electrical center b2c

10BY DC 5V Stepper Gear Motor with M4*55 Threaded Shaft

Name: 10BY DC 5V Stepper Gear Motor with M4*55 Threaded Shaft
Brand: electrical center b2c
SKU: 10BY Motor with Wire / Reduction Ratio 1:50
Price: 46.0 NZD
Availability: InStock

$46.00 NZD

~~$53.00 NZD~~ $46.00 NZD

Sale Sold out

Shipping calculated at checkout.

Motor Config. 10BY Motor with Wire 10BY Motor + Flange Nut 10BY Motor + Reciprocating Driver 10BY Motor + Flange Nut + Reciprocating Driver

Reduction Ratio Reduction Ratio 1:50 Reduction Ratio 1:100 Reduction Ratio 1:150 Reduction Ratio 1:200 Reduction Ratio 1:350 Reduction Ratio 1:500

Product variants

Quantity

DC 5V High Torque Stepper Motor 2-Phase 4-Wire - CHF-GM1024-10BY with 55mm M4 Threaded Shaft, 1:50-1:500 Reduction Ratio, Optional Driver for Reciprocating Motion

Product Description

Upgrade your precision projects with the Chihai CHF-GM1024-10BY Stepper Gear Motor, a compact 2-phase 4-wire motor designed for accurate, low-speed control. Powered by DC 5V, this gear motor delivers consistent torque across multiple reduction ratios (1:50 to 1:500), making it ideal for linear actuators, DIY robotics, 3D printers, and automation projects.

Featuring a 55mm long M4 standard threaded shaft, it works seamlessly with flange nuts for easy mounting and linear motion builds. The optional reciprocating motion driver lets you add back-and-forth functionality without extra coding, perfect for custom automation setups. At just 15g, its lightweight design balances portability with reliable performance.

Key Features & Benefits

✅ Precise Control: 18° step angle (0.036° to 0.36° with reduction ratios) ensures accurate positioning for detailed projects.

✅ Multiple Reduction Ratios: Choose from 1:50, 1:100, 1:150, 1:200, 1:350, or 1:500 to match your speed and torque needs.

✅ High Torque Output: Up to 3.0 kgf·cm holding torque (at 1:350+ ratios) for heavy-load applications.

✅ Ready-to-Use Options: Select standalone motor, motor + flange nut, or motor + reciprocating driver for plug-and-play integration.

✅ Compact & Lightweight: Φ10mm body, 15g weight, and 55mm threaded shaft fit tight spaces without sacrificing performance.

Full Specifications

Attribute	Value
Product Type	Stepper Gear Motor
Brand	Chihai Motor
Model Number	CHF-GM1024-10BY-M4/55
Rated Voltage	DC 5V
Phase	2-Phase 4-Wire
Step Angle	18° (with reduction ratios)
Reduction Ratio	1:50, 1:100, 1:150, 1:200, 1:350, 1:500
Shaft Type	M4 Standard Threaded Shaft
Shaft Length	55mm
Holding Torque	0.60~3.0 kgf·cm
Phase Resistance	39Ω
Weight	~15g
Included Options	Single Motor, Motor + Flange Nut, Motor + Reciprocating Driver, Full Kit
Application	Robotics, Linear Actuators, 3D Printers, DIY Automation
Condition	New
Warranty	30-Day Seller Warranty

Common Applications

Linear actuators and screw drive systems
3D printers, CNC machines, and robotics projects
DIY automation and reciprocating motion builds
Camera sliders, small conveyors, and positioning equipment

CHF-GM1024-10BY Stepper Gear Motor Specifications (English Version)

Table 1: Performance Specifications

Item	Specification
Model	CHF-GM1024-10BY-M4/55 Brushless Stepper Gear Motor
Rated Voltage	DC 5V (Recommended Driver IC: L6219)
Phase Configuration	2-Phase 4-Wire
Gear Reduction Ratio	1:50 / 1:100 / 1:150 / 1:200 / 1:350 / 1:500
Step Angle (After Reduction)	0.36° (1:50) / 0.18° (1:100) / 0.12° (1:150) / 0.09° (1:200) / 0.051° (1:350) / 0.036° (1:500)
1000pps Output Speed (RPM)	60 (1:50) / 30 (1:100) / 20 (1:150) / 15 (1:200) / 8.5 (1:350) / 6 (1:500)
Phase Current	128mA / Phase
Phase Resistance	39 ±7% Ω / Phase
Phase Inductance	14.3mH / Phase
Holding Torque (kgf·cm)	0.60 (1:50) / 1.10 (1:100) / 1.60 (1:150) / 2.00 (1:200) / Max. 3.0 kgf·cm (1:350 & 1:500)
Pull-out Torque (kgf·cm)	0.18 (1:50) / 0.30 (1:100) / 0.45 (1:150) / 0.60 (1:200) / 1.00 (1:350) / 1.50 (1:500)
Max. Self-start Pulse Rate	More than 1200 PPS
Max. Response Pulse Rate	More than 900 PPS

Table 2: Recommended Driving Range

(Standard: No obvious resonance during operation; Full-step drive mode; Motor resistance: 39Ω; Uncurrent-limited drive follows: Voltage = Back EMF + Armature Current × Resistance; Note: Higher drive frequency → Lower output torque; Lower drive frequency → Higher output torque. The parameters below are for the motor input, output speed = input speed ÷ gear reduction ratio)

Parameter	DC 6.0V	DC 5.0V	DC 3.7V
Max. Drive Frequency	1400 Hz	1300 Hz	800 Hz
Speed at Max. Drive Frequency	4200 RPM	3900 RPM	2400 RPM
Current at Max. Drive Frequency	≤ 0.12 A	≤ 0.085 A	≤ 0.085 A
Min. Drive Frequency	800 Hz	700 Hz	500 Hz
Speed at Min. Drive Frequency	2400 RPM	2100 RPM	1500 RPM
Current at Min. Drive Frequency	≤ 0.18 A	≤ 0.155 A	≤ 0.125 A
Lock-holding Current (0 Hz)	≤ 0.30 A	≤ 0.25 A	≤ 0.19 A