Whether it is one addressable and one conventional panel, or two panels of any sort
, there is one issue that has to be dealt with before anything else is taken care of. The issue is that someone untrained is going to reset the system when there is a false alarm
. This is a given, and this is the problem that has to be addressed when using two panels to cover the same building.
After a false alarm, custodians
in the building are the ones resetting the system. Yes, when the fire alarm system is installed, the people on site will be trained; no, several years after the initial installation, the replacement people on site will not be trained.
Bottom Line - Later training doesn't usually happen, so operating the system has to be intuitive.
Problem with Two Panels
When a fire is detected, any fire alarm system for a building has to latch
into alarm and stay in alarm until it is manually reset. That way the cause of the alarm can be investigated while the system is in alarm.
When there are two stand-alone fire alarm systems, each covering parts of the same building, the two panels are really one fire alarm system
. Basically, if there is a fire anywhere in the building the single fire alarm system (made up of the two panels) has to go into alarm.
What we have, if the two panels are stand-alone panels, is a "feedback loop." If panel 1 is in alarm, it sets off the alarms in panel 2, which sends an alarm to panel 1. Resetting the panels has to be timed so both panels will go out of alarm at the same time. Especially if the people operating the system haven't had proper training, that reset procedure is difficult to understand. In the middle of the night, if it's firefighters trying to reset the panel, they will have to call you.
Master Panel and Slave Panel
A method of making the reset intuitive is to make one panel the master panel and the other panel the slave panel.
The master panel is the panel that is monitored
and is the panel that runs all the horns and strobes in the entire building. The other panel is only a slave panel. The slave panel sends alarms, supervisories, and troubles to the master panel's 3 conventional inputs or 3 addressable input modules. The slave panel, however, does not sound any fire horns anywhere.
An extra panel (horn and strobe power supply, BPS, SPX, or other designation
) to operate the horns and strobes may have to be added to the output of the master panel. The extra panel for the horns and strobes is an added expense, but without the added panel, resetting the system becomes difficult if not impossible.
What I Would Do
Because the conventional panel is being reduced as each floor of the school is remodeled, the addressable panel should be designated as the master panel. That is also the panel that will be monitored by the outside monitoring company.
When there is an alarm on the conventional panel (slave), the alarm will be passed on to the addressable panel (master) which will then sounds the horns in the entire building. The addressable panel (master) will also call the monitoring company.
Resetting with a Master and Slave Panel
If an alarm comes in on the slave panel and the master panel is reset without resetting the slave panel, the master panel will stay in alarm and be programmed to say that the slave panel needs to be reset.
At this point, without much training
, the person trying to reset the fire alarm system will reset the slave panel and try resetting the master panel again.
Then the system will reset properly.
Of course, if the alarm is on the master panel only, resetting the master panel will be reset all alarms properly.
I know that this is not really the answer you're looking for, but I'd have to be on site and see the current system and the new system to get an idea as to what is exactly needed between the two systems.
Install the Two Panels Next to Each Other
By the way, to reduce confusion in whoever gets to silence and reset the system, make sure the two panels - the conventional panel and the addressable panel - are within easy reach of each other.