Intelligent water and fertilizer all in one machine

It is applicable to crop planting management of medium and large parks and can carry out real-time monitoring and automatic fertilizer distribution through EC/ It is controlled by a touch screen of 10 inches, can be operated remotely through mobile APP/PC terminal, and can realize ontoring and digital decision-making by accessing to the Internet of Things cloud platform.

Technical Parameters:

Size: 80*90*140cm

Operating voltage: 220/380V (customizable)

Power: 1.1KW

Water-lift: 63-84m

Quantity of flow: 2m3/h

of fertilizer suction channel: 3

of pesticides adding channel: 1

Fertilizer suction amount: 160L/H/single channel (flow extension supported)

Irrigation area and control mode: remote solenoid valve

Functions and characteristics:

Its bypass connection does not influence the original main pipean>

It has a (10-inch) LCD HD touch screen and Chinese operation system, which is easy to learn and operate;

Its system can automatically execute rotation irrigation task regularly and quantitatively according to the set irrigation and fertilization program without manual operation, which saves labor and can realize precise fertilization;

It has 20 solenoid valves in controllable irrigation areas;

It has EC (Electrical conductivity)/ (Pondus hydrogenii) automatic detection, and can use PID calculation to precisely distribute fertilizers;

The pesticide adding channel has a manual control valve;

It is equipped with a manual knob flow adjustment valve to adjust fertilizer suction amount more accurate and convenient;

It adopts Venturi fertilizer injector of high precision to make fertilizer suction more stable;

It has a chemical PVC fertilizer mixture channel, which is strongly anti-corrosion and anti-aging, and does not deform and has long service life;

It supports the remote operation of mobile APP/PC terminal;

It supports function extension and customization;

It can add various sensors (environmental factors, soil moisture content) and connect with the Internet of Things. It can also achieve intelligent irrigation fertilization by using sensing data to control the operation of irrigation programs.