The GE IC693MDL632 Input Module is designed to provide reliable signal acquisition in industrial automation systems, offering precision and efficiency in data collection and control.
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The GE IC693MDL632 Input Module is designed to provide reliable signal acquisition in industrial automation systems, offering precision and efficiency in data collection and control.
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Application Voltage:12/24VDC
Signal Acquisition Capacity:16 channels
Sampling Rate:1ms per channel
Input Resolution:12-bit
Operating Temperature Range:-40°C to +85°C
Power Consumption:≤2W
Communication Interface:RS-485
Introducing the GE IC693MDL632 Input Module, a premium solution for industrial control systems. This advanced module excels in signal acquisition and processing, offering unparalleled accuracy and reliability. Designed for integration into complex industrial networks, it ensures seamless communication and data exchange with other system components.
Featuring an impressive 16-channel capacity, the IC693MDL632 supports a wide range of industrial signals, including digital inputs, which are crucial for monitoring and controlling various processes. Its 1ms sampling rate per channel ensures real-time response, making it ideal for applications requiring quick decision-making based on sensor data.
With a 12-bit input resolution, the module delivers exceptional precision in signal interpretation, enhancing the overall performance of any system it’s integrated into. The robust design withstands extreme environmental conditions, from -40°C to +85°C, ensuring reliable operation in diverse industrial settings.
Energy efficiency is a key aspect of this module, with a maximum power consumption of ≤2W. This not only reduces operational costs but also minimizes environmental impact, aligning with modern industrial standards of sustainability.
For enhanced compatibility and connectivity, the IC693MDL632 is equipped with an RS-485 interface, allowing seamless integration into existing systems and facilitating data transmission over long distances without signal degradation.
