Transformer

<p>1000 Watt inverter with 12V DC voltage converted to 230VAC AC voltage with a pure sine wave. <br/>The inverter has an excellent battery, enabling it to operate equipment that normally requires a mains supply.<br/>From the 600 Watt model upwards, a remote control is available to operate and read the inverter remotely. <br/><br/>The inverters have several types of protection: <br/>- against undervoltage; <br/>- against overvoltage; <br/>- against temperature; <br/>- against short-circuit; <br/>- against overload. <br/></p>

<p>1000 Watt inverter with 12V DC voltage converted to 230VAC AC voltage with a pure sine wave. <br/>The inverter has an excellent battery, enabling it to operate equipment that normally requires a mains supply.<br/>From the 600 Watt model upwards, a remote control is available to operate and read the inverter remotely. <br/><br/>The inverters have several types of protection: <br/>- against undervoltage; <br/>- against overvoltage; <br/>- against temperature; <br/>- against short-circuit; <br/>- against overload. <br/></p>

<p>3000 Watt inverter with 24V DC voltage converted to 230VAC AC voltage with a pure sine wave. <br style="BORDER-TOP-COLOR: ; BORDER-LEFT-COLOR: ; BORDER-BOTTOM-COLOR: ; BORDER-RIGHT-COLOR: ">The inverter has an excellent battery, enabling it to operate equipment that normally requires a mains supply.<br/>From the 600 Watt model upwards, a remote control is available to operate and read the inverter remotely. <br/><br/>The inverters have several types of protection: <br/>- against undervoltage; <br/>- against overvoltage; <br/>- against temperature; <br/>- against short-circuit; <br/>- against overload. <br/></p>

<p>3000 Watt inverter with 24V DC voltage converted to 230VAC AC voltage with a pure sine wave. <br style="BORDER-TOP-COLOR: ; BORDER-LEFT-COLOR: ; BORDER-BOTTOM-COLOR: ; BORDER-RIGHT-COLOR: ">The inverter has an excellent battery, enabling it to operate equipment that normally requires a mains supply.<br/>From the 600 Watt model upwards, a remote control is available to operate and read the inverter remotely. <br/><br/>The inverters have several types of protection: <br/>- against undervoltage; <br/>- against overvoltage; <br/>- against temperature; <br/>- against short-circuit; <br/>- against overload. <br/></p>

<p>3000 Watt inverter with 24V DC voltage converted to 230VAC AC voltage with a pure sine wave. <br style="BORDER-TOP-COLOR: ; BORDER-LEFT-COLOR: ; BORDER-BOTTOM-COLOR: ; BORDER-RIGHT-COLOR: ">The inverter has an excellent battery, enabling it to operate equipment that normally requires a mains supply.<br/>From the 600 Watt model upwards, a remote control is available to operate and read the inverter remotely. <br/><br/>The inverters have several types of protection: <br/>- against undervoltage; <br/>- against overvoltage; <br/>- against temperature; <br/>- against short-circuit; <br/>- against overload. <br/></p>

<p>3000 Watt inverter with 24V DC voltage converted to 230VAC AC voltage with a pure sine wave. <br style="BORDER-TOP-COLOR: ; BORDER-LEFT-COLOR: ; BORDER-BOTTOM-COLOR: ; BORDER-RIGHT-COLOR: ">The inverter has an excellent battery, enabling it to operate equipment that normally requires a mains supply.<br/>From the 600 Watt model upwards, a remote control is available to operate and read the inverter remotely. <br/><br/>The inverters have several types of protection: <br/>- against undervoltage; <br/>- against overvoltage; <br/>- against temperature; <br/>- against short-circuit; <br/>- against overload. <br/></p>

<p>3000 Watt inverter with 24V DC voltage converted to 230VAC AC voltage with a pure sine wave. <br style="BORDER-TOP-COLOR: ; BORDER-LEFT-COLOR: ; BORDER-BOTTOM-COLOR: ; BORDER-RIGHT-COLOR: ">The inverter has an excellent battery, enabling it to operate equipment that normally requires a mains supply.<br/>From the 600 Watt model upwards, a remote control is available to operate and read the inverter remotely. <br/><br/>The inverters have several types of protection: <br/>- against undervoltage; <br/>- against overvoltage; <br/>- against temperature; <br/>- against short-circuit; <br/>- against overload. <br/></p>

<p>3000 Watt inverter with 24V DC voltage converted to 230VAC AC voltage with a pure sine wave. <br style="BORDER-TOP-COLOR: ; BORDER-LEFT-COLOR: ; BORDER-BOTTOM-COLOR: ; BORDER-RIGHT-COLOR: ">The inverter has an excellent battery, enabling it to operate equipment that normally requires a mains supply.<br/>From the 600 Watt model upwards, a remote control is available to operate and read the inverter remotely. <br/><br/>The inverters have several types of protection: <br/>- against undervoltage; <br/>- against overvoltage; <br/>- against temperature; <br/>- against short-circuit; <br/>- against overload. <br/></p>

<p>1000 Watt inverter with 12V DC voltage converted to 230VAC AC voltage with a pure sine wave. <br/>The inverter has an excellent battery, enabling it to operate equipment that normally requires a mains supply.<br/>From the 600 Watt model upwards, a remote control is available to operate and read the inverter remotely. <br/><br/>The inverters have several types of protection: <br/>- against undervoltage; <br/>- against overvoltage; <br/>- against temperature; <br/>- against short-circuit; <br/>- against overload. <br/></p>

<p>1000 Watt inverter with 12V DC voltage converted to 230VAC AC voltage with a pure sine wave. <br/>The inverter has an excellent battery, enabling it to operate equipment that normally requires a mains supply.<br/>From the 600 Watt model upwards, a remote control is available to operate and read the inverter remotely. <br/><br/>The inverters have several types of protection: <br/>- against undervoltage; <br/>- against overvoltage; <br/>- against temperature; <br/>- against short-circuit; <br/>- against overload. <br/></p>

<p>1000 Watt inverter with 12V DC voltage converted to 230VAC AC voltage with a pure sine wave. <br/>The inverter has an excellent battery, enabling it to operate equipment that normally requires a mains supply.<br/>From the 600 Watt model upwards, a remote control is available to operate and read the inverter remotely. <br/><br/>The inverters have several types of protection: <br/>- against undervoltage; <br/>- against overvoltage; <br/>- against temperature; <br/>- against short-circuit; <br/>- against overload. <br/></p>