ZKTeco E-LPRC500 License Plate Recognition Camera in Dubai, UAE
A purpose-built plate and vehicle recognition camera for controlled entrances, parking lanes, security checkpoints, tolling workflows, and other low-speed vehicle management environments.
For UAE projects, the important buying questions are not limited to camera resolution. Lane geometry, approach speed, lens selection, barrier or software integration, power, network design, lighting, storage, and the operating environment all influence whether the chosen configuration fits the site.
A camera built around vehicle decisions, not general surveillance
The E-LPRC500 is designed for sites where the license plate is part of an operational decision: allow a registered vehicle through a gate, record entry and exit activity, support parking management, identify a vehicle at a controlled checkpoint, or provide structured plate and vehicle data to a wider platform. It is therefore different from a standard IP camera that happens to face a driveway. The model combines dedicated recognition functions, high-resolution imaging, configurable plate algorithms, event handling, local lists, integration interfaces, and optional peripheral capabilities in one vehicle-management platform.
Official ZKTeco information specifies a 95% license plate capture rate and a recognition rate of at least 99.9% in typical scenes with typical license plates. Those figures should be read as vendor test or typical-scene performance, not as a guarantee for every driveway. Real installations depend on plate condition, angle, lighting, vehicle approach, speed, lane width, lens choice, mounting height, environmental conditions, and configuration. The camera is specified for vehicles moving from 0 to 25 km/h, which makes it most relevant to parking entrances, gated compounds, logistics checkpoints, controlled road access, and similar low-speed scenarios.
The platform also recognizes more than a plate number. ZKTeco describes target features including number, color, type, and size, together with vehicle-category and vehicle-type identification functions. Support for unlicensed vehicles, abnormal plate alerts, allow-list matching, and vehicle events can add useful context in applications where the security team or parking operator needs more than a simple image archive. For smaller parking environments, the web interface can import allow lists and block lists for offline identification without requiring a separate management platform for every decision.
For Dubai and UAE buyers, FourTeck can help translate these capabilities into a practical bill of materials. A project may require the camera alone, or it may need a barrier gate, control inputs, RS485 integration, network switching, storage planning, lighting assessment, software integration, mounting, commissioning, and ongoing support. The purchase should start with the lane requirement and desired workflow, then select the appropriate camera configuration and accessories rather than treating every LPR installation as identical.
Where the platform can create practical operating value
The strongest benefit is not simply a sharper image. It is the ability to connect a vehicle identity to access, monitoring, parking, or operational workflows with less manual checking.
Reduce manual vehicle checks at controlled entrances
At a properly designed lane, plate recognition can become an input to gate access, parking validation, visitor handling, or security review. Registered vehicles can be matched against configured lists, while unrecognized or exceptional cases can be handled according to the surrounding system. This is valuable for sites where security staff currently read plates manually or where card-based access is inconvenient for vehicles.
Additional checks for abnormal plates
ZKTeco lists support for abnormal license plate alarms, including attempts involving a mobile-phone photo or printed plate image. This does not replace broader physical security controls, but it can provide another decision signal when a site needs stronger confidence than a simple optical character read.
Plate recognition across many regions
The camera supports plate types from more than 130 countries and regions, and the recognition algorithm can be configured through the web interface. For businesses operating mixed fleets or serving international visitors, this provides a broader base than a camera designed around only one national plate format.
Connect to wider security and parking systems
ONVIF, HTTP, RTSP, TCP/IP, UDP, RS485, I/O and software-development interfaces give integrators several paths for connecting the camera to video, access, parking, barrier, and custom application environments. Compatibility should still be verified with the exact target platform before purchase.
Local lists and storage options
Built-in 32 GB storage and support for a TF card up to 256 GB provide local data capacity, while web-imported allow and block lists can support smaller offline identification scenarios. Retention duration depends on recording settings, event frequency, bitrate, and the selected storage approach.
Designed for demanding installation environments
The integrated model carries an IP65 protection rating and a stated operating temperature range from -30°C to 70°C. These specifications are useful for outdoor planning, but installers should still consider direct sun, enclosure orientation, power quality, dust exposure, drainage, cabling, lightning protection, and the physical mounting point.
