The Zebra FS40 Fixed Industrial Scanner automates barcode capture for production-line traceability, conveyor tracking and warehouse fulfilment. Configurable optics, illumination and decoder licences support printed 1D and 2D barcodes, plus direct part marks when the appropriate DPM package is selected.
The FS40 identifies components, products and cartons at defined scanning points. It suits assembly stations, packing lines and conveyor transfers where a fixed barcode scanner can capture identification data without an operator handling each item.
Selection depends on the smallest barcode, its position and surface, the available mounting distance and the time each item remains visible. Reflective parts, variable package heights and closely spaced products require testing with representative samples.
The following specifications describe the 2.3 MP FS40 configuration. Confirm the sensor, lens, illumination, Ethernet arrangement and decoder licence against the quoted part number.
| Specification | FS40 details |
|---|---|
| Image sensor | 2.3 MP monochrome CMOS, 1920 × 1200 pixels, global shutter. |
| Image acquisition | Up to 60 frames per second; available scanning performance also depends on the decoder licence and job settings. |
| Standard Range optics | 10.8 mm liquid lens; nominal field of view of 30° horizontal × 19° vertical. |
| Wide Angle optics | 6.8 mm liquid lens; nominal field of view of 46° horizontal × 29° vertical. |
| Illumination | Field-replaceable red, blue, white, infrared or combined lighting modules, depending on configuration; external lighting connection provided. |
| Connections | Single- or dual-Ethernet models with 10/100/1000 Mbps connectivity; USB-C, RS-232, configurable I/O and external-light power/control. |
| Industrial protocols | EtherNet/IP, PROFINET, Modbus TCP and TCP/IP; RS-232 serial communication and USB HID keyboard support. |
| Power | 10–30 V DC external supply, up to 36 W at 24 V; PoE Class 3, up to 13 W; PoE+ Class 4, up to 25.5 W; USB-C at 5 V, up to 3 A. |
| Dimensions and weight | 54 × 64 × 91.4 mm, height × width × depth; 400 g. |
| Operating environment | 0–45°C with external DC power or 0–40°C with PoE, subject to duty cycle; 5–90% relative humidity, non-condensing. Aluminium housing with IP65 and IP67 ratings when correctly sealed. |
Standard Range optics provide a narrower view, placing more pixels across a barcode at a given distance. Wide Angle optics cover a larger area, which can help when mounting space is restricted or label positions vary.
For a 10 mil Data Matrix code, Zebra lists typical working ranges of 8–71 cm with Standard Range optics and 8–46 cm with Wide Angle optics. Here, 10 mil means a module width of 0.254 mm. These figures depend on print resolution, contrast, power source, illumination and ambient light; they are not universal read distances.
Lighting should be selected using the actual label or marked surface. Glare on metal or glossy packaging may require a different illumination angle, filter or external light, even when the barcode falls within the nominal reading range.
Zebra Aurora Focus provides scanner configuration, job setup and diagnostic tools. Auto-Tune establishes initial image settings, which should then be checked across the expected product variations and operating speeds.
ImagePerfect+ can capture up to 16 images of an item with different focus, exposure, gain and illumination settings. PRZM Intelligent Imaging assists decoding of challenging codes. Additional captures take time, so the image sequence must fit within the available scanning window.
On dual-Ethernet models, separate connections can carry control data and exported images. PoE is supported through the primary Ethernet port only. Select the power source against the combined scanner and accessory requirements; the available power differs between USB-C, PoE, PoE+ and external DC.
The FS40 provides four opto-isolated and five non-isolated configurable I/O lines. GPIO6, GPIO7 and GPIO8 become unavailable when External Light Mode is enabled. Account for this when allocating connections for triggers, status outputs and lighting.
The FS40 supports identification tasks such as component traceability, work-in-progress tracking, carton routing and dispatch checks. Supported barcode formats include Code 128, UPC/EAN, Data Matrix, QR Code and PDF417, subject to the selected decoder package.
Zebra specifies a 1D/2D Standard package at 5 frames per second, with Fast and DPM Full packages supporting up to 60 frames per second on the 2.3 MP configuration. These are frame-rate specifications, not a stated number of successfully processed items per second.
Direct Part Marking, or DPM, means the code is applied directly to the component rather than a separate label. Specify the DPM decoder package and test the actual marking method, material and surface finish.
Optical character recognition, or OCR, reads printed characters rather than barcode data. OCR and machine vision capabilities require the appropriate licences and supported firmware. If the requirement includes checking component presence, position or assembly condition, assess the necessary inspection tools alongside MarvelTech’s machine vision systems.
At a carton-routing station, a presence sensor could trigger image capture as the label enters the field of view. The FS40 would send the decoded identifier to the line controller, which would apply the routing decision. An unreadable label would follow a separately configured exception process.
This setup needs sufficient exposure control to limit motion blur, a trigger position that accommodates different carton sizes and a response deadline before the divert point. Testing should include the smallest code, poorest acceptable print and highest intended conveyor speed.
The Zebra FS42 is a relevant alternative when processing-intensive OCR or machine vision forms part of the project. It adds an i.MX 8M Plus processor with a neural processing unit and 8 GB of memory.
In their 2.3 MP configurations, both models specify 1920 × 1200-pixel global-shutter imaging and acquisition up to 60 frames per second. The FS42’s processing resources do not translate into a universal throughput increase: compare the same codes, optics, exposure settings and licensed tools using the intended production job.
