ZKTeco QR10M QR Code Module in Dubai, UAE
Built for integrators, security solution providers, kiosk developers, access-control projects, and business technology teams, the QR10M is a compact optical scanning module that reads QR codes and common linear barcodes from mobile-device screens and printed material. Its USB keyboard interface, built-in illumination, wide reading angles, and support for Windows, Linux, and Android make it practical for embedding into equipment where dependable code capture must become part of a larger workflow rather than operate as a separate desktop scanner.
Request QuoteAsk for Configuration Support
Quick Product Information
ZKTeco
QR10M
Embedded optical QR and barcode reader module
USB keyboard
Windows, Linux, Android
Smartphone screens and printed codes
USB 5.0 V
Kiosks, access systems, embedded readers and custom terminals
Supply-channel dependent; confirm during quotation
Contact FourTeck.com for current UAE options
Share host device, quantity, mounting and code-format requirements
USB connectivity, enclosure space, software workflow and installation method
Buyer Snapshot: Is the QR10M a Practical Fit?
For a buyer who already has a host device or is designing a product that needs code capture, the main question is not simply whether a reader can scan a QR code. The important points are whether the module fits physically, communicates in a usable way, reads the required symbols, operates within the project environment, and can be integrated into the intended user journey. The cards below summarize where the module fits and what should be confirmed before procurement.
System integrators, access-control installers, kiosk builders, terminal manufacturers, attendance projects, and organizations embedding code reading into a larger application.
Compact dimensions and USB keyboard output can simplify connection to compatible host systems without requiring a full-size standalone scanner.
Confirm enclosure space, target operating system, USB availability, scan distance, code types, ambient conditions, mounting approach, and expected user presentation angle.
FourTeck.com can help verify the requested model, review project assumptions, coordinate sourcing, and prepare a quote based on quantity and delivery requirements.
Product Overview
Many business applications now use a phone screen as an identity, ticket, booking, visitor credential, membership token, or transaction reference. Other workflows still depend on printed labels, passes, receipts, cards, and documents. An embedded scanner must therefore cope with both display-based and paper-based code presentation while fitting into the physical and software design of the host equipment. ZKTeco developed the QR10M as a compact reader module for this integration role rather than as a large standalone counter scanner.
The module uses optical code recognition and supports common one-dimensional symbols together with two-dimensional formats including QR Code, PDF417, MicroPDF417, Data Matrix, and Aztec. ZKTeco specifies a 648 × 488-pixel image size, a horizontal field of view of 66 degrees and vertical field of view of 50 degrees. The scanning-angle specification covers roll through 360 degrees, pitch of plus or minus 40 degrees, and yaw of plus or minus 60 degrees. These characteristics matter when users will not present every phone or printed pass at exactly the same orientation.
Built-in illumination supports operation across lighting conditions, with the manufacturer listing illumination intensity from 0 to 10,000 lux. The reader is specified for a 5 to 25 cm reading distance and uses USB 5.0 V power. Communication is through USB keyboard output, which can be attractive in applications where the host expects scanned data to appear similarly to keyboard input. Supported operating-system environments listed by ZKTeco include Windows, Linux, and Android.
For UAE projects, selection should still be based on the complete host design. A module can be technically capable yet unsuitable if the enclosure blocks the field of view, the available USB connection is not compatible with the application architecture, the intended symbols are not supported, or the operating environment falls outside stated limits. FourTeck.com helps business buyers and integrators frame these questions before ordering so procurement is tied to the real deployment rather than only to a model number.
Key Business Benefits
The practical value of an embedded code reader comes from how well it reduces friction in the finished system. For procurement teams, developers, and solution designers, these are the business-relevant benefits to consider.
◆ Compact Integration Footprint
A module measuring approximately 44.4 × 36.3 × 21.9 mm can be designed into kiosks, terminals, panels, and custom equipment where front-panel space is limited. Smaller reader hardware can give product designers more flexibility for displays, buttons, card readers, enclosures, and mounting components.
◆ Screen and Paper Reading
The ability to read from smartphone displays as well as printed media supports mixed business workflows. A reception desk may scan a visitor QR pass from a phone while the same terminal processes printed labels or tickets, reducing the need to deploy separate reader types for each presentation method.
