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OPTI-DRAIN

$1,299.99

The basic function of opti-drain control is to measure and calculate the amount of applied water, drainage, and water quality absorbed by the substrate. This equipment is designed to observe and record the quality of water absorbed by the substrate and plants (that is, the total weight gain of the system) and the quality of substrate drainage after each irrigation, to help achieve precise irrigation and avoid monitoring errors caused by inaccurate human observations and records. At the same time, the equipment is also equipped with EC, pH, and temperature sensors to continuously monitor and record the absorption of plant inorganic salts. All data is uploaded to the cloud server in real-time and visualized to help farmers decide irrigation time and amount, and optimize nutrient dosage.

  • —Measuring the total weight of the potted plant (kg)
  • —Measure the weight of applied water (kg)
  • —Measure the weight of drainage (kg)
  • —Calculate biomass accumulation (g/day})
  • —Calculate plant transpiration (kg/ha)
  • —Measurement of soil temperature (°C)
  • —Measurement of substrate pH
  • —Measurement of substrate moisture content (%)
  • —Measurement of substrate conductivity (mS/cm)

OPTI-DRAIN drainage and irrigation scale

Opti Drain Irrigation Scale is a device used to detect the amount of liquid input and output in soilless cultivation. The drainage and irrigation ratio is a key management control parameter in soilless cultivation, and a good and accurate drainage and irrigation ratio is the foundation of successful planting.

 

In addition, this product can obtain plant transpiration and evaporation, as well as crop biomass accumulation, through algorithms, for inferring crop performance and energy input calculations. The product includes real-time detection of effluent EC and pH, helping growers stay informed of nutrient uptake and salt accumulation in the planting medium at any time.

Feature

Efficient monitoring

Automatic detection and recording of key information such as inlet and outlet volumes, outlet EC, and outlet pH, saving labor while eliminating manual errors. At the same time, manual inspection records usually only record the overall results of a day. This equipment can detect each irrigation and analyze the trend of changes in the root environment on that day, which can adjust the distribution of irrigation amount and provide more suitable environmental conditions for the root system.

Real time monitoring of a series of soilless cultivation irrigation parameters for irrigation and fertilization is as easy as fingertips.

Measure the total weight of potted plants

Measuring crop liquid intake

Measuring crop discharge

Measure the EC value of the discharge liquid

Measure the pH value of the discharged liquid

Measuring soil temperature

 

In addition, irrigation and drainage scales can also provide a series of calculated values.

Important decision guidance parameters such as irrigation gap photointegration and single irrigation discharge ratio

Accurate measurement

The drainage and irrigation scale can not only collect and analyze the discharge liquid, but also accurately weigh the plants placed on the discharge tank. The equipment accurately measures the input and output of each irrigation, while online checking the EC and PH of each output, ensuring that users can understand the crop status in real time.

Data analysis

The drainage and irrigation scale sets an alarm for key information, such as if the plant weight is lower than the preset value, reminding the manager that irrigation is necessary. If the discharge/inlet volume is greater than the preset value, reminding the manager to stop irrigation, and if the discharge EC is higher/lower than expected, reminding the manager to increase or decrease the concentration of nutrient solution, change the formula, or perform flushing. It can be combined with other products of deep berries to achieve automatic irrigation and light integration algorithm irrigation without human decision-making.

Intelligent algorithms

Key information such as changes in fresh weight of plants can be calculated through intelligent algorithms, and can be analyzed in collaboration with sensor environmental parameter information and irrigation information of the drainage and irrigation scales themselves, helping managers find the most suitable conditions for the growth of each plant. Multiple soilless cultivation crops can be placed above the drainage and irrigation scale, and the best irrigation strategy can be recommended based on the crop variety and actual situation.

4G communication method

Supports RS485 wired cable and 4G wireless module communication, and can choose wired or wireless communication based on actual usage.

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