Featured
Wireless Smart Valve Control Unit - Actuator Valve Compatible
This wireless smart valve control unit developed by Esular is specially designed for 24V DC actuator valves. Eliminating energy and cabling challenges in agricultural areas, the system provides practical use for your irrigation system with its fully wireless structure and self-solar charging feature...
Technical Specifications
| Dimensions | 180 x 110 x 70 mm |
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Documents
Product description
This wireless smart valve control unit developed by Esular is specially designed for 24V DC actuator valves. Eliminating energy and cabling challenges in agricultural areas, the system ensures your irrigation system offers practical use with its fully wireless structure and self-solar powered charging feature. Actuator valve controls and sensor data collection are carried out entirely via wireless control, offering both full open/close and proportional control (0-100%) features.
Wireless Self-Solar Powered Smart Valve Control Unit - Actuator Valve Solution
Specially designed for agricultural and landscape irrigation systems, the Esular Wireless Smart Valve Control Unit allows you to easily manage your 24V DC actuator valves through a centralized system. Thanks to both full open/close and proportional control features, you can perform precise flow control in your irrigation system.
Wireless Installation and Practical Use
There is no need for complex cabling, external energy, or additional automation infrastructure during installation. Thus, it offers extremely practical use. Simply connecting it directly to the 24V DC actuator valve is sufficient.
Operation with Self-Solar Powered Rechargeable Battery (Model 1)
Thanks to the integrated self-solar powered and high-capacity 12V 5000mAh rechargeable battery structure, the device does not need any external energy source. This feature makes the unit practical to use even in areas where energy infrastructure is difficult, such as fields and gardens. It continues to operate even during power outages.
Flexible Energy and Control Options
4 model options are offered for different needs:
- Model 1: Solar powered + wireless + 12V 5000mAh battery - Fully independent operation
- Model 2: Power supplied + wireless + 12V 5000mAh battery - Backup battery support during power outages
- Model 3: Power supplied (12V-36V) + wired control + 12V 5000mAh battery - Remote control with external device
- Model 4: Power supplied only + wired control - Economic solution
Proportional Control Feature (Models 1 and 2)
The first two models can manage the actuator valve not only with open/close but also with precise proportional control between 0-100%. Thanks to this feature, you can adjust the irrigation flow according to need, save water, and perform optimal irrigation during different growth periods of plants.
Wireless Control Range up to 10 KM (Models 1 and 2)
Thanks to powerful LoRa/LoRaWAN technology, you can read the status information of your actuator valves from a distance of approximately 10 km and perform wireless control. You can monitor the valve position, opening percentage, and status information in real-time.
Easy Rescaling
The plug-and-play feature allows you to complete adding a new actuator valve control unit to the system in just minutes. The possibility of easy addition and removal without the need to reconfigure your system offers flexibility and practical use in your projects.
General Features
- Fully compatible with 24V DC actuator valves.
- Models 1 and 2: 0-100% proportional control feature.
- Models 3 and 4: Full open/close control.
- Model 1: No additional energy need thanks to wireless control, self-solar powered, and rechargeable battery structure.
- Model 2: Power supplied + wireless control + backup battery system.
- Model 3: 12V-36V supply input + wired control terminals + backup battery.
- Model 4: Power supplied only + wired control.
- No data loss in case of power off/on.
- Models 1 and 2: Communicates with LoRa modulation and LoRaWAN protocol.
- Has EU-868 MHz frequency band and 14dB output power.
- 8 Channel standard LoRa/LoRaWAN transceiver.
- Fully compatible with LoRaWAN networks.
- Has external antenna and internal antenna connections.
- Models 1 and 2: Configuration processes can be done via wireless control through the system.
- Works in Ultra Low Power and does not consume unnecessary energy.
- Wireless communication up to 5 km point-to-point (LoRaWAN network up to 10 km to the main station).
- Operating temperature is -40°C~+85°C.
- IP68 waterproof structure.
- Model 1: Continues to work during power outages.
- Models 2 and 3: Automatic shutdown during power failure and safe open/close with battery.
- Real-time valve position feedback (Models 1 and 2).
Application Areas
- Smart Agriculture Applications (Wireless Valve Control)
- Smart Greenhouse Applications (Actuator Valve Management)
- Smart Landscape Applications (Practical Irrigation Control)
- Vertical Farming Applications
- Smart Irrigation Systems (Proportional Flow Control)
- Hydroponic Farming Applications
- Precision Agriculture Applications
- SCADA Systems
- IoT (Internet of Things)
- Park and Garden Smart Irrigation Solutions (Practical Installation)
- LoRa / LoRaWAN Sensor Applications
- Germination and Rooting Automation
- Large-Scale Irrigation Projects
Models and Comparison
4 Different Model Options
What is an Actuator Valve and Its Advantages
Actuator Valve Technology
Actuator valves are indispensable components of modern irrigation systems that control the opening and closing of the valve with an electric motor mechanism. They offer many advantages over solenoid valves:
- Proportional Control: Provides precise position control between 0-100%, not just open/close. This allows you to adjust the irrigation flow according to need.
