I used 2 GO9, one GO12, VesselView Link Multi Engine and 2 J-Boxes, plus a Lowrance N2K starter kit. I also have a N2K GPS puck for speed, digital fuel senders and trim senders, and a rudder angle sensor.
I still keep paper charts onboard. My chart plotter stopped working a couple of years ago on eastern Lake Ontario and needed them to safely navigate to Kingston Harbour. I also keep a running log as I travel, old school I guess but that's what I grew up with.
I've commented before about LED flares, and it's a love-hate relationship. LEDs complement pyro flares, but should not replace them.
GREAT benefits: If a professional rescue team knows you are in trouble, and is actively looking for you, an SOS light will alert them with minimal risk to boat and crew. It's an absolute must-have for every boat.
Unfortunately, the more common case is that you urgently need to alert any human within visual range. Even if a slack-jawed onlooker happens to see you, they won't know Morse Code for SOS. To them, it will be a blinking light that they see for a few seconds before popping a fresh brewski. In that scenario, the LED fails.
By contrast, a waving pyro flare is unmistakable as a distress signal. Just don't burn yourself or what's left of your vessel.
Disposing of pyro flares is easy. We're not talking high explosives. Fairfax County hazmat disposal told me this: Cut them open on both ends, and soak them a bucket of water for a couple days. Then throw them in the regular trash. I cut them into smaller pieces, but whatevs.
So (and I know we're off-topic), you still need to buy pyro flares every year and keep them current. And don't forget smoke flares for daytime.
I used 2 GO9, one GO12, VesselView Link Multi Engine and 2 J-Boxes, plus a Lowrance N2K starter kit. I also have a N2K GPS puck for speed, digital fuel senders and trim senders, and a rudder angle sensor.
Motors connect to NMEA via the VV Link interface.
Any chance you have a parts list and or wiring diagrams, or pics? I plan on setting up my new to me 2005 Rinker 360 the same way. twin mercruiser 496 mags with bravo 3s. You could message me and Ill give you my email. Thanks Blair
I used 2 GO9, one GO12, VesselView Link Multi Engine and 2 J-Boxes, plus a Lowrance N2K starter kit. I also have a N2K GPS puck for speed, digital fuel senders and trim senders, and a rudder angle sensor.
Motors connect to NMEA via the VV Link interface.
Any chance you have a parts list and or wiring diagrams, or pics? I plan on setting up my new to me 2005 Rinker 360 the same way. twin mercruiser 496 mags with bravo 3s. You could message me and Ill give you my email. Thanks Blair
So If I use the above diagram do I still have to isolate power from one engine or does using the 2 junction boxes and can p jumper harness take care of that? Also I will need to change engine name from (default starboard) to port, correct? Also with the 25' and 30' cables that should allow me to put the junction boxes behind the instrument panel?
You guys know I always work on upgrades during winter layup. This time, it’s another helm upgrade.
Here's the "before" pic. From the day I finished that job, I knew I’d have to replace it. The two small i70 displays had too much sun glare, even after I built the custom bevel to tilt them up higher. They couldn’t show as much engine data as I wanted to see. And the whole thing just looked homemade because of the awkward mix of black Starboard with the legacy faux woodgrain panels.
Here’s the “after” pic. I kept the VesselView 702 (top right). Gone are the es97 chartplotter and the two i70 data displays. I replaced them with two Raymarine Axiom 9 RV chartplotters in a totally new arrangement. Happy happy, joy joy!
Now the primary chartplotter is within easy reach -- no more awkward bending forward to reach the touchscreen. And with two chartplotters, the VesselView will be dedicated to showing engine data.
To do it, I built a custom instrument pod just behind the wheel. I was able to preserve the original curved fiberglass in case a future owner doesn’t like my work. The pod is made from two pieces of 1/2" Starboard: a housing and a detachable instrument panel. The housing is a single piece with no fasteners. To form the corners, I used a table saw to cut V-notches in the inside. Then I bent the panel using a heat gun. To figure out the angles, I built a prototype from plywood.
I needed to bend the board at an angle of 101 degrees. After about 10 tries on scrap pieces, I figured out a process. Cut a V-notch leaving about 1/8” of material. Heat the inside of the corner until you can dent it with a toothpick, then SLOWLY bend it in until the gap closes. (Bending it too fast makes the plastic turn white.)
