ZKTeco SBTL8000 Speed Gate Turnstile in Dubai, UAE
A single-lane swing-barrier speed gate for controlled, high-flow pedestrian entry with modular authentication options and a clean architectural profile.
The SBTL8000 is aimed at offices, commercial buildings, data centres, campuses and controlled reception areas that need a more refined entrance experience than a conventional tripod turnstile. FourTeck can help UAE buyers review lane planning, reader choice, controller integration, access software, fire-alarm release requirements and project delivery before a quotation is prepared.
Servo-Motor Swing Barrier
RFID / QR / Face Options
A Speed Gate Built for Controlled, Professional Entrances
The SBTL8000 is a pedestrian entrance-control system that creates a managed passage lane between a public or semi-public area and a controlled zone. Instead of asking security staff to manually judge every entry, the gate can work with an access-control reader and controller so an authorised credential triggers the barrier to open. This makes it relevant to buildings where entry volume, appearance and access discipline all matter.
ZKTeco’s current technical information identifies the SBTL8000 Series as a single-lane platform with a standard 660 mm passage and an optional 1000 mm lane. Transparent acrylic swing barriers are driven by a servo motor, while a SUS304 stainless-steel chassis and aluminium top cover with tempered glass give the system a slim, architectural appearance. The gate also provides visual LED indication and an internal buzzer, helping users understand whether the lane is standing by, open or in an alarm state.
The most important buying point is that the gate is only one part of an entrance-control design. The base SBTL8000 is not supplied with a controller according to current manufacturer information. ZKTeco lists C3 Series and InBio Series controller options, while third-party controllers may be possible when chassis space and integration requirements are suitable. Reader choice is also modular: under-mount options can include RFID or dynamic/static QR, while post-mount configurations can support facial authentication. Therefore, two SBTL8000 projects can look similar physically but have very different operating workflows.
For a UAE project, FourTeck can help translate the entrance requirement into a practical bill of materials. That discussion should cover how many lanes are needed, whether visitors require QR access, whether staff use cards or face recognition, how the gate will connect to the existing access-control platform, whether a fire-alarm interface is required, and whether a standard or wider lane is more suitable. Buyers who review these points early are less likely to discover missing readers, controller limitations, floor-preparation problems or unsuitable passage dimensions during installation.
Why the SBTL8000 Fits Modern Access-Control Projects
The strongest value comes from combining controlled passage with flexible identity technologies. These benefits matter most when a business wants security without making a reception area feel industrial or difficult to use.
Structured pedestrian flow without a bulky gate
A speed gate gives reception and security teams a physical control point while preserving an open visual environment. The transparent acrylic barrier and narrow cabinet design are useful in customer-facing lobbies, executive floors and commercial entrances where appearance affects the visitor experience. The barrier opens only when the configured access system authorises passage, helping a business move from informal entry supervision to a defined access workflow.
Reader choices can follow the project
Modular reader panels let projects choose authentication according to the user population. Staff may use RFID, visitor workflows may benefit from QR codes, and higher-touch executive or secure areas may use face recognition. The result is a gate platform that can be configured around the organisation’s identity method instead of forcing every site into one credential type.
Fast opening supports busy arrival periods
ZKTeco specifies an average swing movement of roughly 0.3 to 0.6 seconds with adjustable opening and closing timing. Published flow figures depend on authentication: around 35 passengers per minute for RFID and around 30 per minute for QR or facial authentication. Those figures help planners estimate how many lanes are required for employee arrival peaks.
Sensing and emergency release are built into the concept
Standard configurations use 12 pairs of infrared sensors, with 18 pairs available as an option. The product also includes anti-tailgating and anti-pinch functions, a fire-alarm relay interface and power-off unlocking behaviour. These features do not replace proper site safety design, but they give integrators the mechanisms needed to coordinate controlled entry with emergency egress planning.
Materials suit long-term public use
The chassis is built from SUS304 stainless steel and the barrier is transparent acrylic. For a busy entrance, durable materials matter because users may brush bags against the gate, cleaning is frequent, and the installation must continue to look presentable after large numbers of passage cycles. ZKTeco states a mean cycles between failure value of 10 million for the current series.
Lane width and protection level can be chosen around the site
The standard passage is 660 mm, while a 1000 mm option can be selected where the project requires more room. ZKTeco also lists standard IPX4 water resistance and an optional IP65 configuration with customised internal components. Because the higher protection option changes overall device height and project details, site conditions should be reviewed rather than assuming every SBTL8000 installation is identical.
