 min-1 |
| F3 (72 mm) |
AMI8131 Neu M0 = 1,20 Nm, nn = 1800 min-1 |
AMI8132 Neu M0 = 2,18 Nm, nn = 1000 min-1 |
AMI8133 Neu M0 = 2,85 Nm, nn = 800 min-1 |
TwinSAFE sichere Antriebstechnik
TwinSAFE sichere Antriebstechnik |
||||
| Motorart | ||||
| Servomotor | Schrittmotor | BLDC | ||
| Produktserie | ||||
| EL7xxx | EtherCAT-Klemmen |
EL7201-9014 Ieff = 2,8 A, 48 V DC, OCT, STO |
EL7047-9014 Imax = 5,0 A, 48 V DC, Inkr.-Enc., feldorientierte Regelung, STO |
EL7411-9014 Ieff = 4,5 A, 48 V DC, STO |
|
|
EL7211-9014 Ieff = 4,5 A, 48 V DC, OCT, STO |
||||
|
EL7221-9014 Ieff = 7…8 A mit ZB8610, 48 V DC, OCT, STO |
||||
|
ELM7211-9016 Ieff = 4,5 A, 48 V DC, TwinSAFE Logic |
ELM7211-9018 Ieff = 4,5 A, 48 V DC, Safe Motion, TwinSAFE Logic |
|||
|
ELM7212-9016 Ieff = 2 x 4,5 A, 48 V DC, TwinSAFE Logic |
ELM7212-9018 Ieff = 2 x 4,5 A, 48 V DC, Safe Motion, TwinSAFE Logic |
|||
|
ELM7221-9016 Ieff = 8 A, 48 V DC, TwinSAFE Logic |
ELM7221-9018 Ieff = 8 A, 48 V DC, Safe Motion, TwinSAFE Logic |
|||
|
ELM7222-9016 Ieff = 2 x 8,0 A, 48 V DC, TwinSAFE Logic |
ELM7222-9018 Ieff = 2 x 8,0 A, 48 V DC, Safe Motion, TwinSAFE Logic |
|||
|
ELM7231-9016 Ieff = 16 A, 48 V DC, TwinSAFE Logic |
ELM7231-9018 Ieff = 16 A, 48 V DC, Safe Motion, TwinSAFE Logic |
|||
| EP7xxx | EtherCAT Box | Industriegehäuse |
EP7211-0034 Ieff = 4,5 A, 48 V DC, OCT, STO geeignet, Antriebspr. MDP 742 |
|||
| EJ7xxx | EtherCAT-Steckmodule |
EJ7211-9414 Ieff = 4,5 A, 48 V DC, OCT, STO, TwinSAFE SC |
|||
XTS | Das lineare Transportsystem
XTS Motormodule
XTS Motormodule |
||
| Ausführung | ||
| XTS Standard | XTS Hygienic | |
| Bauform | ||
| Gerade |
AT2000 gerade, ohne Einspeisung |
ATH2000 gerade, ohne Einspeisung |
|
AT2001 gerade, mit Anschlussleitungen zur Einspeisung |
ATH2001 gerade, mit Einspeisung |
|
|
AT2002 gerade, mit Steckverbinder zur Einspeisung |
ATH2002 gerade, mit abgewinkelter Einspeisung |
|
|
AT2100 gerade, ohne Einspeisung, mit integrierter NCT-Funktionalität |
||
|
AT2102 gerade, mit Steckverbinder zur Einspeisung, mit integrierter NCT-Funktionalität |
||
|
22,5°-Kurvensegment Ø 1273 mm |
AT2020 22,5°-Kurvensegment, ohne Einspeisung |
|
|
AT2021 22,5°-Kurvensegment, mit Anschlussleitungen zur Einspeisung |
||
|
-22,5°-Kurvensegment Ø 1273 mm |
AT2025 -22,5°-Kurvensegment, ohne Einspeisung |
|
|
AT2026 -22,5°-Kurvensegment, mit Anschlussleitungen zur Einspeisung |
||
|
45°-Kurvensegment Ø 637 mm |
AT2040 45°-Kurvensegment, ohne Einspeisung |
ATH2040 45°-Kurvensegment, ohne Einspeisung |
|
AT2041 45°-Kurvensegment, mit Anschlussleitungen zur Einspeisung |
ATH2041 45°-Kurvensegment, mit gerader Einspeisung |
|
|
ATH2042 45°-Kurvensegment, mit abgewinkelter Einspeisung |
||
|
180°-Kurvensegment Klothoide |
AT2050 180°-Kurvensegment, ohne Einspeisung |
ATH2050 180°-Kurvensegment, ohne Einspeisung |
|
ATH2051 180°-Kurvensegment, mit gerader Einspeisung |
||
XTS Führungsschienen
XTS Führungsschienen |
||
| Ausführung | ||
| XTS Standard | XTS Hygienic | |
| Bauform | ||
| Gerade |
AT9000 gerade, ohne Schleuse |
ATH9000 gerade, ohne Schleuse |
|
AT9100 gerade, mit Schleuse |
ATH9100 gerade, mit Schleuse |
|
|
ATH9200 gerade, Verbinder |
||
|
45°-Kurvensegment für Ø 637 mm |
AT9040 45°-Kurvensegment, ohne Schleuse |
|
|
180°-Kurvensegment Klothoide |
AT9050 180°-Kurvensegment, ohne Schleuse |
ATH9050 180°-Kurvensegment |
