A-B Y-3023-2-H00AA

Product Introduction: Allen‑Bradley Y-3023-2-H00AA is a brushless permanent magnet AC servo motor. It provides precise rotary motion and high dynamic torque output for industrial motion control system. It matches Allen-Bradley servo drives for automation positioning applications.

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Description

A-B Y-3023-2-H00AA

Technical Specifications: Motor type: Permanent magnet synchronous AC servo motor Rated voltage: 230VAC Rated speed: 3000 rpm Rated torque: 2.3 N·m Encoder type: Incremental encoder Brake option: Holding brake equipped

Functional Features: High torque density compact structure. Built-in holding brake for axis static position lock when power off. Low cogging torque for smooth rotation at low speed. High dynamic response for fast acceleration and deceleration. Thermal sensor embedded inside stator winding.

Application Scenarios: CNC machine feed axis, material handling robot, packaging equipment, printing machinery, automated assembly station.

Performance Parameters: Peak torque 6.9 N·m. Thermal class F winding insulation.

Material Composition: Stator: silicon steel lamination with copper winding. Rotor: high strength permanent magnet. Motor housing: cast aluminum alloy. Front and rear bearing: high precision ball bearing. Encoder housing: aluminum alloy.

Structural Features: Flange mount design. Rear end integrated encoder assembly. Built-in electromagnetic holding brake. Separate power connector and feedback connector.

Working Principle: Servo drive supplies three-phase alternating current to motor stator winding. Rotating magnetic field generates torque to drive permanent magnet rotor. The encoder measures rotor position and speed and feeds back signal to servo drive, forming closed-loop motion control. The holding brake locks rotor position when power supply cuts off.

Installation Requirements: Mount by front flange. Keep motor shaft alignment with load coupling within tolerance. Install fan cooling if continuous high load operation. Ground motor housing to protective earth.

Usage Notes: Do not apply axial impact to motor shaft during installation. Avoid operation beyond rated speed and torque. Check brake release signal before manually rotating motor shaft.