ZKTeco QR500 QR Code RFID Reader in Dubai, UAE
The QR500 is built for access-control environments where a business wants one compact reader to accept modern QR-based credentials as well as 13.56 MHz RFID cards. It is especially relevant to visitor entry, ticket-based access, office doors, controlled facilities, hospitality environments and turnstile projects that rely on an external access controller. Its support for Wiegand, RS485 and USB gives system designers more than one integration route, while the broad barcode list helps organizations support printed or screen-based credentials without limiting the project to a single code format.
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Quick Product Information
ZKTeco
QR500 Series
QR code and RFID access reader
13.56 MHz
Wiegand, RS485, USB
DC 12V (±5%) or USB 5V
86 × 86 × 50 mm
Doors, turnstiles, visitor and ticketed access
Contact FourTeck.com for current options
Confirm applicable warranty with quotation
Controller, power, cabling and mounting are project dependent
Share controller model, credential type, quantity and site requirement
Buyer Snapshot: Is the QR500 a Good Fit?
A busy procurement or project team normally wants a simple answer before reading technical detail: does this reader match the intended access flow? The QR500 is strongest when the project needs QR or barcode credentials plus supported 13.56 MHz cards and when an external controller or access platform will make the final access decision. It should be evaluated as one component of the overall access-control chain rather than as a complete standalone door system.
Visitor entry, managed doors, ticketed access, turnstiles and mixed QR/RFID workflows.
One reader can support multiple credential formats, reducing the need for separate QR and RFID reading devices.
Controller input, credential encoding, power method, wiring distance, mounting location and environmental conditions.
Compatibility review, accessory planning, quantity preparation, delivery coordination and quote guidance.
Product Overview
Access-control projects increasingly need to accommodate more than a conventional proximity card. Visitors may receive a temporary QR credential by email, a staff member may use a supported RFID card, a customer may present a code on a mobile phone, and an event or facility may print a barcode on a ticket. The ZKTeco QR500 addresses that mixed-credential requirement by combining barcode scanning with 13.56 MHz RFID reading in a compact unit that can connect to a compatible controller.
Its barcode capability is not limited to standard QR Code. ZKTeco lists support for Data Matrix, PDF417, GS1 Databar, Code 128/EAN128, UPC/EAN, Codabar and Code 39/93 in addition to QR. That matters to organizations whose credential format is determined by an existing visitor platform, ticketing application, membership system or external business workflow. The RFID side supports Mifare Ultralight, DESFire EV1, NTag and S50/S70 technologies at 13.56 MHz, allowing project teams to evaluate whether existing card credentials can be retained while new QR workflows are introduced.
The reader communicates through Wiegand, RS485 or USB. In a typical access-control design, the reader captures the credential and passes relevant information to a controller or host system that applies access rules. This architecture makes controller compatibility one of the most important purchasing checks. A buyer should not select a reader purely because the physical interface appears to match; the selected controller, credential format, data output and software workflow must also align.
For UAE businesses, this kind of reader can be useful when modernizing reception access, visitor entry, turnstiles, shared facilities and commercial environments without abandoning supported RFID credentials already used by employees or tenants. FourTeck.com can help buyers document the current controller model, number of entry points, QR generation method, card type, mounting location, cabling route and desired access workflow so the quotation is based on the real project rather than only the model name.
Key Business Benefits
The QR500’s value is best understood through the operational problems it can help solve. Its capabilities are practical rather than decorative: credential flexibility, controller connectivity and compact installation can help a business design a smoother access process when those features match the wider system.
◆ Mixed Credential Flexibility
Supporting QR or barcode credentials and several 13.56 MHz RFID card technologies lets a project serve visitors and permanent users through the same reading point. This can simplify the user experience and reduce the need to install separate readers solely because different groups receive different credential types.
◆ Better Visitor Workflows
QR credentials are well suited to scheduled guests, temporary contractors, events and ticket-based access because codes can be distributed digitally or printed. The reader can become part of a visitor process that reduces dependence on issuing a permanent physical card to every temporary user.
