Real-Time DataCentralized point visibility
INDUSTRIAL DATA INTEGRATION
PLC & SCADA
System Integration
Connect fiber optic temperature monitoring data to your PLC, DCS or SCADA system for real-time visibility, coordinated alarms and clearer operational decisions.
Alarm IntegrationReviewed alarm actions
Industrial OutputsSystem-ready interfaces
Remote VisibilityPlant-wide monitoring
CONNECTED OPERATIONS
Connect Temperature Data to Plant Operations
Integration-ready fiber optic monitoring bridges selected temperature points with the control systems operators use every day.
The Challenge
Critical temperatures are often monitored in isolation, making fast comparison, alarm response and historical review difficult.
Our Integration Approach
Map reviewed temperature channels, alarms and outputs into the existing PLC, DCS or SCADA workflow.
Standalone Monitoring
Data remains separateFiber Optic Host → Local Display
- Manual data review
- Limited plant visibility
- Separate alarm workflow
Integrated Monitoring
Data flows into plant controlsMonitoring Host → PLC / DCS → SCADA / HMI
- Real-time control-system visibility
- Coordinated alarms and interlocks
- Centralized trends and decisions
Applications That Benefit from Integrated Temperature Data
Connect reviewed temperature measurements to the systems that protect critical assets and support daily operations.
Transformers
Prevent overloads and extend asset life with centralized temperature visibility.
Switchgear
Bring selected contact, busbar and termination temperatures into the control workflow.
Motors & Generators
Coordinate winding and equipment temperature points with alarms and operating data.
Medical & MRI
Connect electrically isolated temperature measurements to a reviewed monitoring interface.
Industrial Microwave
Centralize temperature data from strong-EMI process equipment without conductive sensing paths.
High-Voltage Testing
Record and communicate isolated point temperatures during reviewed test programs.
Integration Packages for Different Control Environments
PLC Monitoring Package
Map reviewed temperature values and alarms into the PLC control workflow.
SCADA / HMI Visibility Package
Present temperatures, trends and alarm states through operator-facing screens.
Alarm & Interlock Package
Coordinate thresholds, priorities and actions around the plant protection strategy.
What Can Be Tailored
✓Communication and register mapping
✓Tag naming and data structure
✓Alarm logic, thresholds and priorities
✓Dashboard layout and navigation
✓Historical trends and reporting
✓Site-specific I/O and scaling
Application Scenarios for PLC & SCADA Integration
From utilities to manufacturing, connect real-time temperature intelligence to the systems that keep operations running.
Substation Transformers
Monitor reviewed winding and tank temperature points within the station monitoring workflow.
Switchgear Lineups
Track selected busbar, cable and termination points for alarms and condition visibility.
Motor & Generator Systems
Bring critical rotating-machine temperatures into centralized plant monitoring.
High-Voltage Test Labs
Coordinate isolated temperature measurements with test controls and data acquisition.
Process Heating Equipment
Connect reviewed process temperature points to alarms, trends and operator displays.
OEM Equipment Integration
Embed temperature acquisition and communication into purpose-built equipment.
Why Operations Teams Integrate Monitoring Data
Faster Alarm Response
Coordinate reviewed alerts with operator actions.
Centralized Visibility
View selected temperature points in one operational context.
Better Maintenance Decisions
Use trends and events to prioritize inspection work.
Easier Reporting & Trending
Support plant records through the selected platform.
CUSTOM INTEGRATION
Custom Integration for Your Control Environment
Every plant has different assets, data structures and operator workflows. INNO reviews each integration around the measurement architecture and required system outputs.
Channel Grouping
Organize probes and channels around equipment and plant hierarchy.
Event & Alarm Mapping
Define reviewed alarm priorities, routing and actions.
Communication Outputs
Coordinate available host outputs with the control system.
Cabinet / Panel Integration
Review host, display and enclosure placement.
HMI / Dashboard Layout
Arrange point names, values, alarms and trends clearly.
Documentation Support
Prepare the reviewed point, channel and interface information.
Build the Right Integration Path
Fiber Optic Sensors & Probes ›
Measure selected critical points with passive optical probes.
Temperature Transmitters & Hosts ›
Process independent probe channels and provide reviewed outputs.
Monitoring Software ›
Centralize selected values, alarms and trends in a monitoring interface.
OEM Modules & Instruments ›
Embed optical temperature acquisition into equipment and panels.
Engineering Support Through Commissioning
Review the point list, data structure, host configuration and integration workflow before go-live.
Review
Requirements and system architecture
Configure
Channels, outputs and alarms
Validate
Connectivity and operator visibility
ENGINEERING REVIEW
Start Your Integration Review
Share the project context so the recommended connection path reflects your existing control environment.
✓Existing PLC, DCS or SCADA platform
✓Temperature measurement points
✓Required alarms and operator actions
✓Communication and output preference
✓Display, logging and remote access needs
✓Panel and installation environment
PLC & SCADA Integration FAQs
Application-focused answers for connecting fiber optic temperature monitoring to industrial control systems.
Can I keep my existing PLC or SCADA system?+
Yes. Integration can be reviewed around the existing control platform, available communication interfaces, tag structure and alarm workflow.
How is temperature data transmitted to the control system?+
A compatible transmitter or monitoring host processes each fiber optic probe channel and sends reviewed digital, analog or alarm outputs to the plant system.
Can integration support transformer and switchgear monitoring?+
Yes. Selected transformer, switchgear, busbar and cable-connection temperatures can be mapped into one monitoring workflow when each sensing point and channel is clearly defined.
Can the solution be used in high-voltage or strong-EMI areas?+
Yes. The passive optical probes can remain at electrically demanding measurement points while the instrument and control interfaces are installed in reviewed locations.
How are alarms handled and displayed?+
Alarm thresholds, priorities, relay actions and display behavior are coordinated with the selected monitoring host and the existing PLC, DCS or SCADA strategy.
Can operators view trends and historical data?+
Yes. When supported by the selected host or plant platform, temperature values can be mapped for real-time display, trending, event review and reporting.
What information is needed for an integration review?+
Share the current control system, measurement-point list, channel count, required outputs, alarm strategy, network constraints and installation environment.
Can the enclosure and display arrangement be customized?+
The host, enclosure size, local-display option and panel arrangement can be reviewed around channel capacity and project installation requirements.
Connect Temperature Data to Your Control System
Review the sensing points, monitoring host and plant interface with an INNO engineer.