Reversible controlled access system (SARC)
Highest security, modern design, excellent functionality
Highest security, modern design, excellent functionality
SARC is a reversible controlled access system designed to enable access to facilities as well as toll payment controls in public infrastructures such as urban railway stations and underground stations.
High performance and reliability for control access.
- Control access system by means of reversible passageways with automatic sliding obstacles.
- Designed and manufactured according to the strict requirements of railway operators.
- Highest reliability, thus ofering maximum availability and excellent MTBF (Mean Time Between Failures).
- The access photocells redundancy (48) ensures operating continuity in case of failure.
- Allows integration with any toll system or access control system.
- Guarantees total security when facing emergency situations: the opening of doors is independent from the control or monitoring elements.
Key Differentiating Factor
Its high reliability and availability, combined with the redundance in critical elements, makes the SARC system the best solution for all facilities and public infrastructures.
Solid and robust structure with the latest technology.
- Reversible parameterizable access system, with different operating modes,
- Double galvanized steel structure and AISI 304 or AISI 316 stainless-steel exterior.
- Passageways from 590 mm to 605 mm wide allow for maximum space optimization.
- 900 mm wide passageways for people with reduced mobility.
- Provided with sliding doors made in tempered double glazed glass (6+2+6) mm that offer an incresing resistance thanks to their unique shock-mount system.
- Smooth, balanced, silent performance.
- Exterior design in accordance with the visual requirements of every client, being mechanics and control the key elements of its cutting-edge characteristics.
Optional accessories.
- SARC passageways may be customized following design preferences or customer’s needs.
- Height of glasses and doors as required.
- Wireless readers or even mailbox cards.
- Adaptable to any control system.
- Status pictograms upon design requirements or specific customer’s needs.
- Connectivity through binary combinatorics, usb, TCP/IP or other industrial standard.
