Gizmo fixed, thanks to a crack mechanic/technician
That big fella scrunched alongside Gizmo’s Volvo Penta diesel is the new love of my life! It’s hard to imagine a better engine guy experience than what I got last week from Pat Ricci, proprietor of Thomaston Boat and Engine Works. When I called him on Tuesday, after Monday’s somewhat traumatic break down, I knew there was a major fresh water coolant leak somewhere around the exhaust manifold, and an engineer/sailor friend who’d had a look predicted a two phase repair — dissemble and diagnosis, then parts ordering and repair — that would total several days labor and several large boat bucks. But Pat did the diagnosis right on phone and said he’d order parts and do the whole repair in a half day, soon. Which is exactly what he did, and more…
Volvo Penta only built Gizmo’s TAMD74C-A for two years — 2000-2001 — probably because it was a steep part of VP’s transition from “conventional” marine diesel design to the thoroughly electronic engines of today. Pat seems to understand this overall transition deeply, as he was running a big marine engine shop in South Florida and watching how his work evolved from primarily mechanical to primarily technical. “Not everyone made the change smoothly,” he says (which is something I’ve wondered about during engine repairs on prior boats).
But Ricci sure did. After carefully and efficiently doing all the wrench and socket work needed to replace the failed O ring, he hooked up a PDA with a special dongle to the engine’s diagnostic port and we took a test ride. I’d fiddled with that port last summer, trying to sniff out the J1939 CANbus messages I was hoping to convert to NMEA 2000, but I should have called Pat first. He knew that this particular model only talks via an earlier serial protocol (hence the short production run?), plus he knew how to manipulate the VP software to review the engine’s alarm history, download and clear the codes, and log details of our ride. That log includes fuel flow rate information — which Pat thinks is quite accurate (remember that discussion?) — and I very much look forward to putting the data into an RPM/speed/flow spreadsheet I can use to understand better just how my cruising strategies relate to my wallet (and carbon footprint).
On top of all that, I was impressed with how Pat treated his young assistant Justin (unfortunately cut off at the waist in the photo above). It seemed like an informal master/apprentice relationship, and in a warm way, with lots of give and take and mutual appreciation. So by Friday afternoon, Gizmo’s engine running like a top, I’d concluded that Pat Ricci is an outstanding mechanic, technician, and mentor — and a business man who does what he says he’ll do — and I’d recommend Thomaston Boat & Engine to boaters in mid coast Maine needing help with any of the many engine brands he covers, or for repowering (Pat has a shop that can accommodate boats up to about 50 feet). Of course there’s self interest involved; I want him to make a good living and stick around, at least until Justin becomes a master mechanic/technician himself.
Ben, you’re a lucky man. Knowledgable people like Pat Ricci are hard to come by now days! Thanks for the update. Can you now get data for the N2K network from the VP?
Ironic that an O ring disables a normally reliable diesel run by a computer.
Glad to hear it is back in operation with summer here.
Doug
John, it would be great if I could get the live serial data to N2K, but I think it would take some help from deep inside Volvo Penta’s engineering department (that’s an invitation ;-).
MaineFog, the 0 ring failure has obviously happened before, which was why Pat was able to confidently diagnose it with a few questions about the leak location. But this particular engine got 10 years and 1,750 hours before failure, and apparently might have run trouble free for much longer, making it one of those problems not many people know about. Pat says that overall it’s a darn good engine (and I’m hoping he meant it ;-).
Talk about engine problems: I just read that the 750 foot deepwater drill ship Stena Forth will soon anchor off Rockland to have three of its six 5,500Kw azimuth thrusters replaced. How is that possible to do in the water? And how could they need replacement a year after the ship was built?
http://knox.villagesoup.com/news/story/coast-guard-creates-exclusion-zone-for-ship-repair/331976
http://www.stena-drilling.com/sub.asp?m=drilling&p=stenaforth
Cianbro is going to do the work on the Rolls Royce thrusters which have some engineering problems. There will be a 100 yard USCG security zone around the drilling ship which will anchor about 1.5 miles out. 44º06’54″N, 069º02’54″W
Get your pots out of there Ben.
Apparently they will use a mobile dock that essentially mounts onto the ship and they pump the water out. The dock provides dry access to the unit. I hope they take pictures.
-Doug
This is how ship drydock stuff can be done in the water.
http://www.prlog.org/10545479-underwater-ship-repair-experts-repair-40-ton-azimuth-thruster-in-situ-in-port-gentil-gabon.html
Great post Ben– I knew that Pat would treat you right!
I’ve been in an apprentice relationship with a master electronics technician for close to 3 years now that probably matches Justin’s relationship to Pat. I thank God for putting me in the path of Lester Forbes at such a time for him to gain confidence in my ability to continue serving and servicing his customers when he chooses to stop working.
I’m certain that our relationship is so strong due to his placing high value in the mission critical nature of what we do. He served in the Navy 20 years and it shows.