◆ Flexible Presentation Angles
Real users do not always align codes perfectly. The documented roll, pitch, and yaw range provides useful tolerance for natural hand-held presentation, which can make public-facing workflows easier to use when the host product is mounted at a fixed angle.
◆ Built-In Illumination
Integrated lighting can help the scanner acquire codes under changing ambient conditions without relying completely on external enclosure lighting. This simplifies physical planning for terminals that may operate in reception areas, entry points, counters, or equipment with variable surrounding light.
◆ Familiar USB Data Path
USB keyboard communication can reduce integration complexity for compatible applications because scanned characters can be delivered through a common host interface. The final software still needs to be validated, but the interface can be straightforward for systems designed to accept keyboard-style input.
◆ Multi-Platform Host Support
Windows, Linux, and Android support broadens the range of terminals and embedded systems that can be considered. This is useful for integrators standardizing one reader module across different host platforms, subject to application-level testing and deployment requirements.
Product Highlights
The reader’s most important strength is that it combines compact integration with a practical set of code-recognition capabilities. It handles widely used linear barcode families such as UPC, EAN, Code 39, Code 93, Code 128, Interleaved 2 of 5 and related formats, while its two-dimensional support includes QR Code, PDF417, MicroPDF417, Data Matrix, and Aztec. This makes it suitable for projects where the same equipment may encounter different label or credential formats over its service life.
The specified 5 to 25 cm reading distance gives designers a useful working range for near-field presentation. However, enclosure depth, window material, glare, screen brightness, code size, print quality, and user positioning can influence real performance. Buyers planning a finished product should prototype the actual front panel and presentation distance rather than relying only on a bench test with the module exposed.
Environmental specifications are also relevant for project design. ZKTeco lists an operating temperature of -10°C to 50°C, storage temperature of -40°C to 80°C, and operating humidity of 5% to 93% RH non-condensing. These figures describe the module, not the environmental rating of a completed kiosk or enclosure. If the finished equipment will be installed outdoors, in dusty areas, near condensation, or inside a hot cabinet, the system designer must provide appropriate protection and thermal planning.
Before purchase, buyers should confirm the exact hardware revision, physical dimensions, USB connection arrangement, supported code set, host operating system, and project quantity. Access-control or identity projects should also confirm what the host application does with the scanned value after capture; the module reads data, while credential validation, database lookup, access decisions, audit logging, and business rules are functions of the larger solution.
Technical Specifications
| Specification | QR10M Details |
|---|---|
| Brand | ZKTeco |
| Model | QR10M |
| Product Type | Optical embedded QR and barcode reader module |
| Dimensions | Approximately 44.4 × 36.3 × 21.9 mm |
| Supported Operating Systems | Windows, Linux, Android |
| Communication Interface | USB keyboard |
| Operating Voltage | USB 5.0 V |
| Working Current | 240 mA |
| Idle Current | 50 mA |
| Reading Distance | 5 to 25 cm |
| Scanning Angles | Roll 360°, Pitch ±40°, Yaw ±60° |
| Field of View | Horizontal 66°, Vertical 50° |
| Image Size | 648 × 488 pixels |
| Illumination Intensity | 0 to 10,000 lux |
| 2D Code Types | QR Code, PDF417, MicroPDF417, Data Matrix, Aztec |
| 1D Code Types | UPC-A, UPC-E, UPC-E1, EAN-8, EAN-13, EAN-14, EAN-128, UCC128, ISBN/ISSN, Code 11, Code 32, Code 39, Code 39 Full ASCII, Code 93, Code 128, Interleaved 2 of 5, Industrial 2 of 5, Matrix 2 of 5, China Post Code, UK/Plessey, GS1-14 |
| Operating Temperature | -10°C to 50°C |
| Storage Temperature | -40°C to 80°C |
| Operating Humidity | 5% to 93% RH, non-condensing |
| Warranty & Availability | Dependent on supply channel, quantity, and current supplier status; confirm with FourTeck.com |
Specifications should be read as integration inputs rather than as a complete system design. For example, USB keyboard communication tells the buyer how decoded data is delivered to the host, but it does not define the application workflow. The software may need to place cursor focus in the correct field, parse a credential string, validate a ticket, look up a database record, trigger a relay through another controller, or reject a code that does not match business rules. Those functions must be planned separately.
