ZKTeco Comet-S1200 Dual-Wing Swing Barrier in Dubai, UAE
The Comet-S1200 is the dual-wing center module in ZKTeco’s Comet speed-gate family, created for indoor entrance projects that need controlled pedestrian flow without the bulky visual profile of a traditional turnstile. Its slim cast-aluminium chassis, transparent swing leaves, configurable credential options and safety-oriented sensing make it relevant for reception lobbies, corporate buildings, campuses, managed facilities and other sites where security teams want access control to remain professional and visually integrated with the interior.
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Quick Product Information
ZKTeco
Comet-S1200
Dual-wing swing barrier module / speed gate
Indoor controlled pedestrian entry
660 mm; 900 mm optional
RFID, QR code, fingerprint, face recognition depending on configuration
Comet-S1200 dual wings used with Comet-S1000
Subject to configuration, quantity and supplier status
ZKBio CVSecurity depending on equipped access controller
Confirm current terms with the final quoted supply
Flat, level finished floor; base-plate option for unfinished floor
Share lane count, width, credential type and project location
Buyer Snapshot: Is the Comet-S1200 a Good Fit?
This model is best considered as part of a designed pedestrian access lane rather than as a simple standalone gate. Busy procurement teams can use the points below to decide what must be confirmed before a commercial quotation is meaningful.
Indoor offices, lobbies, campuses and managed facilities that want a modern speed-gate style entrance.
Flexible credential integration allows the entrance design to match how staff, visitors or approved users will authenticate.
Confirm lane quantity, 660 mm or optional 900 mm width, controller, reader or terminal choice and integration scope.
Useful where reception design, controlled passage, anti-tailgating logic and access-system integration all matter.
Authentication speed, display, controller and software behavior depend on the selected access-control configuration.
FourTeck can review the lane concept, required options, accessories and commercial supply request before purchase.
Product Overview
Modern building access has to solve two problems at once: control who can pass and preserve a welcoming, efficient entrance. A conventional mechanical turnstile may be adequate for some sites, but corporate reception areas, premium commercial spaces and managed campuses often prefer a transparent swing-gate format that feels less obstructive. The Comet family addresses that requirement with narrow aluminium housings, clear leaves and configurable authentication positions. The S1200 is the dual-wing element used with the S1000 to form single or multiple lanes, so its value becomes clearest when the complete pedestrian route is planned as a system.
The chassis uses cast aluminium alloy and a black tempered-glass lid, while the standard door leaf is clear acrylic with tempered glass available as an option. Seven-colour RGB lighting along the lid gives users visible status cues. ZKTeco specifies blue for standby, steady green for normal use, steady red while the door is closing and flashing red for an alarm. These visual signals can reduce uncertainty at reception points because people can understand the state of the lane without relying only on spoken instructions from security staff.
The access method can be selected around the project. Under-mount options include supported RFID readers, a QR reader, fingerprint readers and a facial-recognition configuration, while top-mounted face terminals can be fitted with the appropriate mounting arrangement. This matters to a buyer because the gate should not be specified separately from the credential policy. A staff entrance using cards has different hardware, throughput and enrollment needs from a visitor lane using QR codes or a controlled facial-recognition workflow.
For UAE projects, FourTeck.com approaches the product as part of a complete entrance-control requirement. That means checking the number of lanes, direction of travel, standard or wider passage, user groups, expected credential technology, access controller, fire-alarm connection, floor condition and management-software requirement. Procurement becomes more reliable when these details are resolved before the purchase order, because a speed gate is not simply a box that can be placed anywhere. It must physically fit the entrance, electrically connect to the right systems and behave according to the site’s security and safety procedures.
Key Business Benefits
◆ Controlled Flow Without a Heavy Visual Barrier
Transparent leaves and a slim housing suit environments where security controls must coexist with reception design. The entrance remains clearly controlled, but the physical equipment does not dominate the space in the same way as a full-height or bulky mechanical turnstile.
