The Wires-X system attached to the UHF repeater on EGO quit working (was only generating digital noise and an analog tail squelch) some time before the end of March.  Standard resets of the Windows PC and node did not help.

Brad (VE7WBM) was able to move the Wires-X node from the UHF repeater to the VHF repeater on the 5th of April as the node is at his QTH.

A trip up to EGO was done on the morning of the 10th April, firstly to check the status of the repeater and secondly, to allow Interior Communications to see the site and tower to provide us with a quote for minor  tower repair, cable replacement and putting a better antenna up for the UHF link.

When we entered the shack it was noted the repeaters and associated equipment were running on DC backup.  A quick check showed that the small UPS between the mains and the equipment had a blown/cracked battery - it had swollen so much the front cover was popped off the unit.

The UPS was removed and the systems plugged directly into the mains.  At that point the AC took over.

We turned off the repeaters AC again and the power was cycled on the DC side by removing the plugs from the back of the repeaters.

A phone call to Terry (VE7TRZ) allowed him to do some remote checking through the raspberry pi in the shack.  He noted the door sensor was still showing the door as closed (when in fact it was open), and when we had the door open the fan stayed on (it is set to only work when the door is closed).  The door sensor wire was wiggled around and all came back to proper operation.  The sensor was removed from the door to check for loose or broken wires and there were none.  It may have been one of the wires made contact with the metal door frame and became a dead short, telling the system the door was closed.  The sensor was screwed back to the frame and it stayed working just fine.  Terry has confirmed the last door closing when we left showed up in the log/email he gets.

While on site, other tests were done by Terry remotely as we watched power and measures voltages to the repeaters.  He switched off both AC and DC power to the repeaters and all worked as expected. 

So, it is unknown how the previous remote shutdowns via the pi did not reset the 'stuck' UHF repeater, but we did note that it took nearly a minute for the DC power to reach zero volts.  In future, remote shutdowns will leave the power off longer to see if this was the issue with the power cycles not resetting the repeater.  I have been told the UHF repeater had previously locked up Wires-X due to a bad packet quite some time ago - this may have been the original cause this time as well.

While testing was going on the Interior employee looked at the site/tower and we also removed one of the Samlex chargers to take up to RSS to be installed there when the new battery backup goes in.

Brad has moved the Wires-X node back to the VHF repeater so it is now as it was before.

The mini UPS is at Paul's to see if removing the battery allows it to power up.  It may be scrap, we shall see.

 

Thanks to Brad (VE7WBM), Cary (VA7MXY) and Terry (VE7TRZ - remotely) for assistance.

 73

Paul (VE7KWA)

 

With the successful completion of the spring NORAC Basic Qualification course, it is my honour to welcome our newest hams and soon-to-be NORAC members.

VE7TCS Trevor Sproule - Basic
VA7KXS Christoph Blecker - Honours
VY1GGG Steve Kinoshita - Honours
VE7HLL Andrew Hilland - Honours
VE7ZFS Josiah Palmer - Honours
VE7PXS Peter Sidorczuk - Honours

VE7XCX Trevor Cook - Honours`

VA7GBT Walter Naten - Honours

 

If you see them in person or hear them on the radio, please welcome them to our wonderful hobby!

 

There will be another group of people testing later in April.

I would also like to extend my deepest gratitude for everyone that stepped up to help and teach, administer the exam, take care of the laptop, projector and setup the room, or even just to sit in during the course and help out with discussions.

I appreciate you all!

 

https://www.rac.ca/rac-basic-qualification-amateur-radio-course-spring-2024/

For immediate release:

Radio Amateurs of Canada is once again offering an online Amateur Radio course so that individuals from all across Canada can obtain their Amateur Radio Operator Certificate with Basic Qualification.

 

The course will again be conducted with the assistance of the Annapolis Valley Amateur Radio Club (AVARC) of Nova Scotia.

 

This course prepares students for the Innovation, Science and Economic Development Canada (ISED) Basic Qualification Level Operator Certificate exam to operate on allocated Amateur Radio frequencies.



Schedule and Cost:

Date: The course will be held on Thursdays and Sundays commencing on Sunday, April 15 and ending on Thursday, June 20.

