Product Description

The MAC025B-0-ZS-2-E/040-B-1 motor delivers the speed and precision required for demanding servo applications. As an AC servomotor featuring a permanent magnet rotor, it provides the rapid yet smooth rotational control needed for dynamic motion profiles. Its brushless construction enhances efficiency while maintaining consistent output over continuous operational cycles.

An IP65 protection rating shields internal components from dust and moisture ingress common in industrial environments. Reliable sealing into the motor housing allows placement in unpredictable settings without concerns over ambient factors. Reinforced by its rugged yet compact form factor, reliable performance endures through vibrational stresses. An incremental encoder integrated into the design feeds continuous feedback to the servo controller. This closed-loop signal reporting enables adjustments matching each encoder pulse to fulfill tight tolerances. Application uptime increases through preventative self-correction of any drift from mechanical play or temperature shifts.

The motor further eases installation through a side-mounted power connection on the B-terminal. Orientation stays flexible to meet varied mechanical layout needs without redesigning wiring paths. Accessibility supports fast commissioning and repairs if ever required. Exceptional acceleration and braking are achieved through maximum motor torque over its operational envelope. This enables fulfilling dynamic sequences like pick-and-place or high-speed sorting with minimal position overshoot. Paired with an external servo amplifier and controller, tuning options provide customized motion profiles. Weighing just 1.5 kg, compact dimensions fitting into minimal footprints concentrate payload where space is limited. Vibrations induced also minimize to non-contact processes requiring sensitivity. High-speed rotor designs result in a precision instrument capable of micron-level motion control. Reliable, repeatable performance fulfills production line servo tasks for years without component wear. Industries from semiconductor tooling to medical assembly benefit through innovative yet practical precision motorization.