SCHNEIDER SH31404P02F2000 Servo Motor

Product Overview

The SCHNEIDER SH31404P02F2000 is a Lexium SH3 AC Servo Motor designed for high-performance motion control applications. It features a 140 mm flange size, 33.4 N·m continuous torque, integrated brake, multiturn SinCos encoder, and IP54/IP65 protection, providing high precision, fast response, and reliable operation for industrial automation systems.

It is part of the PacDrive 3 motion control system and is suitable for demanding applications requiring accurate positioning and dynamic performance.

Technical Specifications

• Brand: SCHNEIDER ELECTRIC
• Model: SH31404P02F2000
• Series: Lexium SH3
• Type: AC Servo Motor
• Frame Size: 140 mm
• Rated Supply Voltage: 115...480 V AC, 3-phase
• Continuous Stall Torque: 33.4 N·m
• Peak Torque: Approx. 131.9 N·m
• Rated Speed: Up to 4000 rpm
• Maximum Speed: 4000 rpm
• Rated Power: Approx. 4 kW class
• Encoder Type: SinCos Multiturn Encoder
• Encoder Resolution: 128 periods/revolution
• Shaft Type: Smooth shaft (No key)
• Brake: Integrated holding brake
• Connector: 90° angled connector
• Protection Rating: IP54/IP65
• Shaft Diameter: 24 mm
• Motor Weight: Approx. 26 kg

Advantages & Features

• Original Schneider Electric Lexium SH3 servo motor
• High torque output with compact design
• Excellent positioning accuracy and dynamic response
• Integrated holding brake improves safety
• Multiturn encoder provides precise position feedback
• High overload capability for demanding motion applications
• IP54/IP65 protection suitable for industrial environments
• Compatible with Schneider PacDrive 3 automation systems

Applications

• Industrial automation equipment
• Packaging machinery
• Robotics systems
• Material handling equipment
• CNC and precision machinery
• Assembly lines
• Printing and converting machines
• High-speed production systems

Precautions

• Confirm compatibility with Schneider servo drive before installation
• Check rated voltage and motor parameters carefully
• Use suitable Schneider Lexium/PacDrive controllers
• Ensure correct encoder and power cable connection
• Avoid excessive vibration, impact, and contamination
• Do not operate beyond rated torque and speed limits
• Perform motor parameter configuration after replacement