Likewise, the listed reading distance is a practical reference, not a guarantee for every symbol size, screen brightness, printing method, or enclosure window. During selection, test the smallest and least ideal codes expected in real use. If the module will sit behind glass or acrylic, evaluate reflection and optical clarity. If a public kiosk will be used by people of different heights, check mounting angle and ergonomic presentation. These tests help move the project from a component specification to a reliable finished product.
Configuration and Buyer Guidance
Before requesting a quotation, define how the reader will be used. A reception check-in terminal has different design priorities from a factory label scanner, a visitor turnstile, or a self-service access point. Start with the code itself: identify whether users will present QR, Data Matrix, PDF417, Aztec, or one-dimensional barcodes, and whether those codes will appear mainly on phones, paper, plastic cards, or labels. Then check the expected physical size and quality of the code.
Which operating system and application will receive the scanned data? Does it accept USB keyboard input in the required workflow?
Is there enough enclosure depth and front-panel space? Will a window, bezel, or protective cover affect the optical path?
How close will users hold the code, and can they naturally align it with the reader without confusing instructions?
Will the reader sit indoors, inside a warm cabinet, near direct light, or in a protected outdoor enclosure? Compare the design with stated operating limits.
Project teams should also plan the surrounding components. Depending on the application, these can include a USB host port or internal cable, mounting bracket, enclosure window, controller, electric lock, exit hardware, kiosk computer, display, network connection, application software, and power supply for the complete system. The QR module itself does not replace those elements. In an access-control application, for example, code capture is only one stage of the authorization process.
For an accurate FourTeck.com quotation, share the model name, required quantity, destination, host platform, intended application, expected code types, approximate enclosure arrangement, and whether the purchase is a prototype, small deployment, or wider rollout. If a project must match an existing installed reader, include photographs, existing part references, cable details, and the current host environment so model matching can be reviewed before purchase.
Ideal Business Use Cases
The QR10M is best understood as a building block inside a larger business solution. Its compact format and USB output allow it to fit applications where a system must capture a code quickly and pass the decoded value to software for the next action.
Visitor Check-In & Reception
A visitor-management terminal can scan a mobile or printed pass, after which the host application can validate the appointment, retrieve visitor data, record arrival, or direct staff to the next step. The final workflow depends on the visitor software and access design.
Access-Control Integration
Integrators can use code scanning as one credential input within a broader door or gate system. The scanned value still needs to be interpreted by compatible host software or a controller architecture that makes the actual access decision.
Self-Service Kiosks
Kiosks for booking, ticketing, collection, queue management, loyalty, or service check-in can use a small embedded scanner where a larger handheld device would not suit the enclosure or customer experience.
Attendance & Identity Workflows
Organizations developing attendance or identity terminals can incorporate QR capture as one method of presenting a code. Data handling, identity matching, anti-passback rules, reporting, and record retention remain responsibilities of the wider application.
Retail and Service Counters
Service points may need to read order references, membership codes, vouchers, queue tickets, or claim identifiers from phones and printouts. An embedded reader can keep the scanning area integrated neatly into the counter equipment.
OEM and Custom Equipment
Equipment makers can evaluate the module where QR and barcode capture must become a permanent part of a larger device. Mechanical testing, cable routing, host compatibility, optical window design, and production-revision control are especially important in OEM use.
In each use case, the buyer should separate the capability of the scanner from the capability of the complete solution. A QR reader can decode the presented symbol; it does not by itself know whether a visitor is approved, a voucher is valid, an employee is scheduled, or a ticket has already been used. Those business rules belong to the connected application and should be tested together with the reader before full deployment.
