An office building speed gate should do more than open after an employee presents a card. It has to move people through the lobby without creating queues, fit the architecture, support visitors and accessible passage, and exchange reliable signals with the building’s access control system. A gate can look suitable in a catalog yet perform poorly if its lane width, sensor logic, reader position or emergency behavior was never matched to the project.

This guide explains how to specify office speed gates from the entrance outward: first the people and traffic pattern, then the lane layout, credentials, safety functions, finish and technical handover. It is intended for building owners, architects, security integrators, facility managers and purchasing teams preparing an office entrance project.

What Are Speed Gates Used for in Office Buildings?

In an office, speed gates form a controlled boundary between the public side of the lobby and employee or tenant areas. A user presents an approved credential; the access controller verifies permission; the barrier opens; sensors monitor passage; and the lane closes and resets. The gate does not usually decide who has access by itself. It acts on signals from the reader and access control platform while monitoring movement through the lane.

Common office applications include:

• Corporate headquarters and multi-tenant office towers
• Business parks and research campuses
• Employee entrances in mixed-use developments
• Reception-controlled visitor entrances
• Restricted floors, lift lobbies and internal secure zones
• Accessible lanes for wheelchair users, strollers and large luggage

If your team is still comparing gate technologies, read how a speed gate turnstile works before defining the office layout.

Begin With the Office Entrance, Not a Product Model

Before choosing a cabinet, prepare a simple entrance brief. The same speed gate for an office entrance may need a different configuration in a quiet executive lobby than at a tower serving thousands of employees. Ask the project team to confirm the following:

• Available clear width between walls, columns and reception furniture
• Expected daily users and the busiest 15-minute arrival period
• Number of employee, visitor and accessible lanes
• Entry-only, exit-only or reversible traffic requirements
• Current or planned credential technology
• Fire alarm, emergency release and evacuation requirements
• Floor construction, cable routes and available power
• Required cabinet finish and architectural constraints

A supplier can recommend a credible configuration only after receiving these details. A quotation based solely on “three lanes of speed gates” leaves too many decisions unresolved.

Calculate the Number of Lanes From Peak Traffic

Average daily attendance is not enough for lane planning. Most office traffic arrives in concentrated waves: before the workday, after lunch, at shift changes or immediately after a shuttle reaches the building. Design around the busiest realistic period and include a margin for slower users, visitors and rejected credentials.

Use this practical sequence:

1. Estimate the number of people arriving during the peak 15 minutes.
2. Identify the percentage using employee credentials, visitor passes and manual reception approval.
3. Obtain tested throughput for the proposed gate and credential method.
4. Reduce the theoretical figure to allow for hesitation, bags, invalid cards and mixed walking speeds.
5. Check whether lanes can reverse direction at the evening peak.

Do not treat a brochure’s maximum persons-per-minute figure as guaranteed project capacity. Reader response, door-opening time, sensor settings and user behavior all affect real flow. For a busy office lobby, request a passage demonstration using the intended credential and barrier configuration.

Provide a Clearly Accessible Speed Gate Lane

At least one office entrance lane commonly needs additional clear width for wheelchairs, mobility aids, strollers, service carts or luggage. The required width should be confirmed against local accessibility rules and the building’s actual users. It should not be guessed from a generic product drawing.

An accessible lane also needs suitable reader height and reach, adequate approach space, sufficient barrier opening time and sensor logic that recognizes slower movement. Position it where reception staff can assist without forcing a user to cross opposing traffic. If the wide lane doubles as a delivery route, verify that the barrier and sensors can accommodate the expected cart dimensions.

Choose the Right Credential for Office Lobby Access Control

The credential method shapes both security and user experience. Modern office lobby access control may use one method for employees and another for visitors.

RFID cards and mobile credentials

RFID remains familiar and quick for regular employees. Mobile credentials can reduce card issuance but depend on phone compatibility, application behavior and reader placement. In either case, test the complete transaction rather than the reader alone.

QR codes for visitors

A temporary QR code can be sent before a meeting and limited by date, time or entrance. Confirm screen-reading performance under lobby lighting and decide what reception should do when a visitor has a damaged screen, no battery or an expired code.

Facial recognition

Facial recognition can support touch-free passage for registered users, but camera height, lighting, enrollment quality, privacy requirements and fallback procedures must be planned. The terminal can be integrated on the cabinet or installed on a separate pedestal, depending on sightline and accessibility needs.

Different methods can share the same lanes if the controller, reader interfaces and software rules are compatible. See the detailed guide to speed gate access control systems for RFID, QR code and biometric integration.

Review Security Without Making Unrealistic Claims

A speed gate creates controlled passage, but its real security level depends on the complete system. Infrared sensors can detect abnormal movement such as tailgating attempts, wrong-way entry or a person stopping inside the lane. The controller can then keep the barrier open, close it, trigger an alarm or notify security staff according to the selected logic.