Recognition, imaging, and integration in one vehicle-management device
For procurement teams, the key distinction is that the E-LPRC500 combines recognition logic and camera hardware rather than relying only on a remote recorder to interpret ordinary video. Its 5MP CIS sensor records at a native stated resolution of 2880 × 1620, while streaming options include 1080p and lower profiles using H.264, H.265, or MJPEG. Wide Dynamic Range and 2D/3D noise reduction can help the imaging pipeline handle varied scene conditions when properly configured.
The standard lens is 6 mm, with 2.8–12 mm, 7–22 mm, and 5–50 mm lens options listed by the manufacturer. That choice matters because plate size in the image, lane distance, mounting position, and field of view directly influence recognition. A wider lens may show more of the driveway but make a distant plate smaller; a longer focal length can tighten the field of view but demands better alignment. FourTeck can help buyers identify which option should be reviewed with the installer before ordering.
Confirmed E-LPRC500 hardware and operating parameters
The table below consolidates manufacturer-published data. Final configuration should be checked against the selected integrated or module version, lens, optional display or intercom functions, and the wider parking or access-control design.
| Specification | Confirmed detail |
|---|---|
| Brand / Model | ZKTeco / E-LPRC500 |
| License plate capture rate | 95% |
| Recognition rate | ≥99.9% in typical scene + typical license plate |
| Vehicle speed | 0–25 km/h |
| Recognition speed | Less than 100 ms |
| Plate type coverage | More than 130 countries and regions |
| Image sensor / native resolution | 5MP CIS / 2880(H) × 1620(V) |
| Low light | 0.1 lux color with fill light |
| Lens | 6 mm fixed; optional 2.8–12 mm / 7–22 mm / 5–50 mm |
| Video compression | H.264 / H.265 / MJPEG |
| Streaming resolutions | 640×360 / 704×576 / 1280×720 / 1920×1080 |
| Bitrate / frame rate | 512 Kbps–5000 Kbps / 1–25 FPS |
| Protocols and interfaces | SDK, ONVIF, HTTP, RTSP, TCP/IP, UDP, RS485, I/O, NTP, VPN, FTP, UPNP |
| Network port | 1 × 10/1000 Mbps adaptive RJ45 |
| I/O / RS485 | 4-channel I/O input / 2-channel RS485 |
| Storage | 32 GB built-in; 1 TF slot supporting up to 256 GB |
| Additional functions | Bluetooth; optional LCD driver; optional voice intercom; reset button; status light |
| Operating temperature | -30°C to 70°C |
| Power | Integrated basic: 12V DC 2A; module extended: 12V DC 5A |
| Power consumption | Integrated basic ≤8W; module extended ≤55W |
| Protection | Integrated version: IP65 |
| Dimensions | Integrated: 440 × 144 × 103 mm; module: 109 × 149 × 72 mm |
Configuration choice should begin with the lane, not the catalogue. Measure the expected camera-to-plate distance, determine whether vehicles approach straight or at an angle, confirm the maximum real vehicle speed, note whether the camera will face strong headlights or backlighting, and identify how the gate or software should react to a recognized plate. The standard 6 mm lens may suit some layouts, while other installations may require one of the optional ranges. Storage must also be planned around whether the site keeps continuous video, event clips, snapshots, or only recognition records. If optional display or voice functions are required, the power design changes from the basic integrated configuration. Buyers should therefore provide FourTeck with a simple lane sketch, distance, intended workflow, quantity, and integration target before the final quote.
Six questions that should be answered before ordering
The correct model can still perform poorly if the lane or integration is designed around assumptions. A short pre-purchase review reduces the risk of selecting the wrong lens, missing an interface, under-planning power, or expecting recognition beyond the stated operating scenario.
What is the real vehicle approach speed?
The published range is 0–25 km/h. If vehicles routinely approach faster, the site should be redesigned to slow them or a different solution should be evaluated rather than assuming the camera will cover a higher speed.
Which lens matches the lane?
Provide the mounting distance, lane width, camera height, and plate position. The choice between 6 mm and optional focal-length ranges should be made against the actual field of view, not selected simply because a longer lens sounds more powerful.
What should happen after recognition?
Decide whether the plate event opens a barrier, logs an entry, checks an allow list, sends data to software, displays information, triggers another device, or simply records evidence. That workflow determines which interfaces and peripherals need verification.
How will the camera be powered and networked?
The manufacturer specifies 12V DC power requirements rather than a simple PoE-only deployment assumption. Confirm power location, cable path, surge protection, Ethernet connection, switch capacity, addressing, VLAN design, and remote-management requirements.
