Pure sine wave

100% pure power, just like from home

More and more electronic consumers are becoming more complex in their design and can no longer be operated with "modified sine wave current" from inferior inverters. The prerequisite for trouble-free operation is a pure sine wave current from NOQON's NST series - just like at home from the wall socket!

Gone are the days of stripes in the TV picture or humming and interference in audio and hi-fi applications. Restrictions for consumers in mobile use are now a thing of the past.

High power reserves

Power when it matters

Due to many integrated protection circuits, long-life power electronics and intelligent microprocessor control, the NST324 guarantees high overload capacity (for high starting currents of inductive loads).

• 150% of continuous power for 10 seconds
• 200% power for 2 seconds

With a continuous power of 300W this corresponds to 450W for 10 seconds and 600W for 2 seconds.

This means that consumers with high starting currents or with short-term high peak consumption can be used without restrictions.

High quality components

First impressions are not deceiving

The NST324 is very robustly built, but thanks to its quiet active fan cooling system, it operates as quiet as a whisper and extremely efficiently, making it suitable for continuous operation.

Thanks to high-quality electronic components and the latest high-frequency technology, it is able to achieve efficiencies of up to 90% with minimal power consumption.

In addition to active fan cooling, the sturdy ribbed aluminum housing coated with European powder coating guarantees maximum passive cooling and thus whisper-quiet continuous operation.

Mains priority circuit or battery priority with built-in UPS (UPS mode)

True uninterruptible power supply (UPS)

The built-in mains priority circuit of the NST gives you the option to switch on an external 230V power source when the batteries are empty or simply when needed, without disturbing the ongoing operation of consumers.

How it works:

As soon as a mains voltage is registered at the AC input of the device (e.g. switching on from household power or generator), it is automatically switched to mains operation within a lightning-fast 16ms. The inverter passes the mains current and switches the inverter function to "standby". In this way, all consumers can continue to be used without further intervention and without burdening the battery. When the external 230V voltage is removed, the inverter automatically switches back to battery supply within 16ms.