Product introduction
As much as 50% of this water is wasted due to overwatering caused by inefficiencies in traditional irrigation methods and systems. Smart irrigation technology is the answer.
QOTO IoT Smart irrigation systems tailor watering schedules and run times automatically to meet specific landscape needs. These controllers significantly improve outdoor water use efficiencies.
Unlike traditional irrigation controllers that operate on a preset programmed schedule and timers, smart irrigation controllers monitor weather, soil conditions, evaporation and plant water use to automatically adjust the watering schedule to actual conditions of the site.
The electric valve base remote irrigation system can be applied in residential, commercial, agricultural irrigation. Using 4G GSM remote control or Lora local internet makes irrigation a more science and intelligent program to save more water and labor.
1,remote control by Mobile phone or PC computer
2,irrigation water capacity setting, to control water consumption
3,Wireless installation: powered by solar panel+18650 batteries
4. As a Lora actuator supplier, we develop and manufacture the actuator by our own technology, we can provide free API for further intergration.
| Model |
specification |
configuration |
| QT-01F-N/L/G |
Power supply |
DC 5V 2A(solar panel+18650 battery 1pcs or 2pcs) |
smart valve controller+1 inch valve*1 |
| communication protocol |
Lora/NB-iot/4G |
| protection level |
IP67 |
| Working Temp |
-20~75ºC |
Flow Meter--DN25 |
| Media Temp |
0~70ºC |
| valve caliber |
DN25 |
What other products DIY sprinkler irrigation system need
SPRINKLER SYSTEM PLANNING
Plot, Plan, and Design
1. The first step in designing a residential system is to measure the property and indicate the location of the house. On a separate piece of paper, sketch out your property and place your measurements on the sketch. Be sure to include all concrete or brick walks and patios, driveways, and fences. While you are measuring, locate any trees, shrubs, and lawns and draw them on the sketch.
Draw Sprinkler Head Locations
Decide where you will be installing large area sprinklers and where you will be installing small area sprinklers. Large area sprinklers
should be 25' to 40' apart. Small area sprinklers should be 8' to 17' apart. This spacing will allow spray patterns to overlap and
assure even water distribution. Do not mix sprinkler types within one area. Do not place sprinkler heads too far apart; stay
within specifications listed on the Sprinkler Performance Charts, which can be found in the Hunter Product Catalog. Spacing is
determined by the size of the area the sprinkler is serving. Additionally, a sprinkler should be spaced so that it will spray both the
head next to it and the head across from it. Working with one area at a time, start placing sprinkler heads:
Step 1
The critical points on a plan
are the corners. Draw a
quarter pattern sprinkler
in each corner. Using a
compass, draw an arc
showing the sprinkler's
watering pattern.
Step 2
If the quarter heads will not
spray each other (head-to-
head spacing), place heads
along the perimeters. Draw
these sprinklers' watering
patterns.
Step 3
Now look to see if the perimeter heads will be spraying
across the area to the heads on the other side. If they do
not, add full circle heads in the middle. An easy way to locate
these heads is to draw perpendicular grid lines from one
perimeter head to another. Again, using the compass, draw
an arc showing this sprinkler's watering pattern to make sure
there is complete coverage.
Curved Areas
Convert curved areas to a series of straight lines; place
sprinklers the same as you would in square or rectangular
areas. Adjustable arc nozzles on spray heads work very well
in curved areas.
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