EDWARDS SYSTEMS TECHNOLOGY IRC-3, Programming Manual

Page: 129 / 284

Programming Manual 3.17
activations (SWU-8, SHO-4 or SIN-16) will function the same
as before the panels went into the regenerative mode.
Action # 9062
Multi-resident panel addresses 09
Activate Action 2002 (20 denotes SAN in Bldg. #2 that must
communicate with panel # 09 in regenerative mode. SAN-
COM Priority 02 indicates CM2N panels in Bldg. #2 will react
to only the RESET switch activation of the SAN-COM.)
Action # 9063
This Action is not defined in this example. In a regenerative
operation, the CM2N (panel address 13) in the 3rd entry
positions of Action 9006 has no requirement to maintain RS-
485 communications with a serial annunciator panel.
Action # 9064
Multi-resident panel addresses 17
Activate Action 2100 (21 denotes SAN in Bldg. #4 that must
communicate with panel # 17 in regenerative mode. SAN-
COM Priority 00; no SAN-COM in serial annunciator in Bldg.
#4.)
Action # 9065
Multi-resident panel addresses 31
Activate Action 2400 (SAN panel address 24; 00 = no SAN-
COM switches responses req'd) Activate Action 2501 (SAN
panel address 25; 01 = All SAN-COM switches responses
required)
Action # 9066
Multi-resident panel addresses 35
Activate Action 2400 (SAN panel address 24; 00 = no SAN-
COM switches responses req'd) Activate Action 2501 (SAN
panel address 25; 01 = All SAN-COM switches responses
required)
Action # 9067
Multi-resident panel addresses 39
Activate Action 2400 (SAN panel address 24; 00 = no SAN-
COM switches responses req'd) Activate Action 2501 (SAN
panel address 25; 01 = All SAN-COM switches responses
req'd)
By default, all remote switch zone responses are Priority Response
zones; that is, their zone definitions are downloaded into the EEPROM
memory of the CM1N/RMDP-1N. In order for the CM2N panels to
recognize serial annunciator switch activations, the input zone
responses must be loaded into the EEPROM memory of the CM2N. To
accomplish this, perform the following:
firealarmresources.com