Converter 250W 40~66V-230V 50Hz NTS-250P-248

DC-AC 250W Voltage Converter – Reliable Power Supply with Pure Sine Wave

The NTS-250P-248 converter is a high-quality device that converts direct current (DC) voltage to alternating current (AC) voltage with a power of 250W. Designed for applications requiring stable and reliable power, it is ideal for both emergency systems and mobile devices. It utilizes pure sine wave technology, which guarantees compatibility with most electrical devices, including those sensitive to power quality.

Characteristics and application

This converter is particularly useful where access to the power grid is limited or impossible. It can be used in recreational vehicles, boats, campers, as well as in emergency power systems for medical devices or RTV/AGD equipment. Thanks to the wide input voltage range (from 10V to 66V), it is compatible with various types of batteries and DC power sources. The ability to select the output voltage (100/110/115/120Vac or 200/220/230/240Vac) using DIP switches allows you to adapt the device to local network standards.

Advantages and key features

• Pure sine wave: Provides stable and safe power for sensitive electronic devices.
• High efficiency: Efficient energy conversion minimizes losses and extends battery life.
• Wide input voltage range: Compatibility with various types of batteries (acid-lead, lithium-ion).
• Built-in protections: Protection against overload, short circuit, overheating, and too low/high input voltage.
• Remote control: On/off switching via an external signal (through a volt-free contact).
• Compact dimensions: Allows easy integration into various applications.
• LED indicators: Inform about the device's operating status (DC Input, Load, Status).
• Energy saving function: Automatic switching to energy saving mode at low load.
• Compliance with safety standards: Meets the requirements of IEC62368-1 and BS EN/EN61000-4-3 / BS EN/EN61000-4-8 standards.

Additionally, the converter has a built-in fan to ensure adequate cooling during operation under heavy load. The ability to adjust the fan speed via a PWM signal allows for optimized cooling and noise reduction. The device's design has been engineered to ensure high reliability and long life.