The Schneider BMXAMO0410 Analog Isolated High Level Output Module is a high-performance component designed for seamless integration into industrial automation systems. It ensures precise control over processes with its isolation feature, reducing interference and enhancing reliability.
Manufacturer:Schneider Electric
Model:BMXAMO0410
Analog Channels:4
Range:Multi-range (V & I)
High-Level Inputs:Fast
Speed:High
Resolution:16-bit
Isolation:Between channels
Output Type:Analog
Unleash precision and reliability in your industrial automation projects with our Schneider Electric BMXAMO0410 Analog Isolated High Level Output Module. This advanced module is meticulously engineered to deliver robust analog outputs tailored for demanding applications across various industries.
Featuring 4 multi-range (V & I) channels, this module ensures versatile compatibility with diverse systems, enhancing operational efficiency. Its high-level inputs and high-speed processing capabilities guarantee quick response times and minimal latency.
Equipped with isolation technology, it safeguards against electrical interference, ensuring stable performance in even the most challenging environments. The 16-bit resolution offers exceptional accuracy, making it ideal for applications requiring precise control over process variables.
Engineered for durability, this module operates within an impressive temperature range of -40°C to +70°C, ensuring reliable operation under extreme conditions. With its low power consumption of ≤2W, it is energy-efficient, reducing operational costs without compromising performance.
Integrating seamlessly with MODBUS RTU protocols, our module facilitates easy communication with other devices in your automation network. Connect via RS-485 for seamless data exchange, streamlining your system integration and maintenance processes.
The Schneider BMXAMO0410 Analog Isolated High Level Output Module is a high-performance component designed for seamless integration into industrial automation systems. It ensures precise control over processes with its isolation feature, reducing interference and enhancing reliability.