[RE-wrenches] advice on testing turbine on tower

2013-09-08 Thread Ron Young
I have a client with a Whisper 200 that failed recently. It was shortly after a severe lightning storm so the assumption was that the controller got fried. The wind turbine would not spin, it was as if the brake was on - if you know the Whisper, the brake is electrical, basically a shorting of

Re: [RE-wrenches] advice on testing turbine on tower

2013-09-08 Thread Synergy Renewable Systems
Is there a lightning arrestor of any kind installed? If so, check for continuity (ohm out) between the leads of it; there should be none. If there is continuity the device can be replaced and the turbine will be up and running. If the arrestors get fried, they can act like a shunt across the

Re: [RE-wrenches] advice on testing turbine on tower

2013-09-08 Thread All Solar
I have had the same problem recently. Make sure you check phase to ground voltage not just phase to phase. I had a whisper 100 that had the exact symptom and I replaced the controller with one of the new Luminous RE units. The old controller actually checked out fine on a known good turbine!

Re: [RE-wrenches] advice on testing turbine on tower

2013-09-08 Thread Ron Young
Thanks Ryan, there is a new Midnite arrestor in the Clipper and I don't think that is the prob. but will check. There are two Delta LA's in the main Outback panel and I don't think they're involved. Ron On 2013-09-08, at 6:24 PM, Synergy Renewable Systems ryan.hark...@energycraft.com wrote:

Re: [RE-wrenches] advice on testing turbine on tower

2013-09-08 Thread Ron Young
Hi Jeremy, I'm strongly suspecting that there is a winding short. What do you mean by upper casting assy? Do you mean the whole turbine unit? If so, who supplies them now? Ron On 2013-09-08, at 7:51 PM, All Solar allso...@scswifi.net wrote: I have had the same problem recently. Make sure

Re: [RE-wrenches] advice on testing turbine on tower

2013-09-08 Thread b...@midnitesolar.com
Ron, Depending on the Clipper version, there may be a jumper One of 3 in a row in the front of the Clipper circuit board that, if installed on the right, may be making the Clipper try to turn on its auxiliary power supply at a very low voltage when the turbine isn't spinning fast enough