Schneider Electric MC-41101400

Product Introduction:​ The Schneider Electric MC-41101400 is a high-performance servo drive module belonging to the Lexium 65 or related PacDrive MC-4 series. It is designed to control AC servo motors with high precision in industrial automation environments, supporting multiple communication protocols and control modes for complex motion tasks.

Category:
Description
Technical Specifications & Performance Parameters:
  • Model:​ MC-41101400
  • Series:​ Lexium 65 / MC-4 Series
  • Type:​ Servo Drive Module
  • Rated Power:​ 1.5 kW
  • Voltage Range:​ 380 V AC (three-phase)
  • Rated Current:​ 4.2 A
  • Speed Range:​ 0 to 3000 rpm
  • Torque Range:​ 0 to 3.7 Nm
  • Control Modes:​ Position, Speed, Torque
  • Communication:​ CANopen, EtherCAT, Modbus RTU
  • Protection Rating:​ IP65 (drive module rating; note: many drives are IP20 unless enclosed)
  • Operating Temperature:​ -10 °C to +40 °C
  • Storage Temperature:​ -25 °C to +70 °C
  • Humidity:​ 5% to 95% RH (non-condensing)
  • Dimensions:​ 190 mm x 70 mm x 40 mm
  • Weight:​ Approx. 1.2 kg
  • Certifications:​ UL 508, CSA C22.2 No.142, CE, RoHS, IEC 60529
Material Composition & Structure:
  • Housing:​ Metal casing with heatsink (IP65 rated variant includes sealed enclosure)
  • Internal:​ IGBT power stage, DSP controller, isolated communication interfaces
  • Connectors:​ Shielded motor terminal, encoder connector, control I/O terminal block
  • Cooling:​ Natural convection or forced air (depending on load/enclosure)
Functional Features & Working Principle:
  • Working Principle:​ Receives motion commands via fieldbus or pulse/direction, compares with motor feedback, and modulates three-phase power using space vector PWM to achieve precise torque, speed, or position control.
  • High Precision:​ Advanced vector control algorithms ensure positioning accuracy and repeatability.
  • Multi-Protocol Support:​ Seamless integration into diverse automation architectures (EtherCAT for high-speed sync, CANopen for standard).
  • Diagnostics:​ Rich fault detection (overcurrent, overvoltage, encoder error, overheating) with status LEDs and communication reporting.
  • High Overload Capacity:​ Designed to handle peak torques during acceleration/deceleration phases.
Application Scenarios:
  • CNC milling and machining centers
  • Robotic arm joint control
  • Automatic packaging lines (fillers, cartoners)
  • Printing machine rollers and registration
  • Conveyor systems and material handling
  • Textile and food processing machinery
Installation Requirements & Usage Notes:
  • IP65 version suits harsh environments but still requires proper cable glands and sealing to maintain rating.
  • Ensure three-phase supply matches drive input; phase sequence matters for motor direction.
  • Use ferrules on stranded wires for terminal blocks to prevent loose connections.
  • Motor and drive grounding must be low impedance; separate power and signal cable runs.
  • Set motor parameters (rated current, inductance, encoder type) correctly in auto-tuning or commissioning software before operation.
  • If IP20 (typical book-frame drive), it must be mounted inside a cabinet with IP54+ rating; ensure clearance for airflow (usually 50mm top/bottom).
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