◆ Integration Choice
Wiegand, RS485 and USB provide useful connection choices for different system architectures. Buyers still need to verify the controller and software combination, but multiple interfaces can make the reader easier to evaluate for retrofit projects, new door-control systems and turnstile integrations.
◆ Compact Installation Footprint
At 86 × 86 × 50 mm, the unit is compact enough to be considered for wall, pedestal or equipment-integrated positions where space matters. Mounting suitability should still be checked against the actual enclosure, turnstile surface, cable route and user scanning angle.
◆ Broader Barcode Compatibility
Support for several 1D and 2D code formats can help an organization avoid redesigning a credential system simply to match the reader. This is valuable when codes originate from visitor, retail, membership or ticketing applications that already use a defined barcode standard.
◆ Practical Migration Path
A business moving from card-only access to mobile or QR-based credentials may be able to retain supported RFID cards while introducing newer workflows. This can make migration easier to stage by department, building or user group, subject to controller and software support.
Product Highlights
Useful for smartphone credentials, printed passes, visitor codes and ticketing workflows that generate QR Code, Data Matrix or PDF417 credentials.
GS1 Databar, Code 128/EAN128, UPC/EAN, Codabar and Code 39/93 broaden the types of credentials or business labels that can be considered.
Mifare Ultralight, DESFire EV1, NTag and S50/S70 support gives project teams options for card-based users alongside QR workflows.
Wiegand, RS485 and USB allow the reader to be assessed across different controller and host-side integration designs.
The manufacturer specifies a QR operating distance of at least 5 cm and an RFID card distance of at least 4 cm. These values should be treated as vendor-stated operating guidance rather than as a promise that every phone, print material or card will read identically in every installation. Screen brightness, code size, print quality, credential material, reader angle and controller configuration can all affect the real user experience. For that reason, projects with unusual ticket formats, protective phone screens, turnstile housings or custom software should validate the complete workflow before a large rollout.
Power can be supplied through DC 12V (±5%) or USB 5V according to the manufacturer’s specifications. The chosen method should match the site design, available power distribution, cable routing and the controller architecture. Operating conditions are specified from -10°C to 50°C and 20% to 80% humidity. If the reader will be installed outdoors, in direct sun, in an exposed gate, in a high-temperature enclosure or in another demanding environment, buyers should confirm protection and mounting requirements rather than assume the environmental rating is equivalent to a weatherproof specification.
Technical Specifications
| Specification | Details |
|---|---|
| Brand | ZKTeco |
| Model / Series | QR500 Series Reader |
| Product Type | QR code, barcode and RFID access-control reader |
| International Standard | ISO / IEC 14443A; RS485 protocol referenced by manufacturer |
| Barcode Formats | QR Code, Data Matrix, PDF417, GS1 Databar, Code 128/EAN128, UPC/EAN, Codabar, Code 39/93 and related supported formats |
| RFID | Mifare Ultralight, DESFire EV1, NTag, S50 / S70 |
| Operating Frequency | 13.56 MHz |
| Power Supply | DC 12V (±5%) or USB 5V |
| Operating Distance | QR ≥ 5 cm; RFID card ≥ 4 cm, per manufacturer specification |
| Communication | Wiegand, RS485, USB |
| Operating Temperature | -10°C to 50°C |
| Storage Temperature | -20°C to 80°C |
| Operating Humidity | 20% to 80% |
| Dimensions | 86 × 86 × 50 mm |
| USB Cable | 1000 mm |
| Color Variants | Black and white variants are documented; confirm current model availability |
Configuration and Buyer Guidance
Buying an access reader only by model number can produce unnecessary integration problems. The QR500 should be selected after the access workflow is clear. Start by identifying what will generate the credential: a visitor application, access-control software, ticketing platform, employee card system, mobile pass or another source. Then confirm whether the controller accepts the output and whether it can apply the required rules to that credential.
