How does DM Motor For Water Jet Looms achieve efficient creeping and fixed-angle start-stop functions?

Advanced technical support
DM Motor For Water Jet Looms uses closed-loop vector control technology, which can accurately control the speed and torque of the motor, thereby minimizing the fluctuation of the spindle and ensuring the stability and reliability of the loom during creeping and start-stop. Closed-loop vector control not only improves the response speed of the system, but also greatly reduces the impact of dynamic load changes on the motor, ensuring the accuracy and smoothness of each start-stop action.

High energy efficiency
The product has outstanding energy efficiency performance, can operate in a wide range of speeds, from 300 RPM to 1200 RPM, and its energy efficiency performance in the entire frequency range exceeds the international IE5 standard. Through optimized design and advanced electrical control, DM Motor For Water Jet Looms can save 5000 kWh of electricity per year, significantly reducing energy consumption costs in the production process.

Features designed for looms
Designed specifically for water jet looms, this motor not only accurately controls the speed and angle of the loom, but also supports slow feed and fixed angle start and stop functions. During the weaving process, especially when delicate adjustments and high-frequency start and stop operations are required, DM Motor For Water Jet Looms performs well, ensuring the stability of weaving quality and production efficiency.

Simplified installation and maintenance
In addition to advanced features, DM Motor For Water Jet Looms also has the advantages of easy installation and low maintenance costs. Compared with traditional motors, it does not require additional mechanical changes to be compatible with new or old equipment, greatly reducing installation time and costs. During the service life, due to its design without wear parts, almost no maintenance is required, effectively reducing operating costs and the risk of production interruptions.