iMaigg MQ-3 Solar 4G LoRaWAN 2-Zone Diverter Valve

MQ-3 Motorized 3-Way Ball Valve

Solar-powered remote irrigation control for field, orchard, greenhouse and landscaping use.

Overview

The MQ-3 is a motorized 3-way ball valve designed for remote irrigation control. It replaces standard manual valves using a standard installation hole size, so no new piping layout is needed. The valve works with the iMaigg mobile app and web portal.

You can open, close, or switch flow between outlets from your phone or computer — no need to walk the field or open a valve box by hand.

It is built for field agriculture, hillside orchards, greenhouses, and municipal landscaping that use drip or sprinkler irrigation.

Key Benefits

• No wiring needed. The 1.3W solar panel keeps the 21700 battery charged. An external 12V DC input is available as backup.
• Works where you need it. Choose 4G for standalone remote valves or LoRa/LoRaWAN for large farms with many valves.
• 3-way flow control. T-type feeds both outlets at the same time. L-type feeds one outlet at a time.
• Know what is happening. Real-time valve and actuator status feedback, fault warnings, and low battery alerts.
• Built for outdoor use. IP67-rated housing with chemical-resistant materials and multiple leak-proof rings.
• Pressure monitoring built in. Two outlet pressure sensors with 1% FS accuracy.
• Easy to install and dismantle. Standard installation hole size fits existing valve setups.

Features

• 3-way ball valve with motorized actuator
• 4G / LoRa / LoRaWAN network options
• 1.3W solar panel (6V, 160mA)
• 21700 rechargeable battery (4000mAh)
• External 12V DC power input
• 100 N.m actuator torque
• IP67 waterproof rating
• Manual valve switch for backup operation
• Valve position indicator
• 12-pin connector
• Multi leak-proof rings
• Chemical-resistant materials
• Working temperature: 0–65°C
• Suitable fluids: Water / Oil

Know the Product

Specifications

Applications

• Field agriculture — drip and sprinkler irrigation zones
• Hillside orchards — remote valve control without walking rows
• Greenhouses — scheduled watering and flow switching
• Municipal landscaping — parks, gardens, and roadside greening
• IoT flow control — integration with sensors, weather stations, and fertigation systems
• Farm water distribution — diverting flow between two outlets

Best For

• Farms with multiple irrigation zones that need remote on/off control
• Orchards and hillside fields where manual valve access is difficult
• Greenhouses using drip lines with two outlet groups
• Projects that need pressure data from both outlets
• Sites without grid power (solar + battery operation)
• Large areas with many valves (LoRa/LoRaWAN option)
• Remote standalone valves where 4G is available

Ordering Guide

Build your order code like this:

MQ-3 – Flowtype – Material – Network – Size – Connection

Options

Flow: T (both outlets at the same time) / L (one outlet at a time)

Material: PP / UPVC / Ceramic

Network: G (4G Cat-1) / LA (LoRaWAN)/L(lora)

Size: e.g. 11090 = 110 inlet, 90 outlets

Connection: FF (Female Threaded) / SD (Hose Connector)

Example
MQ-3L-UPVC-G-11090-FF= L-type flow, UPVC material, 4G network, 110 inlet / 90outlets, female threaded connection.

Installation & Maintenance

Installation: The MQ-3 uses a standard installation hole size and female threaded connections (DN100 inlet, DN80 ×2 outlets), so it can replace existing valves without changing the piping layout.

Power setup: The 1.3W solar panel charges the 21700 battery during daylight. For shaded or low-sun locations, connect the external 12V DC input, or extend to use a separate solar panel with 12V DC output.

Network setup: Choose 4G or LoRa/LoRaWAN based on your site. 4G works for standalone valves with cellular coverage. LoRa/LoRaWAN suits large farms with many valves and a gateway.

Manual backup: A manual valve switch is built in for use when the battery is low or the network is down.

Maintenance: Multiple leak-proof rings and chemical-resistant materials reduce wear. Check the solar panel surface periodically for dust or debris.

FAQ

Q: What is a 3-way smart irrigation valve?
A: A 3-way smart irrigation valve is a motorized ball valve with three ports — one inlet and two outlets. It can send water to one outlet at a time (L-type) or both outlets at the same time (T-type). “Smart” means it can be controlled remotely through a mobile app, web portal, or IoT system.

Q: How is the MQ-3 powered?
A: The MQ-3 runs on a rechargeable 21700 battery (4000mAh) charged by a 1.3W solar panel (6V, 160mA). An external 12V DC input is also available for backup power.

Q: What is the difference between T-type and L-type flow?
A: T-type sends water to both outlets at the same time. L-type sends water to only one outlet at a time. The ordering code lets you choose the flow type for your irrigation layout.

Q: Does the MQ-3 work without internet?
A: The MQ-3 needs a 4G or LoRa/LoRaWAN connection for remote control. If the network is down, you can use the built-in manual valve switch to open or close the valve by hand.

Q: What pipe sizes does the MQ-3 fit?
A: The standard model has a DN100 inlet and two DN80 outlets with female threaded connections. Other port sizes may be available — check the ordering specification or contact iMaigg for confirmation.

Q: Can I use the MQ-3 for drip irrigation?
A: Yes. The MQ-3 is designed for drip and sprinkler irrigation in field agriculture, orchards, greenhouses, and landscaping. It controls water flow to irrigation zones.

Q: Is the MQ-3 waterproof?
A: Yes. The MQ-3 has an IP67 rating, which means it is protected against dust and water immersion. It is built for outdoor field conditions.

Q: Can I monitor pressure from both outlets?
A: Yes. The MQ-3 includes pressure monitoring at both outlets with 1% FS accuracy. Pressure data can be viewed through the app or web portal.

Q: What certifications does the MQ-3 have?
A: The iMaigg MQ-3 carries CE and FCC certifications.