ZKTeco Saturn-H1300 Full Height Turnstile in Dubai, UAE
A detachable, single-lane pedestrian access gate built for sites that need a high physical security boundary and the freedom to relocate the gate when project requirements change.
The Saturn-H1300 combines a full-height rotating barrier with configurable bi-directional movement, multiple credential integration choices, LED passage guidance and emergency release. It is especially relevant to procurement teams managing construction compounds, industrial sites, logistics facilities, campuses, staff-only zones and other controlled entrances where a conventional waist-height gate may not provide enough physical deterrence.
A Physical Access Boundary Designed for Secure and Changeable Sites
The Saturn-H1300 is a full-height rotating pedestrian gate for organizations that need more than simple identity verification at a doorway. It creates a physical passage that allows one person to move through a controlled lane after the access system grants permission. That distinction matters at sites where an RFID reader or facial terminal alone cannot prevent an unauthorized person from walking through an open route behind an approved user.
Its defining characteristic is the detachable design. Traditional full-height gates are often treated as permanent infrastructure because their size and assembly make relocation difficult. ZKTeco positions this model for temporary access control and rapid deployment, allowing the structure to be disassembled into more manageable modules when the security boundary needs to move. For a construction project, temporary logistics compound, phased industrial expansion or event-related controlled perimeter, that mobility can reduce the friction of changing the entry layout over time.
The gate uses a 3-blade rotor with nine stainless-steel arms and can work in both directions. Each direction can be configured independently as controlled, locked or free rotation. This gives system designers a practical way to define entry and exit behavior according to the site policy. A common arrangement might require credential verification for entry while permitting controlled or free exit, but the correct logic should always be reviewed against the building or project safety plan.
For UAE buyers, the most important decision is not simply whether a full-height gate is required. Procurement should also confirm the authentication method, access controller, fire-alarm interface, software environment, floor preparation, electrical supply and whether the location is genuinely suitable for indoor or covered-outdoor use. FourTeck can help turn those site details into a purchase requirement so the quotation reflects the intended deployment rather than only the model name.
Key Business Benefits
The strongest benefit is controlled pedestrian movement backed by a full-height physical barrier, with deployment flexibility that can suit changing project environments.
A real physical checkpoint, not only a credential reader
Identity technology answers the question of who is allowed to pass; the full-height rotating structure helps enforce how that passage happens. The combination is valuable at staff gates, restricted operational zones and perimeter entrances where tailgating risk must be considered. The manufacturer lists anti-tailgating and anti-passback functions, while final behavior depends on the installed controller and access policy.
Relocation can be planned into the project
The detachable concept is useful when a secure entrance may move as a site develops. Construction phases, temporary compounds and reorganized logistics routes can all benefit from infrastructure that is not treated as permanently fixed from day one. Site surveys should still confirm base preparation, cabling and safe reinstallation at every location.
Multiple verification paths
ZKTeco lists ProID10 RFID, FR1500S fingerprint, QR500 QR reading and compatibility with ZKTeco or third-party standalone facial-recognition terminals. This allows the gate to support different identification strategies, although the exact controller, reader wiring and software relationship must be confirmed for the project.
Emergency release is part of the design
The rotor is designed to unlock automatically during emergencies, and the controller includes a fire-alarm relay interface. Those features should be incorporated into the overall emergency-egress strategy rather than viewed as a substitute for site-specific life-safety design, authority requirements or required alternate escape routes.
Clear passage indication
Integrated LED symbols use a red cross for denied passage and a green arrow for allowed passage. That simple visual cue helps users understand when the lane is ready, which can reduce hesitation at busy shift changes or monitored site entrances.
Stainless-steel construction for demanding environments
The cabinet and lid use SUS304 stainless steel with a hairline finish, with SUS316 available as an option. Buyers should match material choice to the actual environment, cleaning practices and exposure conditions instead of assuming one material specification fits every site.
