Hybrid stepper motors


High torque at low/medium speed, precise and robust

Hybrid Stepper Motors are direct drive brushless motor with high-precision, zero ‘float’ mechanical properties. They feature the following particularly desirable characteristics: high precision, permanent reliability, absence of maintenance, and toughened to handle extreme environmental conditions.

LINEAR ACTUATORS OVERVIEW

  • Step angle: 1.8 °
  • Size: Ø 42 / Ø 57 / Ø 86 mm
  • Holding torque: 130 to 9000 mNm

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YOUR BENEFITS

  • Low speed
  • Positioning
  • Accuracy
  • High torque

Hybrid stepper models

SERIES 6540 – NEMA 17

6540-13

1.8°

step angle

90/130 mNm

holding torque

42×42 mm

dimensions

200 g

weight

PDF

6540-18

1.8°

step angle

240 mNm

holding torque

42×42 mm

dimensions

300 g

weight

PDF


SERIES 6600 – NEMA 23

6600-15

1.8°

step angle

385/540 mNm

holding torque

57.2×57.2 mm

dimensions

370 g

weight

PDF

6600-20

1.8°

step angle

680/925 mNm

holding torque

57.2×57.2 mm

dimensions

570 g

weight

PDF

6600-30

1.8°

step angle

1400/1950 mNm

holding torque

57.2×57.2 mm

dimensions

950 g

weight

PDF


SERIES 6630 – NEMA 34

6630-24

1.8°

step angle

2.7 Nm

holding torque

86×86 mm

dimensions

1500 g

weight

PDF

6630-37

1.8°

step angle

6 Nm

holding torque

86×86 mm

dimensions

2800 g

weight

PDF

6630-50

1.8°

step angle

9 Nm

holding torque

86×86 mm

dimensions

4000 g

weight

PDF

Link

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Our developments are based on electric motors and mechatronic drive systems with contact-free technology, to produce linear or rotary motion. Stepper or brushless DC motors, sensors, gear trains, and electronic controls: these are the key elements of your tailored mechatronic system. Positioning, dosing, regulating: for each motion challenge, a solution perfect in size, durability, robustness, noise level, and much more.
designed by Andrea Stefani