ZKTeco Plock 2 Automatic Parking Lock in Dubai, UAE
The ZKTeco Plock 2 is built for organizations and property users that need a practical way to reserve an individual parking space without walking to a manual barrier each time a vehicle enters or leaves. ZKTeco combines a motorized steel locking arm with remote operation and an auto-sensing function that uses a vehicle sensor. This makes the product relevant for controlled private parking bays at offices, residential developments, hospitality sites, industrial premises, commercial buildings, and other locations where a dedicated space needs a visible physical parking control point.
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Quick Product Information
ZKTeco
Plock 2
Automatic parking lock / space protector
Private and controlled parking-space management
Auto-sensing vehicle sensor and long-distance remote control
Steel body with IP67 dust and water protection
4 × LR20 alkaline D batteries, 6V DC rated
Reserved bays, offices, buildings, hotels, industrial and residential parking
Contact FourTeck.com for current UAE options
Supplier terms to be confirmed at quotation
Sensor, remote control/keys, expansion fixings based on supplied package
Confirm quantity, surface, access workflow and installation requirement
Buyer Snapshot: Is Plock 2 a Good Fit?
For a busy procurement or facilities team, the core decision is simple: this product is intended to control an individual parking space rather than manage an entire car-park entrance. It works best when the requirement is to stop casual or unauthorized use of a reserved bay while giving the intended vehicle user a convenient way to lower the barrier. The auto-sensing function can reduce repeated manual interaction, while the remote control remains useful for direct user operation.
Reserved individual bays where a visible physical parking lock is appropriate.
Automatic sensing can support hands-free entry and exit for the assigned vehicle.
Surface suitability, fixing method, vehicle clearance and traffic movement around the bay.
Plan responsibility for LR20 battery replacement and periodic condition checks.
Suitable for one or multiple individually protected spaces; each bay requires planning.
Product sourcing, quantity review, quote support, accessory checks and delivery coordination.
Product Overview
Parking control is often discussed at the level of gates, barriers, license plate recognition, and access control systems, but many real sites have a smaller and more specific problem: a particular parking bay has been assigned to a resident, manager, visitor, tenant, department, or service vehicle, yet other drivers may still occupy it. A conventional manual parking lock can solve the physical problem but introduces another inconvenience because someone has to stop, leave the vehicle, lower the lock, park, and later raise it again.
The Plock 2 addresses that use case with a motorized steel barrier that rises to make the space visibly unavailable and lowers when access is permitted. ZKTeco describes it as its second-generation parking lock and adds an auto-sensing function to the concept. A sensor placed in the vehicle’s cigarette-lighter receptacle can communicate with the parking lock as the vehicle approaches or leaves, supporting a hands-free parking routine. ZKTeco specifies a sensing distance of up to 15 meters. Users can also operate the product by remote control from up to 20 meters under the manufacturer’s stated conditions.
The mechanical profile is designed around an individual bay. When raised, the arm reaches 420 mm; when lowered, the unit sits at 75 mm. The arm rise or fall cycle is specified at no more than six seconds. This movement speed matters because the parking lock should respond quickly enough for normal arrival and departure without being treated like a full traffic barrier. The 460 × 460 mm footprint and 8 kg weight also help buyers understand that installation requires a real surface-fixing plan rather than simply placing the unit loose on the ground.
For UAE buyers, environmental and maintenance considerations deserve attention. ZKTeco lists an operating temperature range from -10°C to +55°C and an IP67 dust- and water-protection rating. Those specifications support outdoor use, but site teams should still consider drainage, direct vehicle impact risk, surface quality, routine cleaning, and battery maintenance. The unit uses four LR20 alkaline D batteries and is rated at 6V DC. Procurement teams should clarify whether batteries, vehicle sensors, remote controls, keys, and expansion fixings are included in the exact package being quoted.
FourTeck.com helps buyers move from a model name to a practical deployment scope. That can include confirming the number of bays, deciding who needs control, reviewing whether auto-sensing is appropriate for the intended vehicles, checking the installation surface, planning battery replacement responsibility, and coordinating supply. The objective is not simply to purchase a parking lock, but to make sure the selected product fits the actual parking-management workflow at the site.
Key Business Benefits
The value of an automatic parking lock comes from how well it reduces everyday friction while keeping the assigned parking space visibly controlled. For buyers evaluating Plock 2, the following benefits connect the manufacturer’s verified functions to practical site-management outcomes.