List QR or barcode types, RFID card technology and whether credentials will be shown on phones, printed on paper or issued as cards.
Share the exact controller brand and model. A matching physical interface alone does not guarantee the complete data and software workflow will work as intended.
Count doors, turnstile lanes and entry/exit directions. This helps establish reader quantities, power needs, cabling and controller capacity.
Identify wall, pedestal, gate, turnstile or kiosk positions and consider user height, scanning angle, sun exposure and protection from weather or impact.
Confirm whether DC 12V or USB 5V is appropriate and document cable routes, distance, segregation and access for maintenance.
The controller, lock or turnstile must act on the credential. Define the required release behavior, timing, logging, anti-passback or visitor rule in the wider system.
When requesting a quotation from FourTeck.com, share the controller model, number of readers, credential types, installation environment, required cable or power accessories, project location and whether the application is a door, gate, turnstile or visitor desk. These details help reduce wrong-model selection and make it easier to identify any accessories, controller changes or integration checks that should be handled before purchase.
Ideal Business Use Cases
The reader is not limited to a single industry. Its usefulness depends on whether QR or barcode credentials and supported RFID cards fit the access process. The following use cases illustrate where its feature set can make operational sense.
Corporate Visitor Entry
Reception teams can use QR-based invitations as part of a visitor workflow while employees continue using supported RFID cards. The reader can feed credential data to a compatible controller, helping separate temporary access from long-term staff credentials without requiring two devices at the same entry point.
Turnstiles and Controlled Lanes
Turnstile projects often need fast credential presentation and clear lane movement. The compact reader can be considered for QR tickets, visitor passes or cards where the turnstile controller and access platform support the intended Wiegand or RS485 workflow.
Hospitality and Guest Access
Hotels, serviced facilities and managed venues can use time-limited QR credentials for selected areas while retaining cards for staff or longer-term users. The exact credential validity and permissions are managed by the associated access platform, not by the reader alone.
Membership and Community Facilities
Gyms, clubs, residential amenities and community facilities may want a reader that accepts codes generated by a membership or visitor process while still supporting RFID cards. Integration should be tested with the software that produces and validates those credentials.
Ticketed Commercial Entry
Attractions, events or paid-access environments may use printed or mobile barcodes as tickets. The broad list of supported code formats gives designers options, while the controller and business application must handle entitlement, expiry and duplicate-use rules.
Modernization of Card-Only Sites
Organizations planning a move toward visitor QR credentials can consider a staged approach in which existing supported cards remain in use. This can reduce disruption, but card technology and controller support must be checked before treating the reader as a direct replacement.
ZKTeco QR500 Multi-Format Credential Reading
The most important feature of this reader is its ability to work with more than one credential family. Many access systems were originally designed around employee cards, but business processes have expanded. Visitors are often pre-registered, temporary contractors may need limited access, customers may arrive with a mobile ticket, and building management teams may prefer to avoid printing a permanent card for a person who only needs entry for a few hours.
Supporting QR Code, Data Matrix and PDF417 gives the reader a useful base for two-dimensional codes. Additional support for GS1 Databar, Code 128/EAN128, UPC/EAN, Codabar and Code 39/93 allows a project team to consider other barcode-driven workflows. This breadth is useful because the reader does not dictate the business application. Instead, it can fit into environments where the credential is already generated elsewhere, provided the controller and software are able to interpret the resulting data correctly.
The RFID capability complements that barcode function. Mifare Ultralight, DESFire EV1, NTag and S50/S70 are listed by ZKTeco for the QR500. In practical terms, a business can evaluate a deployment where permanent users continue presenting supported 13.56 MHz cards while temporary users present a code. This avoids forcing every person into the same credential process.
ZKTeco QR500 Controller Connectivity and Deployment
The reader supports Wiegand, RS485 and USB communication. For buyers, that specification is more meaningful when translated into deployment choices. Wiegand remains common in many access-control installations because a reader can send credential information to a controller over a familiar interface. RS485 is also used in access-control environments and can support a different integration approach depending on the controller. USB can be relevant for configuration, host connectivity or specific deployment scenarios, but the exact application should be confirmed against the intended system design.