◆ Credential Flexibility
Projects can be planned around RFID, QR code, fingerprint or facial-recognition workflows. This flexibility helps companies align the gate with existing access policies or a planned identity system instead of forcing all users into one authentication method.
◆ Better Safety Planning
Eight pairs of infrared sensors, safety-force sensing, anti-panic mechanical clutch behavior and automatic opening during power loss contribute to a design that considers people as well as access control. The fire-signal input can also be incorporated into the site’s emergency release logic.
◆ Clear User Guidance
The RGB status strip and internal buzzer provide visual and audible feedback. For busy lobbies, clear status information helps users understand whether they should wait, proceed or respond to an alarm condition, reducing avoidable hesitation at the lane.
◆ Multi-Lane Design Potential
Because the S1200 is the dual-wing element used with S1000 modules, it can form part of multi-lane entrance arrangements. This gives designers a structured path for increasing controlled capacity where several parallel passages are required.
◆ Maintenance-Oriented Engineering
ZKTeco specifies a brushless DC motor, a mean cycles between failure figure of six million and an MTTR of less than 60 minutes. These figures do not replace a maintenance plan, but they give facility teams useful engineering reference points when considering serviceability.
The strongest business benefit comes from matching these capabilities to the actual site. A gate with advanced authentication options may still be poorly specified if the lane width is wrong, the controller does not match the software environment or the project has not accounted for emergency interfaces. FourTeck therefore recommends treating entrance control as a small system-design exercise rather than selecting only by appearance or model name.
Product Highlights for Project Buyers
The standard housing dimension is 1500 × 115 × 1000 mm, helping the lane retain a clean architectural profile.
The standard lane is 660 mm; a 900 mm option can be considered where a wider walkway is required.
Published reference rates are up to 30 people per minute for RFID or QR, 20 for fingerprint and 15 for face authentication.
ZKTeco specifies 0.8 second opening or closing movement timing with movement accuracy of no more than 1.5 degrees per movement.
A voltage-free fire-signal input and automatic opening on power loss support emergency egress planning when integrated correctly.
Anti-intrusion, anti-tailgating, wrong-way alarm and automatic closing if nobody passes can be configured through the control logic.
Published throughput figures are useful for comparison but should not be treated as guaranteed site capacity. Real pedestrian flow depends on how quickly users present credentials, whether visitors need assistance, access rules, lane direction, physical spacing and how often exceptions are handled. The final design should therefore combine technical specifications with a realistic operational plan.
Technical Specifications
| Specification | ZKTeco Comet Series Detail | Buyer Note |
|---|---|---|
| Model | Comet-S1200 | Dual-wing model used with Comet-S1000 |
| Application Environment | Indoor | Confirm environmental suitability for the actual entrance |
| Standard Dimensions | 1500 × 115 × 1000 mm (L × W × H) | Allow additional installation and pedestrian clearance |
| Lane Width | 660 mm standard; 900 mm optional | Select based on user flow and accessibility requirements |
| Chassis | Cast aluminium alloy, 3 mm thickness; silver standard, gold optional | Confirm colour if architectural consistency matters |
| Lid | Black tempered glass, standard | Integrated credential/display options vary by configuration |
| Door Leaf | Clear acrylic 630 × 295 mm standard; clear tempered glass option | Confirm material preference at quotation |
| Motor | DC brushless motor | Designed for repeated entrance operation |
| Movement | 0.8 s per movement; accuracy ≤1.5° per movement | Operational timing is separate from credential processing time |
| IR Sensors | 8 pairs, standard, high position | Supports passage detection and safety logic |
| Clutch | Mechanical clutch for anti-panic / anti-collision | Emergency procedures must be tested after installation |
| Reference Flow Rate | RFID 30/min; QR 30/min; fingerprint 20/min; face 15/min | Actual flow varies with access policy and user behavior |
| Credential Options | RFID, QR, fingerprint, facial recognition; supported reader/terminal models vary | Specify credential method before finalizing hardware |
| Display | 1 or 2 × 7-inch IPS touch monitor for under-mount face-recognition version only | Not standard on every configuration |
| Controller | PGIC controller recommended; other controllers optional if dimensions fit | Controller choice affects integration and software scope |
| Communication | Fire alarm relay port ×1; RS485 port ×1 | Coordinate with access and life-safety contractors |
