Why Choose the Danfoss 131F9519 VLT AQUA Drive?
The Danfoss 131F9519 is a high-performance VLT AQUA Drive FC 202 designed for precise and energy-efficient control of three-phase AC motors in water and wastewater applications. This advanced variable frequency drive (VFD) delivers reliable performance, reduced energy consumption and optimised system efficiency for demanding industrial environments.
Part of the specialised AQUA Drive platform, this model is engineered specifically for pump and fluid handling systems. It incorporates intelligent control algorithms, integrated protection features and flexible system integration, helping to reduce total cost of ownership while improving process reliability and uptime.
With a rated output power of 45 kW and a three-phase 380–480 V AC supply, the 131F9519 is ideal for high-capacity pumping systems, water treatment plants and industrial fluid processes requiring dependable and efficient motor control.
Key Advantages
- Dedicated AQUA Drive for water and wastewater applications.
- 45 kW motor power rating for heavy-duty pump systems.
- Three-phase 380–480 V AC input suitable for industrial installations.
- Optimised pump control improves efficiency and reduces mechanical wear.
- Energy savings typically 10–30% through speed control optimisation.
- Flexible integration with automation and SCADA systems.
Key Features
- Danfoss VLT AQUA Drive FC 202 series.
- 45 kW rated output power (60 HP).
- Three-phase 380–480 V AC input supply.
- IP20 enclosure for panel mounting.
- Integrated RFI filter and DC link chokes for EMC performance.
- Automatic Energy Optimisation (AEO) for improved efficiency.
- Advanced pump features including cascade control and dry-run protection.
- Built-in PID controller for precise process control.
Optimised Drive for Pump and Water Systems
The VLT AQUA Drive FC 202 is specifically developed for water and wastewater systems, offering advanced features such as cascade control, flow optimisation and dry-run detection. These capabilities ensure stable operation while reducing maintenance requirements and improving system reliability.
By dynamically adjusting motor speed to match system demand, the drive reduces energy consumption, minimises mechanical stress and extends the lifespan of pumps and associated equipment.
Typical Applications
- Water and wastewater treatment plants.
- High-capacity pumping stations and booster systems.
- Filtration and distribution systems.
- Irrigation and agricultural water control.
- Industrial fluid handling processes.
- Municipal infrastructure projects.
