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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.

Product number Description
8172289

without brake; Feedback system Hiperface single-turn; Mo = 16.0 Nm Io = 13.1 A UN = 400 V nN = 4000 min-1 Jmot = 22.1 kgcm2.

8172291

without brake; Feedback system Hiperface single-turn; Mo = 24.0 Nm Io = 9.8 A UN = 400 V nN = 2000min-1 Jmot = 136.0 kgcm2.

8172877

without brake; Feedback system Resolver 2-pole; Mo = 6.00 Nm Io = 3.70 A UN = 400 V nN = 3000 min-1 Jmot = 8.01 kgcm2.

8173067

without brake; Feedback system Hiperface multi-turn; Mo = 0.60 Nm Io = 0.82 A UN = 400 V nN = 6000 min-1 Jmot = 0.42 kgcm2.

8173776

without brake; Feedback system Resolver 2-pole; Mo = 1.20 Nm Io = 1.65 A UN = 400 V nN = 6000 min-1 Jmot = 0.77 kgcm2.

8173778

without brake; Feedback system Hiperface multi-turn; Mo = 1.20 Nm Io = 1.65 A UN = 400 V nN = 6000 min-1 Jmot = 0.77 kgcm2.

8173780

without brake; Feedback system Resolver 2-pole; Mo = 0.60 Nm Io = 0.82 A UN = 400 V nN = 6000 min-1 Jmot = 0.42 kgcm2.

8173908

without brake; Feedback system Resolver 2-pole; Mo = 2.50 Nm Io = 1.72 A UN = 400 V nN = 3000 min-1 Jmot = 1.42 kgcm2.

8174175

without brake; Feedback system Hiperface single-turn; Mo = 4.0 Nm Io = 4.9 A UN = 400 V nN = 6000 min-1 Jmot = 6.2 kgcm2.

8174229

without brake; Feedback system Resolver 2-pole; Mo = 4.00 Nm Io = 2.50 A UN = 400 V nN = 3000 min-1 Jmot = 1.75 kgcm2.

8174383

without brake; Feedback system Resolver 2-pole; Mo = 1.20 Nm Io = 0.82 A UN = 400 V nN = 3000 min-1 Jmot = 0.77 kgcm2.

8175148

without brake; Feedback system Hiperface single-turn; Mo = 1.2 Nm Io = 1.65 A UN = 400 V nN = 6000 min-1 Jmot = 0.77 kgcm2.

8175915

without brake; Feedback system Hiperface single-turn; Mo = 0.60 Nm Io = 0.41 A UN = 400 V nN = 3000 min-1 Jmot = 0.42 kgcm2.

8175933

without brake; Feedback system Hiperface single-turn; Mo = 16.0 Nm Io = 13.1 A UN = 400 V nN = 4000 min-1 Jmot = 22.1 kgcm2.

8175938

without brake; Feedback system Hiperface single-turn; Mo = 2.5 Nm Io = 1.72 A UN = 400 V nN = 3000 min-1 Jmot = 1.42 kgcm2.

8175962

without brake; Feedback system Hiperface multi-turn; Mo = 1.80 Nm Io = 1.24 A UN = 400 V nN = 3000 min-1 Jmot = 1.10 kgcm2.

8175965

without brake; Feedback system Hiperface multi-turn; Mo = 24.00 Nm Io = 14.70 A UN = 400 V nN = 3000 min-1 Jmot = 136.00 kgcm2.

8175973

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

8175992

without brake; Feedback system Resolver 2-pole; Mo = 4.00 Nm Io = 2.50 A UN = 400 V nN = 3000 min-1 Jmot = 1.75 kgcm2.

8176008

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.

8176010

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.

8176012

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.

8176014

without brake; Feedback system Resolver 2-pole; Mo = 8.00 Nm Io = 4.90 A UN = 400 V nN = 3000 min-1 Jmot = 10.00 kgcm2.

8176016

without brake; Feedback system Hiperface multi-turn; Mo = 8.00 Nm Io = 4.90 A UN = 400 V nN = 3000 min-1 Jmot = 10.00 kgcm2.

8176018

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.

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