◆ Less Manual Handling
Auto-sensing can reduce the need for the assigned driver to leave the vehicle just to lower or raise a parking-space barrier. This is especially useful where the same user enters and leaves frequently, because the parking control becomes part of the normal vehicle approach rather than an extra manual task.
◆ Visible Space Reservation
A raised 420 mm arm provides a clear physical indication that a bay is reserved. This can be more direct than relying only on painted markings or signs, particularly in mixed-use parking areas where drivers may not know which spaces are controlled.
◆ Flexible User Control
The product supports both sensing-based operation and long-distance remote control. That gives site managers a choice: use the vehicle sensor for hands-free convenience where appropriate, or operate the lock directly with the remote for a more deliberate workflow.
◆ Outdoor-Ready Protection
ZKTeco specifies IP67 protection and a -10°C to +55°C operating range. For buyers, this means the design is intended for demanding parking environments, while good installation practice should still address drainage, surface conditions, cleaning, and avoidable mechanical abuse.
◆ Battery-Powered Deployment
Operation from four LR20 alkaline batteries can simplify installations where running a permanent power cable to an individual parking bay would be inconvenient. The trade-off is that battery condition becomes a maintenance item, so ownership and replacement intervals should be planned.
◆ Physical Durability Features
ZKTeco lists steel construction, 2–3 ton high-pressure resistance, and 180-degree anti-collision behavior with a built-in alarm system. These characteristics help the product tolerate common parking-area stresses, but they should not be interpreted as permission for deliberate vehicle impact.
For procurement teams, another benefit is scope clarity. A parking lock is a relatively focused device, so it can be introduced without redesigning an entire parking entrance. That makes it suitable when the requirement is local to specific spaces. At the same time, buyers should distinguish individual-bay protection from complete vehicle access control: if the goal is to regulate every vehicle entering a site, a boom barrier, license-plate solution, long-distance reader, or parking-management platform may be more appropriate. FourTeck can help review that distinction before quotation.
Product Highlights
A compatible sensor installed in the assigned vehicle can support automatic parking-lock operation as the vehicle comes within the manufacturer’s sensing range.
ZKTeco lists a control distance of up to 20 meters, giving users a direct operating method without standing beside the device.
The rise or fall cycle is specified at six seconds or less, which supports a practical arrival and departure flow for an individual parking space.
ZKTeco lists 180-degree anti-collision behavior with a built-in alarm system, intended to help manage accidental contact around the raised arm.
The stated dust- and water-protection rating is relevant for outdoor parking locations where the unit may be exposed to dust, washdown, or rain.
Four LR20 alkaline D batteries provide the rated 6V DC supply, reducing dependence on a permanent electrical feed at the bay.
These strengths are most useful when the buyer has clearly defined the parking workflow. The auto-sensing feature depends on the sensor being used with the intended vehicle, while remote control depends on appropriate user handling. Buyers should confirm the supplied package, number of remotes or sensors required, battery responsibility, and whether a manual key or emergency operating method is included. ZKTeco’s brochure lists remote control and keys, a sensor, and expansion screws as accessories, but package contents can vary by market and supplier, so the final quotation should state exactly what is included.
Technical Specifications
| Specification | ZKTeco Plock 2 |
|---|---|
| Brand | ZKTeco |
| Model | Plock 2 |
| Product Type | Automatic parking lock |
| Material | Steel |
| Control Distance | ≤ 20 m |
| Sensing Distance | ≤ 15 m |
| Arm Rising / Falling Time | ≤ 6 seconds |
| Height After Rising | 420 mm |
| Height After Dropping | 75 mm |
| Operating Temperature | -10°C to +55°C |
| Power Supply | LR20 alkaline dry battery recommended, D × 4 |
| Rated Voltage | DC 6V |
| Quiescent Current | ≤ 1.5 mA |
| Operating Current | ≤ 2.5 A |
| Protection | IP67 dust and water protection |
| Pressure Resistance | 2–3T high-pressure resistance stated by ZKTeco |
| Dimensions | 460 × 460 × 75 mm |
| Weight | 8 kg |
| Typical Accessories | Remote control and keys, sensor, expansion screws; confirm supplied package |
| Warranty / Availability | Supplier and order dependent; confirm with FourTeck.com |
Selecting this product is less about choosing between processor, storage, or capacity variants and more about matching the installation and user workflow. Start by confirming the bay dimensions and the intended vehicle path. The lowered 75 mm profile and the overall base dimensions need to suit how the vehicle enters the space. Next, determine whether the user will rely primarily on auto-sensing or remote control. If auto-sensing is required, confirm that a sensor is included for each intended vehicle and establish how additional or replacement sensors are handled. If the remote is the main control method, confirm the number of remote units required and who will be responsible for them.
