LED technology`s LED fountain light is an energy-saving and environment-friendly underwater lamp, the first choice for outdoor landscape lighting projects.The quality of this fountain light has passed CE, ROHS,QPC and other certifications.
LEDER technology`s LED Fountain Light appearance is small and delicate, beautiful and generous. According to the national standard, fountain lamps must be strictly controlled in the human safety voltage below 12V,24V voltage.The fountain light is made of aluminum alloy, which is water resistant and corrosion resistant.The light source is LED light source, which is conducive to energy saving, good color temperature and environmental protection.In addition, it is a toughened glass panel, with a stable structure, strong sealing, strong impact resistance characteristics.
Features:
• Exquisite technology, enhance the life of the lamp
• Intelligent waterproof drive, strengthen solid waterproof plug
• Easy Reliable Installation
• High efficiency heat dissipation aluminum material, protect the core parts of the lamp body
• The pursuit of quality, environmental protection and energy saving
• Color temperature :3000k-6000K
• Super waterproof performance
• Type of protection: IP20 /IP65 (Some models)
• Warranty:3 - 5 years
What is more, LED Fountain Light Festival can be environmentally friendly, long life. And LED Fountain lights can improve people's visual effects. It is suitable for the following scenes, for example, swimming pool, fountain, river, aquarium and other places.
We have rich production experience in lighting .Except Indoor Lighting product, we also offered other product in Outdoor Lighting ,such as LED Flood Light , LED street Light , LED Inground Light, LED Spike Light & LED Bollard Light as so on .
LED Pool Table Light Kit,LED Pool Light Cost,LED Fountain Light,LED Fountain Lights Submersible JIANGMEN LEDERLIGHT LIGHTING Co.,LTD , https://www.walllightoutdoor.com
A new method for finding a linear size
In mechanical parts, many linear dimensions are related to the angle, such as the width dimension of the dovetail groove, the intersection size of the intersecting slope, the coordinate size of the point on the axis of the oblique hole, and the like. Methods for obtaining such dimensions are described in many technical sources and literature. The basic idea is to give the angle as a known quantity, measure the relevant size, and then use the geometric relationship to find the size to be determined. Although these methods are feasible,