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S-SERVO II ST

Impuls Schrittmotorsystem

Keine Schrittfehler

Durch den eingebauten Encoder, der ständig die aktuelle Position überwacht, kann es nicht zu einem Ausfall kommen. Wenn ein Schrittfehler durch eine externe Kraft oder Überlast auftritt, wird ein Alarmsignal an die obere Steuerung gesendet. Auf diese Weise kann die obere Steuerung den Schrittfehler des Schrittmotors erkennen.

Produkte
Motorspezifikation
Systemkonfiguration
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S-SERVO II
Product Name
-
ST
Drive Series
-
42
Motor Flange Size 20: NEMA 8
28: NEMA 11
35: NEMA 14
42: NEMA 17
56: NEMA 23
60: NEMA 24
S
Motor Length S: Small
M: Medium
L: Large
XL: Extra Large
-
A
Encoder Resolution A: 10.000 ppr
D: 16.000 ppr
F: 4.000 ppr

Produkte

Produkt
Lieferzeit
Einzelpreis
inkl. MwSt
 
 
S-SERVO II-ST-20L-F / NEMA 8 / large / 4,000ppr
Bis zu 2 Wochen
€283,22 EUR
S-SERVO II-ST-20M-F / NEMA 8 / medium / 4,000ppr
Bis zu 2 Wochen
€283,22 EUR
S-SERVO II-ST-28L-D / NEMA 11 / large / 16,000ppr
Bis zu 2 Wochen
€280,84 EUR
S-SERVO II-ST-28L-F / NEMA 11 / large / 4,000ppr
Bis zu 2 Wochen
€280,84 EUR
S-SERVO II-ST-28M-D / NEMA 11 / medium / 16,000ppr
Bis zu 2 Wochen
€278,46 EUR
S-SERVO II-ST-28M-F / NEMA 11 / medium / 4,000ppr
Bis zu 2 Wochen
€278,46 EUR
S-SERVO II-ST-28S-D / NEMA 11 / small / 16,000ppr
Bis zu 2 Wochen
€278,46 EUR
S-SERVO II-ST-28S-F / NEMA 11 / small / 4,000ppr
Bis zu 2 Wochen
€278,46 EUR
S-SERVO II-ST-35L-D / NEMA 14 / large / 16,000ppr
Bis zu 2 Wochen
€271,32 EUR
S-SERVO II-ST-35L-F / NEMA 14 / large / 4,000ppr
Bis zu 2 Wochen
€271,32 EUR
S-SERVO II-ST-35M-D / NEMA 14 / medium / 16,000ppr
Bis zu 2 Wochen
€268,94 EUR
S-SERVO II-ST-35M-F / NEMA 14 / medium / 4,000ppr
Bis zu 2 Wochen
€268,94 EUR
S-SERVO II-ST-42L-A / NEMA 17 / large / 10,000ppr
Bis zu 2 Wochen
€276,08 EUR
S-SERVO II-ST-42L-F / NEMA 17 / large / 4,000ppr
Bis zu 2 Wochen
€276,08 EUR
S-SERVO II-ST-42M-A / NEMA 17 / medium / 10,000ppr
Bis zu 2 Wochen
€273,70 EUR
S-SERVO II-ST-42M-F / NEMA 17 / medium / 4,000ppr
Bis zu 2 Wochen
€273,70 EUR

Motorspezifikation

S-SERVO II ST 20 series

Model 20M 20L
Drive Method Bi-Polar
Number of Phases 2
Current per Phase 0.6 A
Holding Torque 0.018 N·m 0.037 N·m
Rotor Inertia 3 g·cm² 3.3 g·cm²
Weight 92 g 105 g
Length 33 mm 38 mm
Permissible Overhung Load (3mm) 18 N
Permissible Overhung Load (8mm) 30 N
Permissible Overhung Load (13mm) -
Permissible Overhung Load (18mm) -
Permissible Thrust Load Lower than motor weight
Insulation Resistance 100 Min (at 500 VDC)
Insulation Class Class B (130 °C)
Operating Temperature 0 °C to 55 °C


S-SERVO II ST 28 series

Model 28S 28M 28L
Drive Method Bi-Polar
Number of Phases 2
Current per Phase 0.67 A
Holding Torque 0.069 N·m 0.098 N·m 0.118 N·m
Rotor Inertia 9 g·cm² 13 g·cm² 18 g·cm²
Weight 146 g 203 g 227 g
Length 32 mm 45 mm 50 mm
Permissible Overhung Load (3mm) 30 N
Permissible Overhung Load (8mm) 38 N
Permissible Overhung Load (13mm) 53 N
Permissible Overhung Load (18mm) -
Permissible Thrust Load Lower than motor weight
Insulation Resistance 100 Min (at 500 VDC)
Insulation Class Class B (130 °C)
Operating Temperature 0 °C to 55 °C


S-SERVO II ST 35 series

Model 35M 35L
Drive Method Bi-Polar
Number of Phases 2
Current per Phase 0.8 A 1.0 A
Holding Torque 0.078 N·m 0.137 N·m
Rotor Inertia 10 g·cm² 14 g·cm²
Weight 152 g 210 g
Length 26 mm 36 mm
Permissible Overhung Load (3mm) 22 N
Permissible Overhung Load (8mm) 26 N
Permissible Overhung Load (13mm) 33 N
Permissible Overhung Load (18mm) 46 N
Permissible Thrust Load Lower than motor weight
Insulation Resistance 100 Min (at 500 VDC)
Insulation Class Class B (130 °C)
Operating Temperature 0 °C to 55 °C