When replacing an older reader, wiring should be checked rather than assumed to be reusable. Existing cable cores, shield, distance, power source and termination may have been chosen for the old device. A proper migration review should confirm that the new reader can be powered correctly and that the chosen communication method matches the controller’s supported ports and protocol expectations.
Physical integration also matters. The compact 86 × 86 × 50 mm enclosure can be advantageous on turnstiles, walls or purpose-built mounting points, but the scanning surface still needs to be placed where users can present a phone or printed credential naturally. A reader that is technically compatible can still create queues if it is mounted too low, angled away from users or placed where reflections and environmental conditions make scanning awkward.
Project teams should document how the reader connects to the access controller, how the controller releases the lock or barrier, how logs are recorded, and how administrators will issue or revoke credentials. FourTeck.com can help organize these pre-sales questions so procurement, installation and the software side of the project are aligned before equipment is ordered.
ZKTeco QR500 Power, Environment and User Experience
A reader is used repeatedly throughout the day, so successful deployment depends on more than protocol compatibility. Power stability, installation environment and the way people approach the reader all influence the real experience. ZKTeco specifies DC 12V (±5%) and USB 5V power options. The appropriate method should be selected according to the controller, power supply design and installation location. Where several readers, locks and controllers share a power system, installers should calculate load and plan distribution rather than treating the reader as an isolated device.
The specified operating temperature is -10°C to 50°C with operating humidity of 20% to 80%. These are useful boundaries for planning, but they do not automatically make an installation suitable for every exposed outdoor location. Direct solar heating, rain, dust, condensation, wash-down areas, unventilated metal housings and other site conditions can fall outside what a buyer should assume from temperature and humidity figures alone. If the project includes an exposed gate or outdoor pedestal, confirm the protective enclosure and installation method.
Credential presentation should also be considered. Mobile-phone users need enough space to bring the screen toward the reader without colliding with a barrier. Printed tickets should be large and clear enough for the configured code format. RFID users should understand where to present the card. Good signage and a consistent mounting height can reduce confusion, especially at visitor-heavy entrances.
Before a multi-lane or multi-site rollout, it is sensible to validate a sample of the actual QR credentials, card types, phone devices and print formats that users will present. This small step can reveal workflow issues that specifications alone cannot show and helps procurement teams avoid ordering a large quantity before the system behavior is proven in the intended environment.
What Should You Know Before Choosing This Reader?
These questions reflect the practical decisions that business buyers, access-control installers, IT teams and procurement managers should resolve before placing an order. Each answer focuses on fit, compatibility and deployment rather than assuming that one model automatically suits every door or visitor system.
Can the QR500 replace an existing card reader directly?
It may be suitable as a replacement when the existing controller supports a compatible interface and the required credential data can be handled correctly. Buyers should confirm controller model, Wiegand or RS485 requirements, power, wiring and the existing card technology. A matching connector or voltage alone is not enough to confirm a complete replacement path.
Is it suitable for visitor QR codes shown on smartphones?
Yes, smartphone-presented QR credentials are a natural use case for this type of reader, provided the visitor platform produces a supported code and the controller or access software understands the data. Buyers should test screen brightness, code size and the complete validation workflow with the actual visitor application before broad deployment.
Which RFID cards should I confirm before ordering?
ZKTeco lists 13.56 MHz Mifare Ultralight, DESFire EV1, NTag and S50/S70 support. If your organization already issues cards, provide the exact card technology and, where possible, a sample or current reader specification. Similar-looking cards can use different technologies, so visual appearance is not a reliable compatibility check.
What should a turnstile project team verify?
Confirm the mounting space, reader orientation, controller interface, barrier release input, power distribution, cable path and the software rules behind each credential. For two-way lanes, check whether entry and exit each require a reader. Also validate scanning ergonomics so users can present a phone or ticket without blocking the lane.
