Led Lighting For Indoor Growing are ideal for all phases of plant growth and works well with water solution culture and soil culture.
Can be used in house garden, pot culture, garden, sowing, breeding, farm, flower exhibition, bonsai, garden, greenhouse, sowing, breeding, farm, greenhouse cultivation, water soluble breeding, greenhouse cultivation, pipeline cultivation and so on.
More details on LED Grow Light bars, please contact us directly and warmly welcome to visit our company.
* Full spectrum or customized spectrum are available to meet customers needs. High efficacy didoes to promote yields and improve quality of plants.
* UL listed high quality dimmable drivers, ensure stable performance and longer lifespan. With dimming knob to adjust the light intensity to meet plants need at different stages.
* The power input is from 100 to 277VAC, power factor is more than 0.98. Photo efficacy is based on request, higher up to 2.8 umol/j.
* Foldable structure design, safety and convenient for transportation and installation.
* With Aluminum heat sink material can get fast heat conduction, better at heat dissipation.
* IP65 with 3-5 years warranty, it can last 50,000 hours, longer than many LED Grow Lights on the market, save more cost.
Foldable LED Grow Light,720w,led grow lamps,samsung Shenzhen Phlizon Technology Co.,Ltd. , https://www.szledplantgrowlights.com
Sprayed bar sprayers for large area spraying of pesticides use a piston diaphragm pump, which is a reciprocating positive displacement pump with pulsating pressure. Diaphragm pump power generally come from the tractor, driven diaphragm pump speed is generally 500-600r / min to two-cylinder pump, for example, the water pulsation is 1000-1200 times / min. Outlet pulsation is harmful to both the spray machine and spray quality. In order to eliminate the pulsation phenomenon, there is an important part in such pump ---- air chamber. The function of the air chamber is to utilize the compressibility (or elasticity) of the air to absorb the pulsation of the diaphragm pump and stabilize it. The structure of the air chamber is generally separated by a rubber diaphragm that separates the water chamber from the air chamber. After filling the air cavity with compressed air, the water in the water chamber is absorbed by the compressed air in the air chamber through the rubber diaphragm, and the flow into the system is basically steady. But to achieve the basic requirements of steady flow, there is a premise that the gas pressure in the gas chamber should be compatible with the water pressure. Thus, before the sprayer should be properly inflated diaphragm pump chamber. How to inflate properly? Method 1, before the operation of the diaphragm pump, first inflated to the gas chamber, the pressure is greater than the working pressure of the pump. Driven diaphragm pumps, transferred to the working pressure, this time you can see the pump water drastic jitter. Take a needle, the top of the gas nozzle at the deflation, with the deflation, the water hose jitter will gradually disappear. After the water hose steady, stop deflating. Method 2, drive the diaphragm pump, transferred to the working pressure. At this point because there is no pressure in the gas chamber, the pump water hose fierce jitter. Inflation immediately to the gas chamber, with the inflatable, water hose jitter disappear. Stop the inflation after the water hose is steady. The above two methods are operating under the operation, the operation must pay attention to safety.