NMP1K2-C#EECH-00
Mean Well USA
The Mean Well USA NMP1K2-C#EECH-00 is an enclosed AC/DC converter with 1080W of power and a 24V output. It offers high efficiency and features like adjustable output and load sharing.
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The NMP1K2-HCC#KH-00 is a high-performance enclosed AC/DC converter manufactured by Mean Well USA. Rated at 1080W, this unit delivers five distinct output voltages, including 24V, dual 5V, and 48V configurations, making it suitable for complex multi-rail systems. It operates with an efficiency of 88.5% and features active Power Factor Correction (PFC) alongside a universal input range.
Engineered for demanding environments, the converter supports chassis mounting within dimensions of 250mm x 127mm x 41mm. It includes advanced control features such as adjustable output voltage, load sharing capability, remote on/off switching, and remote sense compensation. The operating temperature range spans from -30°C to 70°C with derating applied at higher temperatures.
Compliance and safety are prioritized in this design, meeting international standards including IEC 60601-1 for medical applications and IEC 62368-1 for information technology equipment. It holds approvals from CB, CE, cURus, EAC, and TUV agencies. The unit provides robust medical isolation ratings up to 2xMOPP and 2xMOOP, ensuring safe operation in healthcare and commercial ITE settings.
The converter provides a total power rating of 1080W across five separate outputs.
Yes, it meets IEC 60601-1 standards and offers up to 2xMOPP and 2xMOOP medical safety isolation.
The unit operates reliably between -30°C and 70°C, with power derating applied at the upper limit.
It utilizes a universal input range combined with active Power Factor Correction (PFC) for stable performance worldwide.
The design includes remote on/off switching and remote sense terminals for accurate voltage regulation over long cable runs.
The enclosure is designed specifically for direct chassis mounting to maximize heat dissipation.
The converter achieves an efficiency of 88.5%, reducing thermal waste during continuous operation.