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  • Two-phase 60 series (17-bit absolute) closed-loop stepper motor
  • Two-phase 60 series (17-bit absolute) closed-loop stepper motor
  • Two-phase 60 series (17-bit absolute) closed-loop stepper motor
  • Two-phase 60 series (17-bit absolute) closed-loop stepper motor
  • Two-phase 60 series (17-bit absolute) closed-loop stepper motor
Two-phase 60 series (17-bit absolute) closed-loop stepper motor
Two-phase 60 series (17-bit absolute) closed-loop stepper motor
Two-phase 60 series (17-bit absolute) closed-loop stepper motor
Two-phase 60 series (17-bit absolute) closed-loop stepper motor
Two-phase 60 series (17-bit absolute) closed-loop stepper motor
+
Two-phase 60 series (17-bit absolute) closed-loop stepper motor
Two-phase 60 series (17-bit absolute) closed-loop stepper motor
Two-phase 60 series (17-bit absolute) closed-loop stepper motor
Two-phase 60 series (17-bit absolute) closed-loop stepper motor
Two-phase 60 series (17-bit absolute) closed-loop stepper motor
+
  • Two-phase 60 series (17-bit absolute) closed-loop stepper motor
  • Two-phase 60 series (17-bit absolute) closed-loop stepper motor
  • Two-phase 60 series (17-bit absolute) closed-loop stepper motor
  • Two-phase 60 series (17-bit absolute) closed-loop stepper motor
  • Two-phase 60 series (17-bit absolute) closed-loop stepper motor

Two-phase 60 series (17-bit absolute) closed-loop stepper motor

Product Overview

The two-phase 60 series multi-turn absolute closed-loop stepper motor adopts the design of the LC series, featuring advantages such as high torque, low generation, and good stability. The rear end is equipped with the same 17-bit multi-turn magnetic encoder as the servo motor platform, which provides a stable and reliable position feedback adding a power-off position memory function.

Features

Motor Type: 17-bit absolute‑value closed-loop stepper motor Step Angle: 1.8° Frame Size: 60 Holding Torque: 3.0–4.5 N·m Phase Current: 5.0 A Encoder: Built-in 17-bit multi-turn magneto‑electric absolute encoder Features: Low heat generation, high stability
Product Overview Supporting Products Data Download
 
Technical Specifications

Model number

Step angle

(°)

Fuselage length L

(mm)

Body length with brake

(mm)

Maintain torque

(N.m)

Phase current

(A)

Moment of inertia

(g.c㎡)

Motor weight

(Kg)

Encoder resolution

(PPR)

LC60H286-R17

1.8

112

162

3.0

5.0

620

1.45

17 absolute values

LC60H2102-R17

1.8

126

176

4.0

5.0

1000

1.87

17 absolute values

LC60H2112-R17

1.8

137

187

4.5

5.0

1200

2.1

17 absolute values

The above are only representative products; we can manufacture according to customer requirements!

 
External dimensions and motor wiring diagram (unit: mm)

 

Motor Shaft Output Type Description
Model numberShaft diameter D (mm)Shaft extension (mm)Shaft length (mm)
LC60H286-R17Φ8 or Φ10Platform 0.5x1525 or 31
LC60H2102-R17Φ8 or Φ10Platform 0.5x1525 or 31
LC60H2112-R17Φ8 or Φ10Platform 0.5x1525
 
Main application areas
It is suitable for a wide range of motion-control applications in automation equipment and instruments, such as electronic manufacturing and inspection, semiconductor packaging, laser cutting and welding, laser typesetting, packaging machinery, engraving machines, marking machines, cutting machines, garment plotters, CNC machine tools, and automated assembly systems. It is the preferred choice for applications that demand low noise, superior high-speed performance, and strong cost‑effectiveness.

 

Category

Model

Format

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