How much evidence needs to be kept?
The 32 GB built-in storage and TF expansion up to 256 GB are useful, but retention varies with bitrate, event frequency, snapshot policy, video resolution, and whether a central recorder or platform also stores data. Define the retention target before sizing storage.
What environmental and mounting risks exist?
IP65 and the stated temperature range help, but they do not replace good installation practice. Review direct sun, glare, headlight angle, rain path, dust, vibration, impact exposure, mounting rigidity, conduit protection, and safe service access.
For a useful quote, send FourTeck the product name, quantity, site type, number of lanes, approximate camera-to-vehicle distance, maximum vehicle speed, required plate region, whether a barrier gate is involved, software or platform name, storage expectation, delivery location, and whether installation or commissioning guidance is needed.
Where a dedicated LPR camera makes operational sense
The model is strongest in controlled, low-speed vehicle environments where recognizing the plate drives an access, parking, security, or record-keeping workflow.
Gated offices, compounds, and residential entrances
A controlled entrance can use plate recognition as part of a registered-vehicle workflow. The camera can match allow-list data and provide recognition results to a surrounding control system. The project should define how visitors, temporary vehicles, delivery vehicles, unreadable plates, and exceptions are handled so the gate logic does not depend on a single recognition outcome.
Warehouses and logistics yards
Vehicle entry and exit records can support yard security and fleet movement workflows. If the business wants the camera to distinguish vehicle categories, connect to a barrier, or pass data into a logistics system, those interfaces should be reviewed during design.
Commercial parking facilities
The platform is relevant to parking access and fee-management scenarios where license plate data contributes to vehicle identification. Software, payment, barrier, occupancy, and entry/exit logic are separate project components and should be confirmed as part of the complete solution.
Campuses and managed facilities
Education campuses, staff compounds, industrial sites, and other managed estates may use plate recognition to separate registered vehicles from visitor traffic. Multi-lane designs should account for camera placement, network capacity, gate logic, and centralized monitoring.
Security checkpoints
Where security teams need a plate record and vehicle attributes at a low-speed checkpoint, the device can provide more structured information than a general overview camera. It should complement, not replace, wider security procedures where higher assurance is required.
Custom intelligent transport integrations
SDK, API-oriented interfaces, OpenSDK capability, and standard network protocols make the platform relevant to integrators building custom applications. The target software environment, development scope, data fields, event behavior, and vendor-supported integration path should be validated before procurement.
E-LPRC500 Recognition Engine and Vehicle Identification
The main reason to select this camera is its recognition layer. ZKTeco specifies a license plate capture rate of 95%, recognition of at least 99.9% in typical scenes with typical plates, and processing in less than 100 milliseconds for vehicles moving between 0 and 25 km/h. It also supports plate types from more than 130 countries and regions, which is important when a site handles a mixed vehicle population.
The platform can also identify vehicle information beyond the plate, including category and other target features. ZKTeco describes support for seven vehicle categories and more than 2,100 specific vehicle types, alongside attributes such as vehicle logos and colors. In practice, the value of these extra fields depends on what the receiving parking, security, or custom application can store and use. Buyers should confirm whether the wider solution needs only a plate number or richer vehicle metadata before integrating the camera.
E-LPRC500 Imaging, Lens Choice, and Challenging Scenes
Recognition starts with a usable plate image. The 5MP CIS sensor has a published 2880 × 1620 image resolution, while the camera also supports lower video stream resolutions for bandwidth and recording design. An intelligent ISP pipeline, Wide Dynamic Range, configurable exposure, brightness and contrast controls, 2D/3D noise reduction, and fill-light support give the installer tools to tune the scene. Those tools are valuable, but they cannot compensate for every poor mounting choice.
Before buying, the installer should determine how large the plate will appear in the recognition zone. A camera mounted too far away with an overly wide field of view may produce plenty of scene context but too few plate pixels. A lens that is too tight can miss vehicles that do not follow the expected path. Headlight glare, afternoon sun, reflective plates, dirty plates, and steep approach angles also need to be considered. For a new site, a short survey with photographs and measured distances is usually more useful than choosing a lens from a generic table.