Ask the office building speed gate supplier to demonstrate normal passage and exception cases. Include two people walking closely, a user carrying a large bag, reverse entry, an obstruction and a person stopping midway. Confirm which events are detected, what the gate does, and which information reaches the building management or access control platform.

For sites where physical restriction is more important than lobby appearance or rapid flow, compare the alternatives in the speed gate versus traditional turnstile guide. For commercial lobby risks and sensor functions, see the guide to security speed gates.

Match Cabinet Design to the Office Interior

Office speed gates occupy a prominent position in the lobby, so cabinet proportions and finish matter. However, visual selection should follow technical confirmation. A very slim cabinet may save space, but the internal mechanism, reader hardware, maintenance access and cable routing still have to fit.

Compare:

• Cabinet length, width and overall height
• Stainless steel grade, coating and surface finish
• Glass or acrylic barrier height and opening direction
• Indicator visibility from both directions
• Reader integration and future replacement access
• Access panels and maintenance clearance
• Color compatibility with reception and lift-lobby finishes

Review the current AIPADA speed gate turnstile range to compare office-oriented cabinet layouts, including commercial, RFID and slim-body configurations.

Confirm Emergency and Power-Failure Behavior

Emergency behavior must be agreed with the fire consultant, access control integrator and local authority. Depending on the approved design, barriers may open after a fire signal or power failure to provide free passage. The system may also require battery backup, manual release or a defined fail-safe state.

Request a written sequence for:

• Fire alarm input
• Loss and restoration of mains power
• Network or access controller failure
• Emergency push-button activation
• Manual release by security staff
• Reset after the incident is cleared

Never assume that every gate opens in the same way. Verify the selected model, wiring and project configuration before production.

Plan Installation Before Ordering

Good installation starts with coordinated drawings. The gate manufacturer should receive the finished floor level, structural floor information, available conduit routes, entrance dimensions and reader requirements. In return, the project team should obtain a dimensioned layout, fixing details, power and communication points, and a lane schedule.

Check these items before approving production:

• Final lane widths and overall equipment footprint
• Single-core and dual-core cabinet arrangement
• Entry and exit direction for every lane
• Reader, facial terminal and indicator positions
• Floor fixing and cable entry locations
• Interface signals to the access controller and fire alarm
• Maintenance access around each cabinet

If the building is already finished, discuss surface cable management, integrated bases or other site-specific options before assuming the floor can be opened.

Questions to Send an Office Building Speed Gate Manufacturer

Use the same questions for every shortlisted office building speed gate manufacturer. Consistent questions make technical and commercial comparisons more meaningful.

1. Which model and lane configuration do you recommend for our peak traffic?
2. What tested throughput applies with our RFID, QR or biometric reader?
3. What standard and accessible lane widths can you provide?
4. How does the sensor system respond to tailgating, reverse entry and obstruction?
5. What happens during fire alarm activation and power failure?
6. Can our existing access controller communicate with the gate without extra hardware?
7. Which drawings, wiring diagrams and interface documents are supplied?
8. Which parts require routine inspection, and how are replacement parts supported?
9. Can you provide finish samples or renderings for architectural approval?
10. What information must we approve before production begins?

For a broader vendor assessment, use the speed gate manufacturer evaluation guide.

Office Speed Gate Selection Checklist

Frequently Asked Questions

How many office speed gate lanes are required?

The number depends on peak-period traffic, credential response, lane direction and the real throughput of the selected configuration. Calculate from the busiest arrival period rather than daily attendance and include capacity for rejected credentials and slower users.

Can office speed gates use an existing access control system?

Often yes, provided the gate controller and existing system have compatible input, output and communication interfaces. Confirm the reader, controller, fire signal, software rules and wiring before production.

Should an office lobby have a wider accessible lane?

A wider lane is commonly required for wheelchairs, mobility aids, strollers and luggage. Its clear width, reader position, opening time and approach space must follow the project’s accessibility requirements and local rules.

Are facial recognition speed gates suitable for offices?

They can support touch-free access for registered users, but performance depends on terminal position, lighting, enrollment, privacy requirements and fallback procedures. Test the facial terminal together with the gate and access controller.

Can office speed gates open during a fire alarm?

They can be configured for an approved emergency response, but the exact behavior depends on the model, wiring and fire strategy. Obtain a written sequence and verify it during commissioning.

Conclusion

The right office building speed gate is selected as part of an entrance system, not as an isolated cabinet. Peak traffic, accessible passage, credential technology, sensor behavior, emergency operation, architecture and installation details should be confirmed together. Doing this work before ordering reduces site changes and gives employees and visitors a more predictable entrance experience.

Send AIPADA your entrance dimensions, expected peak traffic, credential method and required number of lanes through the contact form. The team can review the project information and recommend a suitable office speed gate configuration.