Important Capabilities to Confirm in the Project Scope
The current SBTL8000 platform combines a servo-driven swing mechanism, configurable infrared sensing and several authentication paths. The key is to understand which items are standard and which should be specified on the quotation.
What stands out technically
- Servo-motor movement: adjustable average movement time of about 0.3 to 0.6 seconds per swing.
- Flexible lane size: 660 mm standard passage, with a 1000 mm optional lane listed by ZKTeco.
- Reader integration: RFID and QR options can be mounted under the top panel; facial authentication can be post-mounted.
- Detection: 12 pairs of infrared sensors in the standard configuration and 18 pairs as an option.
- Access-controller choice: C3 Series or InBio Series controllers can be added; third-party integration depends on physical and technical compatibility.
- Emergency behaviour: fire-alarm input and automatic barrier release are intended to support safe egress planning.
For procurement, the practical question is not simply whether the gate supports a feature. It is whether the quoted configuration contains the hardware needed to use it. A buyer requesting QR access, for example, should confirm the QR reader, controller, software workflow and network connection. A facial-recognition project should confirm the terminal model, mounting arrangement, user database, integration method and required power/network points. This avoids a common project problem where the gate cabinet arrives but the complete access workflow has not been specified.
ZKTeco SBTL8000 Series Specifications
The values below are based on ZKTeco’s current SBTL8000 Series technical information. Optional lane width, IP protection, sensor count, controller and authentication hardware should be identified separately in the final project quotation.
| Specification | Current manufacturer information | Buyer note |
|---|---|---|
| Brand / Model | ZKTeco SBTL8000 Series | Single-lane speed gate series |
| Lane width | 660 mm standard / 1000 mm optional | Confirm accessibility and site requirements |
| Barrier type | Swing movement, transparent acrylic | Barrier size 715 × 295 mm |
| Motor | Servo motor | Clutch equipped |
| Movement speed | Average 0.3–0.6 seconds per movement | Open / close timing adjustable |
| Chassis / lid | SUS304 stainless steel chassis; aluminium top cover with tempered glass | Metallic grey chassis |
| IR sensors | 12 pairs standard / 18 pairs optional | Select according to project requirement |
| Authentication options | Under-mount RFID or dynamic/static QR; post-mount facial authentication | Reader hardware is configuration dependent |
| Controller | Not equipped as standard; C3 Series / InBio Series optional | Third-party controller depends on chassis space and integration |
| Communication | 1 × fire-alarm relay port, 1 × RS485 | Integration scope should be reviewed |
| Published flow rate | RFID 35 persons/min; QR 30 persons/min; face 30 persons/min | Actual flow depends on user behaviour and authentication |
| Power | AC 100–220 V, 50/60 Hz; 40 VA standby / 120 VA operation | Electrical feed planning required |
| Dimensions | 1613 × 134 × 1017.5 mm standard IPX4; 1613 × 134 × 1031.5 mm optional IP65 | Verify floor plan and clearances |
| Operating conditions | −20°C to 70°C; 0–95% RH non-condensing | Environmental suitability still requires site review |
| Ingress protection | IPX4 standard; IP65 optional with customised internal components | Do not assume outdoor suitability without confirming configuration |
| Software | ZKBio CVAccess / ZKBio CVSecurity | Depends on equipped access controller |
| Safety / security | Power-off unlock, fire-alarm active release, anti-tailgating, anti-pinch | Site safety design remains project specific |
| Certifications | CE, FCC | Confirm any local project compliance requirements separately |
Selecting the correct configuration begins with the passage requirement, not the reader. A standard 660 mm lane may be appropriate for ordinary staff traffic, while a project that expects wheelchairs, large bags, carts or a broader accessibility route should review the wider lane and the overall entrance layout. Next, decide how users will authenticate. RFID generally delivers a simple, fast staff experience; QR can be useful for visitor or temporary-access workflows; facial authentication can reduce the need for physical credentials. The controller and software must then match that choice. Finally, confirm fire-alarm release, power feed, network points, floor finish, conduit paths and environmental exposure. These infrastructure details are often more important to successful installation than small differences in headline product specifications.
Configuration and Buyer Guidance
The correct gate configuration depends on how people move through the building, how identities are verified and what the existing access-control system can support. Work through these decisions before requesting a final quotation.
How many lanes are needed at peak time?