I reorganized the rocker switches in a more logical layout. All six light switches are together in the starboard cluster. The "operations" switches (nav lights, engine hatch, stereo, wiper, bilge, electronics) are together on the port side. And the horn switch has a prominent location at the top left. I used these switch holders:
I had imagined that rewiring the switches would be a huge PITA, but it wasn’t. Most of the wires are ground and switch lights, which I didn't move. To rearrange the circuit wires, just get a mini flathead screwdriver, pop out the wire terminals one at a time, and move them to a different connector. Only one wire wasn’t long enough to reach the new location, so I spliced in an extension. This rewiring took about three hours on a pleasant winter Sunday.
The primary VHF is now an ICOM M605, which has a beautiful high-resolution color screen to match the other displays.
Lastly, I added an RV-100 RealVision 3D sonar transducer. It's a 4-channel sonar that scans out to the sides and builds a continuous 3D map of the seabed. The down-looking channel gets overridden by my existing Airmar B-60 thru-hull transducer, which has more power and gives better data at planing speeds.
So, how much did I spend? Well, the project started when West Marine randomly put the Axiom chartplotters on sale for 30% off. So:
$1500 – Two chartplotters $800 - VHF radio $400 – Sonar transducer and Y-cable $200 – Materials $2900 total
Subtract $2000 from selling the removed parts on eBay, and it’s a $900 project.
Can't wait for launch day -- now scheduled for a week from Friday!
In the unlikely event somebody tries this in the future, here are the dimensions of the pod housing. No guarantees -- your mileage may vary. I had to do a bit of on-site grinding to make it fit. I didn't use any mechanical fasteners. It's held in place by a bead of black butyl tape.
I am adding an axiom myself as well and eliminating the gauges as they are packing it in. For the fuel gauges yacht devises makes NMEA 2000 Tank Adapter YDTA-01 I will purchase to see fuel on the axiom. (unless someone knows of a different product).
Question is there a device that can convert my DPS drives trim sensor to the raymarine unit in the same way I am doing the fuel tanks?
Comments
2018 Cherokee 39RL Land Yacht (Sorry...)
Tier I – Policy – Acceptance of Electronic Visual Distress Signals in lieu of Pyrotechnic Distress Signals (smoke signal or flare) on pleasure craft (canada.ca)
GREAT benefits: If a professional rescue team knows you are in trouble, and is actively looking for you, an SOS light will alert them with minimal risk to boat and crew. It's an absolute must-have for every boat.
Unfortunately, the more common case is that you urgently need to alert any human within visual range. Even if a slack-jawed onlooker happens to see you, they won't know Morse Code for SOS. To them, it will be a blinking light that they see for a few seconds before popping a fresh brewski. In that scenario, the LED fails.
By contrast, a waving pyro flare is unmistakable as a distress signal. Just don't burn yourself or what's left of your vessel.
Disposing of pyro flares is easy. We're not talking high explosives. Fairfax County hazmat disposal told me this: Cut them open on both ends, and soak them a bucket of water for a couple days. Then throw them in the regular trash. I cut them into smaller pieces, but whatevs.
So (and I know we're off-topic), you still need to buy pyro flares every year and keep them current. And don't forget smoke flares for daytime.
You could message me and Ill give you my email.
Thanks Blair
https://rinkerboats.vanillacommunities.com/discussion/6599/vesselview-7-question/
https://rinkerboats.vanillacommunities.com/discussion/11226/twin-engine-vessel-view-mobile
The XX in the 879981T part number below is the length of cable from engine to dash. I recommend 25' and 30' for your boat.
Yes the 25 and 30’ lengths will get you to the helm.
I have access to a scanner so I can take care of the programming.
I will double check lengths be they seem right on.
Now the primary chartplotter is within easy reach -- no more awkward bending forward to reach the touchscreen. And with two chartplotters, the VesselView will be dedicated to showing engine data.
The primary VHF is now an ICOM M605, which has a beautiful high-resolution color screen to match the other displays.
$800 - VHF radio
$400 – Sonar transducer and Y-cable
$200 – Materials
$2900 total
Can't wait for launch day -- now scheduled for a week from Friday!
Looks amazing!!
2018 Cherokee 39RL Land Yacht (Sorry...)
In the unlikely event somebody tries this in the future, here are the dimensions of the pod housing. No guarantees -- your mileage may vary. I had to do a bit of on-site grinding to make it fit. I didn't use any mechanical fasteners. It's held in place by a bead of black butyl tape.
Question is there a device that can convert my DPS drives trim sensor to the raymarine unit in the same way I am doing the fuel tanks?