AWACS AP128 Supervised dual-frequency microprocessor control unit

Supervised, dual-frequency microprocessor control unit. It has 1 zone anti-manom. row, 4 row zones (balanced) and 124 radio zones. It manages up to 32 radio controls and 16 codes via keyboard. 4 sectors. Managed entirely by the APT1 remote keyboard connected via cable. RS485 input. Ready for APGSM2 card. Four sectors, 12 outputs, of which 8 are fixed and 4 programmable. Memory for up to 256 events

The most advanced control unit of its kind, equipped with a newly designed dual-frequency receiver for maximum communication security with satellite devices. It has 1 row anti-tamper zone, 4 row zones (balanced) and 124 radio zones.
It manages up to 32 radio controls and 16 codes using the management keyboard. Supervision of connected devices. Four sectors for personalized plant management. The AP128 control unit is managed entirely by the APT1 remote keyboard connected via cable. Extremely simple programming of the various operating modes and functions through guided and intuitive menus and submenus.
Self-learning of radio sensors, bus interface cards and radio controls. Alarm mode setting for each radio zone: 'path', 'and' doorbell ', it is possible to set any of the row zones as an electronic key input. Storage of sensor events, quick visualization of anomalies.
Detection and storage of the amplitude of the radio signal for each sensor. Obscured radio band detection and reporting for each frequency. Transmission of the main states of the power plant to surveillance, alarm and control panels. RS485 input. Predisposition for GSM card. Various levels of default data recovery. Full or partial input from keyboard, radio control, electronic key. The stored sensors can be freely associated with the four sectors and with several sectors at the same time. It manages anti-aggression or remote rescue signals from the radio control.
Twelve outputs, 8 of which are fixed and 4 programmable, make the necessary signals available on the terminal board. The memory records up to 256 events in chronological order, identifying: radio controls, sensors, states, time and mode of total or partial insertion/disintegration. For the connection to the PC and future evolutions of the system, an RS 232 communication port is provided. The maximum distance for receiving radio signals with the supplied antenna is about 300m in a free area, inside buildings the maximum distances depend on the construction materials of walls and floors, as well as on the environmental configuration