The 42mm gear reduction stepper motor is designed to provide superior precision and increased torque, making it ideal for applications requiring fine control and powerful performance. The gear reduction mechanism enhances the motor’s ability to handle heavier loads while maintaining precise step accuracy. This motor is perfect for use in industrial automation, robotics, and other applications where both torque and precision are critical.

General technical parameters Electrical technical parameters

Stepping angle 1.8° Rated voltage 24V DC

Number of phases 2 Rated current 4.2A

Insulation resistance 100MΩMIN(500V DC) Resistance 0.39±15%Ω

Insulation level Class B/winding Inductance 1.1±20%mH

Weight About 620g Holding torque 1.0N.m

Braking torque 300gf.cm REF. Moment of inertia About 280g.cm²

Stepping angle 1.8° Rated voltage 24V DC

Number of phases 2 Rated current 0.6A

Insulation resistance 100MΩMIN(500V DC) Resistance 9±15%Ω

Insulation level Class B/winding Inductance 3±20%mH

Weight About 80g Holding torque 22mN.m

Braking torque 4mN.m REF. Moment of inertia About 3g.cm²

Reduction ratio：1:9

Step angle deg :0.20

Current A:3.0(half_x0002_winding)/2.1(fullwinding)

Resistance Ω:0.49

Inductor mH:1.5

Allowable torque N.m:6.3

Rotor inertia g.cm:1400

Number of leads LEAD:6

Mass kg:3.0

Driver:Y2SD2-EC、Y2SED3

Explore the S60D120A-MAA0S2 stepper motor with 2.7 N·m torque, 1:10 gear ratio, and 0.18° step angle for high-precision motion control.

Y2SD1R5-plus model driver Features:

Compact size;

Maximum output current 3.0A;

Subdivision interpolation technology;

Smooth filtering technology;

Online alarm function;

Compatible with single-ended and differential signals;

Y2SD1-OPT driver Features:

Pin design for easy integration into the control card;

The size is very small;

Maximum output current 2.5A;

Subdivision interpolation function;

Smooth filtering function;

Y2SD1-mini model driver features:

Pin design for easy integration into the control card;

The size is very small;

Maximum output current 2.5A;

Subdivision interpolation function;

Smooth filtering function;

The YK-L4015U-SSL-2-615 linear stage features a stroke range of ±7.5mm and is powered by the STP-28D1012-01 motor with a drive current of 0.7A. This stage is equipped with a 6mm diameter ball screw and a 1mm pitch, ensuring smooth and precise motion.

The YK-HL8020G-SGN-5-815 linear stage offers high precision and reliability for demanding applications requiring fine movement control. This model features a stroke of ±10mm and is powered by the PKP523N12B motor from Oriental Motor, utilizing a ball screw system that ensures smooth and accurate linear motion. Its exceptional positioning accuracy and repeatability make it a top choice for precision automation, research, and metrology applications.

The YK-HL6030G-SGN-5-815 is a high-precision linear stage designed for critical motion control applications. With a stroke of ±15mm and a robust table size of 60x70mm, this stage is equipped with the PKP523N12B motor from Oriental Motor and features a ball screw mechanism that ensures smooth, accurate movement. Its construction from durable SUS440C stainless steel makes it ideal for industrial automation, semiconductor manufacturing, and precision laboratory tasks requiring reliable positioning and repeatability.

The YK-HL6020G-SGN-5-815 is a high-precision linear stage designed for tasks that demand ultra-fine movement accuracy. With a ±10mm stroke and a compact 60mm x 60mm table size, this system is driven by the PKP523N12B motor (Oriental Motor) and utilizes a ball screw mechanism for consistent, accurate linear motion. Built with premium materials, such as SUS440C stainless steel, it ensures durability and high performance for a wide range of industrial and research applications.

The YK-C60125U-ASL-2-615 rotary actuator provides precision control with a stroke of ±5.5° and a rotation center of 125±0.2mm. It features the STP-28D1012-01 motor operating at 0.7A, ensuring accurate and consistent motion, making it ideal for applications requiring fine positioning.

The YK-C60100U-ASL-2-615 is a high-precision rotary actuator designed for applications requiring accurate angular positioning and reliable operation. With a stroke of ±5.5° and a rotation center of 100±0.2mm, it is equipped with a STP-28D1012-01 motor that operates at a drive current of 0.7A.

YK-C6075U-ASL-2-615 type fine tuning table Features:

Simple and light structure;

Adopt grinding ball screw to achieve higher positioning accuracy and repeated positioning accuracy;

Use a variety of overlapping methods;

Cable protection, strong anti-interference ability;

Aluminum alloy structure, light product;

Overall anode black treatment, effectively prevent light pollution;

Ball screw structure, accuracy and long service life;

YK-C6050U-ASL-2-615 type fine tuning table Features:

Simple and light structure;

Adopt grinding ball screw to achieve higher positioning accuracy and repeated positioning accuracy;

Use a variety of overlapping methods;

Cable protection, strong anti-interference ability;

Aluminum alloy structure, light product;

Overall anode black treatment, effectively prevent light pollution;

Ball screw structure, accuracy and long service life;

Linear motor drive
Raster positioning/magnetic grid positioning
High stability, high reliability, high response speed
No backgap error
Smooth movement, no wear, long service life
Compact modular design

YK-KE-82-D1-L(--)-KA1-3-A model Product features:

Linear motor drive;

Grating positioning/magnetic grid positioning;

High stability, high reliability, high response speed;

No backgap error;

Smooth movement, no wear, long service life;

Compact modular design;

1, high precision: repeated positioning accuracy ≤15 arcseconds;

2, high rigidity: precision cross roller bearing, high rigidity, stable operation;

3, miniaturization: can be integrated motor and drive, more miniaturization;

1, high precision: repeated positioning accuracy ≤15 arcseconds;

2, high rigidity: precision cross roller bearing, high rigidity, stable operation;

3, miniaturization: can be integrated motor and drive, more miniaturization;