 

Time: Classes will be held on Thursday evenings from 6 pm to 9 pm (1800 – 2100) Eastern Time  and Sunday afternoons 1 pm to 4 pm (1300 – 1600) Eastern Time.

 

Cost: The registration fee for the course is $50 plus GST/HST. The cost of the Basic Study Guide is extra and an order link will be provided upon completion of payment.

 

Instruction:

The course instructor is RAC Atlantic Director Al Penney, VO1NO. Al was first licensed in 1977 and has been active in many areas of Amateur Radio including contesting, DXing, VHF/UHF weak signal, satellites, emergency communications and DXpeditioning. He has served as the President of six different Amateur Radio clubs in both Canada and the United States and currently chairs the International Amateur Radio Union (IARU) Region 2 Band Planning Committee. Al has taught the Basic Qualification Amateur Radio Course since 1994.

 

Requirements:

Course material pertaining to all topics covered in the course syllabus will be provided to all registered students. Students must have a copy of the Canadian Amateur Radio Basic Qualification Study Guide provided by Coax Publications. For more information please visit the RAC Study Guides webpage.

 

It is essential that all students have the necessary equipment and bandwidth capable of taking the course – at least a tablet or PC and a DSL broadband connection – which will be conducted using the Zoom conference platform.

 

You do not need your own account on Zoom to take part in this course, but you may have to download a Zoom applet to participate.

 

Students will receive instructions on how to log on to the online sessions once they have registered for the course. Classes will be recorded, so occasional absences are not a problem.

 

Complete information about the course and a downloadable copy of the course syllabus are available at the link provided below.



Registration:

If you would like to take part in this course please register now by completing the registration form provided on the RAC website at:



https://www.rac.ca/rac-basic-course-registration-form-spring-2024/

 

Other Amateur Radio Courses:

Amateur Radio Basic and Advanced Qualification courses are also now being provided both online and in person by Canadian Amateur Radio Clubs and organizations. Please visit the Amateur Radio Courses webpage for more information at the link provided below.

 

https://www.rac.ca/amateur-radio-courses/

 

Phil McBride, VA3QR
RAC President

"In order to support our continued growth, both in scale and global coverage, we are in the process of doing some cleanup and reorganization in the way the Programs, Locations, DX Entities, and Parks are stored in the database."

What this means to us in VE7-land is that our parks will now be called CA-nnnnn where they used to be called VE-nnnnn.

Our American friends will soon be changing their parks to US-nnnnn where they used to be called K-nnnnn.

Check out: https://docs.pota.app/docs/changes.html for more details.

Austin VE7QH had an idea to do Winter Field Day 2024 from one of his favourite fire lookouts. This lookout sits at the summit of Greenstone Mountain in the Thompson-Nicola region of British Columbia (grid square CO90qo). He mentioned this to Mike VE7KPZ who figured it would be a challenge but possible with the right team. A consensus was made to invite Simon VE7RIZ along as the third member of the team not only because Simon would fill the role of transportation captain, but because Simon had shown he was a strong operator at the NORAC Field Day 2023.

In subsequent pre-event planning the biggest question raised was: what callsign should the group run for the event? We could not run our usual club calls as we weren’t with our usual club mates. The idea to start an expeditions club with a unique call was tossed around but then Mike thought, “what about a Radio Amateurs of Canada call?” The entire team were already RAC members so what would the chances be that the VE7 callsign wasn’t already reserved for the event? With a couple of emails to Dave Goodwin (RAC Regulatory Affairs Officer), Ante Laurijssen (RAC Awards Manager) and Keith Whitney (RAC Director BC and Yukon), approval was obtained to use the VE7RAC call for the event. What an honor and privilege to finally be that station.

All team members took Friday off work and met up at the 6 km mark of the Greenstone FSR at around 9 AM local time. Here the team would transition over to snow machines for the remaining 15 km of travel to the 1799 meter (5902 foot) summit. Simon had arranged with the Merritt Snowmobile Club to borrow their new extra-large skid. One trip up with the snowmobiles and two trips up with the side by side on tracks towing the skid brought up all persons, radio and survival gear plus about half a cord of firewood.

Friday night dinner was Austin’s “college” spaghetti with meat sauce along with Simon’s garlic bread. Then it was early to bed as the team would need to hustle to get set up on Saturday morning before the official event start time of 11 AM local. It ended up being a very warm night as the team was still figuring out how to regulate the lookout’s old Donahue woodstove.

