Motorbox for Ø 90 m Decanter
Power and Precision in Managing Large-Scale Fluid Masses
When it comes to water and sludge treatment on an industrial scale, the need for mechanical reliability, transmission power, and dynamic control becomes crucial—especially in large-diameter systems.
The motorbox for a 90-meter decanter is designed to ensure continuous, synchronized, and safe movement of the rotating system, even under critical loads and in corrosive environments.
The Mechanical Core of a High-Capacity Plant
Reliable, powerful, and customizable: the motorbox for a 90-meter decanter is the dynamic heart of a high-capacity sedimentation plant.
It is a solution built to last and operate without interruption, even in harsh environmental conditions, guaranteeing the perfect balance between mechanical efficiency and industrial control.
Technical and Functional Performance
The motorbox is designed to:
Withstand high axial and radial loads
Allow continuous, controlled rotation at extremely low speed
Operate 24/7 with minimal maintenance requirements
Be compatible with torque monitoring and mechanical safety systems
Its modular characteristics make it suitable for both new installations and revamping of existing plants.
Technology Applied to Detail
The equipment integrates:
An automated handling system for the precise positioning of the jack and the cable
A welding module with temperature and cycle-time control
Vision sensors and verification algorithms for alignment and connection integrity
All of this is orchestrated by a central control unit that manages parameters, cycles, and real-time diagnostics.
Industrial Advantages
Oversized planetary gearboxes: High torque even at low speed
Self-supporting structure: Easy assembly and inspection
Internal ring gear: Smooth and stable transmission
Sensor compatibility: Ready for predictive maintenance
Modular construction: Installation in demanding or existing environments
Integrated Mechanical Architecture
The system consists of a main supporting structure integrating:
Multiple planetary gearboxes sized for high torque loads
Transmission system with internal ring gear
Upper bearing assembly with reinforced arch structure
Vertical guides and supports for sliding and settlement compensation
The entire architecture is designed to optimize the dynamic balance of the system and reduce local stresses on the concrete structures of the basin.