The Details That Change the Buying Decision
This model is not just a stainless-steel barrier. Its value comes from the relationship between the gate, the access controller and the chosen credential device. The mechanical lane provides controlled movement, while the authentication layer decides who receives permission. That means procurement should treat the gate, controller, credential reader and management software as one coordinated access-control solution.
The published maximum mechanical throughput is 20 to 25 people per minute. Credential-specific flow rates are listed at 20 people per minute for RFID, 15 for fingerprint, 20 for QR code and 15 for facial authentication. In real projects, actual throughput can be lower because users may need time to present credentials, follow site procedures, carry equipment or wait for staff verification. Capacity planning should therefore use realistic shift-change and visitor-flow assumptions rather than the headline maximum alone.
Technical Specifications
The table below summarizes manufacturer-published parameters. Final reader, controller and software details depend on the selected access-control configuration.
| Specification | Published detail | Buyer note |
|---|---|---|
| Brand / Model | ZKTeco Saturn-H1300 | Saturn Series full-height turnstile |
| Lane type | Single lane | 600 mm standard pedestrian passage |
| Overall dimensions | 1400 × 1190 × 2265 mm | Confirm clearances and site access |
| Footprint | 1400 × 1190 mm | Floor must be flat and level |
| Rotor | 3-blade, 9 arms, 38 mm rotor diameter | Full-height rotating mechanism |
| Throughput | Maximum 20–25 people/minute | Actual flow depends on credential process and site behavior |
| Credential flow rates | RFID 20/min; fingerprint 15/min; QR 20/min; face 15/min | Published maximum values |
| Credential options | ProID10 RFID; FR1500S or third-party fingerprint; QR500; compatible facial terminals | Configuration dependent |
| Controller | Standard full-height turnstile controller | Access logic and software depend on controller installed |
| Fire alarm interface | 1 relay port | Integrate with the approved site emergency design |
| Cabinet / lid | SUS304 stainless steel; SUS316 optional | Choose material for environment and project specification |
| Power supply | 100–120 VAC or 200–240 VAC, 50/60 Hz | 40 W rated power |
| Operating environment | -28°C to 60°C; 0–95% RH non-condensing | Indoor and covered outdoor |
| Protection | IPX4 | Do not treat as fully exposed outdoor protection |
| MCBF | 2 million | Manufacturer-published mean cycles between failure figure |
| Weight | 152 kg net; 198 kg gross | Plan transport and handling |
| Software | ZKBio CVSecurity | Depends on access controller installed |
| Emergency mode | Rotor unlocks automatically | Review with site life-safety requirements |
| Warranty | 1 year | Confirm current commercial warranty terms on quotation |
Choosing the correct configuration starts with the access policy. Decide whether users will enter with cards, fingerprint, QR credentials, facial recognition or a mix of methods. Then confirm the controller and software architecture that will manage those identities. If the gate is part of a wider site with multiple doors, visitor management or time attendance, the integration design matters as much as the physical turnstile. Buyers should also verify the finished-floor condition, nearby power, data cabling, emergency interface and physical approach path. For projects that may relocate the gate, plan how cabling and anchoring will be recreated at the next position rather than considering only the first installation.
Configuration and Buyer Guidance
A useful quotation needs more than the model number. The gate has mechanical, access-control, site-preparation and safety dependencies, and each one can change the required accessories or deployment plan.
Define the entry policy
Decide who will use the lane, which direction requires authentication, whether exit should be controlled, and what should happen after a denied credential. This determines controller logic and operating mode.
Choose the credential method
RFID can support quick repeat entry, fingerprint creates biometric verification, QR can suit temporary or visitor credentials, and facial terminals can provide touch-free identification. Selection should follow the actual user population and security policy.
Review floor and space
The published footprint is 1400 × 1190 mm and the unit height is 2265 mm. Confirm approach clearances, overhead clearance, a flat finished floor and an installation path capable of handling the packaged components.
Plan emergency behavior
The turnstile provides emergency unlock and a fire-alarm relay interface, but the full site egress strategy must be approved independently. Confirm alternate escape routes, authority requirements and integration responsibilities before commissioning.