Estimate employee arrival peaks, visitor traffic and exit demand. Authentication method also changes practical throughput, so a lobby serving hundreds of users in a short window may need several lanes rather than one gate operating at its theoretical maximum.
Which credential will users present?
Choose between RFID, QR or facial authentication based on staff policy, visitor processes, convenience and the existing identity system. The gate opening mechanism is only one layer; user enrolment, credential issue and access rights must also be planned.
Will the existing controller integrate?
If the site already uses access controllers or a third-party platform, confirm interface methods, available chassis space, relay logic, RS485 needs and software compatibility. Do not assume a controller will fit simply because it can electrically trigger a gate.
What does the floor and cable route look like?
ZKTeco calls for a flat, level finished floor and lists an optional base plate for unfinished floors. Power, network, reader wiring and fire-alarm cable routes should be planned before flooring is completed so the finished entrance remains neat.
Is standard water resistance enough?
The current platform lists standard IPX4 and an optional IP65 build. Exposure to rain, wash-down, dust, direct sun and temperature conditions should be discussed with the project team before specifying protection level.
What support must be included?
Clarify whether the request is supply only or includes installation, reader mounting, controller setup, software configuration, fire-alarm coordination, testing, user enrolment support or commissioning. A clear scope produces a more useful quote.
When contacting FourTeck, share the site location, quantity of lanes, required passage width, expected daily and peak traffic, preferred credential type, current access-control brand, software requirement, indoor or exposed installation condition, target completion date and whether installation is part of the project. These details allow the sales and technical team to discuss a complete entrance solution rather than quoting only a cabinet model.
Where This Speed Gate Makes Practical Sense
This platform is best suited to entrances where authorised users should move quickly but the building still needs a physical barrier between public and controlled areas.
Office towers and headquarters lobbies
Corporate reception areas often need two things at once: a professional visitor experience and reliable separation between the public lobby and employee workspace. The SBTL8000 can support staff card access, visitor QR workflows or facial authentication depending on project design. Multiple lanes can be aligned side by side, while a wider lane can be incorporated for accessibility or large-item passage. Reception teams can then focus on visitor handling rather than manually opening doors for every authorised employee.
Data centres and controlled technical facilities
Sites with sensitive rooms often require a controlled transition from reception into operational space. The gate can form that physical checkpoint while the access controller records credential events. Integration design should consider the existing security platform, visitor escort process and emergency-release policy.
Education and campus buildings
Universities, training centres and private campuses may use speed gates to manage staff and student entry at key buildings. RFID credentials are straightforward for regular users, while visitor access can be handled separately. Lane planning should account for class-change peaks rather than average daily traffic alone.
Government and regulated premises
Controlled public buildings may require a clear boundary between reception and restricted zones. The value of a speed gate is its ability to enforce passage based on the chosen access-control policy while remaining suitable for a formal front-of-house environment.
Commercial towers and shared facilities
Multi-tenant buildings can use controlled lanes to separate tenant access from public areas. The project should determine whether credentials are centrally managed by building security or federated across tenant systems, because that decision affects controller, software and onboarding design.
High-traffic reception upgrades
When an older turnstile creates queues, noise or an outdated visual impression, the SBTL8000 may be considered as part of a modernisation project. Before replacement, measure the existing floor footprint, cable paths and lane clearances and confirm how the new gate will work with current controllers.
ZKTeco SBTL8000 Modular Authentication Design
The most useful design characteristic for many projects is the modular reader area. It lets the entrance hardware support different authentication workflows without forcing every building into the same credential method.
ZKTeco lists under-mount support for RFID and dynamic or static QR readers, along with post-mount facial authentication. That means the physical gate can fit several different operational models. A corporate office may prioritise fast RFID entry for employees. A visitor-heavy commercial building may use QR credentials generated by a visitor-management process. A site seeking contactless identity verification can consider a compatible face terminal. The reader decision should always be matched with the access controller and software platform, because the reader captures identity but the wider system decides whether that person may pass.
This flexibility is valuable during phased projects. A company might initially deploy RFID and later introduce QR for visitors, or use different authentication methods across separate buildings while keeping the same speed-gate family. However, upgrades still require compatibility checking. Mounting dimensions, reader communication, power, controller I/O, software licensing and database design should all be confirmed before assuming a future reader can simply be added. FourTeck can help buyers list those dependencies at quotation stage so the entrance architecture remains practical as requirements change.