| Power Rating | 20 VA standby; 120 VA operation | Confirm circuit and backup-power design for the full lane |
| S1200 Net / Gross Weight | 65 kg / 80 kg | Plan handling and floor installation accordingly |
| Reliability Reference | MCBF 6 million; MTTR less than 60 minutes | Maintenance quality and environment influence real service life |
| Noise Level | Less than 60 dB | Useful for lobby and office planning |
| Operating Range | -28°C to 60°C; up to 95% RH non-condensing | Official application environment is indoor |
| Visual / Audio Indicator | 7-colour RGB LED strip; internal buzzer | Supports user guidance and alarm indication |
| Supported Software | ZKBio CVSecurity depending on equipped controller | Confirm software edition and integration before purchase |
| Certifications | CE, FCC | Confirm project-specific compliance requirements separately |
A specification table helps compare the hardware, but it does not define the full entrance solution. For example, the optional 900 mm passage may be important for accessibility or trolley movement, while a 660 mm lane can be suitable for standard pedestrian flow. Likewise, a published 30-person-per-minute RFID rate does not mean every office will achieve that figure, because real users may pause, present cards slowly or be stopped by access rules. Buyers should use the specifications as engineering inputs and then validate them against their site plan, expected pedestrian behavior and access policy.
The authentication hardware is another critical choice. Under-mount readers can preserve the streamlined appearance, while top-mounted face terminals may be preferred in projects that already standardize on a particular ZKTeco terminal family. A controller and software decision should be made at the same time. If the organization already uses ZKBio CVSecurity or another access platform, the integrator should confirm compatibility, licensing, network communication and the exact controller before the order is released.
Configuration and Buyer Guidance
The safest way to specify a swing barrier is to start from the entrance workflow. How many people arrive during the busiest period? Do staff and visitors use the same lane? Will users authenticate by card, QR code, fingerprint or face? Does the building need a wider passage for wheelchairs, luggage or service movement? What happens when a credential is rejected, the fire alarm activates or the building loses power? These operational questions determine the equipment list more reliably than a catalogue image.
1. Define the lane plan
Provide the number of controlled passages, direction of travel, entrance dimensions and whether any lane must be wider. The S1200 is used with S1000 modules, so quantity planning should be checked as a complete arrangement.
2. Select the credential method
Choose RFID, QR, fingerprint or face based on the organization’s identity policy. Mixed methods may be possible, but reader and terminal combinations must be specified correctly.
3. Confirm access integration
Document the controller, access software, card technology, network requirement, RS485 use and fire-alarm interface. Existing systems should be reviewed before assuming compatibility.
4. Inspect the physical site
Check the finished floor, fixing points, conduit route, power feed, cable entry, reception layout and clear space around the leaves. An unfinished floor may require a base-plate approach.
5. Plan emergency behavior
Coordinate the voltage-free fire contact, power-loss opening behavior and local emergency process with the relevant project teams. These functions should be tested during commissioning.
6. Include accessories and services
The quotation may need controller hardware, readers, face terminals, software licenses, power supplies, cabling, base plates, installation work and commissioning. State what is included and excluded.
When contacting FourTeck.com, share a floor plan or entrance width if available, required lane count, expected credential method, approximate user profile, existing access-control brand, preferred software, whether a wider passage is required, project quantity and requested delivery location. This gives the sales and technical team enough context to prepare a cleaner discussion and reduces the risk of receiving an incomplete quotation that covers the barrier body but misses essential integration items.
Ideal Business Use Cases
Corporate Reception Lobbies
A reception entrance often needs stronger control than an open doorway without creating an industrial appearance. The transparent leaves and slim aluminium profile can fit modern lobby designs, while card, QR or biometric options can support staff and visitor workflows.
Commercial Buildings
Multi-tenant properties can use speed-gate lanes between reception and controlled office areas. The final design should consider tenant credential management, visitor access, fire release and how security staff handle exceptions during peak hours.
