Integrating the specific experience that Automatic Systems has acquired in the public transport sector, the TGH800 high security automatic door guarantees a dissuasive access control for fast, efficient and secure users. Its specially developed design makes it adaptable to any type of architectural environment. All the materials used have been carefully chosen, and its qualities of resistance and security are the fruit of Automatic Systems' engineering experience of almost 40 years.

The TGH800 automatic door consists of three basic elements: a central element that integrates physical access control functions, and two sections that form the gateway and integrate the anti-fraud control and the chosen access control system (ticket reader, card reader, etc.).

The modules can be installed separately, or in multiples using the intermediate module, with a passage width of 500 to 600 mm.

1. Self-supporting rigid frame: integrates an electromechanical drive for each movable obstacle, presence detection, user passage safety sensor and electronic control units.
2. Cover in brushed 304L stainless steel. Panels are closed with recessed security locks.
3. Brushed 304L stainless steel extension elements on a steel frame. These end sections integrate the user passage control system (card reader, ticket scanner, etc.). The user is guided by the dynamic
4. Orientation pictogram, reinforced by the vertical light bar.
5. Retractable glass leaves: rail quality Securit safety glass leaves are retracted into the housing for each
6. opening movement. Each leaf is 12mm thick, floor height is 1800mm. Silicone rubber edge profile strip
7. For user safety.
8. Anti-intrusion obstacle: also in Securit transparent safety glass rail, to close the space above each
9. housing. Equipped with safety photocells (see below).
10. Safety photocells: ensure the control of the passage of users through the door.
11. Safety photocells: ensure safe passage between moving obstacles.
12. Adjustable base: each housing is fixed to the floor with an adjustable steel frame, facilitating alignment and leveling during installation.
13. Motor and control unit:
    •  The TGH programmable control unit comprises:
    • the general connection terminal block,
    • the 24VDC power supply,
    • the programmable logic controller (PLC),
    • the variable speed drive (VSC).
    • Motorization realized thanks to an asynchronous motor driven by the VSC, based on the position of the obstacle.
    • The obstacle, ensures fast movements with progressive acceleration and deceleration at the end of the stroke. A crank and rod coupling transmits the drive to the obstacle, giving an intrinsic mechanical interlock in the open and closed positions. In case of power failure or obstruction, the obstacles will open automatically.

• Electrical: Power supply 230V single phase + GND, 50 / 60Hz (10A) (do not connect to a floating mains or to a high impedance industrial distribution network connected to ground)
• Geared motor: 0.12kW.
• Torque limiter: Electronic.
• Speed reducer: Reversible type, lubricated for life.
• Speed regulation: By means of variable speed governor.
• Rated power consumption: 250 W per runway.
• Operating temperature -10 ° to + 50 ° C.
• Outer door (L or R) Net weight: 220kg.
• Intermediate door Net weight: 280kg.
• Opening time: 0.5 - 1.5s (after authorization), programmable locally or remotely.
• Closing time: 0.5 - 1.5s, programmable locally or remotely.
• Impact resistance (housing): IK09.
• MCBF: 2.5 million cycles, respecting the prescribed instructions.
• MTTR (mean time to repair): <30 min.
• IP43.

Integrating the specific experience that Automatic Systems has acquired in the public transport sector, the TGH810 high security automatic door guarantees a fast, efficient and secure deterrent access control of users. Its specially developed design makes it easily adaptable to any type of architectural environment. All materials used have been carefully selected for their strength, resistance and security qualities, the result of Automatic Systems' engineering experience accumulated over almost 40 years.

The TGH810 automatic door consists of three main elements: a central element that integrates the main functions of the physical access control and two end sections that form the gateway and integrate the anti-fraud control and the chosen access control system (ticket reader, etc.). The obstacles are completely retracted so as not to obstruct the passage of the user. Its wide corridor facilitates the passage of less able-bodied people, wheelchairs, carriages and other awkward objects. The modules can be installed individually or in multiple units, in which case it will be necessary to define the left, right and intermediate doors.