ZKTeco SBTL8000 Passage Sensing and Emergency Behaviour
A speed gate should not only open after authentication; it also has to understand what is happening inside the lane. The SBTL8000 uses infrared sensor arrays together with configurable operating modes to support passage detection, anti-tailgating and anti-pinch behaviour.
For buyers, these features matter because a lane is a moving physical device used by many different people. Adults, children and elderly users may pass through, and the manufacturer notes that disability access is possible with care. A correct installation therefore needs more than gate hardware. The project team should define passage timing, direction modes, security staff oversight and how the barrier behaves during alarms and power loss.
Emergency integration should be tested as part of commissioning. The fire-alarm signal must reach the gate correctly, the chosen fail-open behaviour must match the building’s life-safety design, and users must have an unobstructed route. The anti-tailgating function is useful for discouraging one authorised credential from admitting multiple people, but its effectiveness also depends on lane layout, user spacing and security policy. FourTeck can help scope these requirements with the access-control and facilities teams before installation.
ZKTeco SBTL8000 Lane Planning, Materials and Site Preparation
The SBTL8000 has a narrow cabinet, but the complete installation footprint is defined by the passage lane, neighbouring cabinets, reader positions and clearances around the entrance. Good planning starts with a scaled floor layout.
Current ZKTeco data lists the standard cabinet dimensions at 1613 × 134 × 1017.5 mm for IPX4 configuration, while the optional IP65 configuration increases height to 1031.5 mm. The standard lane is 660 mm and a 1000 mm option is available. For multiple lanes, buyers should think about total entrance width, queue formation, fire egress, reception-desk sight lines and whether one wide lane is needed for wheelchairs, luggage or equipment. The gate should also be installed on a flat, level finished floor; an optional base plate is listed for unfinished floors.
Check floor finish
Confirm the finished floor is level and strong enough for secure anchoring. Plan conduits before decorative flooring is completed.
Check environmental exposure
Determine whether the lane is in a protected interior, semi-exposed entrance or outdoor condition and specify IP protection accordingly.
Check emergency clearance
Do not let cabinets, queue barriers or furniture obstruct the emergency route. Coordinate the gate layout with the site’s safety design.
Check maintenance access
Leave enough service space around the gate so technicians can reach internal components without dismantling adjacent furniture or partitions.
The stainless-steel chassis and transparent barriers suit premium lobbies, but finish quality depends heavily on installation. Visible surface conduits, poorly aligned cabinets or improvised reader mounts can undermine the appearance of an otherwise refined gate. For that reason, architectural coordination, electrical containment and reader placement should be agreed with the contractor before the units arrive on site.
What Buyers Should Check Before Purchase
The biggest purchase risk is ordering a speed-gate cabinet before confirming the complete access workflow. The lane, reader, controller, software, fire-alarm interface and site preparation should be treated as one system.
Configuration Fit
Confirm the lane width, quantity, infrared sensor configuration and preferred ingress-protection level. If the entrance must accommodate wheelchairs or bulky items, the standard passage may not be the correct choice. Peak traffic also matters because the number of lanes should be based on real arrival patterns, not only daily totals.
Compatibility Check
Identify the existing controller, credential technology and management software. A third-party access platform may be usable, but physical space, wiring, signal logic and software workflow need to be checked. If the project uses ZKTeco controllers, determine which C3 or InBio option suits the number of doors, readers and desired software.
Availability and Warranty
Ask the quotation to state the exact gate variant, authentication hardware, controller, accessories, expected supply status and applicable warranty terms. Availability can vary by model, quantity and configuration. Outdoor or IP65 requirements should be written into the scope rather than assumed from the product family name.
Quote Preparation
Provide quantity, lane width, credential method, current access system, installation location, floor status, power and network readiness, fire-alarm integration requirement and project completion date. Include installation and commissioning requirements if needed. This helps FourTeck prepare a quote that reflects the complete entrance rather than a generic hardware price.
Common questions procurement teams should settle early
Is this model suitable for a busy office lobby? It can be, but lane quantity must reflect peak traffic and the selected authentication method. Does it work with an existing access-control system? Potentially, but controller interface, cabinet space and software logic require review. What is required for installation? At minimum, a level floor, secure mounting, power, appropriate cabling, reader/controller connections and emergency-release coordination are normally part of the planning process.
Buyers should also ask whether a wider lane is needed, whether QR visitor access is part of the project, how users will be enrolled, who administers access rights, how alarms are monitored, and whether the project requires integration with CCTV or visitor management. None of these questions can be answered by the gate model alone; they depend on the wider security design.