Education and Campus Entry
Campuses may need controlled movement at administration buildings, libraries or restricted facilities. Wider-lane planning, accompanying-child logic where relevant, and clear emergency procedures should be discussed as part of the system design.
Headquarters and Managed Offices
Organizations that already issue staff credentials can integrate the gate into a broader access-control policy. The controller and software should be selected to fit enrollment, permissions, reporting and incident-handling requirements.
Hospitality Back-of-House or Controlled Zones
A facility can use pedestrian barriers where employee-only or managed access is needed. The project should account for shift changes, service staff, temporary credentials and whether trolleys or wider passages are part of daily operations.
Multi-Lane Security Projects
The S1200 becomes particularly relevant when several Comet modules are combined into parallel lanes. Lane quantities, module placement, cable routing and controller architecture should be drawn before procurement so the physical arrangement is unambiguous.
These examples are not a substitute for a site survey. The product’s official application environment is indoor, so projects exposed to weather or uncontrolled external conditions should not assume suitability merely because the operating temperature range is broad. Access-control projects also depend on local building, life-safety and operational requirements. A technically capable gate should still be installed and commissioned within the site’s approved security and emergency procedures.
ZKTeco Comet-S1200 Pedestrian Flow and Safety Sensing
A speed gate has to know more than whether a credential was accepted. It must also understand whether a person has entered the lane, whether the path is clear and whether the leaves can move without creating an avoidable hazard. ZKTeco equips the Comet Series with eight pairs of infrared sensors as standard, together with presence detection, lower safety sensing and anti-pinch logic. These elements are important because controlled access is a sequence: authenticate, observe passage, permit movement and return the barrier to a secure state.
The controller can apply anti-tailgating and wrong-way detection logic. In practical terms, this helps the system respond when movement does not match the expected authorized direction or when more than one person attempts to use an authorization event. No sensor arrangement eliminates every operational exception, so reception and security teams still need a process for visitors, mobility assistance, delivery movement and rejected credentials. The gate should support the security policy rather than become the entire policy.
Emergency behavior is equally significant. The Comet includes a mechanical clutch for anti-panic or anti-collision behavior, a voltage-free fire-alarm input and automatic opening when power is lost. These features should be integrated and tested with the building’s emergency procedures. Procurement teams should make sure responsibility is clearly assigned: who provides the fire contact, who terminates it, who confirms the release logic and who signs off the commissioning test?
ZKTeco Comet-S1200 Credential and Access-Control Flexibility
The same physical gate can serve very different organizations depending on how users authenticate. ZKTeco’s Comet design supports streamlined under-mount options for RFID, QR code, fingerprint and facial recognition, with combinations also available. Supported examples published by ZKTeco include ProID-series and Armatura EP10C or EP20-series RFID readers, QR500 for QR codes, FR1200 or FR1500 for fingerprint reading and G4 Pro for an under-mounted face configuration. Top-mounted facial-recognition terminal options include ProFace X, Elite Pass and SpeedFace V5L families with a suitable mounting pole.
This flexibility should be translated into a clear user journey. A corporate office may want employees to tap cards while pre-registered visitors scan QR codes. Another organization may prefer face recognition for enrolled users but retain card credentials as an alternative. Each choice changes enrollment, privacy procedures, support, hardware placement and expected passage speed. The published reference flow rates illustrate this difference: RFID and QR are listed at 30 passengers per minute, fingerprint at 20 and face at 15. These are product references, not guaranteed queue calculations.
Controller selection sits underneath the credential layer. ZKTeco recommends its PGIC controller and notes that other controllers may be possible when they fit the dimensional requirements. ZKBio CVSecurity support depends on the equipped access controller. Buyers who already have an access-management platform should therefore avoid assuming that any credential reader can simply be connected. The installer should verify electrical interface, data communication, card technology, credential database, licensing and event reporting.
