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Servomotorerne PMCtendo SZ – tekniske egenskaber

Der er servomotorer til rådighed i forskellige kølevarianter og størrelser: K = konvektionskølet, W = vandkølet, F = ekstern ventilation. Der kan vælges flere parametre som f.eks. feedback og omdrejningstal.

Produktnummer Beskrivelse
8177021

Mo = 10.6 Nm Io = 11.60 A UN = 400 V nN = 6000 min-1 Jmot = 7.58 kgcm2 Encoder ECI 1118 EnDat2.2 single-turn; without brake.

8177022

Mo = 4.4 Nm Io = 5.80 A UN = 400 V nN = 6000 min-1 Jmot = 3.45 kgcm2 Encoder ECI 1118 EnDat2.2 single-turn; with brake.

8177023

Mo = 0.95 Nm Io = 2.02 A UN = 400 V nN = 6000 min-1 Jmot = 0.19 kgcm2 Encoder ECI 1118 EnDat2.2 single-turn; without brake.

8177024

Mo = 66.1 Nm Io = 37.9 A UN = 400 V nN = 2000 min-1 Jmot = 133 kgcm2 Encoder ECI 1118 EnDat2.2 single-turn; without brake.

8177026

Mo = 41.8 Nm Io = 26.5 A UN = 400 V nN = 3000 min-1 Jmot = 34.0 kgcm2 Encoder EQN 1135 EnDat2.2 multi-turn; without brake; separate ventilation.

8177025

Mo = 20.8 Nm Io = 14.0 A UN = 400 V nN = 3000 min-1 Jmot = 21.6 kgcm2 Encoder ECI 1118 EnDat2.2 single-turn; without brake.

8177029

Mo = 2.8 Nm Io = 5.36 A UN = 400 V nN = 6000 min-1 Jmot = 1.11 kgcm2 Encoder EQN 1135 EnDat2.2 multi-turn; with brake.

8177028

Mo = 2.8 Nm Io = 5.36 A UN = 400 V nN = 6000 min-1 Jmot = 0.93 kgcm2 Encoder EQN 1135 EnDat2.2 multi-turn; without brake.

8177027

Mo = 39.4 Nm Io = 32.8 A UN = 400 V nN = 4500 min-1 Jmot = 47.6 kgcm2 Encoder ECI 1118 EnDat2.2 single-turn; without brake and increased inertia separate ventilation.

8177030

Mo = 23.4 Nm Io = 14.7 A UN = 400 V nN = 3000 min-1 Jmot = 13.9 kgcm2 Encoder EQN 1135 EnDat2.2 multi-turn; without brake; separate ventilation.

8177031

Mo = 4.4 Nm Io = 5.80 A UN = 400 V nN = 6000 min-1 Jmot = 3.45 kgcm2 Encoder EQN 1135 EnDat2.2 multi-turn; with brake.

8177032

Mo = 4.4 Nm Io = 5.80 A UN = 400 V nN = 6000 min-1 Jmot = 2.90 kgcm2 Encoder EQN 1135 EnDat2.2 multi-turn; without brake.

8177033

Mo = 23.4 Nm Io = 14.7 A UN = 400 V nN = 3000 min-1 Jmot = 12.2 kgcm2 Encoder ECI 1118 EnDat2.2 single-turn; without brake; separate ventilation.

8177034

Mo = 4.4 Nm Io = 5.80 A UN = 400 V nN = 6000 min-1 Jmot = 2.90 kgcm2 Encoder ECI 1118 EnDat2.2 single-turn; without brake.

8177035

Mo = 28.0 Nm Io = 20.0 A UN = 400 V nN = 3000 min-1 Jmot = 27.28 kgcm2 Encoder ECI 1118 EnDat2.2 single-turn; with brake; separate ventilation.

8177036

Mo = 4.9 Nm Io = 7.43 A UN = 400 V nN = 6000 min-1 Jmot = 1.63 kgcm2 Encoder ECI 1118 EnDat2.2 single-turn; without brake.

8177037

Mo = 20.0 Nm Io = 17.8 A UN = 400 V nN = 4500 min-1 Jmot = 27.28 kgcm2 Encoder EQN 1135 EnDat2.2 multi-turn; with brake.

8177038

Mo = 0,95Nm Io = 2,02A UN = 400V nN = 3000min-1 Jmot = 0,376 kgcm2 Encoder ECI 1118 EnDat2.2 singleturn; with brake;

8177039

Mo = 0,95Nm Io = 2,02A UN = 400V nN = 3000min-1 Jmot = 0,19 kgcm2 Encoder ECI 1118 EnDat2.2 singleturn; without brake;

8177041

Mo = 1,68Nm Io = 1,67A UN = 400V nN = 3000min-1 Jmot = 0,29 kgcm2 Encoder EQN 1135 EnDat2.2 multiturn; without brake;

8177042

Mo = 0,95Nm Io = 2,02A UN = 400V nN = 6000min-1 Jmot = 0,19 kgcm2 Encoder EQN 1135 EnDat2.2 multiturn; without brake;

8177040

Mo = 66,1Nm Io = 37,9A UN = 400V nN = 2000min-1 Jmot = 170,2 kgcm2 Encoder EQN 1135 EnDat2.2 multiturn; without brake; with increased mass inertia

8177043

Mo = 23,4Nm Io = 14,7A UN = 400V nN = 3000min-1 Jmot = 13,9 kgcm2 Encoder ECI 1118 EnDat2.2 singleturn; without brake;

8177044

Mo = 3,0Nm Io = 2,88A UN = 400V nN = 3000min-1 Jmot = 1,122 kgcm2 Encoder ECI 1118 EnDat2.2 singleturn; with brake;

8177046

Mo = 0,95Nm Io = 2,02A UN = 400V nN = 3000min-1 Jmot = 0,19 kgcm2 Encoder EQN 1135 EnDat2.2 multiturn; without brake;

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