In the field of industrial automation, precise control is the key to improving production efficiency and product quality. The 6445-001-K-N microstepper drive from Pacific Scientific provides a powerful drive solution for automation equipment with its superior performance and innovative technology.

The 6445-001-K-N driver has several advanced technical features, including the patented four-phase bipolar chopper drive, which provides superior current regulation and low ripple current to the motor, ensuring high precision and stability of the device. The output current can be adjusted from 0.625 ARMS to 5 ARMS, easily achieved with a 3-bit DIP switch to meet the needs of different application scenarios.

The driver also uses patented digital electronic damping technology, which effectively reduces instability in the medium speed range, while the adjustable idle current reduction feature helps reduce heating problems in the motor in many applications.

6445-001-K-N

In addition, the 6445-001-K-N supports single – or multi-axis communication via the RS-232/485 port, providing data transfer capabilities up to 9600 baud rates.

The high-resolution control capabilities of the Pacific Scientific 6445-001-K-N microstepper drive, coupled with a 1.8-degree motor, enable precise control of 200 to 51,200 steps per revolution in decimal increments, providing a super-smooth operating experience and stable operation even in low-speed resonance regions.

6445-001-K-N microstepper drivers are used in a wide range of applications, including automation equipment, precision machinery, laboratory instruments, and more, providing strong support for applications requiring high-precision position control and fine-tuning functions. The launch of this drive further strengthens Pacific Sciences’ leadership in drive technology for industrial automation and provides efficient and reliable automation solutions to customers around the world