ZKTeco Comet-S1200 Lane Design, Materials and Serviceability
Entrance-control hardware becomes part of the building interior, so dimensions and materials matter almost as much as electronics. The Comet standard body measures 1500 mm long, 115 mm wide and 1000 mm high. The narrow housing supports a clean lane design while the cast aluminium-alloy construction provides a rigid structure. Silver is the standard chassis colour and gold is optional. A black tempered-glass lid creates a contrasting top surface for integrated credential devices and status lighting.
The standard clear acrylic leaf measures 630 × 295 mm, while clear tempered glass is available as an option. The lane itself is 660 mm in the standard configuration, with 900 mm available as an alternative. A wider passage can be important where the site expects wheelchairs or other users who need more clearance. The decision should come from the real movement pattern rather than a preference made after the floor has already been prepared.
Installation planning starts at the floor. ZKTeco specifies a flat and level finished floor and notes a base-plate option for unfinished floors. Cable conduits, power and control wiring should be coordinated before final fixing. This is especially important in premium lobbies, where later cutting or exposed cable routes can undermine the architectural result. The S1200 has a published net weight of 65 kg, so handling and positioning should also be planned with suitable labor and equipment.
From a service perspective, the brushless DC motor, six-million-cycle MCBF reference and stated MTTR below 60 minutes provide useful maintenance indicators. They do not guarantee a particular lifetime because usage intensity, dust, alignment, impacts, power quality and maintenance practices all affect real performance. A project should still define who performs preventive checks, how spare components are sourced and how the entrance will remain operational if one lane requires service.
Common Buyer Questions Before Selecting This Swing Barrier
The questions below are designed for project managers, facility teams, security engineers and procurement staff who need to decide whether this model fits the entrance before asking for a final quotation. They focus on the details that change configuration, installation and overall project scope.
Is the S1200 a complete standalone lane by itself?
No. ZKTeco describes the S1200 as the dual-wing Comet model used with Comet-S1000 modules. The exact number of bodies depends on how many lanes the project needs. Before ordering, provide a lane layout or entrance width so the side and center modules can be counted correctly rather than buying one model in isolation.
Should we choose the 660 mm or 900 mm passage?
Choose the width according to the people and objects that will use the lane. The standard 660 mm width is intended for normal pedestrian passage, while the 900 mm option gives more clearance and can be useful where accessibility or easier movement is required. Confirm available floor space before locking the width into the purchase order.
Which credential technology should our project use?
That depends on your existing identity process. RFID is practical where staff already carry cards, QR codes can suit visitor or temporary workflows, while fingerprint and face options support biometric projects. The reader or terminal choice affects hardware, installation, enrollment and throughput, so define the user groups before selecting the authentication configuration.
Can it connect to our existing access-control platform?
Compatibility must be checked rather than assumed. ZKTeco recommends the PGIC controller and notes that other controllers can be options if they physically fit. ZKBio CVSecurity support depends on the equipped controller. Share your current controller, card technology, software and interface requirements so the integration path can be reviewed before procurement.
What should we prepare at the site before installation?
Prepare a flat, level floor, fixing locations, power, control cabling and the route to the access controller or network equipment. Confirm the fire-alarm interface and leave appropriate clearance for the leaves and pedestrians. If the floor is unfinished, ask whether the base-plate option should be included before civil work is completed.
How fast will people actually move through the gate?
Published reference rates vary by credential: up to 30 passengers per minute for RFID or QR, 20 for fingerprint and 15 for face. Real site flow can be lower because users pause, credentials may be rejected, visitors need help and security rules can add delay. Size busy entrances around realistic operational behavior, not only the headline rate.
What emergency connections should be included?
The Comet design includes a voltage-free fire-signal input and automatic opening on power loss, plus a mechanical anti-panic clutch. These functions still need correct integration and commissioning. Confirm who will supply the fire contact, how the lane receives emergency status and how the release function will be tested with the building’s approved procedures.
Do we need accessories beyond the barrier modules?
Usually yes. Depending on scope, the project can need a controller, credential reader or face terminal, software licensing, power components, cabling, base plates and installation or commissioning services. The exact list is configuration dependent. Ask for the quotation to identify every included device so there is no ambiguity between the barrier body and a complete working lane.
