SEW MOVIDRIVE MDX61B0040-5A3-4-0T | Application Version Inverter Drive

SEW-Eurodrive MOVIDRIVE MDX61B0040-5A3-4-0T inverter drive — 3-phase 380-500V AC, 6.6kVA output, 0-599Hz, application-version technology functions.

Overview

This is the application version of SEW-Eurodrive’s MDX61B0040-5A3-4 inverter drive — denoted by the “0T” suffix rather than the standard “00.” That distinction matters: alongside all the core MOVIDRIVE functionality, this unit includes electronic cam and internal synchronous operation technology functions, plus access to the full range of application modules in SEW’s MOVITOOLS MotionStudio software. In practice, that means positioning, winding, and drive-control tasks can be set up through guided parameter entry rather than custom programming — a real time-saver on projects with tight commissioning schedules.

On the electrical side, it accepts a 3-phase 380–500VAC input (±10%) at 50/60Hz, drawing a rated input current of 8.64A. Output covers 0 to the input voltage across a 0–599Hz frequency range, with a rated output current of 9.5A and 6.6kVA of output power. It’s rated for 0–40°C ambient operation, which is a slightly tighter range than some other MOVIDRIVE models — worth checking against your installation environment if you’re running near the upper limit.

Key Features

• Application-Version Technology — Electronic cam and internal synchronous operation functions built in, beyond standard MOVIDRIVE units
• MOVITOOLS MotionStudio Compatible — Full access to standardized application modules for positioning, winding, and drive control
• Guided Setup, Not Programming — Parameter-driven configuration speeds up commissioning and reduces training time
• Wide Output Frequency Range — 0–599Hz supports both standard and high-speed motor applications
• Direct Motion Control — All motion is handled directly within the MOVIDRIVE unit, simplifying decentralized control architectures
• Solid Current Handling — 9.5A rated output current for consistent motor performance

Applications

• Positioning & Winding Systems — Application modules are purpose-built for these exact tasks
• Decentralized Control Architectures — Onboard motion handling makes distributed setups easier to implement
• Fast-Turnaround Projects — Guided parameter setup reduces engineering and startup time versus custom-coded solutions
• General Motion Control — Suited to conveyors, packaging, and material handling equipment needing more than basic V/f control
• OEM Applications Needing Standardized Programs — Machine builders can rely on pre-validated application modules rather than developing control logic from scratch

Full Specifications