SCHNEIDER SH31404P02F2000 Servo Motor

Product Description

SCHNEIDER SH31404P02F2000 is a Lexium SH3 AC Servo Motor designed for high-performance motion control applications. It features a 140 mm frame size, 33.4 N·m continuous torque, integrated brake, and high-resolution SinCos multiturn encoder feedback. It is part of the Schneider PacDrive 3 / Lexium motion control platform.

This servo motor provides high dynamic response, precise positioning, and reliable operation for industrial automation systems requiring accurate speed, torque, and position control.

Specifications

• Brand: SCHNEIDER ELECTRIC
• Model: SH31404P02F2000
• Series: Lexium SH3
• Product Type: AC Servo Motor
• Motor Frame Size: 140 mm
• Rated Speed: 4000 rpm
• Continuous Torque: 33.4 N·m
• Encoder Type: SinCos Multiturn 128
• Shaft Type: Smooth shaft (No key)
• Brake: Integrated holding brake
• Connector: 90° angled connector
• Protection Rating: IP54 / IP65
• Supply Voltage: 115…480 V AC, three phase
• Application Platform: PacDrive 3 / Lexium systems

Functions

• Provides precise rotary motion control
• Converts electrical energy into controlled mechanical movement
• Supports position, speed, and torque regulation
• Provides encoder feedback for accurate motion control
• Maintains axis position using integrated brake function

Advantages & Features

• Schneider high-performance servo technology
• High torque density with compact design
• High-resolution multiturn feedback system
• Excellent dynamic response and positioning accuracy
• Integrated brake for vertical-axis applications
• IP54/IP65 protection suitable for industrial environments

Applications

• Industrial robot systems
• CNC machinery
• Packaging machines
• Material handling equipment
• Automated production lines
• Precision motion control systems
• PacDrive automation systems

Notes

• SH31404P02F2000 is a servo motor, not a servo drive
• Requires a compatible Schneider Lexium / PacDrive servo drive for operation
• Confirm encoder type and motor parameters before replacement
• Check brake wiring and power supply requirements
• Verify mechanical dimensions and shaft coupling compatibility before installation