E-LPRC500 Integration, Local Control, and Expansion
A dedicated LPR camera is most useful when its recognition result can be acted on. The E-LPRC500 provides standard video and network protocols alongside RS485, I/O, SDK, API-oriented interfaces, and OpenSDK development capability. ZKTeco also describes primary and secondary device binding, with a primary camera able to bind up to three secondary devices and manage basic configuration through the primary web interface. This can simplify some multi-camera scenarios, but system architecture should still be validated by the integrator.
Check the receiving platform
ONVIF or RTSP video compatibility does not automatically mean that every platform can use LPR metadata, allow-list actions, or custom events. Confirm the exact integration method and data exchange needed.
Plan offline behavior
Web-imported allow lists and block lists can support smaller parking workflows without a separate software decision for every vehicle. Define what should happen during network or server interruption and how records will be synchronized.
Separate optional features
LCD driving and voice intercom are listed as optional. If the project requires an integrated screen, speaker, or higher-power extended configuration, confirm the exact module and power supply before issuing the purchase order.
Integration planning should include the barrier controller or gate input, relay or I/O logic, network segment, central software, data-retention policy, user permissions, monitoring station, and failure behavior. A quote for only the camera may not represent the complete project if the operational goal is automated access.
What Buyers Should Check Before Purchase
The biggest purchase risk is assuming that an LPR camera is a drop-in replacement for any driveway camera. Recognition quality and business value depend on lane design, lens selection, lighting, speed, integration, power, and the workflow expected after a plate is read.
Configuration Fit
Confirm the lane distance, speed, mounting height, plate region, chosen lens, and whether the basic integrated or extended module configuration is needed. Do not select the camera only from its megapixel value.
Compatibility Check
List the barrier gate, parking platform, VMS, NVR, controller, or custom application involved. Verify not just video streaming but the specific recognition metadata and command flow the business requires.
Availability and Warranty
Availability, warranty route, accessories, delivery timing, and regional configuration can depend on supplier status and project quantity. Ask for these points to be stated clearly in the quotation instead of assuming they are identical for every order.
Quote Preparation
Share the number of lanes, camera quantity, target date, delivery location, desired lens, vehicle speed, integration target, mounting conditions, storage needs, and whether installation or commissioning support should be included.
Also consider accessories that may sit outside the camera box: a stable 12V DC power source, protected network cabling, mounting hardware, cabinet space, switch ports, surge protection, barrier or relay interfaces, optional local storage, and any software licenses required by the wider parking or security system. Long-term operating cost is driven less by the camera alone than by maintenance access, software, storage, network infrastructure, replacement components, and the support model chosen for the complete site.
Buying support for vehicle-management projects
FourTeck supports product inquiries across Dubai and the UAE with assistance for model review, lens selection discussion, quotation, delivery coordination, and warranty guidance. Availability may vary according to supplier status, selected configuration, optional functions, project quantity, and required delivery date. For that reason, the best inquiry includes enough installation detail to check whether the requested part is suitable before commercial terms are finalized.
Dubai, Abu Dhabi, Sharjah, and Ajman Coverage
Businesses in Dubai, Abu Dhabi, Sharjah, Ajman, and other UAE locations can contact FourTeck for product availability, configuration guidance, and quotation support. For an LPR project, the location matters because it affects site access, environmental planning, delivery coordination, installation scheduling, and sometimes the mix of vehicles expected at the entrance. Buyers should provide the delivery area together with the lane count, intended use, project timeline, and whether they need only equipment supply or also assistance reviewing related CCTV, networking, access-control, or barrier components.
GCC and Africa Availability
FourTeck also supports business technology inquiries across selected GCC and Africa markets through regional inquiry channels. Companies in Saudi Arabia, Qatar, Oman, Kuwait, Bahrain, Kenya, Uganda, and other supported markets can request product guidance for vehicle-management and surveillance requirements. Availability, delivery options, warranty handling, compatible regional plate algorithms, and project support can vary by country and supplier status, so each cross-border request should be reviewed individually.
Regional buyers can start with the main FourTeck UAE platform or use the appropriate Kuwait inquiry channel, Kenya technology portal, Uganda technology portal, or Africa regional platform. When requesting cross-border supply, include the destination country, quantity, intended use, project date, and whether local installation is being handled by the buyer or another integrator.
Other Options Buyers May Consider
A complete vehicle entrance often needs more than one device. These related ZKTeco product directions and FourTeck categories can help buyers frame the wider requirement before asking for a final bill of materials.
