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    FSH FSS1

    HIGH SECURITY SENSORS

    FSS1 High Security Door Monitoring Sensors are designed to provide the highest possible level of protection to detect the opening of any hinged door.

     

     
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    DEFENCE FORCE

    APPLICATIONS

    FSS1 Sensors are IP67 rated and protect against both external and insider threats for doors and enclosures. This makes them ideal for high security environments such as SCIF, meeting rooms, armories and classified areas.

     
     

     

     

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    GOVERNMENT

    APPLICATIONS

    Protection of classified material, information and conversations in critically secure environments. The FSS1 has proven hardware impervious to defeat through magnetic, electronic or physical means.



     
     

    FSH SENSOR RANGE

    FSS1-F-NC

     

     

     

     

    FSS1 SCEC endorsd high security monitoring sensor

    Flush mounted (morticed) version

    Rated UL listed to UL 634.2. SCEC Approved, Security Level 4 (SL4)



     

    FSS1-F-NC

     

     

     

     

    FSS1 SCEC endorsd high security monitoring sensor

    Surface mount no conduit version

    Rated UL listed to UL 634.2. SCEC Approved, Security Level 4 (SL4)



     

    FSS1-S

     

     

     

     

    FSS1 SCEC endorsd high security monitoring sensor

    Surface mount conduit version

    Rated UL listed to UL 634.2. SCEC Approved, Security Level 4 (SL4)



     

     

     

     

     

     

    Technical Details

     

     

     

     

    Specifically developed for high security applications in government, high risk and defence installations, the FSS1 Series High Security Door Monitoring Sensor consist of seven magnetic sensors that are used to detect a unique magnetic footprint from an array of magnets on the magnetic face plate. One sensor is used to detect the position of the magnetic face plate in relation to the device, while the other six sensors are used to determine the polarity, size, strength and position of the magnets on the unique magnetic face plate in relation to the memorised pattern.

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