Control and monitoring system AGL-ACMS

The computer-based control and monitoring system for airport lighting from LUCEBIT (AGL-ACMS: Airfield Ground Lighting Advanced Control and Monitoring System) belongs to the COSAL family, and is an ultra-flexible, reliable, open and scalable system that has been developed in order to meet the increasingly stringent requirements applying at military and civil airports.
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Universal Control Server UCS 1000

The LUCEBIT Control System for Airfield Lighting – COSAL is used for supplying, controlling and monitoring series circuits.

The UCS 1000 universal control server, developed specifically for this system, is an integrated industrial PC, which is used both as a control computer at small and mediumsized airfields and also as an interface for controlling lighting components.
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CAS Lamp Failure Measuring Unit

CAS, a constituent part of the COSAL system, is a scalable measuring system for acquiring, displaying, and forwarding lamp failure figures and current actual values in phasecontrolled series circuits of the airport lighting system.
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IME Insulation Resistance Measuring System

The IME, a constituent part of the COSAL system, is a measuring system for acquiring, displaying and forwarding insulation measured values in phase-controlled series circuits of airport lighting systems.
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SCROLL®-III Individual Lamp Control

SCROLL-III, one of this system’s modules, controls and monitors individual lights, light groups or sensors, directly via the series circuit without any additional cabling.
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LMS 100 Loop Measurement System

The LMS 100 (Loop Measurement System) – a part of the COSAL system – offers an option for monitoring the traffic at stop bars, for example, or on taxiway sections at airfields by means of loops laid in the ground. Thanks to the loops’ dimensions and their sensitivity, the system is optimally fit-for-purpose in detecting aircraft and ground vehicles. Note that the evaluation unit can also be installed a long way away from the loops. The system is self-adaptive, which means no parameterization routines are required.
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