NCT-Elektronik
NCT-Elektronik |
||||
| Ausführung | ||||
| Basiselektronik |
AT8200-1000-0100 NCT-Elektronik, mit Gehäuse, ohne Mover |
AT8200-2000-0100 NCT-Elektronik, mit Gehäuse, ohne Mover, passend für externe Mover |
AT8300-1100-0100 NCT-Elektronik, mit Gehäuse, montiert auf Mover AT9014-1070-0550 |
AT8300-1200-0100 NCT-Elektronik, mit Gehäuse, montiert auf Mover AT9014-1070-1550 (Mover 1) |
XTS Software
XTS Software |
||||
| Betriebssystem | Engineering/Runtime | TwinCAT-3-Level | ||
| TwinCAT 3 XTS Extension |
TF5850 |
Windows 7, Windows 10 | Engineering | 70…84 |
XPlanar | eXtended Planarmotorsystem
XPlanar
XPlanar |
|||||
| Mover |
APM4220-0000-0000 0,6 kg Nutzlast, 113 mm x 113 mm x 12 mm |
APM4221-0000-0000 1,0 kg Nutzlast, 127 mm x 127 mm x 12 mm |
APM4330-0000-0000 1,8 kg Nutzlast, 155 mm x 155 mm x 12 mm |
APM4330-0001-0000 1,2 kg Nutzlast, 155 mm x 155 mm x 12 mm, Edelstahl |
APM4550-0000-0000 4,5 kg Nutzlast, 235 mm x 235 mm x 12 mm |
|
APM4230-0000-0000 Neu 0,8 kg Nutzlast, 115 mm x 155 mm x 12 mm |
APM4350-0000-0000 Neu 3,0 kg Nutzlast, 155 mm x 235 mm x 12 mm |
||||
| Kachel |
APS4322-0000-0000 240 mm x 240 mm |
APS4244-1x00-0000 Neu 320 mm x 320 mm |
APS4224-1x00-0000 Neu 160 mm x 320 mm |
||
| Zubehör |
APM9001-0000-4xxx XPlanar-ID-Bumper, 90°-Mover-Rotation |
||||
TwinSAFE sichere Antriebstechnik
AX8000
AX8000 |
||||
| Funktion | ||||
| Achsmodule |
AX8108 Einachsmodul 8 A, Feedback: OCT, Multi-Feedback-Interface, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
AX8118 Einachsmodul 18 A, Feedback: OCT, Multi-Feedback-Interface, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
AX8128 Neu Einachsmodul 28 A, Feedback: OCT, Multi-Feedback-Interface, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
AX8206 Doppelachsmodul 2 x 6 A, Feedback: OCT, Multi-Feedback-Interface, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
| Kombinierte Einspeise- und Achsmodule |
AX8525 kombiniertes Einspeise- und Achsmodul 25 A, Feedback: OCT, Multi-Feedback-Interface, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
AX8540 kombiniertes Einspeise- und Achsmodul 40 A, Feedback: OCT, Multi-Feedback-Interface, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
||
AX5000
AMP8000
AMP8000 |
||||
| Baulänge | ||||
| 1 | 2 | 3 | 4 | |
| Flanschgröße | ||||
| F3 (72 mm) |
AMP8031 M0 = 1,36…1,38 Nm, nn = 3000…9000 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
AMP8032 M0 = 2,35…2,37 Nm, nn = 3000…9000 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
AMP8033 M0 = 3,10…3,15 Nm, nn = 3000…8000 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
|
| F4 (87 mm) |
AMP8041 M0 = 2,35…2,40 Nm, nn = 3000…8000 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
AMP8042 M0 = 3,84…4,10 Nm, nn = 2500…7000 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
AMP8043 M0 = 4,70…5,40 Nm, nn = 2500…7000 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
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| F5 (104 mm) |
AMP8051 M0 = 4,40…4,60 Nm, nn = 2500…8000 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
AMP8052 M0 = 5,60…7,60 Nm, nn = 2000…7300 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
AMP8053 M0 = 9,60…10,20 Nm, nn = 2000…4000 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
AMP8054 M0 = 11,8 Nm, nn = 2000 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