ZKTeco QR10M Mobile and Printed Code Reading
A significant challenge for modern scanning systems is that codes are presented on surfaces with very different optical behavior. Printed paper reflects ambient light; a phone screen emits its own light and can introduce glare, brightness variation, screen protectors, color shifts, and viewing-angle effects. For a business workflow that accepts both formats, the reader must be designed to recognize codes without forcing users into separate processes.
ZKTeco positions this module for reading from mobiles and printed materials and includes built-in LED illumination. The supported two-dimensional code set gives integrators flexibility when projects use more than standard QR Code. PDF417 can appear in document and credential workflows, while Data Matrix and Aztec are used in other identification and data-capture scenarios. Common linear barcode support extends the module into applications that must process older labels alongside newer mobile credentials.
For the buyer, the value is a more consistent front-end experience. One scan window can potentially serve people arriving with a phone, a printed booking, a label, or a card carrying a supported symbol. That can simplify the physical interface of a kiosk or terminal and reduce the need for users to understand which reader to use.
ZKTeco QR10M USB Integration and Host Compatibility
USB keyboard communication is important because it defines how decoded information reaches the host. In many compatible applications, a scanner behaving as a keyboard can enter the decoded characters into the active input field. This can reduce the need for a specialized communication protocol, but it does not remove the need for software design. The application still needs to know where input should go, what marks the end of a scan, how to validate the data, and what should happen next.
The manufacturer lists Windows, Linux, and Android as supported operating-system environments. That broad host coverage can help integrators standardize around a common reader while using different terminal architectures. However, operating-system compatibility is only the first layer. Project teams should test the specific host device, USB port behavior, application framework, screen focus rules, power-management settings, and any kiosk lockdown software that may affect keyboard input.
Power is supplied at USB 5.0 V, with a documented working current of 240 mA and idle current of 50 mA. For a single prototype this may appear simple, but OEM designers should still include the module in the host system’s total USB power budget. Multiple peripherals, long internal cables, hubs, or constrained embedded hosts can change the available margin.
ZKTeco QR10M Mechanical Fit, Angles and Environment
Embedded components succeed or fail on mechanical details that are easy to overlook during procurement. The module is compact, but the surrounding assembly needs enough room for mounting, cable clearance, optical alignment, and servicing. If the front panel uses a protective window, that material must be clean, optically suitable, and positioned to avoid reflections that interfere with phone-screen scanning. A recessed reader can look tidy but may reduce usable angles if the bezel blocks the field of view.
The specified roll of 360 degrees, pitch of plus or minus 40 degrees, yaw of plus or minus 60 degrees, and field of view of 66 degrees horizontal by 50 degrees vertical give designers a useful basis for planning. User ergonomics should still be tested at the finished-product level. A wall-mounted access device may be used by people of different heights, while a counter kiosk may need to accommodate both phones held horizontally and printed passes presented at an angle.
Environmental limits should be treated as component limits. ZKTeco states -10°C to 50°C operating temperature and 5% to 93% RH non-condensing. The complete enclosure must provide any additional protection required by the location. An outdoor cabinet exposed to solar heat can become significantly warmer internally than the surrounding air, and condensation can form when temperature changes occur even if direct rain is blocked.
Questions Business Buyers Ask Before Choosing This Reader Module
The questions below focus on fit, integration, procurement, and deployment. They are designed to help technical and non-technical stakeholders establish whether the reader matches the intended equipment before a quotation is finalized.
Who should consider this module instead of a desktop scanner?
It is best suited to buyers who need scanning built into a kiosk, access terminal, control panel, attendance device, or custom product. A desktop scanner is usually easier for manual workstation use, while an embedded module makes more sense when the reader must become part of the enclosure and user interface.
Can it read QR codes directly from smartphones?
Yes. ZKTeco states that the reader is designed to capture code information from mobile displays as well as printed material. Final performance should still be tested with the phone models, brightness settings, screen protectors, code sizes, and enclosure window expected in the real project.
Will it work with our Windows, Linux, or Android host?
Those three operating-system families are listed by the manufacturer. Compatibility with a particular host computer or application should still be confirmed because USB policies, kiosk mode, application focus, drivers, power management, and software input handling can affect how keyboard-style scan data is received.
What physical space should we reserve in the enclosure?