UAE Availability and Service Support
FourTeck supports business inquiries for speed gates and access-control projects across Dubai and the UAE. Availability can change according to the exact model, protection rating, reader option, controller choice, quantity and supplier status, so the right process is to confirm the project configuration before treating a quoted price as final.
Review the gate as part of the access system
FourTeck can discuss lane width, credential type, controller, reader mounting, access-management software and any requirement for a wider passage or enhanced ingress protection.
Plan around site readiness
Large entrance equipment benefits from coordinated delivery. Project teams should confirm access to the building, storage, lifting or handling requirements, floor completion and installation sequence before the gate arrives.
Keep commercial terms clear
Warranty and after-sales arrangements should be confirmed on the quotation for the selected configuration. Buyers can also clarify whether installation, commissioning and later maintenance are separate service items.
For a useful request, send FourTeck the number of required lanes, site drawings or approximate entrance width, expected user volume, authentication preference, current access-control platform and project location. This enables the team to discuss current options and prepare a more accurate commercial response. Contact FourTeck for UAE availability and configuration assistance.
Dubai, Abu Dhabi, Sharjah and Ajman Project Support
Businesses in Dubai, Abu Dhabi, Sharjah, Ajman and other UAE locations can contact FourTeck for entrance-control product selection, quote preparation and delivery coordination. A speed-gate project may involve more than supplying equipment, especially where the building is under construction or the entrance is being renovated. Floor penetrations, cable routes, reception layout, reader height, security-desk visibility and emergency-release wiring can all affect the final design.
For new fit-outs, it is useful to involve the access-control team before flooring and joinery are finalised. For existing buildings, provide photographs and measurements of the current entrance, along with information about any turnstiles being replaced. This helps identify whether existing conduits, power feeds and controller cabinets can be reused or whether additional site work should be planned.
FourTeck’s CCTV and access-control solutions page provides broader information about integrated physical-security projects, while the IT products and services page outlines related infrastructure support. These references are useful when the gate forms part of a wider security, network or building-technology project.
GCC and Africa Availability
FourTeck also supports business technology inquiries across selected GCC and Africa markets through its regional platforms and inquiry channels. Organisations in Saudi Arabia, Qatar, Oman, Kuwait and Bahrain, as well as buyers in Kenya, Uganda and other African markets, can discuss project requirements, but product availability, delivery method, warranty handling and service scope may differ by country and supplier status.
For regional projects, share the destination country and city, number of lanes, required configuration, preferred incoterm or delivery expectation, installation responsibility and target date. Large turnstile equipment is physically different from small IT hardware, so transport, customs, wooden-box packaging and on-site handling should be considered as part of the project plan. The manufacturer lists pre-assembled delivery to simplify installation, but final commissioning still requires accurate positioning, wiring, configuration and testing.
Regional buyers can use FourTeck Kenya, FourTeck Uganda, FourTeck Africa or FourTeck Kuwait when those channels match the project location.
Other Entrance-Control Options Buyers May Consider
The right alternative depends on lane count, desired appearance, security level, authentication method and whether the project needs a standard lane, a wider accessible passage or a different turnstile form factor.
ZKTeco SBTL8200 Series
The SBTL8200 is the companion dual-lane series used when a project needs an additional lane architecture within the same family. It is a natural model to review when planning several adjacent passages rather than treating each lane as an isolated unit.
ZKTeco SBTL7000 Series
Another SBTL-family swing barrier that may suit projects with different cabinet, lane or integration preferences. Compare physical layout and required authentication rather than selecting by series number alone.
ZKTeco Saturn swing barriers
Saturn Series models are worth reviewing for projects where the design language, security requirements or entrance layout calls for a different premium swing-barrier platform.
Tripod or full-height turnstiles
A speed gate is not always the right form factor. Tripod turnstiles can suit cost-sensitive staff entry, while full-height units are considered for stronger perimeter-style pedestrian control. The building environment and security objective should determine the form factor.
A good comparison should focus on the business difference between models: how many lanes are required, whether the gate sits in a premium lobby or industrial entrance, what level of physical restriction is expected, how credentials are presented and whether users include visitors, employees, contractors or members of the public. FourTeck can use these points to narrow the shortlist before a commercial offer is prepared.
Why Buyers Choose FourTeck for Entrance-Control Projects
Entrance-control equipment sits between physical security, building services, IT and daily user experience. FourTeck’s role is to help buyers connect those requirements before the purchase order is issued. That is particularly useful for speed gates, where a model name alone does not define the controller, reader, access software, lane width, protection level or installation scope.
