Okay, Radiotrack 1 ... you want to monitor two trunked systems. The Viper system is a Motorola type 2 system, and the Fayetteville SMR is an EDACS system.
They need to be in separate banks.
For the Viper system, you need to set the BANK to Motorola type 2, and well as set the individual frequencies to Motorola type 2. The frequencies can be in any order, and memory channel within the same bank.
Set the bank to "open," then scan. "Open" allows you to hear any active talkgroups ... in "closed" mode, you would only hear talkgroups entered in the talkgroup list.
The Pro 2067 was not generally considered a good 800 MHz receiver. Once you get the Viper site frequencies programmed, manually step through the frequencies and listen for a control channel. You must be able to hear the control channel to monitor the system site. If you are using the telescoping antenna, try changing the length to improve the signal level.
For guidance in the 2067 scanner operation and programming, you can download a free manual, in Adobe Acrobat format, at:
http://support.radioshack.com/support_electronics/58160.htm
If you don't have Adobe reader software, that is also available online for free for personal use.
A program called Win92 is available online as shareware. It makes programming the 2067 (and the Pro 92, which is the handheld version) much easier, although you need the proper programming cable.
With regards to the "Fayetteville SMR," the information in the RadioReference database is over a year old. A thread on the NC Forum from 11/01/2005 indicated that the RR db info was no longer correct. Looking at some of the frequencies mentioned in the RR db, vs the FCC database, it appears the SMR might have been taken over by Nextel.
If the system was still active, you would have to decide which sites you wanted to monitor, and enter each site as a separate system ... meaning each site would have to be in a separate scanner bank. Because it is / was an EDACS system, the frequencies would have to be programmed into the scanner by their Logical Channel Number (LCN), so you would need to know each frequencies' LCN.
Once you know each LCN, you would have to program the frequency in the appropriate memory position in a bank, so the LCN 1 frequency is programmed in the x01 position of a bank, LCN 5 is in position x05, etc.
The LCNs for a site can be figured out through trial and error, but it can be cumbersome when a site has 15-20 frequencies.
I hope that gets you started.
Jeff Multer
Fort Mill, S.C.