What details help FourTeck prepare a more accurate quotation?
Send the lane count, entrance dimensions, preferred width, credential method, existing access-control platform, required reader or face terminal, software requirement, door-leaf material preference, installation location, quantity and project schedule. A simple drawing or floor plan is especially useful because it allows the physical lane combination to be discussed before commercial quantities are finalized.
Business Requirements to Match Before You Buy
For a professional reception entrance
A suitable option when the project wants a transparent, low-profile gate rather than a visually heavy turnstile. Match chassis colour, leaf material and authentication placement to the interior design while keeping the security workflow practical.
For businesses already using staff cards
RFID reader options can fit card-based access environments, but the exact card technology and controller must be checked. Do not assume an existing credential will work until reader compatibility is confirmed.
For visitor QR workflows
QR integration can support a planned visitor process where temporary codes are issued and scanned at the entrance. The visitor-management source, code format, controller logic and exception handling should be confirmed as part of the integration.
For a wider accessible lane
Teams that need more passage clearance should review the optional 900 mm width during the floor-planning stage. The full entry route, not only the gate opening, should provide the necessary usable clearance.
For multi-lane expansion
Projects planning several lanes should map S1000 and S1200 module placement, controller architecture, cable routes and lane directions together. This avoids ordering individual barrier bodies without a coherent entrance design.
For projects replacing an older gate
Measure the existing footprint, review power and conduit positions, identify current credential technology and document the old controller interface. A new gate may need civil or electrical changes even if the entrance width appears similar.
What Buyers Should Check Before Purchase
A reliable quotation should describe the working entrance, not simply the Comet model number. Before purchasing, buyers should confirm the exact lane arrangement, because the S1200 is a dual-wing module used with S1000 bodies. A drawing that shows each module and the direction of pedestrian travel is more useful than a quantity line that says only “two swing barriers.” This also helps the installer confirm how many controller channels, readers and cable routes are needed.
Configuration Fit
Write down lane width, leaf material, chassis colour, credential technology and whether the project needs under-mounted or top-mounted authentication. If the configuration includes a display, confirm that it is the face-recognition version where ZKTeco specifies the 7-inch IPS monitor option.
Compatibility Check
Identify the existing controller, cards, software, network and fire-alarm interface. A third-party controller may be physically possible, but technical compatibility should be validated. Existing card credentials may also depend on frequency, format and reader support.
Availability and Warranty
Availability can change with lane width, terminal option, quantity and supplier status. Ask the quotation to state the exact model, included accessories and applicable warranty or support terms so commercial expectations are documented before the order.
Installation Scope
Clarify whether the price covers hardware only or also includes floor fixing, cabling, reader mounting, controller connection, software configuration, testing and user handover. Separating these tasks avoids disputes during commissioning.
Long-Term Operation
Ask who will maintain the lane, how faults will be reported, whether spare components can be sourced and how access will continue if a lane is temporarily unavailable. Maintenance planning is especially important at entrances with no alternate route.
Quote Preparation
Provide floor dimensions, lane count, credential type, expected user groups, integration platform, quantity, preferred delivery schedule and any installation requirement. Include photographs or drawings when possible so physical constraints can be discussed early.
Procurement teams should also compare the complete project cost rather than only the barrier-body price. A low hardware figure can become misleading if readers, controller, software, civil work, cabling, power components or commissioning are added later. Conversely, a fully specified quotation may look higher because it already includes items required for a working installation. FourTeck.com can help structure the inquiry so buyers compare like with like and understand which parts are fixed, optional or configuration dependent.
UAE Availability and Service Support
FourTeck.com supports business inquiries for ZKTeco entrance-control projects across Dubai and the UAE. Support can begin before the quotation with a review of the required lane count, standard or optional passage width, credential method, controller choice and installation environment. This is useful for procurement teams because a speed-gate order can contain several configuration-dependent items that are easy to miss when the request lists only one model number.
