drunkphoneman
Technical User
I have a Merlin 410 with a recently installed, (Refurb) paging card. I have the system connected thus:
XM radio connected to the M1 M2 ports, (100 ft. run from source on doubled 24 AWG.)
T and R connected to the AUX in port via RCA cable to a 100 watt amp, (Again 100 ft. on doubled 24 AWG.)
I get music on hold, overhed music and paging, but I have to crank the amp to nearly 100 % to hear it clearly.
Of course, this is going to burn-out my amp, but I'm not sure where the signal is failing.
A few other notes:
With XM connected directly to the amp I can run at 40 % and have good sound quality
I have an 8 pair speaker selector connected to the amp via spk 1 and spk 2 connectors running to 16 8 ohm speakers.
all speakers are 8 ohm house speakers, (No volume control, though ceiling mounted.)
The speaker selector gets -extremely- hot running at 90+ %.
My butt set picks up the feed from the system, (While standing at the amp) though 2/3 regular volume versus off of the XM directly.
I have heard rumors of a resistor or transistor that can cure this, but nobody is sure of the size.
Any help is greatly appreciated!
XM radio connected to the M1 M2 ports, (100 ft. run from source on doubled 24 AWG.)
T and R connected to the AUX in port via RCA cable to a 100 watt amp, (Again 100 ft. on doubled 24 AWG.)
I get music on hold, overhed music and paging, but I have to crank the amp to nearly 100 % to hear it clearly.
Of course, this is going to burn-out my amp, but I'm not sure where the signal is failing.
A few other notes:
With XM connected directly to the amp I can run at 40 % and have good sound quality
I have an 8 pair speaker selector connected to the amp via spk 1 and spk 2 connectors running to 16 8 ohm speakers.
all speakers are 8 ohm house speakers, (No volume control, though ceiling mounted.)
The speaker selector gets -extremely- hot running at 90+ %.
My butt set picks up the feed from the system, (While standing at the amp) though 2/3 regular volume versus off of the XM directly.
I have heard rumors of a resistor or transistor that can cure this, but nobody is sure of the size.
Any help is greatly appreciated!