1. Self-supporting rigid frame: integrates an electromechanical drive for each movable obstacle, presence detection, user passage safety sensor and electronic control units.
2. Panels in brushed 304L stainless steel. Panels are closed by two recessed security locks.
3. Brushed 304L stainless steel extension elements in a steel frame. These end sections integrate the user passage control system (card reader, ticket scanner, etc.). The user is guided by the dynamic orientation pictogram, reinforced by the vertical light bar.
4. Retractable glass leaves: Securit safety glass leaves retract into the module for each opening movement. Each leaf is 12mm thick, floor height is 1800mm. Silicone rubber edge strip profile for user safety.
5. Anti-intrusion obstacle: also in Securit transparent safety glass, to close the space above each housing. Equipped with safety photocells.
6. Safety photocells: ensure the control of the passage of the users through the door, guaranteeing the safety of the passage between the mobile obstacles.
7. Adjustable base: each cover is fixed to the floor with an adjustable steel frame, which facilitates alignment and leveling during installation.
8.  The TGH programmable control unit comprises:
   • The general connection terminal block,
   • The 24VDC power supply,
   • Programmable Logic Controller (PLC),
   • The variable speed drive (VSC).
9. Motorización realized thanks to an asynchronous motor driven by the VSC, based on the position of the obstacle, guarantees fast movements with progressive acceleration and deceleration at the end of the stroke. A crank and rod coupling transmits the drive to the obstacle, giving an intrinsic mechanical interlocking in the open and closed positions. In case of power failure or obstruction, the obstacles will open automatically.

Power supply: 230V single phase + GND, 50/60 Hz (10A) (do not connect to a floating mains or to a high impedance grounded industrial distribution network)

Geared motor: 0.12kW.

Torque limiter: Electronic.

Speed reducer: Reversible type, lubricated for life.

Speed regulation: By means of variable speed regulator.

Rated power consumption: 250W per runway.

Operating Temperature: -10 ° to + 50 ° C.

Relative humidity: 90% max., Non-condensing.

Opening time 0.7 - 1.5s (after authorization), programmable locally or remotely.

Closing time 0.8 - 1.5s, locally or remotely programmable.

Impact resistance (housing): IK09

MCBF: 2.5 million cycles, respecting the prescribed instructions.

MTTR (mean time to repair): <30 min.

IP43.

Complementary to the TGH8xx range of automatic doors, the TGL870 high security access control gate is designed to check passengers with reduced mobility (disabled people, people with luggage, strollers, etc.) at the entrances and/or exits of public transport networks while guaranteeing the comfort of movement. It integrates the specific experience acquired by Automatic Systems in the production of products dedicated to public transport. Its well thought-out aesthetics ensures optimal integration into any type of architecture. The materials used were carefully selected for their qualities of resistance, strength and safety. These results are the outcome of the experience accumulated by Automatic Systems over almost 40 years. It allows a walkway width of 900 mm and rounds off a TGH8xx line.

1. Self-supporting high rigidity welded mechanical steel central frame: integrates an electromechanical drive for each movable obstacle, photoelectric presence detection and user protection cells, as well as electronic control units.
2. Casing in brushed 304L stainless steel. Panels are closed with recessed security locks.
3. Sécurit clear glass obstacles "railway type" of 12 mm thick, with a standard ground height of 1800 mm. Each leaf is equipped with a silicon protection protection profile, ensuring the safety of the user.
4. Obstacles against intrusion: in transparent glass with "railroad type" treatment, they block the space above each casing, thus preventing any type of fraud when the door is raised.
5. Detection photocells: control the passage of users through the gateway and anti-fraud
6. control.
7. Security photocells: ensure the safe passage of users between moving obstacles.
8. Each housing is fixed to the floor with an adjustable painted steel base that makes installation considerably easier by means of level corrections.
9.  Programmable control unit, which ensures the management of the TGL870, including:
   • The connection terminal blocks,
   • A 24V DC power supply,
   • A programmable controller,
   • Two variable speed drives (VSC).
10.  The motorization realized by an asynchronous motor managed by a VSC based on an inductive control of the obstacle position, ensuring fast movements with progressive acceleration and deceleration at the end of the stroke. A crank and rod coupling transmits the drive to the obstacle, providing perfect mechanical locking in the two extreme positions. In case of power failure (anti-panic system with intrinsic mechanical opening) and involuntary blocking of obstacles (anti-pinch), the motorization includes a high safety opening system.

