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Dino is the new Electroil inverter, energy-efficient and easy to install. Integrated IoT for real-time monitoring and remote control. Automatic adjustment of operating parameters.
For optimized control of your water pump.
Installation type: directly mounted on the motor
Dimensions: 250x198x137h
Cooling method: forced ventilation by the motor.
Installation type: wall-mounted
Dimensions: 276x198x185h
Cooling method: forced ventilation
Dino W comes complete with a power cable with Schuko plug, motor output cable, pressure transducer with wired M12 connector, and signal output cable with M8 connector.
Cable length: 150 cm
The right power for everyone, to achieve maximum efficiency and avoid wasting energy
The DINO inverter range includes six configurations, with power ratings from 2.2 to 5.5 kW, making it suitable for different types of electric pumps and power supplies.
230V single-phase mains supply for single-phase electric pumps.
230V single-phase mains supply for three-phase electric pumps.
400V three-phase mains supply for three-phase electric pumps.
400V three-phase mains supply for three-phase electric pumps.
400V three-phase mains supply for three-phase electric pumps.
400V three-phase mains supply for three-phase electric pumps.
Electroil designed DINO with the goal of making the installation and configuration process as straightforward as possible.
The procedure consists of four main operations:
1. connect the inverter to the pump's electric motor
2. install the pressure transducer on the delivery line
3. connect to the power supply
4. set the current, rotation direction and desired pressure parameters
An inverter, or VFD (Variable Frequency Drive), is an electronic drive designed to control the speed and torque of asynchronous and synchronous electric motors by varying the frequency and voltage of the power supply.
The introduction of inverter technology represented a significant evolution compared to traditional control systems: today, motor speed can be adjusted according to the actual demand of the system, drastically reducing energy waste.
Reduced starting current during start-up
Reduced mechanical stress on motors and transmission components
Continuous and precise speed control.
Reduced operating noise
Extended component lifespan
Lower operating and maintenance costs