PBM423FXE26

Product Description:

The PBM423FXE26 servo motor is engineered for industrial automation systems needing precision and reliability. It provides reverse rotation capabilities that ensures adaptability in various applications; its compact design means it fits easily into existing setups. The motor can be powered by either 24 VDC or 48 VDC power supplies, offering flexibility in different voltage environments. The design allows for efficient integration and operation within sophisticated control systems, enhancing overall mechatronic project functionality. Moreover, it demonstrates robust performance capabilities, making it a solid choice for demanding environments where consistent operation is critical.

The PBM423FXE26 servo motor showcases an allowable torque range of 2.2 N·m to 5 N·m, useful for smooth speed and torque adjustments through a wide range. An allowable instantaneous torque of up to approximately 11 N·m offers temporary performance boosts when necessary. The unit also features an allowable radial load of 275 N that maintains stability under lateral forces. The motor can achieve an allowable speed around 116 min⁻¹ for high speed configurations; higher torque gear options are generally available across industrial usages through lower speeds of around 70 min⁻¹ or 35 min⁻¹. The rotor inertia measures approximately 0.068 × 10⁻⁴ kg·m², ensuring responsive control with minimal lag during operation, improving automation processes.

The operating ambient temperature should be considered if you are looking at this model as it is -10 to +40°C, while storing it in a range of -20 to +65°C. The motor has an allowable thrust load around 1150 N. Expect an hysteresis loss of approximately 3.6 arc min or less for precise control; for optimal performance, keep the motor surface temperature at or under 85°C in use. Ensuring loads are applied at the 1/3 shaft length could extend its service life through decreased wear. The motor's mass is approximately 0.54 kg. The PBM423FXE26 integrates well into automation setups through specifications designed for robust yet standard application requirements.