Product Introduction
The Ovation 1C31116G04 Analog Input Module is a key component within Ovation distributed control systems responsible for collecting analog measurement signals from industrial field devices. These signals represent critical process variables that allow the control system to monitor and regulate plant operations.
Once the analog signals are received from transmitters and sensors, the module converts them into digital values that can be processed by the Ovation control system. This digital data is then used for process visualization, control loop execution, alarm generation, and operational diagnostics.
Thanks to its compatibility with Ovation automation platforms and its ability to support continuous data acquisition, the 1C31116G04 module is widely deployed in industrial sectors that rely on precise process monitoring and stable automation performance.
Technical Specifications
| Parameter | Specification |
|---|
| Manufacturer | Ovation |
| Model | 1C31116G04 |
| Module Type | Analog Input Module |
| System Platform | Ovation Distributed Control System |
| Function | Acquisition of analog signals from field instruments |
| Application | Industrial process monitoring and control |
| Installation | Control system rack / cabinet |
| Dimensions | 180 mm × 35 mm × 120 mm |
| Weight | 0.113 kg (0.25 lb) |
Process Measurement Integration Scenarios
The Ovation 1C31116G04 Analog Input Module serves as a signal acquisition interface within Ovation distributed control systems. Its primary role is to collect analog signals generated by field instrumentation and deliver them to the control system for monitoring, analysis, and automated regulation.
In industrial process environments, accurate measurement data is the foundation of stable and efficient control strategies. The 1C31116G04 module supports the continuous acquisition of analog process variables, enabling operators and automation software to maintain safe and optimized operating conditions.
Typical deployment environments include:
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Thermal and combined-cycle power plants, where continuous measurement of pressure, temperature, and flow is required for safe turbine and boiler operation.
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Oil and gas processing facilities, where analog transmitters provide critical operational data for refining and separation processes.
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Chemical production plants, where process control depends on stable monitoring of reaction conditions.
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Water and wastewater treatment systems, where level, flow, and chemical concentration measurements must be accurately captured.
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Industrial manufacturing facilities, where sensor data feeds automated control loops that regulate production processes.
By providing reliable signal acquisition, the module supports consistent process visibility and system performance.
Performance Benefits
Accurate Analog Signal Acquisition
The module captures real-time analog measurements from industrial transmitters and sensors with reliable precision.
Native Ovation System Compatibility
Designed specifically for Ovation control architectures, enabling seamless integration within DCS racks.
Reliable Continuous Operation
Built for long-term service in industrial control cabinets where uninterrupted data acquisition is required.
Enhanced Process Monitoring
Real-time measurement data improves operator awareness and supports automated control algorithms.
Expandable Control System Architecture
Additional modules can be added to support larger numbers of measurement channels as plant automation systems grow.
Technical FAQs
1. What is the primary purpose of the 1C31116G04 module?
It collects analog signals from field devices and converts them into digital data used by the Ovation control system.
2. What process variables can be monitored through this module?
Typical variables include temperature, pressure, flow rate, and liquid level.
3. What types of sensors connect to the module?
Analog-output transmitters and industrial measurement instruments.
4. How does the module assist in automated process control?
It provides real-time measurement data used by control algorithms to regulate industrial processes.
5. Can the module operate continuously in industrial environments?
Yes. It is designed for long-term operation in industrial automation systems.
6. Is the module compatible with distributed control architectures?
Yes. It functions as part of the Ovation distributed control system platform.
7. Can multiple modules be installed within one system rack?
Yes. Control systems can expand measurement capacity by installing additional analog input modules.
8. How does the module contribute to system reliability?
By ensuring stable and accurate acquisition of measurement signals from field instrumentation.
9. Is the module suitable for power plant automation systems?
Yes. It is commonly used in power generation applications for process monitoring.
10. What role does the module play in system diagnostics?
It supplies measurement data that operators and software systems use to detect abnormal process conditions.
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