Hi all.
Thanks in advance for help with this.
For starters, yes, I have looked through the user manual, both regular and simplified versions, as well as some wikies and many posts here on the forums.
Trying to figure out the proper LCNs for a DMR tIII system over here.
I"ve put the frequencies into a new/empty system, ran the LCN finder function on the radio and got the following:
422.4625 37
422.5625 45
422.6625 67
423.0375 83
422.3625 297
422.2625 1168
423.5250 1827
Those last couple (compared to the others) are way out there as far as the LCN.
I do get audio, but doesn't look like it will follow/track the system.
After reading farther, seemed like I need to alter the LCNs the 536 gave me, by subtracting 1 from the even and 2 from the odd numbered ones, then dividing each by 2, coming up with: 422.4625 (37-1/2 = 18_ as an example for the first one.
Doing that with all freques ends up with no audio at all once I program and set it to scan.
For what it's worth, this is in Sudbury, Ontario, Canada, and the system for Vale nickel mining/smelting operations (formerly Inco).
Thanks in advance for help with this.
For starters, yes, I have looked through the user manual, both regular and simplified versions, as well as some wikies and many posts here on the forums.
Trying to figure out the proper LCNs for a DMR tIII system over here.
I"ve put the frequencies into a new/empty system, ran the LCN finder function on the radio and got the following:
422.4625 37
422.5625 45
422.6625 67
423.0375 83
422.3625 297
422.2625 1168
423.5250 1827
Those last couple (compared to the others) are way out there as far as the LCN.
I do get audio, but doesn't look like it will follow/track the system.
After reading farther, seemed like I need to alter the LCNs the 536 gave me, by subtracting 1 from the even and 2 from the odd numbered ones, then dividing each by 2, coming up with: 422.4625 (37-1/2 = 18_ as an example for the first one.
Doing that with all freques ends up with no audio at all once I program and set it to scan.
For what it's worth, this is in Sudbury, Ontario, Canada, and the system for Vale nickel mining/smelting operations (formerly Inco).