DT1130SR 1/2 Acre Outdoor Insect Trap

Product description doesn't mention that, seller doesn't respond. Product available to order on UAE store but 120v.... Unnecessary waste of time and resources

Mi prima me la recomendó como una maravilla... la verdad es que funciona, pero no es tan buena como presumen...

Totalement insatisfaite: la prise n’est pas adaptée pour un usage en France, ceci n’était pas spécifié lors de l’achat . Comment Amazon peut proposer cela ?… Pour envoyer mon commentaire j’ai du cliquer sur une étoile mais un objet si cher que l’on ne peut pas utiliser n’en mérite pas une seule..

We have a marsh 30 feet from our house / 400 feet of border with it. I bought several of these and they really made a huge difference. Leave them on 24/7. I would say get at least 3-4 of them... I have 7. They don't eliminate but reduce the skeeter population drastically. I was skeptical. I'm unpacking them now from winter storage. Chemicals not good. How DynaTrap DTNATRAP works: UV-LED light and titanium dioxide, TiO₂, coated surface The energy-efficient UV-LEDs shine horizontally for 360° visibility. This is the primary attractant for gnats, fruit flies, moths, mosquitoes, etc. CO₂ generation via TiO₂ coating The inside has a titanium dioxide, TiO₂, coated surface. When the UV light hits the TiO₂, it triggers a photocatalytic reaction that produces small amounts of CO₂. That CO₂ trail mimics human breath, which mosquitoes and other biting insects use to find us. The manual actually describes it as: “Flying insects are attracted to the unit by UV light and CO₂ that is generated by the photo-catalysis between the UV-LIGHT LED lamp and special TiO₂ coating”. Fan + trapping Once insects get close, a whisper-quiet vacuum fan sucks them into a basket/mesh. A StickyTech glue card or ultra-fine mesh keeps them from escaping. So your understanding is right in spirit: the UV light activates the TiO₂ coating to produce CO₂, rather than the coating releasing pre-stored CO₂. It’s a chemical reaction happening while the light is on. Key details: TiO₂ + UV = CO₂: The coating itself doesn’t contain CO₂. The UV light catalyzes a reaction on the TiO₂ surface that generates CO₂ from water vapor and organic compounds in the air. 4-way trapping: UV-LED + CO₂ + fan + glue card/mesh = “4X Trapping Power”.

I was hoping to find some way to reduce the mosquitos that bother me when I float in my small pool or sit outside. Knowing mosquitos aren't drawn to light and that CO2 traps are expensive, I decided to try one of these along with the mosquito attractant pack. The result is as good as I hoped for! My dog would lay outside for a short while and there would be 6 - 8 mosquitos around her head. Now usually nothing but the occasional one! It traps 100's per day. I live in western NY on a wooded lot.

The Dynatrap works as it is intended. The light attracts bugs, then the fan sucks them in. They remain trapped & eventually die. The problem with that is that you have live bugs and dead bugs together. Since they die of natural causes, they not only suffer, but they stink really bad too. If you empty the dead stinking bugs, then you let the live ones out too. We used this for few days, then unplugged it & left for 5 days. When we came back the room we left it in stunk so bad it made me sick to my stomach. Another thing, our house is older, so there's no electrical outlet on the outside, so we had to keep the door open about an inch to run an extension cord outside, obviously letting more bugs in & running up the electric bill. If you buy this product, be sure you have somewhere to hang it. It does not come with any accessories. You provide your own rod to hang it on & your own outdoor extension cord.