4 Project planning for control and indicating panels
4.1 Control and indicating panel selection
The control and indicating panel size is determined by the number and location of the detec-
tors.
To avoid exceeding maximum line lengths in a loop or spur, we recommend installing a num-
ber of smaller SIGMANET-capable control and indicating panels in large-scale systems
(SIGMASYS C).
Overview of control and indicating panel selection
SIGMASYS C SIGMASYS M
Max. number of spurs 8 48 (6 x 8)
Max. number of GMG/PMG, MPL 48 (6 x 8 MPL per module)
Max. number of loops 4 24
Detectors/loop SIGMASYS/FDnet 128 / 126 128 / 126
Detector zones 512
1)
512 (1024)
Objects/areas 8 / 89 8 / 89
Max. number of detectors 512
1)
1700
SIGMANET X X
Possible detectors/peripheral elements
SIGMACON MS 6/7/9 TR TR/GMG-S
SIGMASYS-detectors
(BASE/PLUS/EXPERT/SPACE)
X X
Sinteso
TM
X
2)
X
MS8 detector on PMG-S module X X
Radio sensor via gateway X X
Zone operating panel 8
8 per MPC max. 32 per control and
indicating panel
Transponder/contact coupler X X
Indicator panel control facility X X
Table 2: Overview of control and indicating panel selection
X = can be installed TR = via transponder
1)
observe maximum number of datapoints
2)
SIGMASYS Sinteso
TM
alarm and indicating panel
S24230-C600-A10
4.1.1 Alarm numbers
The following number ranges can be created to facilitate system operation and organization.
Data input guideline for:
Object: max. 9 characters, digits and spaces
Area: max. 9 characters, digits and spaces
Organisational detector zone number: max. 9 characters, digits and spaces
The organisational detector zone numbers are displayed in the case of alarms.
The appropriate OBJ, AZ and ORG numbers must be unique throughout the entire
SIGMANET system.
The decision of numbers by using leading ‘0’ is not allowed.
Operating inputs may be configured only with 4 characters.
10 / 128 BMT Project Planning Guidelines
Best.Nr. A24205-A337-B970 – Edition 12 (03/07)
To Next Page
Loading...