Can one site use QR codes for visitors and cards for staff?
That mixed workflow is one of the strongest reasons to consider the reader. The hardware can read supported QR/barcode credentials and supported 13.56 MHz cards. The access controller and software still need to apply separate permissions, time schedules and validity rules for employees, visitors or contractors.
What information helps FourTeck prepare a more accurate quotation?
Share the number of readers, controller brand and model, door or turnstile count, QR generation source, RFID card type, preferred communication method, power arrangement, site location and desired installation scope. If the reader is part of a new system, include lock, exit button, door sensor and software requirements so dependencies can be reviewed.
Should buyers choose Wiegand, RS485 or USB?
The right interface depends on the controller and system architecture. Wiegand and RS485 are common access-control choices, while USB may suit specific host or configuration needs. Do not choose the interface in isolation; confirm the controller’s supported protocol, data format, distance and installation design before committing to the wiring plan.
Is the reader enough to control a door by itself?
The QR500 should be treated as a reader within a wider access-control system. A complete door normally involves a compatible controller, power, lock or strike, exit device, door status input and management software as required. The exact architecture depends on the project, so buyers should not assume the reader alone provides every control function.
What should be checked for future expansion?
Plan controller capacity, available reader ports, credential management, additional doors, visitor volume and software licensing before expanding. A reader may fit technically, but future growth can be limited by the controller or platform. Standardizing the same credential and wiring approach across new locations can also simplify maintenance and spare planning.
Business Requirements to Match Before You Buy
For businesses adding visitor QR access
A suitable option when guests receive digital or printed codes, provided the visitor platform, controller and access rules are designed to process the code correctly from invitation through entry logging.
For sites retaining existing RFID users
Teams introducing QR workflows may be able to keep supported 13.56 MHz cards for staff. Confirm the exact card technology before ordering to avoid assuming that all contactless cards are equivalent.
For turnstile or gate integration
The project should match reader dimensions, presentation angle, controller interface and barrier release behavior. For busy lanes, test real phone and ticket credentials before replicating the design across several lanes.
For controller replacement projects
If the reader will be deployed together with a new controller, review door count, reader ports, communication method, lock outputs, software platform and future expansion as one coordinated design rather than separate purchases.
For multi-site standardization
Businesses rolling out the same access experience across branches should document controller, credential, cabling and mounting standards. Standardization helps training and maintenance, but site-specific environment and wiring still need review.
For procurement teams comparing alternatives
Compare on credential compatibility, controller integration, environmental suitability, mounting, power and software workflow—not model name alone. The correct reader is the one that fits the complete access process with fewer assumptions.
What Buyers Should Check Before Purchase
Access-control readers are often purchased as small items inside a larger bill of materials, yet they can determine whether the user experience is smooth or frustrating. Before requesting a quote, confirm the complete chain from credential creation to access decision. This avoids a common problem where the selected reader can physically scan a code but the controller or software cannot use it in the intended way.
Configuration Fit
Document whether the project needs QR, another listed barcode format, RFID, or a mix. Define how credentials are created, how long they remain valid and which doors or lanes they should open.
Compatibility Check
Verify controller model, available reader ports, interface, protocol behavior and data handling. If using an existing system, confirm the access software can manage the new credential type without unsupported assumptions.
Installation Environment
Check mounting surface, power, cable route, operating conditions and whether the location is sheltered. Do not treat the specified temperature range as proof of a weatherproof rating.
Quote Preparation
Provide quantities, project location, controller model, card technology, QR source, mounting type and installation scope. This helps FourTeck.com identify required accessories and reduce changes after procurement approval.
Warranty and availability should also be confirmed at quotation stage because they can vary with supply channel, region, model variant and order timing. Buyers should ask whether the quotation includes only the reader or also controllers, power supplies, locks, exit devices, cabling, mounting hardware, installation and configuration. For larger rollouts, consider retaining spare units and documenting the final reader configuration so future replacements can be prepared consistently.
