Monitoring Systems
Fiber Optic Temperature Measurement System
A complete instrument-and-probe platform for collecting point temperatures in electrically demanding environments.
Confirmed capabilities
Engineered for electrically demanding temperature points
Point-based fluorescence lifetime measurement
Confirmed for this product family; final implementation follows the selected model datasheet.
Local temperature display options
Confirmed for this product family; final implementation follows the selected model datasheet.
Configurable system channel count
Confirmed for this product family; final implementation follows the selected model datasheet.
Technical data
Confirmed Specifications
Only values confirmed on the permitted INNO product pages are listed. Configuration-specific items remain explicitly qualified.
| Channel count | 1–64 channels; final availability depends on the selected instrument |
|---|---|
| Communication | RS485 / Modbus RTU on confirmed configurations |
| Power dissipation | ≤6 W on the referenced probe-system configuration |
| Working voltage | AC/DC 220 V on the referenced configuration |
| Final enclosure and dimensions | Please contact INNO for the confirmed specification. |
Operating principle
Each channel excites a fluorescent probe and calculates temperature from its decay lifetime. The instrument consolidates readings and alarm states for local display and control-system use.
Installation approach
Mount instrumentation outside the high-field measurement zone where practical, route optical fibers using the confirmed bend and protection requirements, and document channel-to-point mapping.
Communication and system integration
RS485 / Modbus RTU is confirmed on referenced configurations. Please contact INNO for the interface set of the selected model.
Engineering scope may include local display, alarms and upstream control-system mapping according to project configuration.
Typical Applications
Transformer factory monitoring systems
Confirm probe location, routing and instrument configuration against the equipment design.
Reactor winding monitoring
Confirm probe location, routing and instrument configuration against the equipment design.
High-voltage equipment test systems
Confirm probe location, routing and instrument configuration against the equipment design.
Technical questions
Frequently Asked Questions
How many measurement channels are available?
Referenced products span 1–64 channels. The final channel count depends on the selected model.
Can the system connect to plant automation?
RS485 / Modbus RTU is confirmed on referenced configurations. Confirm registers and interface details for the selected model.
Engineering consultation
Specify Fiber Optic Temperature Measurement System
Send the equipment type, measurement points, temperature envelope and integration needs. We will help identify the configuration that requires confirmation.