High Precision 1.8° Stepper Motor - Y07-43D1-4275D

The Y07-43D1-4275D stepper motor is designed for applications demanding high accuracy and robust performance. Featuring a stepping angle of 1.8°, this motor provides excellent precision control, making it ideal for various motion control systems where consistent torque and accurate positioning are required. The motor operates at a rated voltage of 24V DC and offers a rated current of 1.6A, ensuring sufficient power for industrial and automation applications.

This two-phase stepper motor is equipped with advanced insulation resistance of 100MΩ at 500V DC, ensuring a high level of safety and durability in environments exposed to voltage fluctuations. The Class B insulation level is optimal for extended operational life, withstanding higher temperatures and harsh working conditions.

Built with a resistance of 1.9Ω ±15% and an inductance of 1.8mH ±20%, the Y07-43D1-4275D offers smooth performance across a range of speeds and operating conditions. The motor weighs approximately 290g, providing the right balance of durability and lightweight efficiency. It also delivers a holding torque of 0.3N.m, ensuring stability during operational halts, with a braking torque of 100gf.cm for enhanced stopping performance.

The moment of inertia is about 56g.cm², making the motor suitable for applications requiring responsive and quick positioning. It’s well-suited for use in automation, CNC machinery, and robotics, where precise motion control is a critical factor.

The Y07-43D1-4275D stepper motor is ideal for manufacturers and engineers looking for high-reliability motion control solutions with consistent performance, low maintenance, and high efficiency in compact designs.