• Power supply: 230V single-phase + ground, 50/60 H, 10 A (do not connect to a floating mains or to a high impedance industrial distribution network connected to ground).
• Geared motor: 0,12 kW.
• Torque limiter: electronic.
• Speed reducer: reversible type, lubricated for life.
• Speed regulation: by variable speed governor.
• Rated power consumption: 400 W per runway.
• Operating temperature: -10 ° to + 50 ° C.
• Maximum relative humidity: 90% non-condensing.
• Opening time: 0.7 to 1.5 s; Continuously programmable locally or remotely (excluding reader or validator action time).
• Closing time: 0.8 to 1.5 s; Continuously programmable locally or remotely.
• Housing shock resistance: IK09.
• MCBF: 2.5 million cycles, respecting the prescribed instructions.
• MTTR (mean time to repair): <30 min.
• IP43.

Integrating the specific experience that Automatic Systems has acquired in the public transport sector, the TGH800 high security automatic door guarantees a dissuasive access control for fast, efficient and secure users. Its specially developed design makes it adaptable to any type of architectural environment. All the materials used have been carefully chosen, and its qualities of resistance and security are the fruit of Automatic Systems' engineering experience over almost 40 years.

The TGH800 automatic door consists of three basic elements: a central element that integrates physical access control functions, and two sections that form the gateway and integrate the anti-fraud control and the chosen access control system (ticket reader, card reader, etc.).

The modules can be installed separately, or in multiples using the intermediate module, with a passage width of 500 to 600 mm.

1. Self-supporting rigid frame: integrates an electromechanical drive for each movable obstacle, presence detection, user passage safety sensor and electronic control units.
2. Cover in brushed 304L stainless steel. Panels are closed with recessed security locks.
3. Brushed 304L stainless steel extension elements on a steel frame. These end sections integrate the user passage control system (card reader, ticket scanner, etc.). The user is guided by the dynamic
4. Orientation pictogram, reinforced by the vertical light bar.
5. Retractable glass leaves: rail quality Securit safety glass leaves are retracted into the housing for each
6. opening movement. Each leaf is 12mm thick, floor height is 1800mm. Silicone rubber edge profile strip
7. For user safety.
8. Anti-intrusion obstacle: also in Securit transparent safety glass rail, to close the space above each
9. housing. Equipped with safety photocells (see below).
10. Safety photocells: ensure the control of the passage of users through the door.
11. Safety photocells: ensure safe passage between moving obstacles.
12. Adjustable base: each housing is fixed to the floor with an adjustable steel frame, facilitating alignment and leveling during installation.
13. Motor and control unit:
    •  The TGH programmable control unit comprises:
    • the general connection terminal block,
    • the 24VDC power supply,
    • the programmable logic controller (PLC),
    • the variable speed drive (VSC).
    • Motorization realized thanks to an asynchronous motor driven by the VSC, based on the position of the obstacle.
    • The obstacle, ensures fast movements with progressive acceleration and deceleration at the end of the stroke. A crank and rod coupling transmits the drive to the obstacle, giving an intrinsic mechanical interlock in the open and closed positions. In case of power failure or obstruction, the obstacles will open automatically.