Power planning is equally important. Battery operation avoids the need to run permanent low-voltage cabling to the bay, but batteries become an operational consumable. Facilities teams should decide who checks battery condition, how replacement batteries are stored, and what the procedure is if the unit reports low power. Finally, clarify installation: suitable expansion fixings depend on the surface and site conditions. A solid, appropriately prepared base and correct fixing method help keep the unit aligned and reduce the risk of movement or damage during use.
Configuration and Buyer Guidance
A parking lock looks simple compared with a complete access-control system, but a few practical decisions determine whether the installation works smoothly. Buyers should begin with the parking-space workflow rather than the model name. Who is allowed to use the bay? Is it assigned permanently to one vehicle, shared between employees, reserved for management, allocated to residents, or controlled for short-term visitors? The answer influences whether auto-sensing, remote control, or a combination of both is the right operating method.
Confirm concrete or other suitable installation surface, fixing depth, drainage and clearance around the base.
Check ground clearance, wheel path, approach angle and the location of the lowered unit relative to the vehicle.
Decide whether the user needs the auto-sensing vehicle sensor, remote control, spare remotes, or both.
Assign responsibility for LR20 battery replacement, low-battery response and periodic inspection.
For multiple bays, list each space, assigned user and accessory requirement rather than ordering only by total quantity.
Confirm installation, warranty, replacement parts and troubleshooting scope before final approval.
The buyer should also consider whether this is the correct product class. Plock 2 controls a parking space; it is not a substitute for a site-wide gate barrier, ticketing system, visitor-management workflow, or license-plate recognition platform. If every incoming vehicle must be authenticated at an entrance, FourTeck can help review ZKTeco vehicle-management alternatives instead. If the problem is one or several reserved bays inside an already controlled car park, an automatic parking lock may be the more focused solution.
For a useful quotation, send FourTeck.com the number of bays, photographs of the installation area, surface type, expected vehicle types, whether auto-sensing is required, number of remote users, delivery location, and whether installation support is needed. This information reduces uncertainty about accessories and deployment scope and helps procurement teams compare quotations on the same basis.
Ideal Business Use Cases
Plock 2 fits best where a site needs control at the level of the individual parking bay. The following scenarios show how the product can be used without overstating it as a complete parking-management system.
Corporate Reserved Spaces
Offices often assign spaces to executives, visitors, company vehicles or specific departments. A raised parking lock provides a physical reservation when the authorized vehicle is away, while remote or sensor-based control can simplify daily access for the assigned user.
Residential Developments
Apartment and villa communities may have individually allocated parking bays. Where site rules allow a physical space protector, Plock 2 can help a resident keep an assigned bay from being used casually by other vehicles. Management should still approve mounting and maintenance responsibilities.
Hotels and Hospitality Sites
Hospitality facilities may reserve selected bays for management, VIP guests, accessible operations, service vehicles, or contracted transport. An automatic lock can control specific spaces without changing the entire entrance. The site should define who holds remotes and how guest use is managed.
Industrial and Warehouse Parking
Industrial premises may need protected bays for supervisors, maintenance vehicles, delivery coordination or safety-related parking zones. The steel body and published environmental protection are relevant, but planners should keep the device away from forklift traffic and other unintended heavy impacts.
Commercial Property Management
Property managers can use individually controlled locks where tenants have dedicated spaces and a shared car park makes markings alone insufficient. The strongest deployments include a documented allocation list, spare-control procedure, battery-check schedule and clear responsibility for damaged units.
Project-Based Parking Allocation
Temporary project offices, construction management areas or leased facilities sometimes need reserved spaces without installing a full gate system. A battery-powered automatic parking lock may provide a focused option when the mounting surface and site authority permit permanent fixing.
For larger projects, buyers should create a simple parking-space schedule before ordering. Record the bay number, assigned user or department, vehicle sensor requirement, remote requirement, installation surface, and maintenance owner. This turns a collection of devices into a manageable operational system. It also helps when a tenant changes, a remote is lost, a vehicle is replaced, or batteries need to be serviced. FourTeck can review this schedule as part of quotation preparation and identify where a different vehicle-management product would be more suitable.