The next morning at first light the team started to assemble the antennas. The primary antenna was a BuddiHEX that would be positioned somewhat sheltered from the mountaintop winds. Austin and Simon focused on that while Mike focused on the secondary antenna, an EFHW wire for 40 and 80 meters held up by the larger-diameter sections of a guyed SpiderBeam pole.

Mountaintop winds stayed consistently strong so extra guy lines were installed for all antennas. Coax was routed through Alpha Delta RF surge protectors before entering the “shack” via one of the lookout’s vent windows. A Diamond X50 antenna was set up to get a bit of VHF and UHF gain in a relatively wind-resistant form factor.

The team started operation right on time as VE7RAC 3O BC. Austin ran CW and SSB on 20m, Simon SSB on 40m and Mike FM on 2m and 70cm. Competition bandpass filters for 20m and 40m ensured that both bands could be used at the same time at full RF power (50 watts) with zero interference. The team did not have filters for the other bands so all operators took turns with a single HF station to get QSOs on 80m, 15m and 10m.

Learning: to maximize simultaneous operation, have a filter for each band and ideally implement a triplexer for 20m/15m/10m (so that three radios can simultaneously share one multi-band antenna (the hex)).

Saturday evening the phone contacts began to slow so focus changed to JS8call digital mode QSOs on the low bands and making a satellite QSO via the ISS. A fantastic steak dinner was prepared and consumed, and then it was again early to bed. It would be imperative to start operating right as the higher bands opened in the morning.

Mike woke early to take care of JS8Call QSOs on 20m, 15m and 10m. Noting the skip distances for these QSOs also allowed Mike to pick a suitable gateway to both send and receive a Winlink email. Next Austin ensured that he had CW QSOs on all bands. And finally, with all possible multipliers in hand and all required Winter Field Day objectives met, the team took turns running high-band phone pileups to simply increase the total QSO count.

A highlight of Sunday’s operation was phone QSO with a request to pass some real traffic. A message was to be relayed to Phil McBride, RAC President. Mike emailed Phil and he in turn responded to the inquiring party.

Working together as efficiently as with the setup, the antennas and stations were torn down and packed back into the skid for the trip down the mountain. While getting ready to leave, the sun appeared, in a way suggesting to the team to perhaps return to the lookout for a future event. The remaining firewood was left behind as a donation. Only one trip with the three snow machines and skid was required to get back down the hill.

It might not be possible to find a better group of operators to do such an event with. The teamwork was incredible, everyone anticipating what needed to be done and doing it. The result: 539 QSOs in the log, all objectives met for the Winter Field Day 2024 event and home on time for Sunday dinner.

An interesting note on power: the team used approximately 70 Ah of 12V battery power for the whole 24 hour event (18 hours operation). Low power logging/digital mode computers that could take USB or USB-C PD 12V powering ate but a small fraction of the total Ah consumed. QRP radios with highly efficient amplifiers (a pair of Icom IC-705s, an Elecraft KX2 and a pair of DIY599 PA500 amplifiers) made for very efficient RF operation. Solar was simply not an option due to the weather so the team was happy to have brought enough battery capacity.

Simon reflects on the endeavor, “Definitely a memorable trip and glad I was a part of it. It’s amazing what a good working team can produce when all working together.”

Austin reflects on the idea of operating from such a challenging location, "I initially said it as a joke. I didn't think Mike would take it seriously. I'm glad he did."

Thanks must go to the Four Wheel Drive Association of BC and the Logan Lake ATV Club for their efforts to restore and maintain the fantastic Greenstone Mountain fire lookout. As well, thanks to the Merritt Snowmobile Club for the loan of the skid that carried the bulk of the gear and firewood to the summit. Thanks also to the Kamloops Amateur Radio Club for their great webcam pointing right at the lookout and Jane VE7WWJ for collecting webcam photos during the event. Big thanks to Simon for bringing his quiver of snow machines - not having to hike/ski the 15 km up to the summit meant the team could just concentrate on making a home in an old fire lookout and playing radio. Finally, many thanks to RAC for letting us use the VE7RAC call and trusting us to represent for this event.

73,
Mike VE7KPZ