Product data

[Project Number] [Project Name]
[Date] [Project Location]
28 10 00 10
Electronic Access Control/Intrusion Detection
2.4 SYSTEM SPECIFICATIONS
A. High resolution graphics:
1. The system shall support unlimited high resolution graphics with Disk-Limited and user-programmable color
dynamic graphic map display capable of showing floor plan, location of alarm device, and alarm
instructions.
2. The mapping software shall be able to run independent of the ACS software.
3. The independent dynamic mapping software must utilize the same database as the ACS software.
4. Floor plans shall be created in .JPG, .BMP, .emf, .wmf or .ico formats, and can be imported from other
systems.
5. All of the graphic maps will be displayed on the CPU monitor. Systems requiring separate display monitors
or PC’s to display the floor plans will not be acceptable. The operators must be able to perform the falling
functions without use of the ACS software:
6. Add and delete devices on the dynamic maps
7. Make custom icons as devices and add to the dynamic maps
8. Open up live video on the dynamic maps by right clicking and choosing live video
9. Unlock and lock doors from the dynamic maps
10. Turn on/off devices from the dynamic maps
11. Respond to alarms from the dynamic maps
12. Add and delete dynamic maps according to permissions by operator log on
13. Utilize a Log On that is identical as the Log On given by the system administrator for the ACS with all
permissions that were assigned and all restriction that were assigned.
14. All events/action shall become part of the ACS transactional history database
B. Information Storage: All programmed information as well as transactional history will be automatically stored
onto a local or remote hard disk for later retrieval. The system will warn the operator when the database size
approaches maximum capacity. The system shall be capable of using multiple ACS site databases as needed
by the system users.
C. Information Archive/ Retrieval: The CPU shall be capable of transferring all programmed data and
transactional history to any removable media or logical disk drive. All programmed data can be restored from
disk/CD, Tape Drive etc, in case of system hardware failure. As an option, the system shall be able to offer
additional support by means of a redundant mirrored system backup retrieval, for virtually instantaneous
switchover in an emergency. There shall be no distance limitation for the secondary server to the primary
server.
D. Communication: The system shall be capable of supporting the following communication types:
1. Serial Port type (RS232/RS422) connections
2. LAN/WAN (10/100/1000) Hard-wired & Wireless connections
3. Fiber Optics
4. TCP/IP IPV IV and IPV VI protocols
Note: A Host Server shall be able to employ any combination of the above communication types.
E. COM Port/Serial type (RS232/RS422) Connections:
1. The PC shall have a minimum of two serial ports.
2. The system (consisting of a Host and 7 Remote COM Servers) shall be able to support up to 2048 Com
ports, each Com Server supporting 256 Ports. In case all of the 256 ports are to be used for serial
communication, you need to employ Com Port expansion cards. Each expansion card will be able to
provide expansion in increments of 32 Com Ports.
3. Each com port will be able to support hard wired direct connect or modem connections. An additional 256
ports per Host or Com Server can be used for modem specific ports, for up to 512 total ports.
4. Each COM port must be able to have password protection as an option.
5. The system operator will be able to enter a password for each COM port.