ZKTeco Plock 2 Auto-Sensing and Hands-Free Control
The feature that most clearly separates this model from a basic manual parking lock is automatic sensing. ZKTeco’s operating concept uses a sensor placed in the vehicle’s cigarette-lighter receptacle. As the assigned vehicle comes within range, the parking lock can respond without requiring the driver to stop, exit the vehicle, and physically lower the barrier. The manufacturer lists a sensing distance of up to 15 meters, which gives the system time to react as the vehicle approaches under suitable site conditions.
For businesses, the practical benefit is workflow consistency. A manually operated barrier depends on the user remembering to raise it after leaving and may be left down because the process is inconvenient. Auto-sensing is designed to make correct use easier. The driver keeps the sensor in the assigned vehicle and the parking space can return to its protected state as part of the normal departure routine. This is valuable when a specific person uses the same bay every day and the organization wants the control measure to remain convenient enough that it is actually used.
However, sensing should be planned rather than treated as magic. The buyer should confirm how many vehicles will be authorized, whether each requires its own sensor, and what happens when an employee changes cars. If a bay is shared by multiple users or visiting vehicles, direct remote control may be easier to administer. Site layout can also influence practical sensing behavior, particularly where parking spaces are close together or vehicle routes overlap. The published range is a maximum specification, not a guarantee that every installation will behave identically.
ZKTeco Plock 2 Physical Protection and Parking-Bay Visibility
A parking-space protector has to perform a very physical job. When the authorized vehicle is absent, the raised arm must make it obvious that the space is controlled and create enough of an obstacle to discourage another driver from simply parking there. ZKTeco specifies a raised height of 420 mm, giving the product a visible presence in the bay. When lowered, the unit has a stated height of 75 mm, helping the assigned vehicle enter the space without the large vertical obstruction created by the raised arm.
The manufacturer uses steel for the body and lists 2–3 ton high-pressure resistance as well as a 180-degree anti-collision design with a built-in alarm system. For a buyer, these features should be understood as resilience measures for a parking environment, not as an invitation to drive over or intentionally strike the equipment. Good deployment still depends on clear bay marking, correct placement, suitable anchors, and users understanding how the lock operates. Accidental contact risks should be considered during site planning, especially for low-clearance vehicles or narrow parking spaces.
ZKTeco also lists IP67 dust- and water-protection. This is important because parking areas may be exposed to dust, rain, wash water, or cleaning activity. The stated operating temperature range of -10°C to +55°C further supports use in outdoor conditions. UAE deployments should nevertheless avoid assuming that an IP rating removes all environmental concerns. Standing water, damaged seals, poor drainage, physical debris around the moving arm, and neglected maintenance can still create problems over time.
ZKTeco Plock 2 Battery Operation and Everyday Maintenance
Battery operation is one of the most practical design choices in an individual parking lock. ZKTeco specifies four LR20 alkaline D batteries, providing the rated 6V DC supply. This means the parking bay does not necessarily need a dedicated wired electrical connection simply to power the lock. For retrofit projects or parking areas where new cabling would be disruptive, that can simplify planning and reduce the amount of electrical work around the space.
The trade-off is operational responsibility. Batteries are consumable items, and the site needs a process for monitoring and replacement. ZKTeco lists a low-battery prompt among the Plock 2 functions, which helps users know when attention is required. A facilities team should still decide who responds to that warning, which battery type will be kept on hand, how replacement is documented, and whether checks are included in routine parking-area inspections. For multiple locks, this becomes a small asset-management task rather than an occasional personal responsibility.
The published quiescent current is no more than 1.5 mA and operating current no more than 2.5 A. These figures describe the device’s electrical behavior, but ZKTeco’s current public specification page does not provide a guaranteed battery-life duration. Buyers should therefore avoid budgeting maintenance around an assumed number of months. Real battery life can be affected by battery quality, operating frequency, temperature, storage age, and other conditions. The safest procurement approach is to treat runtime as usage dependent and keep replacement batteries available.
When requesting a quotation from FourTeck.com, indicate whether the site wants batteries included, spare battery sets, additional remotes, additional sensors, or installation assistance. These are small line items compared with the main device, but clarifying them at the start makes rollout smoother and avoids a situation where equipment arrives without the consumables or accessories needed for immediate operation.
