The Bachmann AI2042 is an advanced analog input module designed for high-precision data acquisition in industrial control systems, offering reliable signal processing and conversion capabilities.
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The Bachmann AI2042 is an advanced analog input module designed for high-precision data acquisition in industrial control systems, offering reliable signal processing and conversion capabilities.
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Product Type:Analog Input Modules
Input Voltage:±10 V
Digital Resolution:16-bit
Precision:0.005%
Sampling Time:20μs
Averaging:Digital
Isolation:Single
Number of Channels:2
Operating Temperature Range:-30°C to +60°C
Unleash the power of precise analog signal measurement with the Bachmann AI204/2 Analog Input Module. This cutting-edge device is engineered to deliver unparalleled accuracy in industrial automation environments.
Featuring a wide input voltage range of ±10 V, this module ensures compatibility with various sensors and equipment across diverse applications. Its 16-bit digital resolution guarantees high-fidelity signal conversion, providing the precision needed for complex control systems.
With a remarkable precision of just 0.005%, the AI204/2 stands out for its ability to maintain exceptional accuracy even under fluctuating environmental conditions. Its fast 20 µs sampling time allows for real-time monitoring without compromising on data integrity.
The AI204/2 incorporates digital averaging technology, enhancing the reliability of acquired signals by reducing noise and interference. This feature is particularly advantageous in noisy industrial settings where signal quality can significantly impact system performance.
Designed for maximum efficiency, the single isolation ensures robust electrical separation between input signals and the module itself, safeguarding against potential ground loops and ensuring stable operation. Whether you’re dealing with temperature, pressure, or any other physical phenomena, the Bachmann AI204/2 is your trusted companion in achieving seamless integration into your automation infrastructure.
