Showing posts with label KING 8001 LORAN. Show all posts
Showing posts with label KING 8001 LORAN. Show all posts
Tuesday, April 23, 2013
LORAN LIVES AND A HAPPY EARTH DAY ENDING!
I was sad when the U.S. Government shut down all theU.S. LORAN transmitting stations back in 2010. That action rendered my Kings 8001 unit obsolete. Still, I kept it aboard for a while until I thought I might be able to recycle part of it even if it was just the case. I posted about my plans for the obsolete unit here. Then about a month ago I received an email from a fellow in Norway who had seen my post and wanted to know if I still had the boards. It seems that LORAN is still alive and well and used on the waters around Norway. Who knew? He also mentioned that he had a non functioning Kings 8001 unit and would like to acquire the boards so he could try and repair his unit. This is what I call a win win situation and so yesterday on Earth Day I sent the LORAN boards off to Norway to hopefully continue to help guide fellow sailors on their way as it did for me. I love when things can be recyled!
Labels:
EARTH DAY,
electronics,
KING 8001 LORAN,
LORAN,
RECYCLING
Wednesday, February 13, 2013
INSTRUMENTATION PROJECT PART ONE: Plan A
Back around Earth Day last year I mentioned that I was planning on recycling the now obsolete Kings 8001 LORAN unit. I have come up with a new instrumentation project to monitor BIANKA's propulsion battery bank. The weather proof case of the Kings LORAN will fit nicely into my plans. The back of the Kings unit has a few connectors on it which might come in useful:
The coaxial LORAN antenna connection might come in useful for some type of video feed. The AMP 25 pin connector might also prove useful. But, first I have to remove some of the internal electronics. This King 8001 LORAN unit sold for about $600 in 1985. In today's dollars that would be over $1,100. Opening it up I could see why:
Ed King sure put a lot of electronic technology inside the box:
Including some LSI (Large Scale Integration) chips for the display board and some nice conformal coating to help protect the circuity from the marine environment:
It's no wonder this unit was working right up until the Coast Guard shut down the Loran transmitters. Probably would have kept on working for many more years if they had kept the transmitters operating too . Oh well at least some of Kings design will live on at least on BIANKA. Even if it is only the case:
The coaxial LORAN antenna connection might come in useful for some type of video feed. The AMP 25 pin connector might also prove useful. But, first I have to remove some of the internal electronics. This King 8001 LORAN unit sold for about $600 in 1985. In today's dollars that would be over $1,100. Opening it up I could see why:
Including some LSI (Large Scale Integration) chips for the display board and some nice conformal coating to help protect the circuity from the marine environment:
It's no wonder this unit was working right up until the Coast Guard shut down the Loran transmitters. Probably would have kept on working for many more years if they had kept the transmitters operating too . Oh well at least some of Kings design will live on at least on BIANKA. Even if it is only the case:
I knew the case for the Kings Loran would be good to use since it already had a home and mounting hardware in the cockpit and was pretty weather proof. But, I also hoped to recycle as much of the existing hardware as possible. The first thing I thought I could use is the metal shield that was used between the some of the circuit boards inside the Loran. I thought it would make a good mounting plate for the meters and switch.
Well, after buying some of the metering components I soon found out that my original plan was just not going to work out.
Using paper cut outs of the meter dimensions I soon realized that the Kings Loran case would be to small to house all the instrumentation I wanted at the helm. It looked I could fit the four battery meters and the switch that controls them.
But, I could not also fit the more important current meter inside too. Even though it looked at first like it would:
But, in the end I could see it was just not going to work out:
So it's on to Plan B!
But, in the end I could see it was just not going to work out:
So it's on to Plan B!
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