First look at the new Honeywell Fire power supply. The new HPF-PS series has both a 6 and a 10 amp version. In this video we take a look at the 10 amp panel and how to set it up for a typical fire alarm application.
Your channel is having very useful contains. It would be good if you can also cover HPFF12 power supply as people are facing issue to understand the same.
Do we need to order EOL resistors separately or they are coming with power supply? And if yes, then of what value and how many? Can you please help with this? Thanks in advance.
You don't have to power cycle in order for dip switch setting changes to be applied, simply flip global dip 9 to ON & 10 to OFF, now make your changes then put 9 & 10 both to either ON or OFF (both on or off is normal).
I am having one doubt, Honeywell manual is saying that for PSE-10, TB8 - TB11 having 1.5A regulated output and TB12-TB14 having only 0.3A regulated output. But it seems to be very less if you calculate. Per this rating, it will having only 6.9A total output. I am assuming that it should 1.3A instead of 0.3A. Can you please help me to get correct rating? Thanks in advance.
What is the difference between this one in the video and fire lite fl-ps10? They look very similar, i was wondering if i can use this video to help me with my firelite booster
We use the Honeywell and Fire-Lite boosters interchangeably depending on what we can get our hands on these days. Short of the logo on the door and the key lock, I don't think there is a difference.
This is a video I need to update. When I did this one, I just read it out of the manual. It was a new product we had not installed yet. We have since learned that the method I discussed in the video about triggering it with the control module and having a separate input act as a sync signal does not work as described here. What we do now is this, we run a sync circuit starting at our FACP going to every power supply with an end-of-line resistor at the end as usual, and each power supply gets a monitor module to watch for troubles. The sync circuit acts as our trigger while simultaneously syncing all the panels. in an existing building, I would suggest coming from the nearest strobe with a loop of wires (so that you can maintain proper supervision) and using that as your sync/trigger, and supervising the troubles with a monitor module.
