Irrigation Solenoid Control Valves

• Media: Water
• Temperature: Ordinary Temperature
• Actuator: Electric
• Shipping Cost: Estimated freight per unit.: about shipping cost and estimated delivery time.
• Currency: US$
• Return&refunds: You can apply for a refund up to 30 days after receipt of the products.
• Model NO.: QT-05F
• Connection Form: Flange
• Type: Pilot Operated
• Material: UPVC
• Pressure: Ordinary Temperature
• Valve Structure: Pilot Piston Structure
• Power Supply: DC Solenoid Valve
• Usage: Drain, Flow Control
• Standard: ANSI
• Application: Water Industrial Usage
• Trademark: QOTO
• Origin: China
• HS Code: 8501310000
• Production Capacity: 100000PCS/Year

Product Description

The Application of IoT base irrigation solenoid valve
We combine the high-tech IoT technology and traditional irrigation solenoid valve to provide new precise and remotely controlled agricultural irrigation system for Farm/Orchard/Vegetable/Crop irrigation. With our QOTO irrigation solution,  people can enjoy more precise and safer irrigating experience
How to Build an IoT-based Irrigation System for Smart Agriculture
Farmers have already been actively exploring high-tech solutions in their daily work - for example, they use sensors to create detailed maps of the farm area and to analyze the characteristics of the soil. Smartphones are used to monitor productivity, crop growth, and obtain information on market changes. IoT provides an opportunity to connect all these innovations.

How To Build An Irrigation System For Farms
For the majority of farms, use of IoT in agriculture begins with smart irrigation. Optimizing the schedule and amount of water allows us to save resources and provide the best care for crops. Sensor-based IoT technologies collect data about soil and update a crop status and transmit this information from sensors to farm irrigation systems. As soon as there is not enough water in the soil, a platform reacts to this alert and the water sprinkler turns on.Implemented with QOTO electric valve and flow meter, farmers can monitor how much water they need to reach the 

Smart irrigation is based on flow pressure and temperature updates - as soon as the moisture has reached a specific threshold, the irrigation will stop. An end-user can track the pump status, making sure that a pipe is in working conditions and the water is flowing in proper amounts.

Automated irrigation systems allow users to track their irrigation status, start and finish the process with a press of a single button, and receive updates on moisture levels, weather updates, and crop status. To serve these multiple objectives, a system should be equipped with six main features:

Remote control

Agricultural irrigation systems are typically navigated via a smartphone or laptop. A user downloads a mobile app that enters profile credentials and gets redirected to the management page. Some farms prefer to develop an additional physical device to control irrigation, seeing how smartphones can be hacked rather easily.

The remote, be it a smartphone or physical device, is connected to sensors that collect and communicate the data on the moisture levels, temperature, and soil status.

Precision agriculture

Different crops have specific irrigation schedules according to their biological needs. Precision agriculture using IoT and advanced analytics technologies allows to plan and implement farming activities such as irrigation or pesticide management on-demand depending on the current soil and crop conditions.

To make sure that each type of plant receives the best care, the irrigation system should recognize various zones depending on the sort of crop, soil, and weather conditions. Farmers should be able to set a separate schedule for each of these areas depending on the real-time sensor reads and install a separate irrigation valve for each of them.

Smart schedules

Smart irrigation systems vary by their levels of complexity, especially when it comes to watering customization. Some tools allow setting basic timing for a particular irrigation zone with a possibility to pause or finish the irrigation at any given moment. Other systems support complex schedules in weekly advance with planned breaks and intensity variations. Meanwhile, a water management system using IoT sensors is be able to adjust the watering schedule and intensity based on the reading from moisture, humidity and other sensors.

Notification systems

The system should notify the farmer about the start of watering and its finish, as well as send error alerts. If there is a technical problem, the system should be able to detect abnormalities in the irrigation flow and notify the farmer immediately.

Interoperability

Field irrigation systems should connect to other smartphones and laptops. The idea behind this connectivity is that a farmer should receive updates any time and from any available device.

Structure of electric UPVC Ball valve
Struture of PTAT-10 electric actuator

 

 

Input Voltage	DC24V	AC24V	AC110V	AC220V	AC380V
Motor Power	30W
Rated Current	2.4A	3.0A	0.64A	0.28A	0.19A
Output Torque	100NM	50NM/60NM/100NM
Operating Time	IOS	5S/30S/40S
Output Shaft	Square hole: 14*14/17*17, Depth: 18/32; Round hole: 015.7/018.95, Depth: 28
Control Circuit	B-type/S-type/R-type/H-type/A-type/K-type/D-type/T-type
Operation Angle	0-270°
Weight	4.7kg
Dielectric Strength	1500VAC/Minute
Insulation Resistance	100MQ/500VDC
Working Temperature	-25°C~60°C (Other temperature can be customized)
Installation Angle	360° Any Angle
Housing	Aluminium Alloy Die-castings, IP67 water-proof grade, NEMA4 and 6
Optional Function	Over torque Protection, Heat Dehumidifier
Ball Valve	15-65
Butterfly Valve	50-100

App function introduction

1,Remote control by Mobile phone or PC computer
2,Control the valve position by percentage
3,Irrigation water capacity setting, to control water consumption
4,Malfunction warning,water shortage warning(work with flow meter),low 
power warning etc,to provide secure user experience
5,When it start watering, the real-time feedback of consumption and time will 
reflect on the App(work with flow meter)
6,power supply solution: powered by solar panel+18650 batteries,green and 
environment-friendly
7,Timing function
8,Circular irrigation
9,Push notification of device
10,When the Internet is cut, the controller will keep watering according to 
schedule once the timing program is set.
11,Record of each water consumption and duration each month irrigation in rainy and snowy weather
12,Lora/NB-iot/4G optional commication protocol
13,Sharing devics function
14,Intelligent interconnect function
15,Signal strength indicate