Long-term cost is not simply the price of the reader. Installation labor, controller changes, cabling, credential migration, software work and future support can matter more than a small difference in device price. A well-matched reader that integrates cleanly with the existing platform may therefore offer better project value than a cheaper device that creates additional engineering work.
UAE Availability and Service Support
FourTeck.com supports business inquiries for the QR500 in Dubai and across the UAE with assistance focused on correct product selection rather than unverified stock claims. Availability can change according to reader color, quantity, supplier status, project timing and the exact configuration required. For this reason, the most useful first step is to send the requirement and let the team check current sourcing options.
Quote support can include review of the reader quantity, access-controller compatibility, intended credential types, power method, cabling and associated access-control components. If the reader is part of a new door or turnstile system, FourTeck.com can also help identify which project details need to be clarified before supply, such as controller capacity, locking hardware, exit devices, door sensors and installation scope.
Delivery coordination is handled according to the confirmed quotation and project location. Warranty guidance should likewise be checked for the specific supply route and quoted unit rather than assumed from a generic product page. This approach gives procurement teams a clearer record of what is included in the purchase and which technical responsibilities belong to the reader, controller, software or installation work.
UAE Business Coverage
Businesses in Dubai, Abu Dhabi, Sharjah, Ajman and other UAE locations can contact FourTeck.com for reader availability, configuration guidance and quote assistance. The same project questions apply across locations: what controller is in use, how credentials are generated, how many doors or lanes are involved, what power and cabling are available, and whether installation or integration support is required.
For multi-site organizations, FourTeck.com can help buyers prepare a consistent bill of materials and identify where local site differences need attention. A branch may use the same reader model but have a different controller, cable route, mounting surface or door hardware. Capturing those differences before shipment can reduce rework and simplify project planning. Visit FourTeck CCTV and access control solutions for a broader view of related security infrastructure.
Regional Availability Across GCC and Africa
FourTeck.com also supports business technology inquiries for selected projects across GCC and Africa markets. Organizations with offices or projects in Saudi Arabia, Qatar, Oman, Kuwait, Bahrain, Kenya, Uganda and other Africa-region locations can share their required quantity, destination and technical scope for sourcing review. Availability, delivery options, warranty handling, taxes, import requirements and lead times can vary by country and supplier route, so these details should be confirmed for the specific quotation.
Regional projects benefit from standardization, especially when a company wants the same access-control experience across several branches. However, standardization should cover more than the reader. Controller models, access software, credential policies, power design, cabling conventions and administrator procedures should be documented so support teams know what is deployed at each location.
For regional inquiries, FourTeck maintains dedicated platforms including FourTeck Kenya, FourTeck Uganda, FourTeck Africa and FourTeck Kuwait. These channels can be used to discuss country-specific purchasing requirements while keeping the technical product selection aligned with the wider project.
Other Options Buyers May Consider
The right alternative depends on why the QR500 is being considered. Some buyers primarily need a QR reader, others need a card reader, and others are designing an entire access-control platform. These related paths can help procurement teams compare the complete requirement rather than substitute one device without understanding the role it must play.
ZKTeco QR Reader Options
Consider other ZKTeco QR reader models when the project needs a different form factor, credential mix, interface or installation approach. Compare the exact controller compatibility and supported code workflow.
RFID Reader Projects
If QR credentials are not required, a dedicated RFID reader may offer a simpler solution. Confirm card frequency, card technology, interface and environmental rating before changing product direction.
Access Controllers
Reader choice should follow controller architecture. New projects may need multi-door controllers, power, locks, exit buttons, door sensors and management software in addition to the reader.
Turnstile Integration
For controlled lanes, compare reader placement, barrier controller inputs, credential throughput and mounting. The mechanical and electronic design should be planned together.
Why Buyers Choose FourTeck.com
An access reader can be inexpensive relative to the complete security project, but a mismatch can still delay installation, force rewiring or create an unreliable entry experience. FourTeck.com approaches the purchase as part of a business system. The aim is to understand what the reader connects to, who will use it, how credentials are created and what the surrounding door or turnstile infrastructure requires.