ZKTeco LPRC300
Another ZKTeco LPR model in the same vehicle-management family. Buyers comparing the two should review current vendor specifications, recognition scenario, lens requirements, integration needs, and project budget rather than assuming they are interchangeable.
ZKTeco LPRS1000
A same-brand LPR alternative that may suit a different system design. FourTeck can help buyers compare current model positioning and confirm which platform best matches the intended lane and integration.
ZKTeco BGM1000 Barrier Gate
Barrier hardware is a common companion to LPR access workflows. Gate speed, boom length, safety devices, control interfaces, traffic volume, and civil works should be designed as part of the entrance rather than selected separately.
PoE and Network Switching
Although the E-LPRC500 has its own stated 12V DC power requirement, the surrounding IP system still needs dependable switching, uplinks, VLAN planning, and protected Ethernet cabling for cameras, recorders, controllers, and management stations.
A procurement conversation built around the whole entrance
Vehicle recognition purchases often cross several disciplines: surveillance, access control, networking, barriers, power, storage, software, and installation. FourTeck can help business buyers organize those questions before the order so the quotation reflects the intended workflow rather than a disconnected list of hardware.
Current availability can be checked against supplier status and required quantity.
Lens, lane geometry, storage, optional functions, and system interfaces can be discussed before purchase.
Project quantity, delivery location, target date, and accessory scope can be reflected in the request.
Networking, surveillance, access-control, storage, and entrance-control requirements can be reviewed together.
FourTeck can coordinate UAE delivery requirements based on the confirmed order and supplier status.
Applicable warranty terms and support routes can be clarified during quotation rather than assumed.
Practical answers before you request a quote
What is the E-LPRC500 used for?
It is a dedicated license plate and vehicle recognition camera for low-speed traffic scenarios such as parking entrances, gated facilities, security checkpoints, tolling, and vehicle-management systems. Its recognition output can be used by a surrounding access, parking, security, or custom software workflow.
Is it suitable for fast road traffic?
The manufacturer specifies a vehicle speed range of 0–25 km/h. A site with materially higher approach speeds should not assume equivalent results. The traffic flow may need to be slowed, or a different traffic-camera solution should be evaluated for the required speed and capture distance.
Which lens should I choose?
The standard lens is 6 mm, with optional 2.8–12 mm, 7–22 mm, and 5–50 mm ranges. The correct choice depends on camera-to-plate distance, lane width, mounting height, field of view, and approach angle. Share those measurements before ordering so the lens can be reviewed against the site.
Can the camera work with third-party systems?
The camera supports ONVIF, HTTP, RTSP, TCP/IP, UDP, RS485, I/O and software-development interfaces. That provides several integration paths, but the exact third-party platform should be checked. Video compatibility does not automatically confirm support for plate metadata, allow-list logic, or custom vehicle events.
Does it have local storage?
Yes. ZKTeco lists 32 GB built-in storage and one TF card slot supporting up to 256 GB. The amount of time this can retain depends on recording resolution, bitrate, frame rate, event frequency, and whether the site stores continuous video or only selected clips and snapshots.
Can it identify fake or abnormal plates?
ZKTeco lists abnormal license plate alarm support, including conditions involving mobile-phone photos and printed plate images, together with support for unlicensed vehicles. This is an additional recognition feature and should form part of a broader security process rather than being treated as the only identity control.
Is the camera outdoor rated?
The integrated version is specified at IP65, with an operating temperature range from -30°C to 70°C. Installation planning should still address direct sun, rain path, dust, mounting stability, conduit protection, surge protection, cable entries, and service access for the specific site.
How do I request the correct UAE quotation?
Send FourTeck the model, quantity, delivery location, number of lanes, vehicle speed, mounting distance, preferred lens if known, barrier or software details, storage requirement, and target date. Also state whether you need equipment supply only or broader integration and installation guidance.
Can businesses request multi-lane or bulk supply?
Yes, business and project inquiries can include multiple cameras or lanes. A multi-lane request should identify the number of entrances and exits, planned topology, common software platform, network and power design, required accessories, deployment schedule, and whether the project needs standardized configuration across sites.
Need Help Planning the Right LPR Configuration?
FourTeck can review the intended lane, vehicle speed, lens requirement, integration target, quantity, delivery location, storage, optional features, and warranty expectations before preparing a quote.
Share the lane count, distance, speed, barrier or software details, required quantity, delivery area, and target project date.