FourTeck can turn a general request such as “we need two speed gates” into a clearer scope covering passage width, user volume, credentials, controllers and site conditions.
Buyer discussions can include standard versus optional sensor arrangements, reader choice, controller compatibility, software and ingress-protection requirements.
Commercial responses can be aligned to quantity and project scope so the customer understands which hardware and service elements are included.
For bulky entrance equipment, delivery should match site readiness, access constraints and installation sequencing instead of being treated like courier delivery of small devices.
FourTeck can help buyers clarify applicable warranty terms, service expectations and whether installation or maintenance is included or quoted separately.
The gate can be discussed alongside CCTV, structured cabling, network readiness, visitor management and other building-security requirements when the project needs a coordinated technology approach.
This support is useful for procurement teams that want a clear comparison between hardware-only supply and a broader implementation scope. It also helps system integrators and contractors identify responsibility boundaries before installation begins. Buyers can start with the FourTeck UAE website or contact the team directly with drawings, project quantities and the required access workflow.
Questions About the SBTL8000
What is the SBTL8000 used for?
It is a single-lane swing-barrier speed gate used to control pedestrian movement between public and restricted areas. It can be integrated with access-control readers and controllers so authorised users pass after presenting RFID, QR or facial credentials, depending on configuration. Common environments include office lobbies, commercial buildings, campuses, data centres and controlled reception areas.
Is the access controller included as standard?
No. Current ZKTeco information states that the controller is not equipped in the base gate. C3 Series and InBio Series controllers are listed as options, and third-party controllers may be considered when chassis space and integration requirements allow. Buyers should make the controller part of the project scope rather than assuming it is built in.
Can the gate use RFID, QR codes or face recognition?
Yes, the series supports several authentication approaches depending on selected hardware. ZKTeco lists under-mount RFID and dynamic/static QR options and post-mount facial authentication. The reader, controller and software must be chosen as a compatible set, so specify the intended credential method when requesting a quotation.
What lane width should I choose?
The standard SBTL8000 lane is 660 mm, while ZKTeco lists a 1000 mm option. The wider lane can be useful where the project needs greater accessibility or easier movement with larger items. Final selection should consider building codes, emergency routes, user population, available floor width and how many lanes must fit in the entrance.
How many people can pass through per minute?
ZKTeco publishes approximately 35 passengers per minute for RFID and 30 passengers per minute for QR or facial authentication. Real throughput can be lower because users may pause, present credentials incorrectly or carry bags. Use peak-arrival data and the chosen authentication method when deciding how many lanes are required.
Can it be installed outdoors?
Current ZKTeco information lists indoor/outdoor application capability with standard IPX4 water resistance and an optional IP65 configuration using customised internal components. Outdoor suitability should still be reviewed for the exact exposure, including rain, dust, temperature, drainage and direct sun. Specify the environmental requirement before ordering.
What happens during a fire alarm or power loss?
The gate includes a fire-alarm input and is designed to release the swing barrier in emergency mode. ZKTeco also lists power-off unlock functionality. These capabilities must be correctly wired and tested as part of the building’s safety plan; the hardware feature alone does not replace professional fire and egress design.
Is the SBTL8000 available in Dubai and the UAE?
FourTeck can assist with UAE inquiries, configuration review and quotation. Current availability depends on the selected gate version, quantity, reader/controller options and supplier status. Buyers should provide the project location and required completion date so delivery expectations can be discussed alongside the technical configuration.
What information should I send for a quote?
Send the required number of lanes, preferred lane width, expected user volume, authentication method, current access-control brand, project address, indoor or exposed location, floor readiness, fire-alarm integration requirement, target completion date and whether installation is needed. Drawings or entrance photographs can also help FourTeck understand the site.
Can FourTeck help compare this model with other turnstiles?
Yes. A useful comparison can consider passage width, authentication, security level, cabinet form factor, lane count, environmental protection and integration needs. FourTeck can also discuss whether another SBTL model, a different swing-barrier family, a tripod turnstile or a full-height gate better matches the entrance and budget.
Plan the Complete Entrance Before Ordering the Gate
FourTeck can review the required lane count, passage width, authentication type, controller, software, site environment, floor condition, emergency integration, quantity, delivery location and warranty expectations before preparing a commercial offer.
Share your entrance drawing or dimensions, required number of lanes, preferred credential method, current access-control platform, project location and target date.