- Larger Valve Sizes: Actuators provide powerful torque even in large diameter valves, offering reliable operation.
- Position Feedback: You can read and verify the real-time position of the valve.
- Slow Opening/Closing: Reduces the risk of water hammer and extends the life of the system.
- Low Power Consumption: Consumes energy only while changing the valve position, uses minimal energy while the position is maintained.
- Long Life: Durable for millions of operating cycles thanks to its mechanical structure.
Esular's Actuator Valve Control Unit offers the ideal solution for modern irrigation systems by combining all the advantages of this technology with wireless control and practical use.
Water Saving with Proportional Control
Efficiency with Precise Flow Control
The proportional control feature available in Model 1 and Model 2 revolutionizes your irrigation system. Unlike traditional open/close systems, you can keep your valve at any position between 0-100%.
Benefits of Proportional Control:
- Water Saving: Prevents waste by using only as much water as needed. For example, during night irrigations, you can irrigate at a lower flow rate by opening your valve to 40%.
- Adjustment According to Plant Growth Periods: Get optimal results by irrigating with 20% opening during the germination period of seedlings, 60% during the growth period, and 100% during the maturation period.
- Pressure Management: Reduce wear in pipes and extend pump life by controlling system pressure.
- Different Flow Rates for Different Zones: Provide different amounts of water to each zone based on soil structure and plant type on the same system.
- Soft Start/Stop: Extend the life of the system and provide pump protection by preventing water hammer.
Your system offers full automation and maximum efficiency by managing each valve individually from central control. Thanks to practical use, you can perform all these operations remotely with a single click.
Model Selection Guide
Which Model is Right for You?
Let us help you choose the right model according to your needs:
Model 1 - Solar Powered + Wireless
Ideal for: Fields and gardens without electrical infrastructure, open areas receiving solar energy, users who want completely independent operation.
Advantages: Requires no cables, zero energy bills, unaffected by power outages, full proportional control, 10 km wireless control range.
Application examples: Large agricultural lands, scattered plots, organic farming, remote areas.
Model 2 - Power Supplied + Wireless
Ideal for: Areas with electrical infrastructure but where outages occur, greenhouses and indoor areas, commercial enterprises requiring high reliability.
Advantages: Continuous energy + backup battery support, full proportional control, automatic safe shutdown during power failure, 10 km wireless control range.
Application examples: Commercial greenhouses, landscape projects, golf courses, parks and gardens.
Model 3 - Power Supplied + Wired Control
Ideal for: Users who want to upgrade existing wired systems, facilities using PLC or SCADA systems, applications where only open/close is sufficient.
Advantages: Easy integration with existing systems, backup battery assurance, economical solution, 12-36V wide voltage range.
Application examples: Industrial facilities, automation systems, existing irrigation infrastructures.
Model 4 - Power Supplied Only
Ideal for: Users looking for a budget-friendly solution, areas with continuous electricity, applications where simple open/close is sufficient.
Advantages: Most economical option, simple installation, low maintenance cost.
Application examples: Small gardens, home irrigation systems, hobby gardens.
Advantages of Wireless Systems and Practical Use
Why Wireless System?
Wireless systems offer many advantages compared to wired systems. Here are the main advantages and practical use details of the Esular Wireless Actuator Valve Control Unit:
Ease of Installation and Low Cost: Does not require cabling. Since there is no need for physical cabling, labor and costs are reduced. Thanks to the plug-and-play structure, devices can be placed and commissioned in a short time. This is a great practical use advantage in installation.
Flexibility and Mobility: Devices can be easily moved when the field or greenhouse layout changes. New devices can be added as needed. This flexibility increases the practical use of the system.
Wide Coverage Area and Wireless Control: Provides remote access and wireless control capability. Wireless networks can be established over large areas. Data can be monitored and controlled remotely via the internet. Especially the remote wireless control and proportional adjustment of actuator valves reduces the workload. It provides efficiency by working integrated with IoT devices in smart agriculture and greenhouse applications.
Ease of Maintenance: Maintenance costs decrease as there is no physical damage such as breakage or wear in cables. Wireless systems can be easily updated with software updates, which is part of practical use.
Reduced Labor Requirements: Unlike wired systems, it does not require excavation, cabling, and maintenance work throughout the field. Actuator valves, sensors, irrigation, and fertilization systems can be monitored and controlled wirelessly from a distance. This reduces the need to be physically present in agricultural and greenhouse areas and maximizes practical use.
Real-Time Monitoring: Instantly track all parameters such as valve positions, opening percentages, and energy status. Manage your system from your smartphone or computer.
Esular's self-solar powered and wireless systems allow farmers and producers to switch to more sustainable and smart farming methods by reducing operational costs while increasing agricultural production efficiency. It is completely focused on practical use.
Technical Documents
Download the documents for detailed product information