Hi,
I do have currently project on wiring few new zones to GD-48, previously had only RF Zones. Panel has 7.something firmware. Story (and documentation) tells, that GD-panels need always serial- and/or parallel resistors depending on zone confirmation and detector capabilities (mask, antitamper, fault). I was bit surprised to find resistance option 0k N/C, which obviously refers to zero Ohms, normally connected. No documentation on this, installer manuals I was able to find don't recognize resistorless option (I think it was called Option 11 on firmware). Tried it with 1k resistors in place, no errors when exiting engineering mode.
Now, the question is, are there any known caveats on using 0k zones? I don't need tamper, mask or anything fancy. Zones are wired using Cat5 and Cat6 cables, detectors have N/C relays. Working 0k would make wiring and retrofitting easier...
I do have currently project on wiring few new zones to GD-48, previously had only RF Zones. Panel has 7.something firmware. Story (and documentation) tells, that GD-panels need always serial- and/or parallel resistors depending on zone confirmation and detector capabilities (mask, antitamper, fault). I was bit surprised to find resistance option 0k N/C, which obviously refers to zero Ohms, normally connected. No documentation on this, installer manuals I was able to find don't recognize resistorless option (I think it was called Option 11 on firmware). Tried it with 1k resistors in place, no errors when exiting engineering mode.
Now, the question is, are there any known caveats on using 0k zones? I don't need tamper, mask or anything fancy. Zones are wired using Cat5 and Cat6 cables, detectors have N/C relays. Working 0k would make wiring and retrofitting easier...