ET-DCM1627F
3V 9V DC Motor - Meter Motor & Permanent Magnet Motor Supplier
A versatile DC motor available in 3V and 9V, designed for meters and permanent magnet applications. Efficient, reliable, and customizable to your needs.
Typical Applications:
- Electric Valve
- Meter Robotics
- Safe and Locks
3V 9V DC Motor: Perfect for Metering and Permanent Magnet Applications
The 3V 9V DC Motor is designed to provide reliable and efficient performance for metering applications and permanent magnet motor systems. Available in both 3V and 9V variants, this motor can be customized to suit your specific needs, including voltage, speed, and torque adjustments. Whether you’re working on metering devices, electric systems, or any other project requiring a compact and dependable motor, our DC motors are built for long-lasting durability. Contact us today for more information and customized solutions.
We offer Customization services:
- Output shaft dimension
- DC motor
- Voltage
- Speed
- Torque
- Current
- Lifetime
- Noise
Technical Specifications and Custom Options
Looking for High-Performance DC Motors?
Innovative Motor Solutions for Diverse Applications
ETONM MOTOR’s Mini DC Motors and Gear Motors are designed to meet the needs of a wide range of industries. Our motors provide reliable performance and precision across numerous applications, helping businesses power their projects with efficiency and innovation.
Our Micro DC Motor Models
FAQs
This motor is ideal for metering applications, permanent magnet systems, and other compact electrical devices where precise, reliable motion is needed.
Yes, we offer full customization options, including voltage (3V or 9V), output speed, torque, and motor dimensions.
Permanent magnet motors are known for their high efficiency and compact design. They are reliable, produce consistent power, and are suitable for applications that require long-lasting performance.
You can easily request a quote by visiting our Request a Quote page or contacting our sales team for assistance with your custom requirements.
