Brooks SmartLINK EIB3000 Series, Instruction Manual, Page: 17 / 44

17
Hardwired
Carbon Monoxide
Alarm
EIB3018
The hardwired interconnected sections of a hybrid system should be
separated into CO only Alarms and Multi, Smoke and Heat Alarms, to ensure
that the alarm type is indicated correctly to the RF network during activation
Hardwired
Carbon Monoxide
Alarm
EIB3018
Hardwired
Carbon Monoxide
Alarm
Fire / CO
Alarm Interface
Figure 6
EIB3018
EIB413
Hardwired
Multi-Sensor
Alarm
Hardwired
Photoelectric
Smoke Alarm
EIB3024 EIB3016
Hardwired
Heat
Alarm
EIB3014
System
Alarm Controller
EiB450
RF Heat &
Carbon Monoxide
Alarm
EIB3028
The RF network of the hybrid system can consist of a mixture of
Multi, Smoke, Heat and/or CO Alarm types
Fire / CO
Alarm Interface
EIB413
System
Alarm Controller
EIB450
RF
Multi-Sensor
Alarm
EIB3024
RF
Carbon Monoxide
Alarm
EIB3016
RF
Photoelectric
Smoke Alarm
Hardwired
Carbon Monoxide
Alarm
If an EIB3028 Heat and CO Alarm is required on a hardwired section, it should
be fitted to a Multi, Smoke and Heat only section, one per section and that
EIB3028 should also be the section‘s link to the RF network of the hybrid system
Fire / CO
Alarm Interface
EIB413
RF
Heat
Alarm
EIB3014
EIB3016
Hardwired
Photoelectric
Smoke Alarm
EIB3018
RF
Heat
Alarm
EIB3014
RF Heat &
Carbon Monoxide
Alarm
EIB3028
EIB3018
Figure 7