Turnstiles & Gates

FC-TFTPWH

Ticketing tripod turnstile

Ticketing tripod turnstile.

A tripod turnstile with a cabinet layout for ticketing equipment. Match the ticket reader, access decision and passage-control arrangement to the venue.

  • Ticketing cabinet layout
  • Three-arm tripod
  • Reader integration planning
FC-TFTPWH box-style tripod turnstile cabinet arrangement with top reader areas
FC-TFTPWH · Configuration illustration. Pictured readers or face terminals are not standard equipment; confirm the supplied assembly.

Ticketing tripod turnstile.
Plan your entrance.

A tripod turnstile with a cabinet layout for ticketing equipment. Match the ticket reader, access decision and passage-control arrangement to the venue.

Structure
Tripod turnstiles
Cabinet reference
1400 × 280 × 980 mm
Passage
Up to 550 mm

Product views show possible cabinet and lane arrangements. Readers and terminals are selected separately; final quantities and dimensions follow the confirmed order drawing.

Technical specifications.

FC-TFTPWH

Parameters describe the listed model configuration. Confirm the selected mechanism, final cabinet and lane dimensions, controller and order drawing. Throughput varies with access checks and passage conditions.

FC-TFTPWH specifications
StructureTicketing tripod turnstile
Cabinet dimensions1400 × 280 × 980 mm
Passage widthUp to 550 mm
Cabinet / frame materialSUS304 stainless steel
Input voltage110–220 V · 50 Hz
Specified opening speedFastest setting below 0.5 s; confirm the selected setup
More specifications
FC-TFTPWH additional specifications
Specified throughput20–60 persons / minute; actual flow depends on credential checks and passage conditions
Working environmentIndoor
Operating temperature−25°C to 70°C
FC-TFTPWH box-style tripod turnstile cabinet arrangement with top reader areas
FC-TFTPWH · Configuration illustration. Pictured readers or face terminals are not standard equipment; confirm the supplied assembly.

Match the gate
to the entrance.

Indoor ticketing points at visitor attractions, theme parks and cultural venues. Select the reader and ticketing system separately and plan the queue for the expected visitor flow.

Product views show possible cabinet and lane arrangements. Readers and terminals are selected separately; final quantities and dimensions follow the confirmed order drawing.

FC-TFTPWH box-style tripod cabinet arrangement viewed from the passage entrance
FC-TFTPWH · Configuration illustration. Pictured readers or face terminals are not standard equipment; confirm the supplied assembly.

Plan the credential check.
Confirm the connection.

Choose the reader and access controller for the required credential workflow, then confirm the gate input, signal timing, wiring and controller protocol. Commission the passage sequence, sensor response and emergency behaviour with the actual configuration.

Reader compatibility depends on the selected controller and signals. Credential readers, software and gate hardware are specified separately.

FC-TFTPWH single box-style tripod turnstile cabinet with a blue top reader area
FC-TFTPWH · Supplied blue-top configuration reference. Confirm the finish and reader configuration; this source view is 800 pixels wide.

Review the cabinet.
Plan the layout.

Use the additional supplied view to review the appearance and cabinet arrangement. Match the selected mechanism and complete entrance footprint to the approved order drawing.

Product views show possible cabinet and lane arrangements. Readers and terminals are selected separately; final quantities and dimensions follow the confirmed order drawing.

FC-TFTPWH single box-style tripod turnstile cabinet with a blue top reader area
FC-TFTPWH · Supplied blue-top configuration reference. Confirm the finish and reader configuration; this source view is 800 pixels wide.

Measure the entrance.
Confirm the drawing.

Provide the entrance width, lane count, user requirements, floor construction, cable routes and service clearance. Obtain the approved model and configuration drawing before preparing fixing holes or wiring. Check the separate accessible route and the project’s emergency requirements.

  • Model cabinet reference: 1400 × 280 × 980 mm.
  • Passage reference: Up to 550 mm.
  • Confirm cabinet count, reader mounting, cable routes and service clearance.
Request documents for FC-TFTPWH

The product view is not a drilling template or a certified site plan. A matching operating manual and installation drawing must be requested for the supplied configuration.

Product resources.

Manuals and integration support for FC-TFTPWH.

Documents for FC-TFTPWH →

Request the manual, dimension drawing and integration reference for your FC-TFTPWH configuration.

Request documents for FC-TFTPWH

Your questions, answered.

How do we choose a gate structure?

Start with the passage workflow, available space and users. Swing gates use swinging barrier leaves; flap gates retract their barriers; tripod turnstiles use a three-arm mechanism; full-height turnstiles use a rotating barrier; AB gates coordinate two sequential stages. Review the lane layout, supervision, accessible route and emergency behaviour with the project team.

Does a single-mechanism cabinet mean a complete single lane?

For compatible swing and flap systems, a single-mechanism cabinet controls one side of a lane. Two matching outer cabinets form one lane; adding a compatible double-mechanism cabinet between them can form two lanes. Single and double mechanisms describe cabinet configurations, not complete lane quantities. Tripod, full-height and AB gates use their own arrangements. Confirm the final quantities and footprint on the project drawing.

Is cabinet size the same as clear passage width?

No. Cabinet size, clear passage width and the complete installed footprint describe different measurements. Confirm the cabinet arrangement, arm or barrier movement, accessible route, fixing pattern and service clearance using the approved project drawing.

Are the pictured readers and face terminals included?

The pictures illustrate possible access configurations. Confirm the gate, readers, terminals, controllers, software and quantities in the order. Match the credential output, gate input, control protocol and power arrangement before integration.