What Should You Know Before Choosing This Parking Lock?
Business buyers often reach the quotation stage with a model name but still need answers about fit, control, installation, maintenance, and how the product will behave in a real parking environment. The questions below focus on those practical decisions so facilities teams and procurement staff can prepare a clear requirement before ordering.
Is this suitable for controlling an entire car-park entrance?
No. Plock 2 is designed to protect an individual parking space. If the requirement is to authenticate every vehicle entering or leaving a property, buyers should look at a boom barrier, long-distance reader, license-plate recognition system, ticketing solution, or broader vehicle-management platform. An automatic parking lock is most appropriate when the problem is unauthorized use of selected reserved bays inside a parking area.
How does the auto-sensing function change daily use?
The vehicle sensor is intended to let the lock react as the assigned vehicle approaches, reducing the need for the driver to operate the barrier manually. ZKTeco states a sensing distance of up to 15 meters. Buyers should confirm the sensor package, the number of authorized vehicles, and the parking layout. Shared bays may still be easier to manage through remotes rather than assigning sensors to many occasional users.
Can users operate the lock without the vehicle sensor?
Yes. ZKTeco also specifies long-distance remote control, with a published control distance of up to 20 meters. Remote operation can be useful for shared spaces, security staff, facilities teams, or situations where an auto-sensing sensor is not practical. Confirm how many remote controls are supplied and whether additional units are required for the site’s operating procedure.
What should be checked before fixing it to the ground?
Confirm the surface material, flatness, drainage, fixing depth, vehicle path, and clearance around the 460 × 460 mm base. The lowered unit is 75 mm high, so the installer should verify that the intended vehicle can pass into the bay without unwanted contact. Expansion screws are listed by ZKTeco as accessories, but the correct fixing method must match the actual installation surface and site conditions.
How should a business plan for battery maintenance?
The lock uses four LR20 alkaline D batteries and includes a low-battery prompt. The manufacturer does not publish one guaranteed battery-life figure on its current global specification page, so maintenance should be based on observed use rather than an assumed period. For multiple units, keep spare batteries, record replacement dates, and assign one facilities or security team to respond to low-battery warnings.
Will IP67 protection make every outdoor installation trouble-free?
IP67 is a useful protection rating for a parking device, and ZKTeco also specifies operation from -10°C to +55°C. However, correct installation still matters. Buyers should avoid poor drainage, accumulated debris, damaged seals, uncontrolled impact, or locations where heavy equipment routinely crosses the unit. A protected enclosure rating supports outdoor use; it does not remove the need for sensible site design and periodic inspection.
What should a buyer do when replacing an older parking lock?
Do not assume the existing anchor holes, base dimensions, remotes, sensors, or accessories are interchangeable. Record the old device footprint, mounting method, bay clearance, power arrangement, and user workflow. If replacing Plock 1 or another model, confirm new fixing requirements and decide whether the Plock 2 auto-sensing function will be used. Photographs and measurements help FourTeck review replacement suitability before quotation.
Which accessories should be confirmed on the quotation?
ZKTeco’s brochure identifies remote control and keys, a sensor, and expansion screws as accessories. Package contents may vary by supplier and market, so the quotation should state what is included rather than relying on assumptions. Buyers should also request the required number of extra sensors or remotes, batteries if needed, installation materials, and any site-specific mounting items identified during the deployment review.
What information helps FourTeck prepare an accurate quote?
Provide quantity, installation location, parking-surface type, photographs, expected vehicle types, number of assigned users, preferred control method, sensor quantity, remote quantity, delivery location, and whether installation is required. For multi-bay projects, a simple schedule listing each space and its assigned user is especially useful. FourTeck can then distinguish device supply from accessories, installation, project coordination, and any alternative vehicle-management equipment.
Business Requirements to Match Before You Buy
For a reserved office or management bay
A suitable requirement is one clearly assigned parking space where the same authorized vehicle or user returns regularly. Auto-sensing can support a low-friction routine, while a remote can remain available for direct control. Confirm the user’s vehicle, sensor quantity, and who keeps any spare remote.
For property managers controlling multiple bays
Treat each lock as an asset with a bay number, assigned user, remote or sensor reference, battery record, and maintenance owner. This makes a multi-unit deployment easier to administer when tenants change, accessories are lost, or batteries require replacement.