Estimate peak flow
Shift changes and event release periods can create short bursts of traffic. Compare the published credential flow rates with the number of users expected in the busiest ten or fifteen minutes, not only the daily headcount.
Send complete quote details
Share quantity, project location, credential preference, controller or software environment, installation surface, target date, required accessories and whether the gate will be permanent or periodically relocated.
Ideal Business Use Cases
The strongest use cases are sites where pedestrian identity and physical passage must be controlled together, particularly when the entrance sits within a perimeter or restricted operational zone.
Construction and temporary project compounds
A construction site may relocate staff gates as the perimeter changes, new phases open or vehicle routes move. The detachable structure makes this model especially interesting for that environment. Access credentials can be tied to employees, contractors or approved visitors, while the full-height barrier creates a controlled pedestrian lane. Project teams should still plan foundations or base plates, power, data, safety routing and weather protection at each intended position.
Industrial facilities
Factories, utilities and operational compounds often separate production or restricted areas from general circulation. A full-height gate can form part of that boundary while linking passage to approved staff credentials. Confirm whether the lane width suits required clothing, PPE and normal employee movement.
Warehouses and logistics yards
Logistics facilities may have separate vehicle and pedestrian routes. A controlled staff lane can reduce informal movement through loading or vehicle gates and create a clearer access point for employees, contractors and drivers who need site entry.
Campuses and staff-only zones
Large campuses sometimes need secure side entrances, service gates or after-hours staff access away from a staffed reception. Credential integration can help control those routes while producing entry records through the selected access system.
Event and managed perimeter access
Where temporary perimeter control is required, QR credentials can be attractive for scheduled access and short-term visitor populations. The actual suitability depends on crowd volume, emergency routes, local approvals and the number of lanes needed to avoid queues.
Data or infrastructure compounds
Critical infrastructure locations may use layered security: perimeter fencing, controlled vehicle entry, surveillance and verified pedestrian access. A full-height turnstile can be one physical layer within that broader design when the site risk assessment calls for it.
ZKTeco Saturn-H1300 Full Height Turnstile — Detachable Deployment
The detachable architecture addresses a procurement problem that appears frequently in temporary or phased sites: the security boundary is required now, but its final location may not be permanent. A conventional full-height gate can become a sunk installation if relocating it later requires substantial dismantling, fabrication or civil work. This model is specifically presented as a gate that can be broken down into compact modules for transportation and redeployment.
That does not mean relocation is effortless. Every new position still needs a suitable flat and level floor, safe anchoring, electrical supply, controller wiring and a reviewed access path. If the project expects two or three planned moves, include those conditions in the first design. Cable routes, base plates, protected power and network hand-off points can then be considered in advance instead of improvised each time the gate changes position.
ZKTeco Saturn-H1300 Full Height Turnstile — Credential Integration
The gate can be paired with several verification technologies, and the choice should follow the security workflow rather than personal preference. RFID is generally quick for repeat users and can work well for employees or contractors carrying assigned cards. Fingerprint adds a biometric factor tied to the person, but throughput can be slower and user enrollment must be managed. QR credentials can suit visitors, contractors or temporary passes because codes can be distributed without a permanent physical card. Compatible facial-recognition terminals offer touch-free verification where the project wants identity matching at the lane.
A mixed-credential deployment is possible in principle, but every extra method adds configuration, enrollment and support considerations. Before ordering readers, decide whether all users share one credential type or whether employees, visitors and contractors follow separate workflows. FourTeck can use that information to help structure a more accurate bill of materials.
ZKTeco Saturn-H1300 Full Height Turnstile — Safety and Passage Logic
A secure entrance is only useful when its normal and emergency behavior are defined clearly. The Saturn-H1300 supports independently configurable directions, so each side can be controlled, locked or free. This flexibility allows a security designer to create different entry and exit behavior, but it also means the final operating state must be documented for guards, administrators and maintenance teams.
