WGHQ in Kingston, NY has been downgraded from a 5KW DA-1 to a 1KW non-DA system. This was done because two of the three towers in the directional antenna array dated from 1960, were in very rough condition and needed to be replaced. The remaining tower (furthest from the transmitter building) had been replaced in 1994, is in good condition and is being kept as the non-directional radiator.
Here are a few pictures:
First tower video (sorry, I appear to have no idea what I am doing with the camera):
Second tower video, this one is better:
Towers on the ground:
I made measurements on the third tower and constructed a temporary ATU with parts on hand to get the station back on the air. They are now running 1 KW day, 38 watts night, as per their CP. I will be going back up to finish the job once the brush has been removed from around the existing tower and the ATU building has been repaired. The coverage with 1 KW is not bad, actually:
AM radio stations are rough customers. They frequently operate on the margins, both in terms of ratings and revenue. Their transmitter plants are complex and very often have been on a reduced maintenance schedule for years, sometimes decades. Those of us that understand the operation of AM transmitter plants and all their quirky behaviours are getting older. I myself, feel less inclined to drop everything and run off to the AM transmitter site when things go awry. Seldom are such efforts rewarded, much less acknowledged. Station owners are also finding that their previous demands are unrealistic. For example, time was that any work that takes the station off the air had to be done after midnight. These days, I can tell you, I will not be working at your radio station after midnight. You can find somebody else to do that work.
Thus, today, we took this particular AM station off the air from Noon until 3 pm to diagnose and repair a problem with the four tower daytime array. Once again, this involved a shift in common point impedance and a drastic change in one tower’s current ratios.
In all fairness to the current owner, this ATU reflects years of neglect. At some point, mice made a home in here and created a mess. The ATU smells of mouse shit, piss and mothballs. It is full of mouse droppings, grass seeds and fur. All of the ATUs in this array are in similar condition.
It was warm enough that the wasps were active, if not a little bit lethargic.
This coil is being held up by the tubing that connects it to other components. When the ATU was built, no nylon or cork bushings were used between the insulators and the wall of the ATU they were mounted on. Heat cycling eventually did all of the insulators in.
Catwalks to the other towers. At least the swamp grass has been cut this year, it is only four feet tall instead of ten.
The tower bases are all elevated above the theoretical maximum water level. The ATUs are also up on stands with platforms build for maintenance access.
I cannot even blame the current owner, who has spend considerable money to make repairs and upgrades to this site. It is very difficult and very expensive to catch up with deferred maintenance. Sadly, most AM stations we encounter have similar or worse problems.
I think it is too late to save many of these AM stations. The technical issues, lack of revenue, perceived poor quality, lack of good programming are all taking their toll. At this point, the hole is so deep there is no hope of ever getting out. The FCC’s faux interest in “revitalization” followed by two years of stony indifference seems to be a final, cruel joke.
On the subject of project management; often times, we need to keep track of the small details that can derail a project, blow the budget and upset schedules. A quick check list can help to identify things that might not have been planned for. I developed a checklist mentality in the military. There, we had checklists for everything. Simple day to day things like disposing of garbage over the side, or pumping the CHT (sewage) tank to complex evolutions like entering or leaving port all had a checklist. On the aforementioned CHT tank; the Coast Guard cutter I was on had a vacuum flush system to conserve water. Emptying the CHT tank involved a complex set of valve openings and closings to rout compressed air into the vacuum tank and literally blow the sewage overboard. Anyone can see the danger in such a design. Failure to follow the exact procedure resulted in raw sewage blowing out of the nearest toilets, which were unfortunately (or perhaps humorously) in the lower level officer’s staterooms.
But I digress.
I have made a series of outlines for different project types. These can be used as general guidelines for project planning and management. Of course, each project is different, but these are flexible enough that they can be adapted on a project by project basis.
If you are the type of person that drives around to transmitter sites and steals things; fuck you. You have no idea the problems you are causing to get a few extra dollars worth of scrap copper.
I have a feeling that most of these copper thefts can be attributed to out of town tower contractors removing old cellular equipment from towers. Notice, only the buss bar and copper ground wire is missing. They did not try to cut the transmission lines. In other words, they seemed to know what they were doing. I have noticed around here that a when a particular contractor, employed by an unnamed large company that rhymes with glint, would work at a site, things would be missing afterwards.
Perhaps it is just a coincidence. I have never been able to catch anyone pinching things. However, if this is you, and I catch you, you can rest assured that I will block you in with my car, then walk down the road and call the police.