For outdoor parking environments
ZKTeco’s IP67 protection and published operating-temperature range support outdoor deployment. Buyers should still confirm drainage, surface condition, fixing quality, debris exposure, cleaning routines, and the risk of unintended impact from vehicles or site equipment.
For retrofit projects without nearby power
Battery operation can be attractive when cabling to a bay would be disruptive. The project should then include a battery-maintenance plan and spare LR20 alkaline cells, because operational reliability depends on users responding to low-battery prompts and replacing consumables when required.
For buyers replacing a manual barrier
The value comes from reducing repeated manual lifting. Before ordering, check whether the user’s parking routine suits sensor-based or remote control and whether the new 460 × 460 mm base can be fixed where the older unit was installed.
For procurement teams comparing total project scope
Compare more than the device price. Include sensors, extra remotes, batteries, installation hardware, installation labor, delivery, warranty terms, and future replacement accessories. A complete scope prevents a low initial quotation from becoming incomplete at deployment.
What Buyers Should Check Before Purchase
Before requesting a quotation, buyers should confirm more than the product model. The right parking lock deployment depends on the site, user behavior, installation method, accessory package, and maintenance plan. A short pre-purchase review can prevent the most common problems: the device being mounted in the wrong place, the vehicle having insufficient clearance, too few remotes being ordered, sensors being assigned incorrectly, batteries being treated as someone else’s responsibility, or a space-level product being purchased when the real need is a complete entrance-control system.
Installation Fit
Measure the bay, identify the intended fixing point, confirm the surface is appropriate for expansion fixing, and check drainage. The unit measures 460 × 460 × 75 mm when lowered, so the base position must work with the vehicle’s path and ground clearance.
Control Method
Decide who will use auto-sensing and who needs a remote. A dedicated vehicle can be a strong fit for sensing, while a shared visitor or management bay may benefit from controlled remote access. Confirm the accessory quantities on the quotation.
Availability and Warranty
Do not assume stock, lead time, or warranty duration. Ask FourTeck to state current availability, supplier warranty terms, included accessories, and any conditions related to installation or product handling on the final commercial offer.
Maintenance Ownership
Battery-powered convenience works best when maintenance has an owner. Decide who replaces LR20 cells, keeps spares, handles lost remotes, inspects the moving arm, and reports physical damage or unusual alarms.
Project Scale
For multiple bays, prepare a schedule rather than a single quantity. List space number, assigned department or user, vehicle sensor requirement, remote requirement, installation surface, and delivery or installation phase. This makes handover and later support much easier.
Alternative Solution Check
If the real requirement is to control a driveway or site entrance rather than individual bays, review parking barriers, long-distance readers, or license-plate systems before buying. Choosing the correct product class is more important than choosing by price alone.
A complete request to FourTeck.com should include site location, quantity, photographs, parking-surface details, typical vehicle types, user workflow, accessory quantities, installation requirement, and any deadline tied to a project handover. If the buyer is replacing another model, include photographs and measurements of the existing device and fixing area. This information allows FourTeck to distinguish product supply from deployment support and helps the customer compare offers on scope rather than headline cost.
UAE Availability and Service Support
FourTeck.com supports ZKTeco vehicle-management and parking-product inquiries for businesses and projects in Dubai and across the UAE. For Plock 2, support begins with confirming whether the requirement is an individual-bay parking lock and then reviewing quantity, accessories, installation conditions, and the preferred operating method. Buyers can request supply-only pricing or explain the broader project scope so installation and coordination needs can be considered separately.
Availability can vary according to supplier status, order quantity, package version, and project timing. FourTeck therefore does not present an unverified ready-stock claim on this page. A current quotation can confirm the exact model, included sensor or remote accessories, battery inclusion if applicable, expected supply terms, and delivery coordination. For projects with many spaces, providing a quantity schedule early can help identify whether the requirement should be supplied in one batch or planned by installation phase.
Warranty guidance is also handled at quotation stage. Warranty terms can depend on the source, market package, and supplier conditions, while physical damage or incorrect installation may be treated differently from an internal product fault. Buyers should ask for the applicable warranty term in writing and confirm whether installation support, troubleshooting, replacement accessories, and future product sourcing are part of the requested scope.
To check current options, share your delivery location, required quantity, installation requirement, number of vehicle sensors and remotes, and project date. FourTeck can then prepare a quote request aligned with the actual use case rather than a generic device-only enquiry.
