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PMCtendo AC - Technical features

The energy-efficient servo motors PMCtendo SZ, which are available in different types and sizes, are suitable for new installations. When subsequently buying existing applications, servo motors PMCtendo AC are available.

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Product number Description
1105762

without brake; Feedback system Resolver 2-pole; Mo = 4.00 Nm Io = 2.50 A UN = 400 V nN = 3000 min-1 Jmot = 6.20 kgcm2.

1106099

without brake; Feedback system Resolver 2-pole; Mo = 16.00 Nm Io = 6.50 A UN = 400 V nN = 2000 min-1 Jmot = 22.10 kgcm2.

1106187

with brake; Feedback system Hiperface multi-turn; Mo = 4.00 Nm Io = 2.50 A UN = 400 V nN = 3000 min-1 Jmot = 9.80 kgcm2.

1106237

with brake; Feedback system Resolver 2-pole; Mo = 8.00 Nm Io = 4.90 A UN = 400 V nN = 3000 min-1 Jmot = 13.60 kgcm2.

1106238

without brake; Feedback system Resolver 2-pole; Mo = 12.00 Nm Io = 7.40 A UN = 400 V nN = 3000 min-1 Jmot = 17.40 kgcm2.

1106244

with brake; Feedback system Hiperface multi-turn; Mo = 12.00 Nm Io = 9.80 A UN = 400 V nN = 4000 min-1 Jmot = 26.90 kgcm2.

1106249

without brake; Feedback system Hiperface single-turn; Mo = 4.0 Nm Io = 2.5 A UN = 400 V nN = 3000 min-1 Jmot = 6.2 kgcm2.

1106255

with brake; Feedback system Hiperface multi-turn; Mo = 6.00 Nm Io = 3.70 A UN = 400 V nN = 3000 min-1 Jmot = 11.61 kgcm2.

1106257

with brake; Feedback system Resolver 2-pole; Mo = 12.00 Nm Io = 7.40 A UN = 400 V nN = 3000 min-1 Jmot = 26.90 kgcm2.

1106259

without brake; Feedback system Hiperface single-turn; Mo = 6.0 Nm Io = 3.7 A UN = 400 V nN = 3000 min-1 Jmot = 8.01 kgcm2.

1106264

without brake; Feedback system Resolver 2-pole; Mo = 10.00 Nm Io = 6.10 A UN = 400 V nN = 3000 min-1 Jmot = 11.90 kgcm2.

1106360

without brake; Feedback system Hiperface single-turn; Mo = 10.0 Nm Io = 6.1 A UN = 400 V nN = 3000 min-1 Jmot = 11.9 kgcm2.

1106361

without brake; Feedback system Hiperface single-turn; Mo = 20.0 Nm Io = 12.3 A UN = 400 V nN = 3000 min-1 Jmot = 26.8 kgcm2.

1106435

without brake; Feedback system Resolver 2-pole; Mo = 8.00 Nm Io = 4.90 A UN = 400 V nN = 3000 min-1 Jmot = 12.70 kgcm2.

1106436

without brake; Feedback system Hiperface multi-turn; Mo = 16.0 Nm Io = 9.8 A UN = 400 V nN = 3000 min-1 Jmot = 22.1 kgcm2.

1106442

without brake; Feedback system Hiperface multi-turn; Mo = 20.0 Nm Io = 12.3 A UN = 400 V nN = 3000 min-1 Jmot = 26.8 kgcm2.

8162295

without brake; Feedback system Resolver 2-pole; Mo = 3.00 Nm Io = 2.06 A UN = 400 V nN = 3000 min-1 Jmot = 1.74 kgcm2.

8162702

with brake; Feedback system Resolver 2-pole; Mo = 4.00 Nm Io = 2.50 A UN = 400 V nN = 3000 min-1 Jmot = 9.80 kgcm2.

8162706

without brake; Feedback system Resolver 2-pole; Mo = 24.00 Nm Io = 14.70 A UN = 400 V nN = 3000 min-1 Jmot = 31.50 kgcm2.

8163933

with brake; Feedback system Resolver 2-pole; Mo = 20.00 Nm Io = 16.40 A UN = 400 V nN = 4000 min-1 Jmot = 36.30 kgcm2.

8163942

with brake; Feedback system Resolver 2-pole; Mo = 16.00 Nm Io = 9.80 A UN = 400 V nN = 3000 min-1 Jmot = 31.60 kgcm2.

8164784

without brake; Feedback system Hiperface single-turn; Mo = 2.5 Nm Io = 3.44 A UN = 400 V nN = 6000 min-1 Jmot = 1.42 kgcm2.

8164979

with brake; Feedback system Resolver 2-pole; Mo = 12.00 Nm Io = 7.40 A UN = 400 V nN = 3000 min-1 Jmot = 26.90 kgcm2.

8166265

without brake; Feedback system Resolver 2-pole; Mo = 6.00 Nm Io = 7.40 A UN = 400 V nN = 6000 min-1 Jmot = 8.01 kgcm2.

8170030

with brake; Feedback system Resolver 2-pole; Mo = 2.50 Nm Io = 3.44 A UN = 400 V nN = 6000 min-1 Jmot = 1.80 kgcm2.

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