The manufacturer lists an emergency escape function, automatic rotor unlocking during emergencies and a fire-alarm relay interface. Those functions should be connected to a verified emergency strategy. A full-height turnstile is a substantial physical barrier; therefore buyers should never assume it is the only required escape path. Site regulations, building design, civil-defense requirements and project specifications can call for separate emergency gates or doors.
What Buyers Should Check Before Purchase
The biggest purchase risk is selecting the gate by model name without defining the surrounding access-control and installation requirements. A suitable quotation should match the credential method, controller, floor, power, emergency logic and expected user flow.
Configuration Fit
Confirm the number of lanes, entry and exit policy, credential types and peak pedestrian volume. If hundreds of staff arrive in a short shift-change window, one lane may create queues even when the published throughput appears adequate. Decide whether the project needs one turnstile, multiple lanes or a separate visitor route.
Compatibility Check
Do not assume every reader or facial terminal will work without review. Share the exact controller, software, terminal and credential technology already in use. Also check power availability, cabling distance, network topology and whether entry logs must feed a wider security or attendance platform.
Availability and Warranty
Availability can change with the required material, reader bundle, controller choice, quantity and supplier position. ZKTeco publishes a one-year warranty for the model, but buyers should confirm the commercial warranty terms, responsibility for installed accessories and any project-specific support before issuing a purchase order.
Quote Preparation
Provide the required quantity, installation city, project stage, target date, lane arrangement, credential preference, software environment and whether installation or commissioning assistance is required. Include drawings or photos if the floor, canopy or perimeter interface is unusual. Better input usually produces a more useful commercial and technical response.
Buyers should also consider accessories that sit outside the core gate: credential readers, facial terminals, access controllers, network switches, power protection, enclosures, cabling, base plates for unfinished floors and any separate emergency-egress hardware required by the site. These items should be identified before comparing quotations, because two offers with the same gate model can represent very different project scopes.
UAE Availability and Service Support
FourTeck supports turnstile and access-control inquiries across Dubai and the wider UAE with product selection, configuration review, quote preparation, delivery coordination and warranty guidance. Availability can vary according to the requested reader package, controller, stainless-steel option, order quantity and supplier status, so the current commercial position should be confirmed at the time of enquiry rather than assumed from a generic catalog listing.
Dubai, Abu Dhabi, Sharjah and Ajman Coverage
Businesses and project teams in Dubai, Abu Dhabi, Sharjah, Ajman and other UAE locations can contact FourTeck for turnstile availability, model guidance and quotation support. The team can review the project environment, required quantity, credential method, delivery location and installation expectations before recommending a purchasing path. For larger projects, sharing drawings, lane counts and the intended access-control architecture early can reduce revisions later in the procurement process.
GCC and Africa Availability
FourTeck also handles business technology enquiries through regional channels for selected GCC and Africa markets. Organizations in Saudi Arabia, Qatar, Oman, Kuwait, Bahrain, Kenya, Uganda and other locations can request guidance, but product availability, delivery options, documentation, warranty handling and commercial terms can differ by country and supplier route. A project in another market should therefore be quoted for that specific destination rather than treated as identical to a UAE order.
Regional buyers can start from the FourTeck UAE website, or use the relevant regional platform such as FourTeck Kenya, FourTeck Uganda, FourTeck Africa or FourTeck Kuwait. Share the destination, quantity, intended use and required credential system so the enquiry can be evaluated in the correct regional context.
Other Options Buyers May Consider
A full-height gate is not the only possible entrance-control format. The right alternative depends on the required physical security level, lane width, credential system, user volume and whether the entrance is permanent or temporary.
ZKTeco FHT2400 Series
Consider this established ZKTeco full-height family when a more conventional permanent-style turnstile is acceptable and the project wants to compare full-height formats within the same brand.
ZKTeco FHT2300 Series
Another same-brand full-height family that may suit projects comparing mechanical format, installation style or credential bundles.
ZKTeco tripod turnstiles
A waist-height tripod may fit supervised or lower-risk entrances where compact size and faster open-area movement are more important than a full-height physical barrier.
