Siemens SIGMASYS C - Differences Vis-À-Vis AMI (SM88) or GMG (BMS); Pulse-Polling Technology in SIGMASYS PMG-S

12 Monitored lines
– 2-MG dependency
– ALORG (alarm organization)
– ALZ, parameterisable
• Alarm zone formation
– cross-module formation possible
– mixing with MPC and PMG detector zones possibl
• Operating inputs, parameterisable
• MPL terminals, 3.3 K or 4.7 K, parameterisable in the SIGMAPLAN
• Maximal line resistance 200Ω.
A termination resistor 3k3 is needed when connecting the Sinteso detector
FDOOT241-9
12.1.1 Differences vis-à-vis AMI (SM88) or GMG (BMS)
• Vis-à-vis AMI (SM88)
– no functional differences
• Vis-à-vis 8 GMG (BMS)
– instead of 8 permanently assigned C outputs, 8 freely parameterisable outputs (out-
puts are alsopossible for 2-detector zone dependency)
– no functional inspection by the evaluation electronics (line test).
12.2 Pulse-polling technology in SIGMASYS PMG-S
(as of version 2.6)
Pulse-polling detectors can be connected directly to the control and indicating panel with the
PMG-Smodule in the SIGMASYS M control and indicating panel.
• 8 MPLs
– each with up to 30 elements
– mixing detector and control elements within an MPL possible
• 1 FSA output (not for systems with DIBt approval [German Institute for Structural Engi-
neering])
– floating relay contact (for connection of an FSA control module)
– activated in the event of a module fault (if the watchdog expires or if the power fails
and if an alarmin an FSA detector zone is tripped, in the event of a fault or disable-
ment of the FSA detector zone,if there is communication interference at the SOC)
– rating 0.5 A
• Emergency redundancy lines for alarm and fault (via boards)
• 8 DA outputs
– signal form static, also inverse +UB I
max
= 100 mA, I
total
= 500 mA
– freely programmable, activatable system-wide from the SOC
Multifunctional Danger Control and Indicating Panels SIGMASYS C and M (M-Modules) 79 / 128
Best.Nr. A24205-A337-B970 – Edition 12 (03/07)