UAE Coverage for Parking-Lock Projects
Businesses, property managers, hospitality operators, residential project teams, and facilities departments in Dubai, Abu Dhabi, Sharjah, Ajman, and other UAE locations can contact FourTeck.com for product availability, quote assistance, accessory planning, and delivery coordination. The same buying principles apply across these locations: confirm the number of spaces, the installation surface, vehicle access pattern, control method, sensor or remote quantities, battery responsibility, and whether the request is for product supply only or includes deployment support. For multi-site organizations, FourTeck can help structure the enquiry by location and quantity so each site receives the correct number of devices and accessories. Delivery and support scope can vary by location and order size, so the final quotation should be used as the reference for commercial and logistical terms.
Regional Availability Across GCC and Africa
FourTeck also handles business-technology inquiries for selected GCC and Africa markets through its regional platforms and supply channels. Organizations in Saudi Arabia, Qatar, Oman, Kuwait, Bahrain, Kenya, Uganda, and other markets can submit parking-control requirements for sourcing review. Regional availability, shipping options, import requirements, warranty handling, and installation possibilities can differ from the UAE, so each country request should be treated as a separate commercial scope.
For cross-border projects, send the exact destination, quantity, preferred Incoterm if your procurement process uses one, required accessories, and whether the goods are for one site or a multi-country rollout. FourTeck can then review suitable sourcing and quotation routes. Buyers should avoid assuming that a package sold in one market includes the same batteries, remotes, sensors, documentation, or warranty conditions in another market.
Regional buyers can use FourTeck Kenya, FourTeck Uganda, FourTeck Africa, or FourTeck Kuwait where relevant, while UAE buyers can continue through FourTeck.com. These channels help route the inquiry to the appropriate regional context rather than presenting an unsupported promise of local inventory.
For larger parking projects, it may also be useful to compare an individual-bay lock with entrance-control equipment before finalizing the product list. Country-specific deployment conditions, local regulations, project standards, and installer requirements should be reviewed by the responsible project team.
Other Options Buyers May Consider
Plock 2 is a focused solution for individual parking spaces. Depending on the project, buyers may need a different level of vehicle control or supporting security infrastructure. The options below help frame that decision without treating every parking problem as the same product category.
ZKTeco Plock 1
Useful for buyers comparing the earlier ZKTeco parking-lock generation with the auto-sensing workflow introduced on Plock 2. Confirm current availability and package support before treating it as a substitute.
ZKTeco BGM1000
A parking barrier product family suited to buyers whose main requirement is controlling a vehicle entrance rather than reserving one bay. Entrance geometry and access method should be reviewed separately.
ZKTeco CMP200
Another vehicle-management barrier option to consider when the project needs a controlled entry point. The correct choice depends on lane width, operating method, traffic volume, and integration requirements.
ZKTeco ProBG3000
Relevant to larger entrance-control projects where a full barrier gate is more appropriate than individual parking-space protection. Site design and controller integration should be confirmed before selection.
Long-Distance Vehicle Readers
For sites that want automatic identification at an entrance, ZKTeco long-distance reader families may be more relevant. Reader type, credential format, range, and controller compatibility require project review.
CCTV and Parking-Area Security
A parking lock reserves space but does not record incidents. Projects that need visual evidence or site monitoring should consider compatible CCTV design as a separate layer of parking-area security.
FourTeck can help decide which level of control matches the problem. A single reserved bay may only need a parking lock; a shared car park may need several locks; a secure entrance may need a barrier; and a managed facility may combine barriers, readers, cameras, and access rules. Choosing by operational requirement prevents unnecessary complexity and makes quotations easier to compare.
Why Business Buyers Contact FourTeck.com
A product page can confirm specifications, but procurement decisions often fail on the details around the product: the wrong quantity of accessories, incomplete installation scope, unclear warranty expectations, or a device chosen for a job it was never intended to perform. FourTeck.com’s role is to help buyers convert a requirement into a cleaner commercial and deployment scope.
Assistance with sourcing business technology and security products based on the requested model and project requirement.
Review of quantity, sensors, remotes, batteries, installation conditions, and whether a parking lock is the correct product class.
Commercial quotations can separate the device, accessories, installation, delivery, and project requirements for clearer procurement comparison.
Delivery details can be reviewed according to order quantity, destination, project timing, and supplier availability without unsupported stock claims.
