DIY power tools

These inverters generate a quasi-sine AC voltage from a DC input voltage. Compared to trapezium power inverters, these inverters feature a highly reduced level of sine wave distortion, which means they can be used for almost all measurement equipment, computer systems, audio equipment and televisions and for inductive loads. The humming noises of motors, transformers, etc., are considerably reduced and are comparable to sine devices - Combined with improved efficiency. The oversized amplifier... less info

These inverters generate a quasi-sine AC voltage from a DC input voltage. Compared to trapezium power inverters, these inverters feature a highly reduced level of sine wave distortion, which means ... more info

These inverters generate a quasi-sine AC voltage from a DC input voltage. Compared to trapezium power inverters, these inverters feature a highly reduced level of sine wave distortion, which means they can be used for almost all measurement equipment, computer systems, audio equipment and televisions and for inductive loads. The humming noises of motors, transformers, etc., are considerably reduced and are comparable to sine devices - Combined with improved efficiency. The oversized amplifier... less info

These inverters generate a quasi-sine AC voltage from a DC input voltage. Compared to trapezium power inverters, these inverters feature a highly reduced level of sine wave distortion, which means ... more info

These inverters generate a quasi-sine AC voltage from a DC input voltage. Compared to trapezium power inverters, these inverters feature a highly reduced level of sine wave distortion, which means they can be used for almost all measurement equipment, computer systems, audio equipment and televisions and for inductive loads. The humming noises of motors, transformers, etc., are considerably reduced and are comparable to sine devices - Combined with improved efficiency. The oversized amplifier... less info

These inverters generate a quasi-sine AC voltage from a DC input voltage. Compared to trapezium power inverters, these inverters feature a highly reduced level of sine wave distortion, which means ... more info

These inverters generate a quasi-sine AC voltage from a DC input voltage. Compared to trapezium power inverters, these inverters feature a highly reduced level of sine wave distortion, which means they can be used for almost all measurement equipment, computer systems, audio equipment and televisions and for inductive loads. The humming noises of motors, transformers, etc., are considerably reduced and are comparable to sine devices - Combined with improved efficiency. The oversized amplifier... less info

These inverters generate a quasi-sine AC voltage from a DC input voltage. Compared to trapezium power inverters, these inverters feature a highly reduced level of sine wave distortion, which means ... more info

These inverters generate a quasi-sine AC voltage from a DC input voltage. Compared to trapezium power inverters, these inverters feature a highly reduced level of sine wave distortion, which means they can be used for almost all measurement equipment, computer systems, audio equipment and televisions and for inductive loads. The humming noises of motors, transformers, etc., are considerably reduced and are comparable to sine devices - Combined with improved efficiency. The oversized amplifier... less info

These inverters generate a quasi-sine AC voltage from a DC input voltage. Compared to trapezium power inverters, these inverters feature a highly reduced level of sine wave distortion, which means ... more info