• Electrical: Power supply 230V single phase + GND, 50 / 60Hz (10A) (do not connect to a floating mains or to a high impedance industrial distribution network connected to ground)
• Geared motor: 0.12kW.
• Torque limiter: Electronic.
• Speed reducer: Reversible type, lubricated for life.
• Speed regulation: By means of variable speed governor.
• Rated power consumption: 250 W per runway.
• Operating temperature -10 ° to + 50 ° C.
• Outer door (L or R) Net weight: 220kg.
• Intermediate door Net weight: 280kg.
• Opening time: 0.5 - 1.5s (after authorization), programmable locally or remotely.
• Closing time: 0.5 - 1.5s, programmable locally or remotely.
• Impact resistance (housing): IK09.
• MCBF: 2.5 million cycles, respecting the prescribed instructions.
• MTTR (mean time to repair): <30 min.
• IP43.

Integrating the specific expertise that Automatic Systems has acquired in the public transport sector, the TGH810 high security automatic door guarantees a fast, efficient and secure deterrent access control of users. Its specially developed design makes it easily adaptable to any type of architectural environment. All materials used have been carefully selected for their strength, resistance and security qualities, the result of Automatic Systems' engineering experience accumulated over almost 40 years.

The TGH810 automatic door consists of three main elements: a central element that integrates the main functions of the physical access control and two end sections that form the gateway and integrate the anti-fraud control and the chosen access control system (ticket reader, etc.). The obstacles are completely retracted so as not to obstruct the passage of the user. Its wide corridor facilitates the passage of less able-bodied people, wheelchairs, carriages and other awkward objects. The modules can be installed individually or in multiple units, in which case it will be necessary to define the left, right and intermediate doors.

1. Self-supporting rigid frame: integrates an electromechanical drive for each movable obstacle, presence detection, user passage safety sensor and electronic control units.
2. Panels in brushed 304L stainless steel. Panels are closed by two recessed security locks.
3. Brushed 304L stainless steel extension elements in a steel frame. These end sections integrate the user passage control system (card reader, ticket scanner, etc.). The user is guided by the dynamic orientation pictogram, reinforced by the vertical light bar.
4. Retractable glass leaves: Securit safety glass leaves retract into the module for each opening movement. Each leaf is 12mm thick, floor height is 1800mm. Silicone rubber edge strip profile for user safety.
5. Anti-intrusion obstacle: also in Securit transparent safety glass, to close the space above each housing. Equipped with safety photocells.
6. Safety photocells: ensure the control of the passage of the users through the door, guaranteeing the safety of the passage between the mobile obstacles.
7. Adjustable base: each cover is fixed to the floor with an adjustable steel frame, which facilitates alignment and leveling during installation.
8.  The TGH programmable control unit comprises:
   • The general connection terminal block,
   • The 24VDC power supply,
   • The programmable logic controller (PLC),
   • The variable speed drive (VSC).
9. Motorización realized thanks to an asynchronous motor driven by the VSC, based on the position of the obstacle, guarantees fast movements with progressive acceleration and deceleration at the end of the stroke. A crank and rod coupling transmits the drive to the obstacle, giving an intrinsic mechanical interlocking in the open and closed positions. In case of power failure or obstruction, the obstacles will open automatically.

Power supply: 230V single phase + GND, 50/60 Hz (10A) (do not connect to a floating mains or to a high impedance grounded industrial distribution network)

Geared motor: 0.12kW.

Torque limiter: Electronic.

Speed reducer: Reversible type, lubricated for life.

Speed regulation: By means of variable speed regulator.

Rated power consumption: 250W per runway.

Operating Temperature: -10 ° to + 50 ° C.

Relative humidity: 90% max., Non-condensing.

Opening time 0.7 - 1.5s (after authorization), programmable locally or remotely.

Closing time 0.8 - 1.5s, locally or remotely programmable.

Impact resistance (housing): IK09

MCBF: 2.5 million cycles, respecting the prescribed instructions.

MTTR (mean time to repair): <30 min.

IP43.