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SHZW42BYGH HL Linear Stepper Motor - High-Precision for Medical/3D Printing/Valve Control

SHZW28BYGH HL Linear Stepper Motor - High-Precision for Medical/3D Printing/Valve Control

SHZW42BYGH HL Linear Stepper Motor - High-Precision for Medical/3D Printing/Valve Control

With a 1.8° step angle, Class B insulation (100MΩ MIN at 500V DC), and -20℃～+55℃ operating temperature, the SHZW42BYGH HL Linear Stepper Motor delivers 17-70g.cm holding torque, 0.5-3g.cm detent torque, 24-100g.cm² rotor inertia, and 0.2-0.5kg weight, suiting diverse precision industrial applications.

Model:
SHZW42BYGH
Brand:
SHINE
Code:
20221216


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Product Description

Motor Features and Technical Parameters

The SHZW42BYGH HL Linear Stepper Motor is engineered for high-precision motion control in critical industries, including medical equipment, tap control, and 3D printer X-Y workbenches. It maintains reliable performance with a 1.8deg step angle, adaptability to -20℃～+55℃ ambient temperatures, and Class B insulation (insulation resistance ≥100MΩ at 500V DC), ensuring safety and stability in varied working environments.

Available in 8 models with distinct voltage, current, and torque configurations, it meets diverse operational demands. Below is the detailed specification table for each model:

Model	Volt.(V)	Current(A)	Resistance(Ω)	Inductance(mH)	Holding torque(g.cm)	Detent torque(g.cm)	Rotor Inertia(g.cm²)	Length(mm)	Weight(kg)
SHZW42BYGH202-X	4	1	4	5	20	0.5	24	28	0.2
SHZW42BYGH310-X	2.1	1	2.1	2.3	18	0.6	38	34	0.25
SHZW42BYGH402-X	6	1	6	12	32	2.8	57	40	0.29
SHZW42BYGH621-X	2.1	2.1	1.2	2	50	2.5	68	48	0.35
SHZW42BYGH301-X	2	0.95	2.1	2.3	17	0.6	24	34	0.22
SHZW42BYGH401-X	6.1	1.6	3.8	7.2	40	2.8	57	40	0.3
SHZW42BYGH601-X	2.4	2.4	1	1.8	48	2.5	68	48	0.37
SHZW42BYGH901-X	2.1	2.1	1.5	3.3	70	3	100	65	0.5

Application

Detailed Application Scope

The SHZW42BYGH HL Linear Stepper Motor excels in precision-dependent fields, leveraging its robust performance and versatile model range. In medical equipment, its accurate motion control ensures stable operation of diagnostic devices (e.g., testing instrument component drives) and therapeutic equipment, where precision directly impacts reliability.

For tap control, it enables precise adjustment of valve openings, meeting strict fluid flow control requirements in industrial systems. In 3D printing, it drives X-Y workbenches with consistent, precise displacement—critical for maintaining print accuracy and reducing layer errors. Beyond these, it supports X-Y workbenches in automated testing and precision machining, ensuring workbenches follow preset trajectories accurately, thus boosting equipment efficiency and product quality across industries.