Product data
[Project Number] [Project Name]
[Date] [Project Location]
28 10 00 32
Electronic Access Control/Intrusion Detection
c. Memory Expansion: An additional memory board (20Mb) shall be available, allowing the Turbo
Superterm expansion to (1,000,000) cards.
3. Enclosure: The Access Control Panel enclosure shall have a hinged cover with key lock. A control panel
input point will monitor an enclosure tamper switch.
4. Software Features:
a. Facility codes: The Access Control Panel shall recognize up to ten different Facility Codes. These
facility codes will be able to be defined and then assigned on a per cardholder basis or 100,000
system facility codes per panel with Facility Code/Badge Concatenation shall be selectable.
b. Card Formats: The Access Control Panel shall be capable of storing up to 10 custom card formats.
The Access Control Panel will be able to read the format of most Magnetic Stripe, Bar Code,
Proximity or Wiegand Effect encoded cards and will allow an operator to specify parity, start
sentinels, stop sentinels, field separators, facility code bits, issue level bits, and card number bits.
c. Global Linking: The Access Control Panel will be able to store up to 64 unique linking programs. A
link program will automatically trigger relay output(s) in response to alarm input(s). Inputs may be
simple time schedule definitions or any one of up to five alarm inputs. In response, a maximum of
five relays may be turned on/off, activated/deactivated, or relays may track the alarm input(s), for a
length of time as defined by the user.
d. Card Number Length: The Access Control Panel shall be capable of reading card numbers up to
19 digits.
e. Time Schedules: The Access Control Panel shall have the capacity to store 255 time schedules,
with each time schedule comprising of up to 10 time intervals. (The Access Control Panel thus will
have the capacity to accommodate a total of 2550 time intervals). Each interval of time can consist
of a range of days; seven days of the week, plus a Holiday Type Schedule. The Access Control
Panel shall automatically manage time schedules based upon its internal clock.
f. Holidays: The Access Control Panel shall allow for the definition of 5 sets of 100 Holiday
Schedules, or exceptions to normal scheduling. Holidays will be able to be defined according to
day of year and time of day. All holidays will be automatically incorporated into Time Schedule
definitions.
g. Holiday Types: The Access Control Panel shall allow for up to 5 Holiday types. Each Holiday type
will consist of different Holiday schedules.
h. Access Modes: Each card reader/keypad shall have the ability to operate independently in up to
five different modes: Card only, Common Code only, Card plus PIN, Free Access & Card or Card #
through keypad. These modes of operation will be able to be programmed from the ACS host
computer and can automatically change according to time schedule assignment.
i. Anti-pass back: The Access Control Panel shall support anti-pass back operation in which, the
cardholders are required to follow a proper in/out sequence.
5. Controllers:
a. Continental Access manufactures different kinds of Access Control Panels in 2, 4 and 8 door
configurations.
6. General Features:
a. PC Board: The aforementioned Access Control Panels shall be microprocessor controlled solid-
state electronic devices and shall include a real time clock/calendar on board. They shall be
compliant with UL294 or equal. A subset of the ACS database sufficient to support access and
alarm functions for their designated readers and points will be able to be stored at the Access
Control Panel. In the event of communication loss, the Access Control Panels will continue to
function without any degradation in operation, and will provide storage for a minimum of 20,000
cardholders and at least 1000 transactions.
b. Modem Communication: The aforementioned Access Control Panels shall be capable of operating
over standard telephone lines using external modems. They shall automatically initiate a dial and
upload stored transactions if the storage buffer is 80% full or if a user-defined alarm condition
occurs. The CPU also shall have the ability to request information automatically from the remote
Access Control Panels based on a user- defined time schedule.
c. Network Communication: The aforementioned Access Control Panels shall support the use of
network communication devices to provide communication over LAN and WAN systems.
d. Direct Communication: The Access Control Panels shall communicate via an RS-232 or RS-422
link directly to the ACS CPU. No additional interface equipment will be required. The Access