The FS40 remains a candidate where its tested decoding performance, connection options and available toolset meet the application requirements.
The scanner can send barcode results through its supported interfaces. Connecting those results to warehouse, enterprise or manufacturing software requires an agreed data format and receiving application, controller or middleware. An Ethernet connection alone does not establish compatibility with a particular business system.
A code must be visible within the scanner’s usable field of view. If labels can face away from the reader or be obscured, the installation may need controlled item orientation or additional scanning positions.
Plan image export and storage separately from barcode-result transmission. Define which images to retain, their destination, available network capacity and retention period. Golden Image Compare can help diagnose changes in focus, lighting or alignment against a reference image captured during setup.
MarvelTech supports barcode identification and industrial automation projects, including equipment maintenance and support-contract services. An FS40 enquiry should define the required application assessment, configuration and integration work.
Send sample codes or clear photographs, barcode dimensions, surface material, item sizes, conveyor speed or cycle time, mounting distance and available space. Include the required controller or host connection, power supply, ambient temperature, target read rate and any OCR, inspection or image-retention requirements.
Request an itemised quote covering the selected FS40 part number, decoder licences, lighting, filters, mounting hardware, cables, power equipment and any installation or support services required. Ask MarvelTech to confirm availability, lead time, warranty terms and service coverage for the installation location.
The Zebra FS40 suits automated component identification, carton routing, packing checks and production traceability where barcodes pass a defined reading point. Its configurable optics, lighting and connectivity make it an option within Marveltech’s stationary industrial scanner range. Suitability depends on consistent code visibility: labels facing away from the scanner may require controlled product orientation or additional readers.
Choose Standard Range when resolving small barcode details at the available distance is the priority; consider Wide Angle when covering a larger area or accommodating variable label positions matters more. With the same sensor and working distance, a wider view places fewer pixels across each code. Assess the smallest bar or module, required coverage and nearest and farthest product positions together.
The required package depends on code type and scanning demand. Zebra lists 1D/2D Standard at 5 frames per second, with Fast and DPM Full packages supporting up to 60 frames per second on the 2.3 MP configuration. Direct part marks require the appropriate DPM entitlement. Specify the decoder package in the quotation; the camera’s acquisition capability alone does not establish the licensed decoding rate.
Validate the complete scanning job at the intended conveyor speed, product spacing and label positions. The 2.3 MP sensor’s acquisition limit of up to 60 frames per second does not mean 60 successfully processed products per second. Exposure, decoding time, image sequences and result transmission all affect performance. Test whether the correct identifier reaches the controller before its routing or rejection deadline.
Yes, with a suitable DPM decoder package and an optical setup matched to the surface. Direct part marks are codes applied to the component itself, so their appearance depends on the marking process and material. Reflective metal, curved surfaces and shallow marks may need alternative illumination angles, filters or external lighting. Evaluate representative parts, including the poorest acceptable marks, before selecting the configuration.
Aurora Focus provides job configuration and diagnostic tools, while Auto-Tune establishes initial image settings. ImagePerfect+ can capture up to 16 images of an item using different focus, exposure, gain and illumination settings. This is useful when one setting cannot accommodate the expected product variation. Configure the image sequence around the available reading time, then validate it across actual product heights, surfaces and speeds.
Yes. The FS40 supports industrial communication options including EtherNet/IP, PROFINET and Modbus TCP. Dual-Ethernet models allow control communications and image transfers to use separate network connections. Define the trigger, result format, acknowledgement and unreadable-code response with the controls engineer. Sending results onward to a warehouse or manufacturing system also requires a receiving application, controller or middleware configured for that data.
The FS40 supports 10–30 V DC, PoE, PoE+ and compatible USB-C power, with different available power limits. Size the supply for the scanner and attached accessories, including lighting. On dual-Ethernet models, only the primary port accepts PoE. Enabling External Light Mode also makes GPIO6, GPIO7 and GPIO8 unavailable as general-purpose I/O, which affects the connections remaining for triggers and status outputs.
Yes, through appropriately licensed OCR and machine vision functions. OCR reads characters such as printed batch codes; assembly inspection requires tools matched to the specific presence, position or appearance check. Define these requirements separately from barcode reading and confirm licence and firmware support. For broader inspection requirements, compare the proposed upgrade with dedicated machine vision systems using representative samples and the required cycle time.
Zebra specifies operation at 0–45°C with external DC power or 0–40°C with PoE, subject to duty cycle, and 5–90% relative humidity without condensation. IP65 and IP67 protection depends on correct assembly and sealing. Assess temperature at the mounting position during sustained operation, and confirm connector protection, cleaning methods and chemical exposure when planning a washdown installation.
Consider the Zebra FS42 fixed industrial scanner when demanding OCR or machine vision processing is central to the application. Its additional memory and neural processing unit support more computationally intensive tasks. The FS40 remains a candidate where its licensed tools meet the required workload. Compare both using the intended job, including image capture, decoding or inspection, and result delivery.
Provide representative codes or parts, code dimensions, surface finish, product size variation, conveyor speed or cycle time, mounting distance and photographs of the installation. Include the required controller connection, power source, operating temperature and acceptance criteria for successful reads. Request an itemised quotation identifying the scanner part number, licences, lighting, filters, brackets, cables, power equipment and any commissioning or support services required.
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See DetailsPlease contact us if you have any questions or comments.