Buyers can request written confirmation of the applicable supplier warranty and clarify handling expectations before purchase.
If the project needs a barrier gate, vehicle reader, CCTV layer, or wider access-control design, FourTeck can help identify a more suitable direction.
This approach is valuable for SMBs, property managers, project consultants, facility teams, resellers, and enterprise procurement departments because it keeps the discussion grounded in actual site requirements. Rather than treating a model number as the full specification, FourTeck encourages buyers to define who will use the product, where it will be installed, what accessories are needed, and how it will be maintained. That produces a more useful quotation and reduces the risk of missing items at deployment.
Frequently Asked Questions
What is ZKTeco Plock 2 used for?
It is an automatic parking lock designed to protect and reserve an individual parking space. The arm rises when the space should remain unavailable and lowers when the authorized user needs to park. It is suitable for controlled private bays in residential, corporate, hospitality, industrial, and other parking environments where the buyer needs space-level control rather than a full entrance barrier.
How far can the Plock 2 remote control operate?
ZKTeco publishes a control distance of up to 20 meters. Practical range can be affected by site conditions, obstacles, radio interference, remote condition, and installation environment. Buyers should use the manufacturer’s value as a maximum specification rather than assuming identical performance in every parking layout. For critical workflows, test the operating range after installation and keep user instructions simple.
What is the auto-sensing distance?
The manufacturer lists a sensing distance of up to 15 meters. The auto-sensing concept uses a sensor in the vehicle so the lock can respond as the assigned vehicle approaches. Buyers should confirm that the required sensor is included and consider how many vehicles will need sensors. Shared parking bays may require a different operating procedure than a permanently assigned space.
What batteries does the parking lock use?
ZKTeco recommends four LR20 alkaline dry batteries, commonly known as D batteries, for the 6V DC power supply. Battery life is usage and condition dependent, and the current manufacturer specification does not provide one guaranteed runtime figure. Facilities teams should keep suitable spare batteries, respond to low-battery prompts, and record replacement dates when managing multiple devices.
Can Plock 2 be installed outdoors?
ZKTeco states IP67 dust- and water-protection and an operating temperature range from -10°C to +55°C, which are relevant specifications for outdoor parking environments. Correct mounting and maintenance are still necessary. Installers should consider drainage, debris, surface quality, vehicle clearance, and accidental-impact risk, because environmental protection does not compensate for poor placement or damaged mechanical parts.
How quickly does the arm rise or lower?
ZKTeco specifies an arm rising or falling time of six seconds or less. That response is intended for individual parking-space use, where the barrier changes position as the assigned vehicle arrives or leaves. Users should wait for the movement to complete and avoid forcing the arm manually unless the manufacturer’s operating instructions specifically permit an emergency procedure.
Can FourTeck help with installation planning?
Yes. Buyers can share site photographs, parking-bay dimensions, surface type, vehicle information, quantity, control-method preference, and delivery location. FourTeck can review the requirement for quotation and identify whether product supply, accessories, installation support, or a different vehicle-management solution should be considered. Final installation scope and availability should be confirmed in the commercial offer.
Is the product available in Dubai and the UAE?
FourTeck.com can assist with current UAE availability and quote requests. Stock and lead time are not assumed on this page because they can change with supplier status, order quantity, and project timing. Send the required quantity, delivery location, accessory needs, and target date so the sales team can check current sourcing options and provide an appropriate quotation.
Can businesses order several units for a project?
Yes, project and bulk inquiries can be reviewed. For multiple spaces, it is useful to provide a bay schedule showing quantity, assigned users or departments, sensor and remote requirements, installation phase, and site location. This gives procurement teams a cleaner project scope and helps FourTeck prepare an offer that separates devices, accessories, delivery, and any installation requirement.
What should I send to request a quote?
Send the product name, quantity, delivery location, number of parking spaces, installation-surface information, site photos, vehicle types, required sensors, required remotes, and whether installation assistance is needed. If you are replacing an older lock, include its dimensions and mounting photos. The more complete the requirement, the easier it is to avoid missing accessories and compare the final quotation accurately.
Need Help Planning Your Parking-Lock Requirement?
FourTeck.com can help you review current availability, number of parking spaces, sensor and remote requirements, installation conditions, warranty guidance, and delivery scope. Share your site details and receive a quotation built around the actual parking workflow rather than only the model name.
