Description
SEW MCV41A0400-5A3-4-00
Technical Specifications: Rated motor power: 40kW Three-phase input voltage: 380VAC – 500VAC, 50-60Hz Control modes: VFC open-loop flux control, CFC closed-loop current flux vector control Communication: Integrated PROFIBUS-DP interface, binary terminal control supported Built-in brake chopper, four-quadrant operation Protection class: IP20 Ambient operating temperature: 0℃ ~ +45℃ Cooling method: Forced air cooling Separate 24VDC control supply, keeps parameters and communication alive after main circuit power loss
Functional Features: Vertical screw-fastened installation inside the electrical cabinet, IP20 protection only inside the cabinet Complete hardware protection including overcurrent, overvoltage, undervoltage, overheating, earth fault, output short-circuit and encoder signal failure Closed-loop driving for encoder-fed asynchronous motors 6 isolated digital inputs, 3 digital outputs including 1 relay output, PTC motor temperature detection supported Automatic motor parameter identification, parameter backup and restore Built-in absolute and relative positioning, electronic gearing, electronic cam, flying-shear functions Integrated STO Safe Torque Off safety function Comprehensive fault log and operating-data storage On-board A-class EMC input filter DC bus interconnection terminals for shared energy among multiple drives Side expansion slots for fieldbus and encoder option cards
Application Scenarios: Heavy-duty packaging machine main servo axis Large cutting and shearing machine positioning drive Wide-web coating and laminating line roller synchronization Heavy unwinding and winding servo control system Large rotary indexing table heavy-duty positioning
Performance Parameters: Output frequency range: 0Hz – 600Hz Overload capacity: 150% rated current for 60 continuous seconds Speed control accuracy ±0.01% under CFC closed-loop mode Multi-step speed with independent adjustable ramps, S-curve supported Torque limiting and pure torque control mode High-speed encoder signal sampling Compatible with incremental encoder, HIPERFACE absolute encoder
Material Composition: Cold-rolled steel sheet housing with powder-coating anti-corrosion treatment Multi-layer industrial-grade PCB, IGBT inverter module, NTC temperature sensor Gold-plated signal terminals, thickened copper power terminals Flame-retardant plastic brackets, high-voltage DC bus capacitors Metal heat sink with dual built-in cooling fan assembly
Structural Characteristics: Vertical modular cabinet mounting with heavy-duty screw holes Front three-color LED indicators for running, fault and bus status High-current power terminals in upper zone, control signal terminals in lower zone Side expansion slots for option cards Physical isolation between power cavity and signal cavity Detachable terminal blocks DC bus interconnection terminals
Working Principle: Three-phase AC power enters the main circuit. The rectifier bridge converts it into a stable DC bus voltage. The high-power IGBT inverter outputs adjustable three-phase AC to drive the motor. The encoder feeds rotor speed and position back to the control board. The CFC closed-loop vector algorithm continuously adjusts output voltage and frequency for high-precision closed-loop regulation. Regenerative energy during deceleration is dissipated by the brake chopper into the external brake resistor. On fault, the hardware protection cuts power output and stores fault information. Multiple drives can share regenerative energy through DC bus interconnection.
Installation Requirements: Vertical upright installation only inside a closed electrical cabinet, inverted or horizontal installation forbidden Reserve sufficient cooling clearance, keep fan inlet and outlet unobstructed Separate power and signal cable routing, all signal cables shielded Input voltage matches nameplate rating Cabinet environment free of dust, corrosive gas and condensation PE earth terminal firmly connected to heavy-duty ground busbar Encoder cable uses SEW dedicated shielded cable Fit metal shielding cover after option card installation
Precautions for Use: Wait at least 15 minutes after power-off for capacitor discharge before maintenance Verify three-phase input voltage balance before power-on Complete full motor identification during commissioning No parallel capacitors on output side Clean fan and heat sink dust regularly ESD protection when plugging option cards External brake resistor must match drive rating STO safety wiring strictly follows the safety manual
