SEW-EURODRIVE’s MOVIONE decentralised inverter and drive unit is designed to simplify motor control for stationary conveyor applications across logistics, warehousing, airports, and parcel operations.
SEW-EURODRIVE has introduced its MOVIONE decentralised inverter and drive unit to support stationary conveyor applications across logistics and automation environments.
Designed for roller, belt, and chain conveyors, MOVIONE targets warehousing, parcel sortation, airport, and distribution facilities where conveyor systems are becoming increasingly dense and interconnected. The product forms part of SEW-EURODRIVE’s broader MOVI-C modular automation platform and expands the company’s decentralised drive technology portfolio.
According to Osem Jibrail, National Industry Specialist – Airports and Parcel Logistics at SEW-EURODRIVE Australia, MOVIONE has been developed specifically for stationary conveyor applications where installation flexibility, simplified maintenance, and scalable control are priorities.
“MOVIONE is designed to provide an optimised decentralised drive solution for stationary conveyor applications in logistics, warehousing, parcel, and airport environments,” says Osem.
Bringing control closer to the conveyor
Unlike traditional centralised control systems, decentralised inverters position motor control closer to the conveyor or machine section being operated. This reduces the need for extensive cabling and large control cabinet installations.
In conveyor applications, motor control extends beyond simply powering the conveyor. It includes functions such as acceleration, deceleration, speed control, communication with sensors, and coordination with larger automated systems.
“Modern conveyor systems require coordinated and responsive control to support automated material flow throughout a facility,” says Osem.
By locating the inverter closer to the conveyor, MOVIONE is designed to simplify infrastructure requirements while improving installation flexibility – particularly in facilities operating hundreds of conveyor zones.
Reducing installation complexity
One of the key benefits of decentralised control is the reduction in cabinet space, cable runs, and installation effort.
In conventional systems, multiple conveyor motors are connected back to central control cabinets, increasing wiring complexity and consuming valuable floor space. Decentralised systems instead allow drive units to be distributed throughout the facility closer to the application itself.
“Reducing the amount of cabinet infrastructure can help minimise installation space, labour, and overall system complexity,” says Osem.
This becomes increasingly important in high-density logistics facilities where large numbers of conveyor drives must operate within compact footprints.
“When conveyor density increases, flexibility in installation and system architecture becomes critical,” he says.
Designed for easier maintenance
MOVIONE has also been developed to simplify maintenance and servicing. The system uses a standardised plug-in architecture intended to make installation, replacement, and recommissioning more straightforward for maintenance teams.
“The aim is to provide a standardised system that can reduce downtime and simplify maintenance procedures,” says Osem.
In logistics and parcel handling environments, where uptime directly affects throughput and delivery performance, reducing maintenance complexity can provide operational advantages.
SEW-EURODRIVE has also focused on minimising setup and commissioning requirements to help speed up replacement during unplanned stoppages.
“The objective is to have a decentralised drive solution that can be installed and returned to operation quickly when required,” Osem says.
Optimised for stationary conveyor applications
SEW-EURODRIVE has positioned MOVIONE as a purpose-built solution for stationary conveying applications across logistics, warehousing, airports, parcel, and post operations.
Rather than incorporating unnecessary functionality, the product has been designed to provide the features required for standard conveyor control while maintaining simplicity and cost efficiency.
“For straightforward conveyor applications, customers often benefit from a solution that is optimised rather than overly complex,” says Osem.
MOVIONE is available as both a decentralised inverter and a complete drive unit with IE3 or IE5 motors, depending on application requirements.
Part of the MOVI-C platform
MOVIONE integrates with SEW-EURODRIVE’s MOVI-C modular automation system, which is designed to provide consistency across hardware, software, commissioning, and operation.
According to Osem, this modular approach allows different decentralised products within the MOVI-C portfolio to be combined across a single site depending on application requirements.
“The MOVI-C platform is designed around modularity, consistency, and transparency across the wider automation architecture,” he says.
For OEMs, system integrators, consultants, and end users, this consistency can simplify software navigation, commissioning, and long-term maintenance across mixed conveyor systems.
Supporting evolving logistics operations
While decentralised drive technology is well established globally, Osem says many businesses are still evaluating how decentralised architectures can improve long-term operational efficiency.
As logistics facilities continue to evolve, factors such as lifecycle cost, maintenance efficiency, downtime reduction, and installation flexibility are becoming increasingly important alongside upfront capital cost considerations.
SEW-EURODRIVE works closely with consultants, OEMs, system integrators, and end users to help identify suitable drive solutions for different conveyor applications.
“MOVIONE has been developed as an optimised decentralised solution specifically for stationary conveyor systems across logistics and airport applications,” says Osem.
