The Sigineer Power 2000 watt TSW inverter charger features premium true sine wave performance, hard-to-match pricing and multi products in one package.
It converts 12V Dc from battery power into pure sine wave AC household power. The TSW inverter features a powerful built-in multi-state battery charger of 70 amp to ensure safe and efficient battery charging and an integrated 30A transfer switch with supplementary breakers.
This provides for a smooth transition of 10ms between shore power and battery power, while the power saver mode to minimize power loss when the TSW inverter is sensing AC loads.
The TSW inverter is built with rugged transformer, ideal for operating motor loads and reducing stress on surge protection circuitry.
Perfect for mobile applications such as commercial, emergency and recreational vehicles, marine vessels, construction and military equipments,
small microwave ovens, computers, plasma television sets, printers, power tools ,mini refrigerator and more.
It outputs 2000 watts of continuous clean true sine wave power to sensitive and sophisticated electronics is available with a 1500W GFCI.
Its compact low profile design allows for installation in a variety of locations and the LCD remote display can be mounted anywhere for convenient remote control.
Designed to offer reliable AC power and battery charging to RV’s, boats, trucks, homes and cabins.
This TSW inverter charger features an AC wiring compartment with two string relief connectors to access the AC input and output terminal block, this is where you hard wire your AC input and output.
The 12Vdc remote on/off switch function is available on this inverter with a pin at the AC terminal block, this makes the inverter also manageable from a 12V DC source.
This TSW inverter is set with Automatic Neutral to Ground Connection in the factory, but this connection can be defeated by separating the insulated connectors on the green wire near the AC terminal block, so it will not bond the neutral in any mode of operation.
The ground terminal is used to tie the exposed chassis of the TSW inverter to the DC grounding system with a conductivity of 40 amps, eliminating hazardous high voltage in the event of a leakage.
The temperature controlled cooling DC fan is speed controlled based on internal chamber temperature, battery charging current and inverter output wattage, it reduces fan noise and energy consumption.
When adverse operational conditions are detected, the inverter will initiate a shutdown and power itself off in a healthy manner before any damage can be done.