Double Lane Full-Height Motorised Turnstile JDFHT-9

1. Shock absorption and reverse rotation locking capabilities
2. Simplified integration to access control and visitor management systems
3. Single-user, un-manned automatic access control
4. Grant fast and efficient access for authorised people
5. Automatic self-centering prevents over or under travel of rotating section
6 .Low power consumption as well as low noise operation
7. Longer turnstile life, minimal to no maintenance, higher user satisfaction
8. Easily change turnstile passage mode
9. Support automatic reset function
10. Anti-reverse rotation during transit

Applications

Public security departments
Bank vaults
Prisons
Military installations
Educational facilities
Stadiums

Parameters

Double Lane Full-Height Motorised Turnstile Design

Double Lane Full-Height Motorised Turnstile Dimension

Double Lane Full-Height Motorised Turnstile System Diagram

Project Cases for Double Lane Full-Height Motorised Turnstile

What are double lane full-height motorised turnstiles?
Supplied with mechanical rotating barriers, double lane full-height motorised turnstiles are security access control pedestrian turnstiles that span from floor to ceiling, offering maximum security because it is impossible for an unauthorized entrant to crawl under or climb over them. Full height turnstiles can be used for one-way or bi-directional passage depending on control requirements. When multiple lanes of entry and exit traffic are required, full height motorized turnstiles are also available–they combine two full height turnstiles into one seamless package. Double lane full-height motorised turnstiles provide comfortable access for handicapped entrants while still offering full floor-to-ceiling security and access control.

Double lane full-height motorised turnstiles variations:
Double lane full-height motorised turnstiles are made from heavy-gauge steel, with galvanized, powder coated, and stainless steel finishes optional. We also customizes full height gates with custom passage widths, panic bars.

Double lane full-height motorised turnstiles applications:
Double lane full-height motorised turnstiles are crowd control turnstiles that provide high level security and access control for handicap accessible entrances and exits. They are used to secure entrances at industrial plants, company premises and data centers. Furthermore, they are also widely used at construction sites as secure entrances through perimeter fences.

What are the advantages and disadvantages of double lane full-height motorised turnstiles?
Double lane full-height motorised turnstiles provide benefits such as:
Compatibility with a guard station
Access specified through the managing party
Design allowing for unmanned or remote control
Single direction/entry and exit turnstile designs
Enhances perimeter and fence line control
Can allow for attendance monitoring

Such security turnstiles are frequently used for military installations, aquariums, amusement parks, airports, ports, stadiums, and any applications where require a secure inflow of heavy foot traffic. However, the disadvantages of the double lane full-height motorised turnstiles are the huge size and industrial appearance.

Can double lane full-height motorised turnstiles be integrated with 3rd party access control systems ?
Off course, double lane full-height motorised turnstiles are comptiable with a wide variety of access control systems by dry contact. Card pass, fingerprint / handprint reader, face recognition, barcode reader, thermal camera and token applications can integrate with such access control turnstiles.

What will happen when power off and in emergency situation?
Double lane full-height motorised turnstiles instantly automatically drop off their central arm for free passage under emergency situations (power outages, fire, etc)

Can double lane full-height motorised turnstiles be used indoor and outdoor?
Double lane full-height motorised turnstiles are made for indoor or outdoor situations. For all Outdoor applications, we use 304 stainless steel to prevent corrosion.