Description
Model | MC-41101400 |
Brand | Schneider Electric |
Type | Medium-Duty Motor Control Module |
Motor Compatibility | 3-phase AC induction motors |
Power Rating | Up to 15kW (20HP) @ 400V AC |
Speed Range | 0.5–60Hz |
Control Modes | V/f control, sensorless vector |
Input Signals | 2 analog (0-10V, 4-20mA), 4 digital |
Output Signals | 4 digital (relay), 1 analog (0-10V) |
Communication | Modbus RTU/TCP, Ethernet/IP |
Power Supply | 24V DC (control), 380-480V AC (power) |
Operating Temperature | -10°C to 55°C (14°F to 131°F) |
Mounting | DIN rail (35mm) or panel mount |
Dimensions | 160mm x 130mm x 110mm (W x H x D) |
Weight | 1.2 kg (2.65 lbs) |
Certifications | CE, UL 508C, cUL, ATEX |
Protection Features | Overload, short circuit, phase loss, overvoltage |
MC-41101400
The MC-41101400 is a medium-duty motor control module designed as a key component in Schneider Electric’s Modicon motor management systems. As part of the company’s industrial automation portfolio, it acts as a dedicated controller for AC induction motors, combining motor protection, speed regulation, and diagnostic capabilities in a compact package.
MC-41101400
Its primary role is to receive control signals from PLCs or human-machine interfaces (HMIs), then regulate motor operation through variable voltage/frequency output—all while monitoring for faults like overloads, phase loss, or overheating. For plant engineers and maintenance teams, the MC-41101400 offers significant value through its integrated protection features and communication capabilities, reducing the need for separate relays and monitoring devices. Whether controlling standalone motors in packaging machinery or coordinating multiple drives in material handling systems, this module integrates seamlessly with existing automation infrastructure, enhancing system reliability while simplifying troubleshooting.
MC-41101400
Main features and advantages:
The MC-41101400 distinguishes itself in industrial motor controls with features tailored for performance and durability. Functionally, it delivers variable speed control for motors up to 15kW (20HP), with a speed range of 0.5–60Hz that supports both constant torque and variable torque applications—critical in industries like food processing where mixers require steady torque at low speeds and conveyors need energy-efficient variable speed operation. Its built-in motor protection algorithms (thermal overload, short circuit, phase imbalance) act in milliseconds to prevent damage, while advanced diagnostics log fault data for root-cause analysis.
Hardware design prioritizes ruggedness and integration flexibility. The compact enclosure withstands operating temperatures from -10°C to 55°C, making it suitable for installation in control cabinets near motors or in dusty industrial environments. A key advantage is its conformal coating, which protects circuit boards from moisture and chemical exposure—valuable in washdown areas like dairy processing facilities.
Compatibility is a strong suit, with native support for Modbus RTU/TCP and Ethernet/IP to connect with PLCs like the Modicon M340/M580, as well as direct integration with Schneider’s EcoStruxure Machine Expert software for programming and monitoring. This versatility allows the MC-41101400 to fit into both new installations and retrofits, providing a cost-effective upgrade path from traditional motor starters.
MC-41101400
Application areas:
In industrial automation systems where precise motor control is the cornerstone of operational efficiency, reliable motor controllers are essential. From conveyor systems in logistics hubs that require synchronized speed control to precision manufacturing lines where torque regulation directly impacts product quality, these components must deliver consistent performance under varying loads. The MC-41101400 excels in these demanding environments, serving as a robust motor control module that bridges the gap between basic starters and complex variable frequency drives—offering the right balance of functionality and simplicity for medium-duty industrial applications.
Consider a beverage bottling plant with a network of conveyors transporting bottles through filling, capping, and labeling stations. Each section requires precise speed matching to prevent jams or spills, while sudden load changes (like a surge of bottles at peak production) demand instant torque adjustments. Here, the MC-41101400 regulates AC induction motors across multiple conveyor zones, maintaining preset speeds via closed-loop feedback and communicating with the central PLC to coordinate line operations. In a metal fabrication shop, it controls motors driving saws and punches, adjusting torque limits to prevent equipment damage during material changes while ensuring consistent cut quality. This controller is a workhorse in industrial motor management, providing the reliable performance needed to keep production lines running smoothly.
MC-41101400
Related products:
MC-21100700 – Compact variant of the MC-41101400 for smaller motors up to 7.5kW, ideal for auxiliary equipment.
MC-61102200 – High-power version supporting motors up to 22kW, designed to expand systems beyond the MC-41101400’s capacity.
VW3A1101 – Motor feedback module that enhances the MC-41101400 with encoder-based closed-loop control.
TM241CE40R – Modicon M241 PLC that communicates with the MC-41101400 via Ethernet/IP for centralized control.
LV432540 – Circuit breaker specifically sized for the MC-41101400 to provide upstream protection.
VZ1L – Line reactor recommended for use with the MC-41101400 in environments with poor power quality.
HMIGXU3512 – HMI panel that interfaces with the MC-41101400 for local speed adjustment and status monitoring.
MC-EXP-IO4 – I/O expansion module adding 4 digital inputs to the MC-41101400 for complex control logic.
MC-41101400
Installation and maintenance:
Before installing the MC-41101400, verify that the power supply matches the motor’s voltage rating (380-480V AC) and that the control circuit provides stable 24V DC (minimum 0.5A). Use shielded cable for motor connections, grounding the shield at both the controller and motor end to minimize electromagnetic interference—critical in facilities with nearby welders or large transformers. Mount the module with at least 50mm clearance above and below for cooling, ensuring ambient temperature doesn’t exceed 55°C when operating at full load. Prior to commissioning, configure motor parameters (rated current, speed, overload class) via software to match the connected motor’s specifications.
For maintenance, inspect motor connections quarterly for tightness and signs of overheating (discolored terminals), retorquing if necessary to prevent resistance-induced heating. Clean cooling vents semi-annually using compressed air, especially in dusty environments like woodworking shops. Use EcoStruxure Machine Expert software monthly to review fault logs and performance trends, addressing issues like frequent overloads before they cause downtime. Calibrate analog inputs annually using a signal generator to ensure accurate speed reference signals.
MC-41101400
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