Samlex NTX 12V 1000W Pure Sine Wave Inverter

The Samlex NTX-1000-12 is a compact inverter for running sensitive AC electronics from a 12V battery system in boats, RVs, service vehicles, field operations, and backup-power installations. Its pure sine waveform is suitable for equipment that can be noisy, inefficient, or unreliable on a modified-wave inverter. FCC certification addresses electrical interference around nearby electronics, which is particularly useful in communication-heavy mobile and marine environments. The NTX design also emphasizes low idle consumption so the inverter does not waste as much stored battery energy when AC demand is light.

Hypersurge technology gives the inverter additional short-duration capability for starting loads that draw heavily for a brief moment. A variable-speed fan responds to both temperature and load, helping keep operation quieter than a cooling system that runs at full speed continuously. Two GFCI-protected outlets provide direct plug-in connections for AC equipment. The included NTX-RC LCD remote allows the inverter to be installed out of sight while still giving the operator convenient control and status information.

The inverter can deliver a 2000-watt surge and uses a wide DC input range to accommodate normal battery-system voltage variation. Its enclosure is approximately 8.50 x 11.06 x 3.62 in and weighs about 5.4 lb, making it easier to place than many higher-output commercial inverters. The remote is supplied with a long connection cable so the display can be mounted away from the inverter compartment. Samlex provides a two-year limited warranty for the NTX series.

• Hypersurge capability helps start short-duration high-demand loads
• Load- and temperature-controlled fan keeps routine operation quieter
• Included LCD remote supports convenient remote control and monitoring
• GFCI-protected receptacles provide direct AC connections

Install the inverter in a dry, ventilated location close enough to the battery bank to avoid an unnecessarily long high-current DC run. Use properly sized cable, fusing, grounding, and downstream AC protection based on the installation rather than the inverter rating alone. For other output levels and inverter styles, browse more Power Inverters.