Swing barrier entrance control
Wider swing lanes can be more appropriate for reception environments, accessibility routes or entrances where users carry luggage and the threat profile does not require a full-height barrier.
Biometric and RFID access terminals
Where the physical gate is already selected, the next decision is the terminal and controller that will authenticate users and maintain access records.
Why Buyers Choose FourTeck
Entrance-control projects often fail at the interfaces between products: the correct gate is selected but the wrong reader is ordered, the controller is not compatible with the management platform, the floor preparation is incomplete, or the emergency integration is left until commissioning. FourTeck’s value in a purchase like this is the ability to discuss those dependencies before the order is finalized.
For organizations that need a broader physical-security discussion, visit FourTeck’s CCTV and access-control solutions page. For a direct commercial enquiry, use the FourTeck contact page and include the site details listed in the buyer checklist above.
Frequently Asked Questions
What is the Saturn-H1300 used for?
It is used to control pedestrian passage through a full-height single lane at restricted or managed entrances. The gate can work with access-control credentials so an approved user receives permission to rotate through the lane. It is particularly relevant where a stronger physical boundary is required than a simple card reader or waist-height gate can provide.
Can it work with RFID, fingerprint, QR and facial recognition?
Yes. ZKTeco lists ProID10 RFID, FR1500S or third-party fingerprint readers, QR500 QR reading and compatibility with ZKTeco or third-party standalone facial-recognition terminals. The exact integration still depends on the access controller, wiring and software architecture, so the chosen reader and controller should be checked together before ordering.
Is it suitable for outdoor installation?
The manufacturer specifies indoor and covered-outdoor application and lists IPX4 protection. Buyers should therefore plan shelter where required and avoid treating the unit as a fully exposed outdoor gate without reviewing the site conditions. The installation surface, drainage, canopy, nearby power and environmental exposure should all be confirmed during project planning.
How many people can pass through per minute?
ZKTeco publishes a maximum turnstile throughput of 20 to 25 people per minute. Credential-specific rates are listed at 20 per minute for RFID, 15 for fingerprint, 20 for QR and 15 for facial authentication. Real throughput can be lower depending on user behavior, security checks, credential presentation time and site procedures.
What should be checked before installation?
Confirm the 1400 × 1190 mm footprint, 2265 mm height, approach clearance, flat and level finished floor, power supply, controller position, credential-reader cabling and emergency interface. If the floor is unfinished, ZKTeco notes that an optional base plate can be used. The overall escape route and any separate emergency gate should be reviewed independently.
Can the turnstile be relocated?
Relocation is one of the model’s key design purposes. ZKTeco describes the gate as detachable and intended for rapid deployment and transportation between sites. However, each new location still needs appropriate anchoring, power, control wiring, a suitable floor and a reviewed safety layout. Planning future positions in advance can make redeployment much more practical.
Does it support emergency release?
Yes. The published specifications include an emergency escape function and automatic rotor unlocking during emergencies, plus a fire-alarm relay port. These features must still be integrated into the site’s approved life-safety design. A full-height turnstile should not be assumed to replace every required emergency exit or alternate egress route.
Is the Saturn-H1300 available in Dubai and the UAE?
FourTeck can support Dubai and UAE enquiries for the model, but current availability should be confirmed at the time of quotation. Lead time and commercial terms can depend on quantity, material option, reader package, controller, supplier status and project timing. Provide the required configuration and delivery location to receive a more useful availability response.
What information should I send to request a quote?
Send the model, required quantity, project location, target date, credential preference, controller or software environment, number of users, peak traffic estimate, installation surface and whether you need delivery, installation or configuration support. If the entrance is part of a larger perimeter or construction project, drawings or site photos can help clarify the required scope.
Need Help Planning the Right Turnstile Configuration?
FourTeck can review the intended use, lane quantity, credential method, controller environment, floor condition, delivery location and warranty expectations before preparing a quote. This is especially useful when the gate will be integrated with existing access control or relocated during different project phases.
Share the quantity, project location, required credential type, target date and any existing ZKTeco controller or software information.