The commonly published dimensions are about 44.4 × 36.3 × 21.9 mm, but enclosure design must also allow for mounting, cable routing, the scan window, field of view, service access, and manufacturing tolerance. Confirm the latest mechanical drawing before final tooling or production fabrication.
Which barcode formats should procurement verify?
The reader supports QR Code, PDF417, MicroPDF417, Data Matrix, Aztec, and a broad set of one-dimensional formats including UPC, EAN, Code 39, Code 93, Code 128, and 2-of-5 families. Match the exact symbols used by your application rather than assuming every barcode type is supported.
Is the 5 to 25 cm reading distance enough for a public kiosk?
It can be suitable for near-field kiosk presentation, but the real answer depends on the kiosk geometry. Screen position, bezel depth, code size, user height, phone orientation, and protective glass can change the comfortable distance. Prototype the complete front panel and observe real users before committing to production.
What else is needed for an access-control installation?
The reader only captures code data. A complete access solution may also need a host processor, access software, controller logic, network connection, lock hardware, exit device, door sensor, power supply, enclosure, cabling, and user-management workflow. Exact components depend on the selected system architecture.
Can we use one module for a larger multi-site project?
Standardizing on one module can simplify mechanical design and support, but buyers should validate the same host environment and scanning workflow at every site. For larger rollouts, confirm production revision, batch consistency, project quantity, spare strategy, warranty route, and long-term supply before final deployment approval.
What should we send FourTeck.com for an accurate quotation?
Share the exact model, quantity, destination, project timeline, host operating system, intended use, expected code formats, enclosure or mounting plan, and whether you need only component supply or wider solution guidance. For replacement projects, add photos and the reference of the currently installed unit.
Common Business Requirements This Module Can Support
For a kiosk that accepts phone passes
The module is designed to read mobile-screen codes and can be integrated into a compact kiosk face. Buyers should match the scan window, user distance, application input behavior, and code format to the actual customer journey.
For mixed mobile and printed credentials
A suitable option when a business cannot assume every user will present the same medium. The reader can process supported symbols from screens and printed material, allowing one scanning point to serve both workflows.
For compact equipment design
Product teams with limited front-panel space can evaluate the small module footprint, but they must also budget space for the optical opening, wiring, mechanical support, and service access.
For a USB keyboard input workflow
The product fits applications designed to accept scanned characters through USB keyboard communication. Software teams should test focus control, parsing, submission behavior, and error handling before rollout.
For multi-platform terminal projects
Organizations using Windows, Linux, or Android hosts can consider the module across multiple terminal designs. Standardization should follow validation on each specific device and application stack.
For a replacement or redesign project
Buyers replacing an older reader should not compare only the model name. Confirm dimensions, USB connection, code types, current mechanical revision, application behavior, and any enclosure changes needed before ordering a production batch.
What Buyers Should Check Before Purchase
Component procurement becomes risky when the purchasing team receives only a model number without the surrounding integration requirement. Before ordering, verify that QR10M is the exact reader intended by the engineering design and not a similar family variant. Confirm the communication method, cable or connector arrangement, mechanical dimensions, front-panel design, and the code formats that must be decoded. If the product is replacing an installed component, compare the physical fit and host behavior instead of assuming direct interchangeability.
Configuration Fit
Check host operating system, USB input method, code symbologies, expected reading distance, enclosure depth, and scanner-window location. These details determine whether a successful bench scan can translate into a dependable finished product.
Compatibility Check
Validate the specific host and application, not only the operating-system name. Test startup, reconnect behavior, focus handling, data parsing, access policies, and the downstream workflow that consumes the scanned value.
Availability and Warranty
Supply status and warranty route can vary by source, quantity, and timing. Ask FourTeck.com to confirm the available supply option and applicable warranty guidance for the quotation instead of assuming a fixed stock position.
Quote Preparation
Provide quantity, destination, project stage, target delivery window, host platform, mounting arrangement, and whether the order is for prototyping, replacement, or production rollout. Better project context supports better sourcing guidance.
