SLSRC Repeaters, Nets & AREDN Info

SLSRC Repeater Cheat Sheets

Repeater Info Jan 2018 – This link is for a quick reference guide on how to use the SLSRC repeaters.

2 Meters FM

  • 146.850 (-) WØSRC (141.3 in/out) – Olivette, MO
    • See non-RF modes below for Echolink & AllStar access associated with this repeater.
  • 146.910 (-) WØSRC (141.3 in) – Des Peres, MO
  • 146.940 (-) WØSRC (141.3 in/out) – Clayton, MO
  • 146.970 (-) WØSRC (141.3 in/out) – Saint Louis, MO

2 Meters C4FM Digital Fusion (AMS mode) * See Below

  • 146.940 (-) DG-ID 00 WØSRC – Clayton, MO
  • 146.970 (-) DG-ID 00 WØSRC – St. Louis, MO

1.25 Meters FM

  • 224.520 (-) WØSRC (141.3 in) – Olivette, MO

70 cm FM

  • 442.100 (+) WØSRC (141.3 in) – Clayton, MO

70cm C4FM Digital System Fusion 

  • 443.075 (+) DG-ID 00 WØSRC – Olivette, MO
    • WiresX capability (see below)

APRS Digipeater & iGate (APRS-IS)

  • 144.390 WØSRC-1 Saint Louis, MO located at MoBAP hospital at the corner of I-64 (Hwy 40) and I-270.

Internet RF Modes

Wires-X System Fusion: The STL-Metro Room (#43072) is connected to the 443.075 repeater full time and is a 100% digital room.  Room time out is 30 mins.  Users may change rooms by the Wires-X button on their digital Yaesu radio, but the repeater will return to STL-Metro after 30 mins.  There are many repeaters connected to the STL-Metro room, notably the 443.775 repeater in downtown St. Louis and the 147.105 repeater in Imperial (Jefferson County).  There are often rag chews on Thursday and Friday nights starting at 7pm.


IRLP: As of Oct 2019 the WØSRC IRLP node is currently off the air.  The SLSRC engineering committee is re-evaluating IRLP on the repeater.  We don’t expect it to return before summer 2021.  Node 7106 connected to the 146.850 repeater.  Key using DTMF tones and dial the remote IRLP node number.  73 to disconnect.  Example dial 9900 to connect to IRLP node 9900.

Click Here for the WØSRC IRLP Status Page.

Click here for the IRLP Node List 


Echolink: WØSRC-R Node 396891 is connected to the 146.850 repeater.

To connect to an Echolink node with 6 digits, for example 123456, issue the following command.  *440105*33123456.  To connect to an Echolink node with less than 6 digits, like 1234, pad the node after the double 3’s with zeros to make six digits like the following example.  *440105*33001234.

To disconnect issue the following command *440105*13123456 to disconnect from 123456.  Also pad your command string with zeros for Echolink stations with less than 6 digits for the disconnect.


AllStar : WØSRC maintains two public AllStar nodes, nodes 494850 and 40105.  The Allstar status page can be found here : https://web-tpa.allstarlink.org/nodelist/

WØSRC node 40105 is connected to the 146.850 repeater full time.

Click here for the WØSRC AllStar 40105 Supermon Page

To connect to another AllStar node issue the command *440105*3<node number>

To disconnect from an AllStar node issue the command *440105*1<node number>

WØSRC node 494850 and 494851 are “hub” nodes, not connected to any SLSRC repeater system and can be thought as a “talk group”.  Any node connected to the 494850 and 494851 can hear any other nodes connected.  The Engineering Committee has the ability to connect the 494850 and 494851 to the 146.850 repeater on an ad-hoc basis.  We are upgrading our AllStar nodes in 2021 to be able to link in/out dynamically within any repeater in the SLSRC system.  Check back for more info.

Click here for the WØSRC AllStar 494850 Supermon Page


Scheduled Nets

SLSRC Net – Every Tuesday night at 7:30pm on the 146.850 repeater

STL Metro ARES Net – Every Wednesday night at 7:30pm on the 146.850 repeater

HARN Net – 2nd Friday of every month at 8:10am on the 146.850 repeater

SLSRC Tech Net – Every 4th Thursday at 7:30pm on the 146.850 repeater

There are rag chews every Thursday and Friday nights at 7:00pm on the WiresX STL-Metro room.  These are not SLSRC sponsored.

SLSRC Net Recordings

Click here to listen to the SLSRC and ARES net archives. – Off the web as of Oct 13th 2019 as we are working on the recording system.  They will soon return, no ETA as of yet.

SLSRC Repeater Locations

SLSRC Repeater Coverage Maps

Click here for repeater coverage maps of the 146.850, 146.910 and 146.970 repeaters.

146.850 Repeater Streaming Audio

146.850 Internet Streaming on Broadcastify.com.

* AMS (Automatic Mode Select) System Fusion

System Fusion is Yaesu’s digital operating mode.  It only works with Yaesu’s newer mobile and HT radios.  The SLSRC C4FM System Fusion repeaters operate in AMS (Automatic Mode Select).  AMS mode works in Digital Narrow (DN), Wide Voice (WV), Frequency Modulation (FM) and Data.  If you transmit in FM, you will receive in FM.  If you transmit in digital C4FM (DN, WV, Data) you will receive in digital.  If a FM user joins a digital conversation, all the Yaesu radios will automatically switch to FM to continue that conversation.  In FM mode, you must use a CTCSS tone of 141.3 Hz to access the repeater.  If you are operating in FM mode, please check to see if a digital conversation is in progress (BUSY light + S meter bars will be present) before you key up.  If you have a FM only radio, use the CTCSS tone to squelch out the C4FM digital hash.  If you have a “Busy Channel Lock Out” feature on your radio, you might want to turn it on for this frequency.  There is no courtesy tone on the SLSRC System Fusion repeaters & there is a very short squelch tail.  Timeout is 3min.

In Aug 2018 Yaesu put together an “Overview of System Fusion 2” YouTube video that is very informative on C4FM.  I encourage you to watch this video to get up to speed on the System Fusion environment.

https://youtu.be/FiQcmAb_e70

In Sept 2018 Yaesu put together an “Overview of DG-ID and DP-ID” YouTube video.  Go check it out to learn more about this ID standard.

https://youtu.be/9ecrwPeyWes

All SLSRC Repeater information is up to date on this website  as of December 27, 2020.
All SLSRC repeater information is up to date on http://www.repeaterbook.com as of December 2020.

AREDN Info

Click here for the STL Metro AREDN information on how to setup your first AREDN node.