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Technical Information on
Controllers and Equipment
Compiled by Mike Morris WA6ILQ
Web page maintained by Robert Meister WA1MIK
I know nothing about this equipment so please don't ask!
Company Contact Information:
24035 NE Butteville Road
Aurora, Oregon 97002 USA
Phone: 503-678-6182 Mon-Fri 8a-5p Pacific Time
email: Website: Click here or on the logo above to go to the Arcom Communications website
If you are at all serious about your RC210 controller then subscribing to this mailing list
is a must:
The Arcom RC210 is a true 3‑port repeater controller that is available as a kit or already assembled. Each port has its own timeout and hang (carrier delay) timers, courtesy tone, ID's and dedicated DTMF decoder. Each port can be intertied to any other port. Each port can be configured as a repeater, a remote base, or a half or full duplex link port. Options include the RAD Audio Delay Board (eliminates squelch crashes and DTMF blips) and the AP1 Intelligent Autopatch Board (which doesn't tie up a radio port).
Likewise for the RC810 controller:
The Arcom RC-810 is a true 8-port repeater controller that was introduced at Dayton 2006.
Modifications and Articles
|Audio Level Modification By Arcom
Communications. 1.3 MB PDF
Eliminate clicks and pops when ports are linked and unlinked. This is needed only on older boards.
|The Proper Method of Setting the Audio Levels on the RC-210 By Arcom Communications|
|A 1750 tone-burst decoder for the RC-210 By Jon Richardson G7PFT. 50 kB PDF|
|Audio Delay Board Replacement in an ACC controller
By Darrin Stanley KB6WAS
How to replace the old "bucket brigade" ACC audio delay with the Arcom digital audio delay board.
|Audio Delay Board Update By Arcom Communications
A cure for the "swooshing" sound that the old boards create on first keyup.
|More than 3 ports? By Ken Arck AH6LE
of Arcom Communications. 18 kB PDF
How to connect an IRLP node (or other half-duplex source) to the RC210 without using a port. While the Auxiliary Audio Inputs were originally designed to allow connection of a WWV receiver or weather receiver, this article shows how you can use them, along with Alarm Inputs, to simulate up to 3 additional ports.
The only limitation on these "new" ports is that the audio source has to provide its own squelch or audio muting (because the aux audio ports are on all the time, they are not switched on and off). The most common use of these additional ports are IRLP or EchoLink node or a weather receiver or a half-duplex link or remote base radio.
Some weather receivers require you to push a reset button to mute the audio, others mute on receipt of the End-Of-Message code in the broadcast. Personally, I've seen some broadcasts contain the EOM, and others from the same NOAA weather transmitter do not have it. I'd wire an RC-210 digital output drive the coil of a reed relay, and connect the contacts of that relay across the reset button of the weather receiver "just in case".
Note that the COS and CTCSS inputs of the three "real" ports of the RC-210 can handle up to 15vDC, but the logic (alarm) inputs that are used on the "new" ports MUST NEVER exceed 5vDC. The same is true of the A/D inputs.
|RC-210 Programming Helper Worksheets By
M. Scott Zimmerman N3XCC
A collection of worksheets to help plan and document your RC-210 programming.
|Making an RC-210 parallel cable for use with the Bascom program By Kevin Custer W3KKC|
|A factory writeup on connecting a Kenwood
TKR-x50 series repeater to one port of an RC-210. From Ken Arck AH6LE of Arcom
Full details on how to interconnect the two.
|Connecting a Reecom R-1630C Weather Radio to the RC-210 repeater controller By Randy Elliott VE3JPU|
|Programming the RC-210 controller for a Reecom R-1630C Weather Radio By Randy Elliott VE3JPU|
|Repeater-builder received an email from Ken:
As we discussed on the phone, here is some info for the RB website:
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This page originally posted on 23-Sep-2004
Arcom logo image used with permission of and in cooperation with Arcom Communications.
Hand-coded HTML © Copyright 2004 and (date of last update) by Mike Morris WA6ILQ.
This web page, this web site, the information presented in and on its pages and in these modifications and conversions is © Copyrighted 1995 and (date of last update) by Kevin Custer W3KKC and multiple originating authors. All Rights Reserved, including that of paper and web publication elsewhere.