YF096 Industrial Worm Mini Brush Gear Motor

Overview:
Worm gear reduction motor with resistance, large output torque, high transmission efficiency, stable operation, low noise, suitable for various automation equipment.

Features:
1. Worm gear motor, the output shaft can rotate in both directions, and the running noise is low
2. It has the characteristics of small size, good stability, anti-aging, high and low-temperature resistance, etc.
3. It adopts worm gear transmission, with high transmission efficiency and large output torque
4. With resistance, good insulation, it can withstand higher loads and transmit greater power

Description:
The YF096 Industrial Worm Mini Brush Gear Motor is a compact, high-performance motor designed to deliver reliable and efficient operation in various industrial applications. This gear motor combines a brushed DC motor with a precision worm gear mechanism to achieve performance and versatility.

Key Features
Compact Design:
The YF096 is engineered to be compact and lightweight, making it ideal for applications where space is limited. Its small footprint does not compromise its power, providing robust performance in a miniaturized package.

Brushed DC Motor Technology:
This gear motor utilizes brushed DC motor technology, which includes essential components such as the axle, armature/rotor, commutator, stator, magnets, and brushes. The design ensures stable and continuous current flow, which drives the motor’s armature effectively.

Worm Gear Mechanism:
The integrated worm gear mechanism offers high torque output and precise speed control. This gear setup is known for its ability to provide significant gear reduction, making the motor suitable for applications requiring high torque at low speeds.

Adjustable Speed-Torque Ratio:
The YF096 allows for easy adjustment of the speed-torque ratio, thanks to the nature of the brushed DC motor. This flexibility is beneficial for applications that require variable speed and load handling.

Durability and Reliability:
Built with high-quality materials, the YF096 is designed for durability and long-term reliability. The motor is constructed to withstand harsh industrial environments and demanding operational conditions.

Applications
Industrial Automation:
The YF096 is well-suited for use in industrial automation systems where precise control and reliability are critical. It can be employed in conveyor systems, automated assembly lines, and robotics.

Paper and Steel Mills:
In heavy-duty applications such as paper machines and steel rolling mills, the YF096 provides the necessary torque and reliability for efficient operation. Its worm gear mechanism ensures smooth and controlled motion.

Electric Propulsion:
The motor's design is ideal for electric propulsion systems where high starting torque and consistent performance are required. This makes it suitable for electric vehicles and other propulsion applications.

Cranes and Lifting Equipment:
Due to its high torque and compact size, the YF096 is effective in cranes and lifting equipment where space is constrained but high performance is needed.

Competitive Advantages
Low Initial Cost:
Compared to fossil-fuel engines, the YF096 offers a more affordable initial investment while delivering comparable output horsepower. This cost-effectiveness makes it an attractive option for various applications.

Long Life and Durability:
The motor's design, featuring relatively few moving parts, ensures an extended operational life span. Properly selected and maintained, the YF096 can offer up to 30,000 hours of reliable operation, equivalent to approximately 3½ years of continuous use.

Low Maintenance Requirements:
With its durable construction and fewer service needs, the YF096 requires less frequent maintenance compared to other motor types, reducing overall maintenance costs and downtime.

High Efficiency:
The YF096 boasts high efficiency, with performance ratings ranging from 50% to 95%, depending on operating conditions. This high efficiency translates into better energy utilization and lower operational costs.