
Fluorescent Fiber Optic Transformer Winding Temperature Sensor
Dielectric winding-tube sensor for direct transformer hot-spot measurement in strong electromagnetic fields.
Multi-channel hot spot acquisition for phase, winding and cooling-zone comparison.

Multi-channel hot spot acquisition for phase, winding and cooling-zone comparison.
FUZHOUINNO reviews the sensor arrangement, channel count, installation environment and communication requirements for each transformer project.
Request Product Configuration| General functions | 1. Relay capacity: 5A/250VAC; 2. The over temperature alarm 1 value is 80 ℃. When the detected temperature is ≥ the over temperature alarm 1 value+0.1 ℃, the alarm I output contact will close; When the detection temperature is ≤ over temperature alarm 1 value -3.0 ℃, the output contact of Alarm I is disconnected; 3. The over temperature alarm 2 value is 120 ℃. When the detected temperature is ≥ the over temperature alarm 2 value+0.1 ℃, the alarm II output contact will close; When the detection temperature is ≤ over temperature alarm 2 value -3.0 ℃, the output contact of Alarm II is disconnected; 4. E (analog current) function: corresponding to 0-200 ℃, with a range of 4-20mA (conventional) or 0-20mA; 5. External dimensions – B transmitter (16 channels) can achieve 12 current output functions; (Other transmitters cannot achieve this) 6. F adds RS485/232 serial communication function (standard configuration); |
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| Special functions | 1. V (analog voltage) function: corresponding to 0~200 ℃, with a range of 0~10V (customizable within this range); External dimensions – B-type transmitter (16 channels) can achieve 12 voltage output functions; (Other transmitters cannot achieve this) 2. Transmission power supply DC9-18V, DC19-36V; 3. E and V functions exceed 12 outputs; 4. External dimensions – C and E, temperature measurement requirements for transmitters with 16 or more channels; 5. Temperature measurement range exceeds -30 ℃ to 200 ℃; 6. Labeling requirements; 7. The temperature measurement accuracy error is within 1 ℃; 8. Ethernet communication function; |
Confirm measurement points before ordering.
Verify available mounting locations and cable routes.
Define power supply, protocol and cabinet requirements.
It provides condition data for the monitored transformer subsystem so operators can trend changes, configure alarms and plan follow-up inspection.
Yes. Sensor count, measurement channels, communications and enclosure options are reviewed against the project specification.
Integration depends on the selected model and protocol. Include the required interface and data map in your inquiry.
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.
Email the transformer type, voltage class, monitored points, required outputs, installation stage and project quantity to FUZHOUINNO.

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

A dielectric fluorescent probe intended for installation near selected transformer winding locations.

Transformer winding temperature monitoring configured for rail power and traction environments.
Plan transformer monitoring installation from drawings and sensor placement through wiring, commissioning, baseline capture and handover.
Plan transformer monitoring sensor types, locations, channel counts, spare capacity, identifiers and commissioning records before procurement.
Understand direct and indirect transformer winding temperature monitoring methods, sensor placement, channel planning, limits and applications.
Final specifications, interfaces, accessories and installation arrangements are confirmed for the selected model and order.

Share the transformer design, measurement points, installation stage and communication requirements. FUZHOUINNO will review a suitable product and monitoring configuration.