Apollo ACS

The ACS – a control and management system for access is a complex of software and technical means, and also organizational actions directed to management of visit of placements, and on control of movements of personnel. Speaking the ACS — the system designed to pass whom follows is simpler where follows, and, respectively to interfere with movement of those who need to interfere.

Some terms necessary for the description of the ACS: actuator (lock, barrier, protective tourniquet); the reader (information reader from an employee identifier, with its further transfer to the ACS controller); a pass point (the place where there is a reader and the actuator); the identifier (sign by which the user is determined. Can have the most different forms and options, up to a fingerprint and an iris of the eye of eyes); the controller is a basis of any ACS. The controller for the ACS is a device for the information processing arriving from the identifier reader and the making decision for necessary operation of the actuator. Often control system and access control is called by the name of this device.

APOLLO controllers for control and management systems for access and a security alarm perfectly proved as reliable and trouble-free operation. The American company Apollo works at the market in a segment of the equipment for control and management systems for access (ACS) and alarm systems. Products of Apollo attract consumers with the balanced combination of technical characteristics and flexibility, reliability and technical support, and also existence of the software package APACS which considers requests of the Russian market. Apollo controllers are characterized by the highest quality and reliability which is provided with high technologies by production and strict control. All equipment released at the enterprises of Apollo company without fail passes test in a heat chamber within 3 days. All this equipment was originally created for U.S. Army. Today products of Apollo it is certified, and conforms to all international standards (Underwriters Laboratories Inc. — UL 294 and UL 1076; Community European; Rostest). Controllers and other equipment Apollo is installed in 60 countries of the world, on military and naval bases of NATO, at the spaceport Canaveral, in the cabinet of the United Kingdom, on nuclear power plants, banks, the airports and many other objects.

Several solutions ACS on the Apollo controller

APOLLO AR-530: the odnodverny independent controller, with the built-in card reader and the keyboard, with memory on 1000 numbers, 6 temporary zones, 20 holidays, in a word is the most intelligent lock for one door.

APOLLO AAN-4: The controller for small and average ACS. Connection of 4 readers or keyboards with the Viganda interface, Flash-memory, RS-232 or Ethernet for connection with the personal computer, local storages of base of ID cards, 3 inputs and 2 exits for management of each of 4 doors is supposed.

APOLLO AAM-16 is the Controller for the ACS and signaling. The controller for 16 readers and 2 panels of a security alarm connected with RS-485 interface; memory on 16,000 card numbers and 8000 events; an opportunity for work with 48 loops of a security alarm; 48 exits; connection of the printer; The RS-232-interface for connection to the PC.

APOLLO AAN-32S and APOLLO AAN-32N. These are controllers for the ACS and a security alarm for: 32 readers (RS-485 interface); memory megabyte on 139900 card numbers or 70000 events; 512 loops of a security alarm, 512 exits, timer; 20 panels of a security alarm APOLLO AIO, APOLLO APD-16 APOLLO ARM-16; 4 panels of display system status (APOLLO ASA-72I).

APOLLO AAN-100 is the network controller for the ACS and a security alarm on 96 readers: with a connectivity to Ethernet; with memory with a capacity of 1 MB on 139900 card numbers or 70000 events (with a possibility of expansion to 1240934 cards or 620467 events); with an opportunity connection of 640 loops of signaling and 512 exits; Whether 4 ports for connection of readers of 32 panels of signaling; 4 panels of display of a system status.