Long-term planning is also important. An OEM product can remain in service for years, so engineering teams should record the exact approved module revision, mounting method, cable pinout or connection, software behavior, and acceptance test. Keep a known-good sample if the product enters production, and define how future batches will be checked. For multi-site or repeated deployments, consider holding project spares where operational continuity matters.
Finally, distinguish component cost from total deployment cost. The reader may be only one part of the solution. Enclosures, host hardware, application development, controllers, locks, power supplies, cabling, mounting, testing, installation, training, and support may represent a larger share of the project. A procurement comparison is more useful when it looks at the finished operating requirement rather than the scanner price alone.
UAE Availability and Service Support
FourTeck.com supports business technology inquiries in Dubai and across the UAE for embedded access-control components, QR readers, security hardware, and related infrastructure. For this module, support can include product-model confirmation, specification review, quotation preparation, delivery coordination, and warranty guidance based on the supply route offered at the time of quotation.
Availability can change because specialist integration modules are often sourced according to project quantity and supplier status rather than held as a universal retail item. Buyers should therefore share the required quantity, desired delivery location, and project schedule when requesting pricing. Prototype quantities and rollout quantities may have different sourcing considerations, and a larger project may benefit from confirming batch consistency and spare requirements.
FourTeck.com can also help buyers review whether the request is component-only or part of a wider access-control, kiosk, visitor-management, or security project. If the reader will connect to a controller, terminal, or custom host, include those details in the inquiry. This helps the quotation process identify potential compatibility questions before an order is placed.
Dubai, Abu Dhabi, Sharjah and Ajman Coverage
Businesses in Dubai, Abu Dhabi, Sharjah, Ajman, and other UAE locations can contact FourTeck.com for product availability, model verification, configuration guidance, and quote assistance. For system integrators and project buyers, the team can review the planned quantity, delivery destination, host platform, mounting requirement, and whether related access-control or kiosk components are also needed. Coverage is handled as one UAE purchasing and project-support process rather than separate city-specific product versions. Delivery arrangements and warranty handling depend on the chosen supply option and should be confirmed during quotation.
Regional Availability for GCC and Africa Projects
FourTeck.com also supports business technology inquiries that extend beyond the UAE. Project buyers in Saudi Arabia, Qatar, Oman, Kuwait, and Bahrain may request assistance for suitable product sourcing, quantity planning, and regional delivery coordination. Availability, warranty handling, import requirements, and supply lead times can differ by destination, so each quotation should be matched to the country and project scope.
For Africa-region requirements, FourTeck provides additional inquiry channels for markets such as Kenya and Uganda. These can be useful for organizations standardizing access-control or identity equipment across multiple branches, project sites, or partner locations. A multi-country rollout should confirm not only the component model but also the local host equipment, installation environment, replacement strategy, and technical support plan.
Regional procurement works best when the buyer supplies a consolidated bill of materials, quantities by destination, required delivery sequence, and details of the equipment into which the module will be installed. This allows sourcing and logistics discussions to reflect the real project rather than a simple single-unit retail request.
Other Options Buyers May Consider
A project should select a reader based on mechanical fit, host interface, code type, installation method, and user experience rather than assuming every model in a product family is interchangeable. ZKTeco has offered related QR10-series variants such as QR10L, QR10MX USB, and QR10ML USB in different physical arrangements or integration styles. Final availability and exact specifications should be checked against current manufacturer information before choosing an alternative.
ZKTeco QR10L
A related QR reader option to evaluate when the required enclosure format or installation style differs from the compact embedded module.
QR10MX USB
A QR10-series model that buyers may compare where USB connection and a different external arrangement better match the finished terminal design.
QR10ML USB
Another related format that can be reviewed when project dimensions, mounting, cable layout, or user-facing design differ from the QR10M requirement.
Complete Access-Control Solutions
Projects that need more than code capture may require biometric terminals, controllers, locks, readers, exit devices, cabling, and management software.
When comparing related models, request the current datasheet and mechanical drawing. Confirm whether the chosen variant is intended for embedded installation or external mounting, which USB or host interface is provided, and whether the complete code set matches the application. Similar names do not guarantee drop-in replacement, particularly in an OEM enclosure.