Availability may vary according to supplier status, selected authentication hardware, leaf material, lane width, quantity and project timing. FourTeck does not rely on a generic stock statement for this type of product. Instead, buyers can request a current availability check against the actual configuration they need. Delivery coordination can then be discussed together with packaging, project location and installation schedule.
Warranty guidance should also be linked to the final quoted supply. The applicable term and handling process can depend on the source, included components and service scope. If installation or commissioning assistance is required, state that in the inquiry so hardware supply and service expectations can be separated clearly. For project quantities, a lane drawing and bill-of-material discussion are recommended before purchase approval.
Dubai, Abu Dhabi, Sharjah and Ajman Coverage
Businesses in Dubai, Abu Dhabi, Sharjah and Ajman can contact FourTeck.com for product availability review, quotation support, configuration guidance and delivery coordination for entrance-control requirements. Rather than creating a different hardware recommendation for each city, FourTeck focuses on the actual site conditions: entrance dimensions, number of lanes, user traffic, credential method, controller platform, accessibility requirement and installation scope. A corporate lobby may need a clean multi-lane arrangement with staff cards and visitor QR access, while a warehouse office or education facility may prioritize durable daily operation and a wider passage. Share the project location together with the technical requirement so commercial planning and delivery discussions can be aligned with the deployment schedule.
Regional Availability for GCC and Africa Projects
FourTeck.com can also support regional technology inquiries where organizations are standardizing entrance control across more than one country. Customers with requirements in Saudi Arabia, Qatar, Oman, Kuwait and Bahrain can discuss model selection, quantity planning and delivery requirements through the relevant FourTeck inquiry channels. Regional projects should document power, site readiness, controller standards and the desired credential method for each location because the commercial and service scope may differ from country to country.
For Africa-region requirements, including projects connected with Kenya or Uganda, availability, shipping arrangements, warranty handling and on-site service possibilities should be confirmed for the destination before the order. A standardized gate model can simplify regional procurement, but the civil installation, access-control platform and operational procedure may still vary by site. Procurement teams should therefore create a common technical baseline and then note local exceptions.
Regional FourTeck pages provide separate inquiry channels for different markets. Use them to begin the commercial discussion, then share the same lane drawing and configuration list across sites so quotations remain comparable.
Other Options Buyers May Consider
Entrance-control projects often include more than one product family or supporting device. The options below are useful comparison points when the site needs a different lane architecture, another form of visitor interaction or a wider security system. Final selection should be based on the entrance plan rather than choosing a nearby model only because it looks similar.
ZKTeco Comet-S1000
The single-lane/end module used with Comet-S1200 in Comet lane combinations. It should be counted together with S1200 bodies when preparing a multi-lane bill of materials.
ZKTeco Saturn Swing Barrier Series
A related ZKTeco entrance-control family worth reviewing when the project team is comparing swing-barrier formats, materials and deployment approaches.
ZKTeco SBTL Swing Barrier Family
Another ZKTeco swing-barrier range that may suit projects with different mechanical, lane or integration requirements. Confirm exact model specifications before comparison.
Dinstar DP85U SIP Video Intercom
Useful for entrances where visitor calling, video verification and remote door-release communication are needed instead of, or alongside, pedestrian speed gates.
CCTV and Access Control Systems
A complete security project may include cameras, controllers, readers, intercoms and network infrastructure around the entrance-control system.
FourTeck Integrated Technology Support
Projects that combine access control with networking, CCTV, servers, telephony or power protection can be discussed as one infrastructure requirement.
Why Business Buyers Contact FourTeck.com
A speed-gate project brings together physical dimensions, access credentials, control electronics, life-safety interfaces and commercial supply. FourTeck.com helps business buyers organize those decisions before the order is released. The goal is not to add complexity; it is to identify the few choices that materially change the product configuration and installation scope.
Assistance for procurement teams that need a clear item list, quantity review and commercial quotation.
Help checking lane width, module arrangement, credential method and related access-control components.
A structured discussion around entrance size, user flow, software environment and project schedule before quotation.
Commercial planning based on current product availability, selected options, quantity and destination.
