Trail Tech Vapor and sunlight.
#1
Trail Tech Vapor and sunlight.
The instructions on the TrailTech Vapor say "Do not leave the main unit in direct sunlight when not riding." Have any of you had any issues with too much sun on your unit? I ride to work a lot and the bike sits out in the sun. I plan on making a little cover of some sort to try and keep the sun off of it. I googled it and didnt get much. I'm just wondering what the sun does to the LCD? Anybody know? Anybody have one give them trouble because of the sun?
Does anyone else cover theirs?
Thanks Dan
Does anyone else cover theirs?
Thanks Dan
#3
Dan, I saw that warning too. My Vapor has been on my KLX since '06, but the previous original owner kept the bike inside when not in use and so do I. I've used this bike outdoors in harsher conditions than the previous owner, so the unit is probably seeing more exposure. I did notice on my Colorado trip last August during an extremely rainy season, that mine started fogging up a bit. With the bike on a trailer and towing it around from riding area to riding area at some highway speeds, it finally got enough water to fog up a bit. Concerned about it, I made a cover out of a Westley's Bleche-Wite spray bottle that fits like a glove over the control head when not in use. I've been caught in the rain while riding the bike and haven't had an issue, but apparently car wash level dunkings may cause fogging. The light is another issue for LCD's, so I made this cover when the bike is parked, being towed, or sitting outside for longer periods.
#5
Well dookie! I'll have to make something. I'm surprised they don't come with a little cover, or even sell them as an accessory. I was thinking of making a fabric type cover that fastened with Velcro, but maybe I should use something that would keep water out too. TNC your bottle soulution looks like it fits well, but if I did that I'd have to stow that cover somewhere while riding. I want to make something that is simple and easy to use , otherwise I won't end up using it.
Thanks for all the replies guys.
Dan
Thanks for all the replies guys.
Dan
#6
I'd think the LCD issue would apply to both units, but that doesn't sound right on your screen. I'd call or e-mail Trail Tech and ask about that. Mine can sit in the direct sun and the screen doesn't react at all. I think the warning is for long term exposure like continually parking in the sun.
#7
I got to wondering why prolonged sunlight affected the Vapor's LCD. Didn't find too much.
High Temperatures Affect the Display
*
Because LCD fluid must be easily excited by the spark of a printed circuit board, it is designed to quickly react to high temperatures. Just as the high temperature of the circuit spark causes the fluid to expand and interact with the reactive coating, high ambient temperatures also cause the fluid to expand and react. A calculator left in direct sunlight (where it absorbs ultraviolet radiation) or in a hot car (where the intense heat excites the LCD fluid) will likely display a black screen; this display is a result of the hot, excited LCD fluid expanding and interacting with the reactive coating across the entire display.
Cold Temperatures Also Affect the Display
*
While hot temperatures cause the LCD fluid to expand and react with the display coating, the opposite effect takes place after exposure to very cold ambient temperatures. Cold temperatures, like those experienced when the calculator is left in a car during a cold winter night or accidentally stored in a refrigerator, cause the LCD fluid to contract and respond more slowly to heat stimulus. When cold LCD fluid is exposed to a spark from the printed circuit board, it may take longer to expand and react with the display coating. After a few moments of use, though, the fluid tends to return to normal operation as it absorbs the user's body heat.
Read more: How Does Temperature Affect LCD Displays on Calculators? | eHow.com How Does Temperature Affect LCD Displays on Calculators? | eHow.com
High Temperatures Affect the Display
*
Because LCD fluid must be easily excited by the spark of a printed circuit board, it is designed to quickly react to high temperatures. Just as the high temperature of the circuit spark causes the fluid to expand and interact with the reactive coating, high ambient temperatures also cause the fluid to expand and react. A calculator left in direct sunlight (where it absorbs ultraviolet radiation) or in a hot car (where the intense heat excites the LCD fluid) will likely display a black screen; this display is a result of the hot, excited LCD fluid expanding and interacting with the reactive coating across the entire display.
Cold Temperatures Also Affect the Display
*
While hot temperatures cause the LCD fluid to expand and react with the display coating, the opposite effect takes place after exposure to very cold ambient temperatures. Cold temperatures, like those experienced when the calculator is left in a car during a cold winter night or accidentally stored in a refrigerator, cause the LCD fluid to contract and respond more slowly to heat stimulus. When cold LCD fluid is exposed to a spark from the printed circuit board, it may take longer to expand and react with the display coating. After a few moments of use, though, the fluid tends to return to normal operation as it absorbs the user's body heat.
Read more: How Does Temperature Affect LCD Displays on Calculators? | eHow.com How Does Temperature Affect LCD Displays on Calculators? | eHow.com