model	image	Description‍
GG-008A		Controllable: 4 soil moisture sensors 4 pulse solenoid valves 5 pressure tests 1 flow meter 1 main valve 1 pump 1 set of high and low liquid level switches Support camera photography Solar or AC power supply,Users can freely choose when making a purchase,Cooperate with ANC brand AC valve relay to control 24V AC valve.

Product Introduction

• passWIFI/3G/4G communicates with users' mobile phones or computers, and users can use mobile apps and various customers to communicate

• Browser login on the endMonitor, set up, and control in real-time anytime, anywhere.

• solar-poweredThere is no need for any power cords in the field, and the installation and maintenance costs are low.

• Accurate and detailed valve opening/Turn off status, communication, flow rate, pressure, and low battery alarm to the mobile phone.

• Antifreeze alarmRainy Water Saving Plan.

• Downloadable complete humidity data/Irrigation/Fault History Information.

• Install flow meters and pressure gauges after the water pump to increase the safety and reliability of the pump. Adjustable delay alarm.

• Install a pressure gauge after each solenoid valve to detect the opening of the solenoid valve/Is it normal to close.

Product Overview:

This controller is aWIFI/3G/4G version independent all-around irrigation controller, supporting camera capture of field informationrestUsers can log in and remotely monitor through a mobile app or client browser. Solar powered, no need for electricitySource lineIt is very suitable for irrigation in farmland, orchards, landscaping, and vegetable greenhouses, saving water and energy.

System architecture diagram:

Product Features:

1. It can control 1 water pump, 1 flow meter, 1 pressure gauge, 4 humidity sensors, and 4 solenoid valves, and support camera capture of field photos.

2. It can be divided into four irrigation zones, each equipped with one humidity sensor and one solenoid valve. After each solenoid valve, a pressure gauge or pressure switch is installed to detect whether the solenoid valve is open/closed normally. If there is any abnormality, an alarm will be triggered in a timely manner.

3. The camera can be controlled through the network to take photos and display them on the browser, making it convenient for users to remotely view the on-site situation.

4. The main controller displays real-time information about each irrigation area, making it convenient for users to obtain irrigation area information without a computer or mobile phone.

5. Rich and convenient handling performance:

1). You can learn, set, and adjust the dry/wet thresholds for all irrigation areas on your phone or main controller, and save them synchronously.

2). The solenoid valves or pumps in each irrigation area can be manually turned on/off from a computer/mobile phone remote control, or directly from the main controller for maintenance purposes.

When the ambient temperature reaches the set high or low temperature value, an alarm can be selected or the system can automatically activate the high/low temperature protection function.

7. Enter the forecast time for the upcoming rain, so that all irrigation areas can maintain the lowest allowable humidity level before the rain, waiting for the upcoming rain, scientifically irrigating and saving water.

8. All irrigation areas can be set to four control modes:

a. Soil moisture control, b. Soil moisture control+allowable irrigation time,

c. Timed control, d. Timed+rain detection control.

9. Each irrigation area operates independently according to its own control mode, without interfering with each other.

10. In the 'humidity+allowed irrigation time' mode, customers can set up to 5 allowed irrigation schedules. Each irrigation area can independently choose an allowable irrigation schedule suitable for its own irrigation area; It can be different from Monday to Sunday.

When the irrigation area is in the "timed+rain detection" mode, the soil moisture sensor in the corresponding area becomes a rain sensor, and it is not watered when it rains.

12. Each irrigation area can be set with an independent, maximum allowable irrigation time to prevent accidental watering.

13. It is possible to set a limit on the number of areas that can be irrigated simultaneously, so that in the case of insufficient water pressure, the areas that need to be irrigated to reach the dryness value can be queued and watered in sequence, achieving the goal of uniform watering.

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