electrical center b2c

GW3429 Adjustable Swing DC Motor | 12V/24V | 35°/60°/90°

Name: GW3429 Adjustable Swing DC Motor | 12V/24V | 35°/60°/90°
Brand: electrical center b2c
SKU: Single Swing Motor / DC12V 35° Mounting Degree / 1:36
Price: 135.0 NZD
Availability: OutOfStock

$135.00 NZD

~~$147.00 NZD~~ $135.00 NZD

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Motor Config. Single Swing Motor Swing Motor+Power Adapter Swing Motor+PWM Speed Controller Swing Motor+Power Adapter+Speed Controller

Motor Voltage&Mounting Degree DC12V 35° Mounting Degree DC24V 35° Mounting Degree DC12V 60° Mounting Degree DC24V 60° Mounting Degree DC12V 90° Mounting Degree DC24V 90° Mounting Degree

Reduction Ratio 1:36 1:54 0.091666667 0.116666667 0.236111111 0.451388889

Product variants

Quantity

Reciprocating Swing Gear Motor, 12V/24V DC, Adjustable Swing Angle, 1:36~1:590 Reduction, High Torque Motor with Wrench Included

This CHYB-GW3429 DC reciprocating swing motor is designed for applications requiring controlled back-and-forth motion, such as DIY simulators, small automation equipment, and hobby projects. It features adjustable swing angles (35°/60°/90°) and multiple reduction ratios, making it highly versatile for different torque and speed requirements.

✨ Key Features

✅ Adjustable Swing Angle: 35°, 60°, and 90° swing angles available, with a free wrench included for easy adjustment.

✅ Multiple Reduction Ratios: Choose from 1:36 to 1:590 ratios to meet your speed and torque needs.

✅ Low Power Consumption: Max power up to 2.6W (24V model) for energy-efficient operation.

✅ Dual Voltage Options: 12V and 24V versions available, compatible with various power sources.

✅ Durable Build: Precision gears ensure smooth, quiet operation and long service life.

📊 Technical Specifications

Parameter	Details
Product Model	CHYB-GW3429
Type	DC Reciprocating Swing Motor
Rated Voltage	DC 12V / 24V
Reduction Ratios	1:36, 1:54, 1:72, 1:108, 1:280, 1:590
Adjustable Swing Angles	35°, 60°, 90°
Max Power	0.3W (12V 2450#) ~ 2.6W (24V 2473#)
Stall Torque	Up to 40 Kg·cm (varies by ratio/voltage)
Swing Torque	0.14~15 Kg·cm (varies by angle/ratio/voltage)
No-Load Speed	4~195 RPM (varies by voltage and ratio)
No-Load Current	≤100~150mA (varies by voltage)
Included Accessories	Angle adjustment wrench

🛠️ Applications

DIY reciprocating simulators (fans, massagers, etc.)
Small automation equipment requiring back-and-forth motion
Educational projects and hobby builds
Display devices and decorative applications

How to Choose Parameters for Reciprocating Swing Motors?

Option 1:

Tell us three key parameters:

The swing angle you need
The number of reciprocations per minute (frequency)
The torque required

We will help you select the right motor based on these three factors.

Option 2:

Read the full description below and choose the parameters that match your application.

1. About the Swing Angle

The swing angle is adjustable, but torque varies with the angle. The larger the swing angle, the lower the torque. Please consider the weight of your load when selecting.

2. Speed and Torque with a Speed Controller

The speed you select when ordering is the motor's maximum speed. The controller can only reduce the speed, not increase it.

⚠️ Important: Torque decreases as speed is reduced. Do not only focus on high speed; choosing the right speed for your load is critical.

3. Speed and Torque Without a Speed Controller

Without a controller, the motor runs at the rated speed you selected when ordering. You can find the corresponding torque value in the specification table under "Load Torque by Stroke".

⚠️ Note: Torque and power vary with different speeds and angles.

Motor Usage Instructions

Do not exceed the maximum load (including stall conditions). Damage caused by stalling is not covered under warranty.
Use a DC power supply that matches the motor's rated input voltage (DC 12V/24V). Overvoltage or undervoltage operation is prohibited.
When the load torque equals the rated torque, the motor runs at the rated speed. If the actual load exceeds the rated value, the output speed will decrease accordingly.
When selecting the motor, use the rated torque as the primary reference and avoid overloading.
Operating near or beyond the maximum load torque may damage the motor's internal components.
Reducing the motor speed directly decreases the output torque. Please evaluate your application requirements in advance.
The motor will produce operating noise (in dB). Minor variations in noise level with changes in speed and load are normal.