S-SERVO II ST 42 series

Model 42S 42M 42L 42XL
Drive Method Bi-Polar
Number of Phases 2
Current per Phase 1.3 A 1.68 A 1.2 A
Holding Torque 0.216 N·m 0.353 N·m 0.431 N·m 0.65 N·m
Rotor Inertia 35 g·cm² 54 g·cm² 68 g·cm² 114 g·cm²
Weight 278 g 341 g 416 g 566 g
Length 33 mm 39 mm 47 mm 60 mm
Permissible Overhung Load (3mm) 22 N
Permissible Overhung Load (8mm) 26 N
Permissible Overhung Load (13mm) 33 N
Permissible Overhung Load (18mm) 46 N
Permissible Thrust Load Lower than motor weight
Insulation Resistance 100 Min (at 500 VDC)
Insulation Class Class B (130 °C)
Operating Temperature 0 °C to 55 °C


S-SERVO II ST 56 series

Model 56S 56M 56L
Drive Method Bi-Polar
Number of Phases 2
Current per Phase 2.8 A
Holding Torque 0.539 N·m 1 N·m 1.72 N·m
Rotor Inertia 120 g·cm² 300 g·cm² 480 g·cm²
Weight 506 g 742 g 1075 g
Length 41 mm 56 mm 76 mm
Permissible Overhung Load (3mm) 52 N
Permissible Overhung Load (8mm) 65 N
Permissible Overhung Load (13mm) 85 N
Permissible Overhung Load (18mm) 123 N
Permissible Thrust Load Lower than motor weight
Insulation Resistance 100 Min (at 500 VDC)
Insulation Class Class B (130 °C)
Operating Temperature 0 °C to 55 °C


S-SERVO II ST 60 series

Model 60S 60M 60L
Drive Method Bi-Polar
Number of Phases 2
Current per Phase 4.0 A
Holding Torque 0.88 N·m 1.28 N·m 2.4 N·m
Rotor Inertia 240 g·cm² 490 g·cm² 690 g·cm²
Weight 700 g 864 g 1418 g
Length 47 mm 56 mm 85 mm
Permissible Overhung Load (3mm) 70 N
Permissible Overhung Load (8mm) 87 N
Permissible Overhung Load (13mm) 114 N
Permissible Overhung Load (18mm) 165 N
Permissible Thrust Load Lower than motor weight
Insulation Resistance 100 Min (at 500 VDC)
Insulation Class Class B (130 °C)
Operating Temperature 0 °C to 55 °C


Model 20M 20L 28S 28M 28L 35M 35L 42S 42M 42L 42XL
Drive Method Bi-Polar
Number of Phases 2
Current per Phase 0.6 A 0.67 A 0.8 A 1 A 1.3 A 1.68 A 1.2 A
Holding Torque 0.018 N·m 0.037 N·m 0.069 N·m 0.098 N·m 0.118 N·m 0.078 N·m 0.137 N·m 0.216 N·m 0.353 N·m 0.431 N·m 0.65 N·m
Rotor Inertia 3 g·cm² 3.3 g·cm² 9 g·cm² 13 g·cm² 18 g·cm² 10 g·cm² 14 g·cm² 35 g·cm² 54 g·cm² 68 g·cm² 114 g·cm²
Weight 92 g 105 g 146 g 203 g 227 g 152 g 210 g 278 g 341 g 416 g 566 g
Length 33 mm 38 mm 32 mm 45 mm 50 mm 26 mm 36 mm 33 mm 39 mm 47 mm 60 mm
Permissible Overhung Load (3mm) 18 N 30 N 22 N 22 N
Permissible Overhung Load (8mm) 30 N 38 N 26 N 26 N
Permissible Overhung Load (13mm) - 53 N 33 N 33 N
Permissible Overhung Load (18mm) - - 46 N 46 N
Permissible Thrust Load Lower than motor weight
Insulation Resistance 100 Min (at 500 VDC)
Insulation Class Class B (130 °C)
Operating Temperature 0 °C to 55 °C
Model 56S 56M 56L 60S 60M 60L
Drive Method Bi-Polar
Number of Phases 2
Current per Phase 2.8 A 4.0 A
Holding Torque 0.539 N·m 1 N·m 1.72 N·m 0.88 N·m 1.28 N·m 2.4 N·m
Rotor Inertia 120 g·cm² 300 g·cm² 480 g·cm² 240 g·cm² 490 g·cm² 690 g·cm²
Weight 506 g 742 g 1075 g 700 g 864 g 1418 g
Length 41 mm 56 mm 76 mm 47 mm 56 mm 85 mm
Permissible Overhung Load (3mm) 52 N 70 N
Permissible Overhung Load (8mm) 65 N 87 N
Permissible Overhung Load (13mm) 85 N 114 N
Permissible Overhung Load (18mm) 123 N 165 N
Permissible Thrust Load Lower than motor weight
Insulation Resistance 100 Min (at 500 VDC)
Insulation Class Class B (130 °C)
Operating Temperature 0 °C to 55 °C

Systemkonfiguration

  • S-SERVO II ST

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  • Katalog

    Enthält alle technischen Informationen und Spezifikationen für den S-SERVO II ST

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  • Manual

    User Manual

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