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Kerberos/Charon HSB: Sensor barriers
The complete HSB range was designed for access control of staff and visitors in the reception area of companies and public organisations. The barrier is a sensor-monitored channel with automatic waist-high swing doors. After access authorisation has been confirmed, the swing doors quickly open in the desired direction making it easy to move through, even with bags or luggage. The doors close automatically as soon as the authorised person has passed through to prevent any unauthorised access.
An additional version with a wider opening provides access for people with reduced mobility.
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The TF6000 Long is a pedestrian access control system combining powerful technology and innovative design, to complement your architectural style.
The TF6000 Long screens traffic flow while ensuring fluid throughout of authorized people. It provides secure access control to sites, and will physically block access in the event of fraud, via its computer-controlled power doors.
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The TF 6000 Short is a pedestrian access control system combining powerful technology and innovative design, to complement your architectural style.
The TF 6000 Short screens traffic flow while ensuring fluid throughput of authorized people. It provides secure access control to sites, and will physically block access in the event of fraud, via its computer-controlled power doors.
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The unit is composed of 2 pedestals that form a lane, with two central doors.
Each lane is controlled by a PLC unité that pilots two DC reversible motors.
Depending on traffic flow needs, each lane can be readily programmed to operate either as an Entrance and/or an Exit.
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We offer a new family of EiceDRIVER ™ IGBT / MOSFET gate driver ICs for applications from 600V up to 1200V blocking voltages. Based on innovative technologies including thin-film Silicon-On-Insulator technology (600V) and Coreless Transformer Technology (1200V), higher reliability, lower losses and better performance can be achieved.
Coreless Transformer Technology (CLT) allows the integration of a pulse transformer into an IC, combining the advantages of HVIC technology with the capability of a magnetic coupler. This results in an extremely rugged IC with high insulation capability. CLT allows faster switching speeds with no performance degradation compared to optocouplers, therefore providing constant reliability over the projected lifetime.
Thin-Film Silicon On Insulator (SOI) technology is an advanced technique for MOS/CMOS fabrications. It differs from the conventional bulk process by placing the active transistor layer on the top of an insulator. This leads to outstanding robustness against latch-up when exposed to extreme temperature and voltage conditions.
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