Current supply options can be checked against required quantity and project timing.
Controller, interface, credential and accessory requirements can be reviewed before quotation.
The reader can be considered alongside networking, server, security and site infrastructure where relevant.
Delivery requirements can be aligned with the confirmed order and project destination.
Applicable warranty terms can be clarified for the quoted supply route instead of assumed.
Multi-door, multi-lane and multi-site requirements can be organized into a clearer bill of materials.
FourTeck.com can also help buyers identify related components that may otherwise be missed during procurement. Depending on the project, these can include a controller, regulated power supply, lock, exit button, door sensor, mounting hardware, cable, enclosure or software requirement. This does not mean every deployment needs every accessory. It means the quote should reflect the real access-control architecture so the reader arrives as a usable part of the solution rather than an isolated device.
Frequently Asked Questions
What is the ZKTeco QR500 used for?
It is a QR, barcode and 13.56 MHz RFID reader for access-control applications. Typical deployments include doors, turnstiles, visitor entry, ticketed access and facilities that want one reader to handle supported mobile or printed codes as well as supported RFID cards. It normally works as part of a wider system with a compatible controller and access-management platform.
Which barcode formats does the reader support?
ZKTeco lists QR Code, Data Matrix, PDF417, GS1 Databar, Code 128/EAN128, UPC/EAN, Codabar and Code 39/93 among the supported formats. For a business application, the important next step is to confirm that the controller and software can interpret the data produced by the specific credential format used in your visitor, ticketing or access workflow.
Which RFID technologies are supported?
The documented 13.56 MHz RFID options include Mifare Ultralight, DESFire EV1, NTag and S50/S70. Existing card users should confirm the exact credential technology before purchase because cards with a similar appearance can use different frequencies or protocols. Sharing the current card specification with FourTeck.com helps make the compatibility review more accurate.
Can FourTeck.com help check controller compatibility?
Yes. Provide the controller brand and model, current reader interface, credential type and desired access workflow. FourTeck.com can help review whether the reader appears suitable for the requirement and identify any areas that need confirmation before quotation. Final integration can depend on controller firmware, software settings, data format and the project’s wiring architecture.
Is the QR500 available in Dubai and the UAE?
FourTeck.com supports inquiries in Dubai and across the UAE. Current availability should be checked for the required quantity, color and project timing because supplier status can change. The page does not claim guaranteed stock. Send your requirement through the contact page for current sourcing, quotation and delivery coordination information.
What power options does it use?
The manufacturer specifies DC 12V (±5%) and USB 5V. The appropriate power method depends on how the reader is connected and installed. For a door or turnstile project, power distribution should be designed together with the controller and locking or barrier hardware rather than assuming one shared source is automatically suitable.
Can businesses request multiple readers for a project?
Yes. For multi-door, turnstile or multi-site requirements, share the number of readers, doors or lanes, controller models, project locations and preferred deployment schedule. This helps FourTeck.com review quantities together with accessory and integration requirements. Larger projects should ideally validate the intended credential and controller workflow before the same design is repeated across every location.
Does the reader include the complete access-control system?
No. Treat the QR500 as the credential-reading component of the wider system. A complete controlled door may also require a controller, lock or strike, power supply, exit button, door sensor, software and installation materials. Turnstile deployments similarly need the barrier hardware and controller logic. The exact bill of materials should be prepared from the project requirement.
What should I send when requesting a quote?
Send the required quantity, controller brand and model, credential type, number of doors or turnstile lanes, installation location, power and cabling information, preferred color if relevant and whether installation is required. If the project is new, also explain the user groups and access workflow. These details help FourTeck.com prepare a more relevant recommendation instead of quoting only a model number.
Need Help Planning the Right QR and RFID Access Reader?
Share your controller model, credential type, reader quantity, door or turnstile requirement and project location. FourTeck.com can help review product fit, current availability, accessories, warranty guidance and delivery requirements before you place the order.
