Full Height Turnstile in the Philippines

Product Detail

Basic Info

Company Name: Shenzen General Systems CO.,LTD

Product Description

The GS full height security turnstiles are designed to control pedestrians entering or exiting restricted areas where perimeter control is required. This turnstile can be used for bi-directional pedestrian access control applications.
The turnstile has been designed as a modular system and can easily be assembled on site by hand and without the need of heavy lifting devices.

The turnstile consists of an outer cage section and a centre column incorporating a 3 x 120° offset 'U' bar configuration. The Controller and the torque positioning drive are mounted on top of the cage and within a sheet metal enclosure. Additional space has also been made available for the installation of access control equipment. The turnstile is designed to be installed directly to concrete surfaces, or in the case of paved areas an optional foundation frame is available.
TECHNICAL SPECIFICATION  
Power supply: Single phase 120 / 230 VAC - 50/60 Hz
Input port: Dry Contact Signal
Additional Interface: Serial Port RS485
Communication Port: 1200 meters
Nominal Power consumption: 70 W
Operating temperature: from -20 to +65°C
Max. relative humidity: 95%, without condensation
Net weight: 386 kg
Flow: 15 to 20 passages per minute, depending on the reaction time of the reader.
MCBF (mean cycles between failures), respecting the recommended maintenance: 1,000,000 cycles.
Functions

Housing

The turnstile consists of an outer 'U' bar section, an outer vertical bar section and a central rotating column incorporating a 3 x120° offset 'U' bar configuration. The control and drive mechanism are housed within a folded sheet metal enclosure which is located above the central column. Access control devices such as card readers can easily be fitted to the turnstile cage. A mounting plate fixed at each entry point on the outer vertical bar section of the turnstile enables ease of installation of such control devices.

Functions

Controls

For each direction of passage, the possible configurations are the following (to be specified with the order):

  1. Free access (obstacle turning freely).
  2. Permanently locked (obstacle blocked mechanically).
  3. Locked, but unlocked in case of power failure.
  4. Electrically controlled (free, locked, passage subject to authorisation) and locked mechanically in case of power failure.
  5. (standard) Electrically controlled (free, locked, passage subject to authorisation) and unlocked in case of power