Why Business Buyers Choose FourTeck.com
Specialist technology components are easier to purchase when the supplier discussion includes the project context. FourTeck.com works with business buyers, procurement teams, integrators, installers, and technology decision-makers who need clear product selection and quotation support rather than only a model name on an invoice.
The inquiry can be reviewed against the requested model, quantity, destination, and project timing so sourcing conversations are tied to the actual requirement.
FourTeck can help buyers identify what should be checked around host compatibility, physical integration, related components, and model selection before quotation.
Component decisions are viewed in the context of the larger access, kiosk, identity, networking, or security system so missing project dependencies can be discussed early.
Delivery requirements can be planned according to destination, quantity, and supplier status rather than relying on unverified stock or timing claims.
Applicable warranty information can be discussed for the offered supply route, helping procurement teams document expectations before purchase.
For replacement or rollout requirements, FourTeck can review the existing reference, requested quantity, and potential alternatives when a direct match needs to be confirmed.
The goal is to help buyers avoid common procurement mistakes: ordering a similar-looking module with the wrong dimensions, assuming a code format is supported without checking, overlooking the host interface, or discovering after delivery that the enclosure or application requires modification. FourTeck.com does not replace engineering validation, but it can help structure the commercial and pre-sales questions that should be answered before an order is approved.
Frequently Asked Questions
What does the QR10M actually do?
It is an optical reader module that captures and decodes supported QR, 2D, and 1D barcode symbols from smartphone displays or printed material. The decoded value is passed to a compatible host through USB keyboard communication. Any validation, database lookup, access decision, payment action, or business rule is handled by the wider host system and software.
Does the module include its own access-control decision logic?
The product is primarily a code-reading component. In an access project, the scanned credential must still be processed by compatible software or controller logic that decides whether the value is valid and what action should follow. Buyers should plan the complete system, including host processing, lock control, user management, logging, and network connectivity where required.
Can the reader work in different lighting conditions?
ZKTeco specifies built-in illumination and an illumination-intensity range of 0 to 10,000 lux. This supports operation across varying light levels, but the finished enclosure and surrounding reflections still matter. Direct glare, tinted protective windows, deep bezels, or highly reflective phone screens should be tested in the actual product design before full deployment.
What is the typical operating distance?
The manufacturer lists a reading distance of approximately 5 to 25 cm. Real-world performance can vary with code size, screen brightness, print contrast, protective covers, orientation, and the optics of the finished enclosure. Buyers should test at the intended user position instead of treating the stated distance as identical for every code and installation.
Is it suitable for outdoor installation?
The module has stated temperature and humidity limits, but those figures are not an enclosure weather-protection rating. Outdoor use would require the finished equipment to provide appropriate protection from rain, dust, condensation, direct solar heating, impact, and other environmental factors. The complete enclosure design should be evaluated for the installation location.
How is the reader powered?
It uses USB 5.0 V power. ZKTeco publishes a working current of 240 mA and idle current of 50 mA. Integrators should include this in the host USB power budget, especially when several peripherals share the same embedded computer, hub, or internal power path.
Can FourTeck.com supply project quantities?
Businesses can request quotations for project quantities, but current availability depends on supplier status, order size, destination, and timing. For larger deployments, share the expected quantity by phase, planned rollout dates, and whether spare units are required so sourcing and delivery coordination can be discussed accurately.
What warranty applies to the product?
Warranty terms can vary by supply channel, region, and quotation. FourTeck.com can provide warranty guidance for the specific offered source so procurement teams know what applies before purchase. Buyers should record the model, invoice, serial information if provided, and the agreed warranty route as part of project documentation.
How do I request a quote from FourTeck.com?
Use the FourTeck contact page and include the model, quantity, delivery location, project purpose, host operating system, expected code formats, and target timeline. If you are replacing an installed reader, attach photos or the existing part reference. This information helps the team prepare a more relevant sourcing response.
Need Help Matching the Reader to Your Project?
FourTeck.com can help you review product availability, the intended host platform, code-format requirements, physical integration considerations, warranty guidance, quantity, and delivery requirements before you request final commercial approval.