Clarification of the warranty or support terms that apply to the specific quoted supply rather than assuming a universal term.
Support identifying readers, controllers, software, intercom or broader security infrastructure that may be required by the project.
FourTeck also understands that technical and finance teams often look at the same project differently. Engineering wants to know whether the lane will work, facilities wants to understand floor and maintenance requirements, security wants to confirm access logic, and procurement wants a complete commercial scope. A clear bill of materials and written inclusion list gives all of those teams a common reference. This is especially helpful when the project is part of a new office fit-out or a multi-site standardization plan where late changes can affect civil work, cabling and opening dates.
Frequently Asked Questions
What is the Comet-S1200 used for?
It is a dual-wing swing-barrier module used in ZKTeco Comet pedestrian entrance lanes. It helps control passage after an access decision and can be configured with RFID, QR, fingerprint or facial-recognition options. It is intended for indoor entrance-control projects such as managed office, reception, campus or commercial environments where a transparent speed-gate style is preferred.
Does the S1200 work with the Comet-S1000?
Yes. ZKTeco identifies the Comet-S1200 as the dual-wing model used with the Comet-S1000. The correct quantity of each module depends on whether the project needs one lane or several parallel lanes. A lane drawing should be reviewed before ordering so the bill of materials includes the proper combination instead of treating the S1200 as an isolated unit.
What authentication options are available?
ZKTeco lists RFID, QR code, fingerprint and facial-recognition configurations, including under-mounted and selected top-mounted terminal options. The exact reader or terminal must be chosen at quotation. Buyers should confirm card technology, visitor process, biometric policy, controller and software because the credential method affects both hardware and the daily user workflow.
Is a 900 mm lane available?
Yes. ZKTeco specifies 660 mm as the standard lane width and 900 mm as an optional width. The wider choice can be considered where additional passage clearance is needed. The entrance layout should be measured before selection because lane width affects the total footprint when multiple barrier modules are installed side by side.
How does the gate behave during a power failure or fire signal?
The Comet design includes automatic opening on power loss and a voltage-free fire-signal input, together with an anti-panic mechanical clutch. These functions should be wired and tested as part of the site’s approved emergency procedure. The product capability does not remove the need for correct life-safety integration, commissioning and local operational sign-off.
Can FourTeck help choose the controller and reader?
Yes. FourTeck can review the intended credential method, existing access system, card technology, software and physical mounting preference before quotation. ZKTeco recommends the PGIC controller, while other controller choices are configuration dependent. Reader and terminal options should be selected together with the controller so the integration scope is clear.
Is the product available in Dubai and the UAE?
FourTeck.com can check current availability for UAE business inquiries. Availability is not presented as a fixed stock claim because it can vary with quantity, passage width, reader or terminal selection, leaf material and supplier status. Share the required configuration and project schedule so the sales team can request the most relevant commercial and delivery information.
What floor preparation is needed?
ZKTeco specifies a flat and level finished floor and lists a base plate as an option for unfinished floors. The installer should also plan fixing points, cable conduits, power and control wiring before the barrier is positioned. Floor preparation is particularly important for multiple lanes because small alignment errors can affect spacing and the visual result.
Does the barrier support ZKBio CVSecurity?
ZKTeco lists ZKBio CVSecurity as supported depending on the access controller fitted to the system. Buyers should confirm the controller model, software edition, licensing and communication design before assuming compatibility. If the site already has ZKBio software, share the existing version and controller environment during the pre-sales review.
How do I request a quotation?
Use the FourTeck contact page and provide the number of lanes, entrance dimensions, 660 mm or 900 mm width preference, credential method, existing access-control platform, required terminal or reader, quantity, installation location and project schedule. If available, attach a floor plan or simple lane sketch so the Comet-S1000 and S1200 combination can be reviewed accurately.
Need Help Planning the Right Comet Entrance Lane?
Send FourTeck.com your lane count, entrance dimensions, preferred credential method, controller requirement and project quantity. The team can help review the commercial configuration, related accessories, current availability, delivery requirements and warranty guidance before you approve the purchase.
