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Mount Carleton repeater now linkable, CTCSS enabled

Submitted by admin on

The solar-powered Mount Carleton Park repeater (VE9MCP 147.120+) is now linked into the IRG system grouped with the North-West Zone.  Any reports of operation are appreciated, as there were issues with audio which now seem to be resolved.

As of Friday, November 24, the solar-powered Mount Carleton repeater  was fully CTCSS enabled - users will need to use a PL tone of 151.4 Hz to transmit via the repeater.  For a full list of updated repeaters, visit the IRG revamp page.

Campobello Island (146.955-) now linked

Submitted by admin on

Update Note:  The repeater has intermittent audio loss out to other repeaters, users on other repeaters may sometimes hear only carrier and no audio from users on VE9GMI. The Campobello Island (VE9GMI 146.955 -) is now linked with the South West Zone.  The repeater had been stand-alone after being moved from Grand Manan Island, following a decommissioning of that site. Also note the revamp page has updated information, it previously listed the offset as a “+”  it should have read “-“ (minus).

North West Zone and West Zone now fully PL enabled

Submitted by admin on

Update: (Sept 26) All repeaters on North-West Zone (VE9SQN, VE9RCV, VE9GFL and VE9STL) are now fully CTCSS enabled (151.4 Hz PL tone on TX and RX)

Update: (Sept 27)  All repeaters on West Zone  (VE9KMT, VE9IRG and VE1PD) are now fully CTCSS enabled (151.4 Hz PL tone on TX and RX)

For more information about the phase-in of CTCSS and other changes to the IRG system, visit the IRG revamp page.

St-Isidore, Seven Mile Ridge repeaters now CTCSS enabled

Submitted by admin on

The VE9SID repeater in St-Isidore / Tracadie area (146.700) and VE9VDR Seven Mile Ridge / Campbellton (147.390) were both upgraded on August 14 to be fully CTCSS enabled on both TX and RX.  You will need to enable CTCSS (PL tone) of 151.4 Hz to operate those repeaters when transmitting.  Setting the CTCSS on the receive of your radio at your end is optional, but can help eliminate stray signals on the same frequency as your local repeater.