Transformer Fiber Optic Temperature Sensors

Fluorescent Fiber Optic Transformer Winding Temperature Sensor

Dielectric winding-tube sensor for direct transformer hot-spot measurement in strong electromagnetic fields.

Fluorescent Fiber Optic Transformer Winding Temperature Sensor by FUZHOUINNO
Project-configured system

Dielectric winding-tube sensor for direct transformer hot-spot measurement in strong electromagnetic fields.

FUZHOUINNO reviews the sensor arrangement, channel count, installation environment and communication requirements for each transformer project.

Request Product Configuration

Fluorescent Fiber Optic Winding Temperature Sensor Capabilities and Monitoring Functions

  • Continuous condition data acquisition
  • Configurable alarm and trend outputs
  • Project-specific sensor and channel selection
  • Integration options for substation or plant monitoring

Fluorescent Fiber Optic Winding Temperature Sensor Technical Specifications

Temperature Range-40°C to +240°C (Customizable for higher temperature range)
Temperature Resolution0.1°C
Temperature Measurement Accuracy±1°C (Can be customized for higher accuracy)
Standard Fiber Length3m (Customizable length available)
Fiber TypePolyimide
Fiber SheathPTFE
High Voltage Resistance100KV
Response Time<100ms
Sensing TechnologyRare Earth Fluorescence
Signal ProcessingAll-optical signal temperature measurement
Connector TypeFC/APC standard fiber optic connector
Operational Lifetime>20 years
Customization ParameterAvailable Options | Recommended Applications
Temperature RangeStandard: -40°C to +240°CExtended High: Up to +300°CExtended Low: Down to -80°C | Standard range for most transformer applicationsExtended high range for overload monitoringExtended low range for cryogenic applications

Fluorescent Fiber Optic Winding Temperature Sensor Components and Accessories

Component 1

Condition sensors selected for the application

Component 2

Field acquisition or monitoring unit

Component 3

Power and communication connections

Component 4

Local display or monitoring software when specified

How the Fluorescent Fiber Optic Winding Temperature Sensor Works

  1. Sensors capture the selected physical or electrical condition.
  2. The monitoring unit converts and timestamps measurement data.
  3. Configured thresholds and trends support alarms and engineering review.

Fluorescent Fiber Optic Winding Temperature Sensor Transformer Applications

  • Power transformers
  • Industrial substations
  • Renewable-energy transformer stations
  • Transformer manufacturing and test projects

Fluorescent Fiber Optic Winding Temperature Sensor Installation and SCADA Integration

Confirm measurement points before ordering.

Verify available mounting locations and cable routes.

Define power supply, protocol and cabinet requirements.

How to Select the Right Fluorescent Fiber Optic Winding Temperature Sensor

  • Provide transformer drawings when sensor placement affects installation.
  • State whether the project is new-build or retrofit.
  • List required channels, outputs, protocols and ambient conditions.

Fluorescent Fiber Optic Winding Temperature Sensor Frequently Asked Questions

What is the purpose of the Fluorescent Fiber Optic Transformer Winding Temperature Sensor?

It provides condition data for the monitored transformer subsystem so operators can trend changes, configure alarms and plan follow-up inspection.

Can the configuration be customized?

Yes. Sensor count, measurement channels, communications and enclosure options are reviewed against the project specification.

Can it connect with SCADA or a plant monitoring platform?

Integration depends on the selected model and protocol. Include the required interface and data map in your inquiry.

Is the system suitable for an existing transformer?

Retrofit feasibility depends on sensor access and the transformer design. Some measurements are non-invasive, while direct winding probes are normally installed during manufacture or overhaul.

How do I request a quotation?

Email the transformer type, voltage class, monitored points, required outputs, installation stage and project quantity to FUZHOUINNO.

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Final specifications, interfaces, accessories and installation arrangements are confirmed for the selected model and order.