Frequency-Converter

 01 

Different woodworking processes (high-speed sawing, low-speed planing, fine sanding) have vastly different requirements for motor speed and torque. A dedicated inverter enables flexible adjustment, smoothing start-stop and acceleration/deceleration. Using S-shaped acceleration/deceleration curves, the motor start/stop times can be set to 0.5-10 seconds, avoiding tool vibration caused by current shock during startup (such as in carving processes) and reducing burrs. It also prevents panel shifting caused by inertia during shutdown, improving finished product accuracy (dimensional error ≤ 0.05mm).

 02 

Significant energy savings and consumption reductions lower business operating costs, with power output adjusted on demand. Conventional motors operate at constant speed, drawing full power even under light loads (such as sanding thin sheets). A dedicated inverter automatically adjusts output power based on the processing load, reducing energy consumption by 8%-12% for every 10% decrease in load. For example, a 15kW sander operating 10 hours per day can save approximately 5,000-8,000 kWh of electricity annually, reducing electricity costs by over 30%.

 03 

Interference resistance and environmental adaptability: This product features an IP20 or higher enclosure (some models support IP54 dust protection) and EMC design to resist harmonic interference generated by motor start-up and shutdown in woodworking workshops. It operates in a temperature range of -10°C to 50°C, adapting to humid and dusty environments, and boasts a mean time between failures (MTBF) of over 8,000 hours.

 04 

Improve production stability, optimize operation and collaborative efficiency, and facilitate integration and collaboration: Support linkage with woodworking machinery CNC cabinets and PLC systems, remotely set the speed and read operating data (such as current, speed, fault codes) through the CNC system, and achieve "one-button start of multi-process speed regulation" (such as automatic speed switching of cutting, punching, and grooving on the cutting machine), shortening the process connection time to 2-3 seconds, and improving automated production efficiency.