Specifications

5. The DACS shall have the capability to expand up to 75 separately identifiable points,
of which 8 are on-board and 67 are off-board addressable points connected to
multiplexed backbone trunks via wired modules and/or wireless receivers.
a. The 8 on-board points shall be able to accom m odate powered class B
functionality using a powered loop interface m odule.
b. Point Expansion Modules (W ired and W ireless) shall be able to be located
rem ote to the main panel to a m axim um distance of 1000 feet.
6. Capability to expand up to 40 separately identifiable points, of which 8 are on-board
and 32 are off-board addressable points connected to m ultiplexed backbone trunks
via wired modules and/or wireless receivers.
a. The 8 on-board points shall be able to accom m odate powered class B
functionality using a powered loop interface m odule.
b. Point Expansion Modules (W ired and W ireless) shall be able to be located
rem ote to the main panel to a m axim um distance of 1000 feet.
7. Capability to expand up to 40 separately-identifiable points of which 8 are on-board
points and 32 are off-board addressable points connected to point expansion
modules and/or wireless receivers.
8. Capability to expand up to 24 separately-identifiable points of which 8 are on-board
points and 16 are off-board addressable points connected to point expansion
modules and/or wireless receivers
C. Areas/Accounts:
1. The DACS shall support 32 independent areas. Each of the 32 areas shall have
custom text associated with the arm ed state, disarmed state and point-off-norm al
state.
2. The DACS shall support 8 independent areas. Each of the 8 areas shall have custom
text associated with the arm ed state, disarm ed state and point-off-norm al state.
3. The DACS shall support 4 independent areas. Each of the 4 areas shall have custom
text associated with the arm ed state, disarm ed state and point-off-norm al state.
4. The DACS shall support 4 independent areas. Each of the 4 areas shall have custom
text associated with the arm ed state, disarm ed state and point-off-norm al state.
5. The DACS shall support 2 independent areas. Each of the 2 areas shall have custom
text associated with the arm ed state, disarm ed state and point-off-norm al state.
6. The DACS shall be capable of assigning 1 to 32 account identifiers to the areas
depending on the distribution of areas per account.
7. The DACS shall be capable of assigning 1 to 8 account identifiers to the areas
depending on the distribution of areas per account.
8. The DACS shall be capable of assigning 1 to 4 account identifiers to the areas
depending on the distribution of areas per account.
9. The DACS shall be capable of assigning 1 to 4 account identifiers to the areas
depending on the distribution of areas per account.
10. The DACS shall be capable of assigning 1 to 2 account identifiers to the areas
depending on the distribution of areas per account.
11. All of the areas must be capable of Master (All) and/or Perim eter (Part) arming
(excluding predefined Interior protection).
12. The DACS shall be capable of logically grouping 1 or m ore points into an area, or
conversely, dividing 2 or m ore points into two or more areas.
13. Any area shall be configurable to allow arm ing by specific users when a
programm able num ber of devices are faulted or bypassed.
14. Areas shall be independently controlled by their corresponding ACC.
15. Area(s) shall accom modate assignment of independent account numbers to define
annunciation, control, and reporting functions.
16. The DACS shall be capable of linking multiple areas to a shared area which may be
autom atically controlled (hallway or lobby).
17. The DACS shall accom m odate conditional area arm ing dependent on the state of
other areas (m aster or associate). Any area can be configured for perimeter and
interior arm ing, not requiring a separate area for this function.
D. Output Relay Expansion: The DACS shall provide the capability for output relay expansion
using relay expansion m odules. Independent control of relay functions by area shall be
possible through program ming assignm ents.
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