AMP8500
AMP8500 |
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| Baulänge | |||
| 1 | 2 | 3 | |
| Flanschgröße | |||
| F3 (72 mm) |
AMP8531 M0 = 1,36…1,38 Nm, nn = 3000…9000 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
AMP8532 M0 = 2,35…2,37 Nm, nn = 3000…9000 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
AMP8533 M0 = 3,10…3,15 Nm, nn = 3000…8000 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
| F4 (87 mm) |
AMP8541 M0 = 2,35…2,40 Nm, nn = 3000…8000 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
AMP8542 M0 = 3,84…4,10 Nm, nn = 2500…7000 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
AMP8543 M0 = 4,70…5,40 Nm, nn = 2500…7000 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
| F5 (104 mm) |
AMP8551 M0 = 4,40…4,60 Nm, nn = 2500…8000 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
AMP8552 M0 = 5,60…7,60 Nm, nn = 2000…7300 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
AMP8552 M0 = 5,60…7,60 Nm, nn = 2000…7300 min-1, TwinSAFE Logic, TwinSAFE: STO/SS1, Safe Motion |
AMI8100
AMI8100 |
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| Baulänge | |||
| 1 | 2 | 3 | |
| Flanschgröße | |||
| F2 (58 mm) |
AMI8121 M0 = 0,48 Nm, nn = 3000 min-1 |
AMI8122 M0 = 0,78 Nm, nn = 2000…4500 min-1 |
AMI8123 M0 = 1,00 Nm, nn = 3000 min-1 |
| F3 (72 mm) |
AMI8131 Neu M0 = 1,20 Nm, nn = 1800 min-1 |
AMI8132 Neu M0 = 2,18 Nm, nn = 1000 min-1 |
AMI8133 Neu M0 = 2,85 Nm, nn = 800 min-1 |
TwinSAFE sichere Antriebstechnik
TwinSAFE sichere Antriebstechnik |
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| Motorart | ||||
| Servomotor | Schrittmotor | BLDC | ||
| Produktserie | ||||
| EL7xxx | EtherCAT-Klemmen |
EL7201-9014 Ieff = 2,8 A, 48 V DC, OCT, STO |
EL7047-9014 Imax = 5,0 A, 48 V DC, Inkr.-Enc., feldorientierte Regelung, STO |
EL7411-9014 Ieff = 4,5 A, 48 V DC, STO |
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EL7211-9014 Ieff = 4,5 A, 48 V DC, OCT, STO |
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EL7221-9014 Ieff = 7…8 A mit ZB8610, 48 V DC, OCT, STO |
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ELM7211-9016 Ieff = 4,5 A, 48 V DC, TwinSAFE Logic |
ELM7211-9018 Ieff = 4,5 A, 48 V DC, Safe Motion, TwinSAFE Logic |
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ELM7212-9016 Ieff = 2 x 4,5 A, 48 V DC, TwinSAFE Logic |
ELM7212-9018 Ieff = 2 x 4,5 A, 48 V DC, Safe Motion, TwinSAFE Logic |
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ELM7221-9016 Ieff = 8 A, 48 V DC, TwinSAFE Logic |
ELM7221-9018 Ieff = 8 A, 48 V DC, Safe Motion, TwinSAFE Logic |
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ELM7222-9016 Ieff = 2 x 8,0 A, 48 V DC, TwinSAFE Logic |
ELM7222-9018 Ieff = 2 x 8,0 A, 48 V DC, Safe Motion, TwinSAFE Logic |
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ELM7231-9016 Ieff = 16 A, 48 V DC, TwinSAFE Logic |
ELM7231-9018 Ieff = 16 A, 48 V DC, Safe Motion, TwinSAFE Logic |
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| EP7xxx | EtherCAT Box | Industriegehäuse |
EP7211-0034 Ieff = 4,5 A, 48 V DC, OCT, STO geeignet, Antriebspr. MDP 742 |
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| EJ7xxx | EtherCAT-Steckmodule |
EJ7211-9414 Ieff = 4,5 A, 48 V DC, OCT, STO, TwinSAFE SC |
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