Brand & Model:SIEMENS, 6DP1232-8AA
Module Type:Analog Signal Conditioning
Application Compatibility:Redundant use, differential temperature measurement
Power Supply Range:DC Voltage Input Module
Logic Type:24 VDC Pos/Neg Logic
Input Points:16 Point Input
Temperature Range:-14 to 100°C
Material:Industrial-grade components
Dimensions:Compact design for easy installation
Weight:0.6 kg
Environment Compatibility:Robust for industrial environments
Connection Options:Wired connection options
The SIEMENS FUM 232 Analog Module (6DP1232-8AA) is an essential component for enhancing the accuracy and reliability of your industrial automation processes. This module is meticulously engineered to handle both PT100 resistance thermometers and thermocouples with precision, ensuring reliable data collection under various environmental conditions.
With its four-wire connection for PT100 resistors and option for fixed or variable reference junction temperatures for thermocouples, this module offers flexibility in temperature measurement setups. Its ability to monitor the transmitter supply and detect measurement range overshoots and undershoots makes it an indispensable tool for maintaining system integrity.
Ideal for redundant systems where reliability is paramount, this module ensures continuous operation even under unexpected failures. It supports differential temperature measurements, making it suitable for applications requiring precise thermal gradients analysis.
The module’s design incorporates advanced signal conditioning techniques, ensuring minimal interference and noise reduction, thus delivering highly accurate and stable readings over time. This feature is crucial for applications where data integrity is critical for decision-making processes.
Equipped with a compact yet robust design, the SIEMENS FUM 232 Analog Module (6DP1232-8AA) seamlessly integrates into existing automation systems, minimizing installation time and downtime. It is a testament to SIEMENS commitment to providing cutting-edge solutions that enhance productivity and efficiency in industrial settings.
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