Pilz – 8177048

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

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.

Mo = 94,0Nm Io = 53,9A; UN = 400V nN = 2000min-1; Jmot = 188,46 kgcm2; Encoder EQN 1135 EnDat2.2 multiturn;; with brake;

Mo = 48,2Nm Io = 31,1A; UN = 400V nN = 3000min-1; Jmot = 83,5 kgcm2; Encoder ECI 1118 EnDat2.2 singleturn;; without brake;

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.

Mo = 30,2Nm Io = 19,5A; UN = 400V nN = 3000min-1; Jmot = 39,68 kgcm2; Encoder EQN 1135 EnDat2.2 multiturn;; with brake;

Mo = 30.2 Nm Io = 19.5 A UN = 400 V nN = 3000 min-1 Jmot = 34.0 kgcm2; Encoder ECI 1118 EnDat2.2 single-turn; without brake.

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.

Mo = 39.4 Nm Io = 25.4 A UN = 400 V nN = 3000 min-1 Jmot = 34.0 kgcm2; Encoder ECI 1118 EnDat2.2 single-turn; without brake; Water cooling.

Mo = 30,0Nm Io = 25,2A; UN = 400 V nN = 4500 min-1; Jmot = 34.0 kgcm2; Encoder ECI 1118 EnDat2.2 single-turn;; without brake.

Mo = 14,3Nm Io = 16,5A; UN = 400V nN = 6000min-1; Jmot = 15,443 kgcm2; Encoder ECI 1118 EnDat2.2 singleturn;; with brake;

Mo = 14,4Nm Io = 9,6A; UN = 400V nN = 3000min-1; Jmot = 15,443 kgcm2; Encoder EQN 1135 EnDat2.2 multiturn;; with brake;