The TAURO inverter has been designed to transform battery power into 220V* sinusoidal waveform alternating current for off-grid solar power systems. Thanks to its ease of use, low maintenance, low noise level, and attractive appearance, this modular system is suitable and adaptable for domestic environments as required. Installed power can readily be doubled by connecting a second device in parallel.

TAURO inverters have high performance levels and for short periods can supply up to 300% of their rated power, making them ideal for working with motors. They also have a control system that allows fully automatic operation. There are two model designs, depending on whether natural convection cooling (design A) or forced air cooling (design B) is used.

There are various models, depending on their power ratings: TAURO BC 712, TAURO BC 1512, TAURO BC 824, TAURO BC 1524, TAURO BC 1524V, TAURO BC 848, TAURO BC 1548, TAURO BC 2548, TAURO BC 2548V, TAURO BC 5048V, and TAURO BC 4120V.

*For 110V models, please contact our sales department at atersa@elecnor.com.

The CP 150, CP 300, and CP 600 modulated square wave converters have been designed to convert direct current into 220V 50Hz alternating current (other frequencies on request) with maximum continuous power of 150W, 300W, and 600W, respectively. The CP series includes a feedback circuit that keeps the output voltage stable to within 6%, thereby always ensuring proper operation of the connected loads at all times. It also has a system for protecting against overloads and short circuits.

Models CP 300 and CP 600 have an internal timer that allows normal equipment operation for periods proportional to the overload detected. If a short circuit occurs, power stage operation is instantly switched off.

These two models also include a protector to prevent input voltage from falling below a minimum allowable value and a sensor for detecting internal temperatures above allowable values.

In addition, operation for both is automatic, so they can disconnect from the power stage when consumption is zero.