Thats good to know.
You could shave some more weight off by getting rid of one of the torque sensors.Output is 80Nm from the nominal low draw mid-drive torque sensor. No throttle. Minimalist display.
I admire your work and like to read your posts. I think you bring a lot of expertise and experience to discussions.I made this one today for a guy in Marin Co. California. He wanted 37 WTB gravel tires over the original 28mm road tires. He wanted to double the stopping power in the simplest way. I kept the system open source. To order the most complex part, a controller is for example $65, plug and play, and takes two days to arrive, no shop needed for service, ever.
I wanted to keep it clean with internal wires, and modular, five sizes of batteries can plug into the connector anytime with two carried when required. Lower than average weight generally allows for better than average handling - to take curbs and trails.
Total weight 34.3 pounds, distribution 14.8 to the front and 19.5 to the rear. The center of gravity above the hubs: 110cm above the front hub and 75cm above the rear hub. A low center line is best for handling with weight like a sailboat's design low and centered.
Output is 80Nm from the nominal low draw mid-drive torque sensor. No throttle. Minimalist display.
At 80Rpm it does 27.5 Mph with the Nexus-8. This what a 2012 Raleigh Cadent saved from the landfill looks like.
Spaghetti:I admire your work and like to read your posts. I think you bring a lot of expertise and experience to discussions.
However, I don't think it is appropriate for you to be interspersing multiple show and tell of your conversion builds in a Bosch Brand forum.
Please post this sort of post where it more properly belongs - https://electricbikereview.com/forums/forum/diy/ This is where people looking for your type of service would be looking for info anyway.
Which?Anyone from Bosch or JVBulman confirm these code meanings & possible cause for problems?
You originally mentioned:Which?
And you did mention:Which?
Sounds to me there's no real proof the re-calibration fixed the 595 error then.Luckily I haven’t seen the 595 again since I did a recalibration of the Rohloff.
I also haven’t seen the 606, or any other error since the first 606. I have charged the bike since then without issue. However I have not run the bike down as low as it was before that charge (~10%), I’ve only gotten down to around 30%. I’m planning on running to down that far before the next charge, but that will take another couple days to do.
The fact that it hasn't come up again after re-calibration would be satisfactory in a professional setting. In general, errors aren't really concerning unless they're persistent.Sounds to me there's no real proof the re-calibration fixed the 595 error then.
Wow, i'm stumped.
If indeed let's say the Y cable did get "pinched" to cause these errors because of the rear suspension or something then i'd be worried as i may be (in Australia) 600km (370 miles) from any kind of help and as you know would be a huge effort to get to these wires inside the frame.The fact that it hasn't come up again after re-calibration would be satisfactory in a professional setting. In general, errors aren't really concerning unless they're persistent.
Hi, any more error 606 or others since or had any cables looked at?So this morning I rode the bike 1.5 miles after the range hit 0. At this point (4% total battery) the assistance stopped. I then charged it fully, I just checked and it charged to 100% without any error. So I guess it probably was just some random first hiccups that I hit before.
No, but I also just started riding again. I last rode in November. I broke my finger (not bike related), so I don’t have a ton of miles since then. I also haven’t had the cables inspected by a dealer. I did look at them as much as I could without disassembling major things.Hi, any more error 606 or others since or had any cables looked at?