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How to check the model number of a fiber optic sensor

How to check the model number of a fiber optic sensor

To determine the model of a fiber optic sensor, examine its physical markings, sensor type, operating principle, and manufacturer documentation.Step 1: Check Physical Markings and LabelsMost fiber optic sensors have manufacturer labels, serial numbers, or model numbers printed on the sensor body or attached tags. Look for:Manufacturer name or logoSeries or model numberPart number or batch codeAny certification marks or compliance labels These identifiers are often the quickest way to determine the exact model.Step 2: Identify the Sensor TypeFiber optic sensors can be classified as intrinsic or extrinsic:Intrinsic sensors: The fiber itself is the sensing element; modulation occurs directly in the fiber (e.g., Fiber Bragg Gratings, long-period gratings) .Extrinsic sensors: The fiber transmits light to an external transducer that performs the sensing . Knowing the type helps narrow down the model range.Step 3: Examine Operating PrinciplesDetermine how the sensor measures physical quantities:Intensity-based: Measures changes in light intensity; simplest type .Wavelength-based: Uses Fiber Bragg Gratings (FBGs) or long-period gratings to detect strain, temperature, or pressure .Phase, polarization, or time-delay-based: Advanced sensors for distributed sensing or high-precision applications . Matching the operating principle with manufacturer catalogs can help identify the model.Step 4: Inspect Physical Design and MountingLook at the sensor's shape, size, and mounting style:Threaded or L-shaped brackets for compact installations Spot size, focal distance, and lens configurationProtective coatings (e.g., fluorocarbon resin for chemical resistance) These features often correspond to specific series or models.Step 5: Use Manufacturer Documentation or Online ResourcesCompare the sensor with datasheets or product catalogs from the manufacturer.Use online resources or PDF guides from companies like Keyence, Luna Innovations, or Coherent to match physical and operational characteristics .If available, contact technical support with serial numbers or photos for confirmation.Step 6: Advanced Identification TechniquesFor intrinsic sensors like FBGs:Use an optical spectrum analyzer to measure the reflected wavelength.Compare the wavelength and fiber type with manufacturer specifications to identify the model . By combining physical inspection, type classification, operating principle, and manufacturer references, you can accurately determine the model of a fiber optic sensor.

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Abstract Fiber optic sensors represent an innovative technology for automated measurement of cable forces which are critical in construction and operation of many civil engineering structures. This paper

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Quickly and easily recognize the sensor status by simply looking at the fiber head.

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When installation space is extremely limited or the objects to be detected are tiny, fiber-optic sensors are the ideal solution.

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E56E-EN-07+FiberOpticSensors

For over 30 years OMRON has been a supplier of fiber2. Preventing fiber breakageModels with enhanced protection and tested resistance against harsh environments3. Operational stabilityEasy to set up and adjustThe little extraApplication solution supportProduct modificationsSpecial solutions400°C 350°C 200°C 150°CVacuum chamberAtmospheric-pressure sideOutput 1: ON Output 2: ONSpecial application fiber sensor headsfor saturated andPress only twice.DPCAutomatically compensateDPCField bus connectivityST 5000 9999Dynamic range increased by a factor of 40,000 Automatically compensate incident levelDPCN-Smart platformSpecificationsE3X-DAC-S high functionality mark detection sensorFiber amplifier connectorsDigital fiber amplifier with infrared LEDTightening ForceCylindrical modelCutting FiberE32-T14/E32-G14Supplied slit for E32-T16E32-G14Protective Spiral TubesMounting the End Plate (PFP-M)Mounting ConnectorsRemoving Connectors1. ConnectionJoining Amplifier UnitsSeparating Amplifier Unitsa time. (Do not attempt to remove Amplifier Units from the DIN track without sep-arating them first.)Protective CoverREAD AND UNDERSTAND THIS DOCUMENTWARRANTYLIMITATIONS OF LIABILITYSUITABILITY FOR USEPERFORMANCE DATACHANGE IN SPECIFICATIONSDIMENSIONS AND WEIGHTSERRORS AND OMISSIONSPROGRAMMABLE PRODUCTSCOPYRIGHT AND COPY PERMISSIONControl SystemsMotion & DrivesControl ComponentsSensing & SafetyToday, already with over 500 standard, application optic solutions to leading manufacturers, especially in the semiconductor, the consumer electronics and the car electronics industry, as well as for food packaging and small plastic parts production. The requirements for fiber optic solutions can be very demanding particularly for applications wi...See more on assets.omron SICK

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When installation space is extremely limited or the objects to be detected are tiny, fiber-optic sensors are the ideal solution.

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Matching part numbers of fiber are displayed below. Also a comparison table is created! * : Refers to a fiber which possesses both unbreakable (bending radius: R10 mm R0.394 in, reciprocating bending:

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