Bachmann NT255

In China, the low-cost Bachmann NT255 provided by Yueyang Tongtu is a high-performance communication interface module specifically designed for its MC system. Its seamless integration with the Bachmann Engineering Studio software enables graphical, code-free configuration. You can learn more about our products by visiting our website.

Built-in structure

The Bachmann NT255 adopts an integrated cooling design, preventing local overheating to extend component lifespan. The sturdy and durable body can withstand shocks and vibrations, and easily cope with industrial environments. It has a peak power reserve of up to 55W, which can easily handle instantaneous overloads and extreme loads exceeding the rated value in a short period of time. It is equipped with an electronic reverse polarity protection function, completely eliminating hardware damage caused by incorrect wiring, and has a real-time voltage monitoring and active power-off alarm mechanism. From the bottom-level physical protection to the upper-level status warning, it comprehensively builds a safety barrier for system operation.

Basic Parameters

Model: NT255
Origin: Germany
Input voltage range: 18 to 34VDC
Output power: 45W
Power consumption: 68W
Fuse: SMD line fuse 7A device failure
Output voltage/output current: +5V/6A (peak 8A), ±15V/0.5A
Galvanic isolation: 500V
Operating temperature: -30 to +60°C
Storage temperature: -40 to +85°C
Relative humidity operation: 5 to 95%, non-condensing

Product Application

The Bachmann NT255 power module, as one of the key components of industrial automation control systems, provides stable and reliable power support for the CPU and backplane modules. With its durable design, wide input voltage range, and diverse output configurations, it can meet the differentiated power supply requirements of various electronic components and sensors in communication equipment. In the highly safety-standardized rail transportation sector, it supplies power for signal processing and control systems, ensuring the safety and continuous operation of transportation infrastructure.