AGLAS SYSTEM TO CONTROL AND MONITOR INDIVIDUAL AIRFIELD LIGHTS FAA: Approved for use with SMGCS Systems. This includes both Stop Bar and Runway Guard Light control/monitoring according to AC 150/5340-28 (Current Edition); manufactured to AC 120-57 (Current Edition). Approved for Runway Status Lights System RWSL ICAO: Complies with CAT I/M/MI ICAO lamp supervision requirements. Supports A-SMGCS for enhanced aircraft AGLAS remote guidance in all weather conditions. Supports safety of airport operations by integration in runway safety nets. Introduction The Airfield Ground Lighting Automation System AGLAS® is ADB’s state-of-the art individual lamp control and monitoring system. AGLAS provides a radical leap in performance over prior airfield power line carrier systems. The system is designed to communicate on the existing airfield series circuit power line without requiring separate dedicated cabling. and monitor a variety of airfield lighting devices. It can be used AGLAS in a series h'ghting dixrn't: • Key component of (Advanced-) Surface Movement Guidance Control Systems: (A-)SMGCS • Stop bar control and monitoring; taxiway routing support. • Elevated and in-pavement Runway Guard Light (RGL) control and monitoring, CAT M/MI monitoring support. • Failed-lamp detection and location identification. • Interface with aircraft/vehicle presence sensors (option). • Selective control and monitoring of various airfield lighting devices. The system provides relevant information concerning the status of connected airfield lighting devices to both airport maintenance and air traffic control personnel. Furthermore AGLAS: • Supports the optimization of traffic volume, flexibility, maintainability and airside safety. • Ensures reliable guidance for aircraft on the ground during CAT I, II or III conditions, increasing safety and reducing the risk of runway incursions. • Automatically detects and reports lamp failures, decreasing downtime and maintenance costs.

AGLAS  System to Control and Monitor Individual Airfield Lights I&S ITS A Intelligent Traffic Systems Airfield • Most economic solution for modernization projects through power line communication on existing circuits. Your Success is Our Goal • Adjacent lamp failure reporting. • Precise control of each segment of runways, taxiways, and stop bar lighting. I&S ITS A Intelligent Traffic Systems Airfield • Easy future upgrade of installed AGLAS systems. • Optimized planning of runway and taxiway maintenance downtimes. I&S ITS A Intelligent Traffic Systems Airfield • New communication principle together...

Features • No separate communication cable required. RF signal on high voltage power cable for lighting control. • Most cost-effective and proven solution for existing ground lighting systems. • User friendly Graphical User Interface (GUI) allows easy operation and system status recognition. • Up to 8 different frequency bands can be used in parallel, and up to 8 different timeslots which allow an increase in the number of independent communication channels up to 64. This results in greatly improved communication reliability. • Fast and predictable switching times through the use of reliable communication...

AGLAS  System to Control and Monitor Individual Airfield Lights Main Characteristics and Figures • Up to 300 Remotes per circuit, providing a potential of 600 individually addressable lights per circuit. • Up to 15 km roundtrip circuit length. • Real back-indication of all lights after switching block-ON-command, otherwise background polling. • Switches up to 120 lights in 10 different groups in less than 1 second. • Switches 5 stopbar/lead-on lights simultaneously and presents real-back indication in less than 1 second. • Status poll provides detailed Remote and lamp parameters. Integrated System...

ADB= Airfield Solutions AGLAS System to Control and Monitor Individual Airfield Lights * Contact ADB for support ** Technical requirement, not excluding ICAO/FAA compliance

AGLAS System to Control and Monitor Individual Airfield Lights Airfield Solutions Overall System The system shall be able to control and monitor individual lamps or groups of lamps and interface to local field devices such as sensors. The control system itself shall consist of three types of main components only - Remotes, Master and a superv'sory computer. The first component is a decentralized lamp control field unit (Remote) capable of independently switching one or two lamps. I/O Remotes interface to field sensors. The second component is the series circuit communication interface (Master),...