Hong Kong contact. Mainland China manufacturing.
W-S03 Fluorescent Fibre-Optic Temperature Sensor — product imageEnlarge image
W-S03 Fluorescent Fibre-Optic Temperature Sensor — product image, enlarged
Reference image. Appearance and markings are confirmed for the selected model.
Sensing & Positioning

W-S03 Fluorescent Fibre-Optic Temperature Sensor

Model: W-S03

A fibre-optic temperature probe and readout module with a listed 3.2 mm probe, 5 V supply and UART output, for high-voltage-equipment measurement review.

Measurement range
−60 to +200 °C
Measurement error
±1 °C
Display resolution
0.1 °C
Sampling rate
2 Hz

Sample availability, pricing and shipping are confirmed for your configuration. Specifications are manufacturer-stated.

Specifications

W-S03 Fluorescent Fibre-Optic Temperature Sensor specifications
ParameterStated value
Model W-S03
Measurement range −60 to +200 °C
Measurement error ±1 °C
Display resolution 0.1 °C
Sampling rate 2 Hz
Operating temperature −20 to +65 °C
Storage temperature −40 to +85 °C
Module dimensions 38 × 22 × 21 mm
Probe diameter 3.2 mm
Fibre connector ST (customizable)
Power supply 5 V, ripple < 10 mVp-p
Digital output UART (TTL/CMOS)
Fibre length 5.2 m standard (1.2 m PTFE high-temperature section + 4 m); up to 10 m with extension

Values are taken from manufacturer documentation and apply to the listed configuration. Confirm the current model-specific document, conditions and revision before procurement.

Integration notes

Measurement, installation and host interfaces

Confirm the measuring point, power supply, installation constraints and data path. Sensor, probe, receiver and host-system requirements vary by model; review the product-specific notes below before choosing the evaluation configuration.

Application notes & selection checklist

Separate the probe range from module conditions

W-S03 lists a measurement range of −60 to +200 °C, while the readout module has its own −20 to +65 °C operating-temperature range. These figures describe different parts of the measurement arrangement. They should not be substituted for each other when discussing the proposed equipment location.

Specify the complete probe assembly

Confirm the probe, fibre length, connector and readout module as one configuration. The listed ST connector and fibre-length options do not define an arbitrary interchangeable optical assembly. Request the drawing and handling information for the version being evaluated.

The 5 V supply also has a stated ripple requirement. Include the host supply and UART electrical interface in the integration brief; a digital output label alone does not identify the full message format or host configuration.

Evaluate the required temperature record

The listed 2 Hz sampling rate and 0.1 °C display resolution are distinct from the measurement-error specification. Define the reference method, required reporting behaviour and actual probe/module conditions for the sample. Keep other probe variants and their temperature figures out of the W-S03 acceptance record unless that different model is explicitly selected.

Samples & customization

Share the interfaces, mechanical envelope and changes you need. We coordinate the review of feasibility, sample configuration, minimum quantities, tooling and commercial terms. Agree on the test scope and responsibilities before evaluation.

How we approach validation

Documentation

Model-specific datasheet

Request the current datasheet, interface information and revision for your project.

Request the datasheet

Applications to review

These paths help frame a review. A listed component is not a pre-validated system configuration.