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The Virtual Soil Moisture Tensiometer (45 cm) Gauge Type is an advanced agricultural instrument designed to accurately measure soil water tension, also known as soil suction or soil moisture potential. This device helps in efficient irrigation scheduling by indicating the force with which water is held within the soil by soil particles, representing how much effort plant roots exert to extract water. Featuring a high-quality porous ceramic cup ensuring excellent hydraulic contact with the soil, and a robust plastic body tube, the tensiometer effectively monitors soil moisture tension. The built-in vacuum gauge directly displays the soil suction, facilitating precise decision-making for irrigation to optimize water use and enhance crop health. Ideal for agronomists, horticulturists, irrigation specialists, and commercial farming operations, this 45 cm gauge type tensiometer offers reliable, real-time soil moisture data crucial for sustainable water management and improving crop yield.
Key Features
| Features | Description |
|---|---|
| Measurement Range | Soil water tension up to the limit sustained by the porous ceramic (typically 0 to -80 kPa) |
| Length of Tube | 45 cm for deep soil moisture monitoring |
| Porous Ceramic Cup | High-quality ceramic for accurate hydraulic soil contact |
| Gauge Type | Analog vacuum dial gauge for direct soil suction readout |
| Material Body | Durable plastic tube resistant to soil chemicals and abrasion |
| Application | Irrigation scheduling and soil moisture monitoring in agricultural fields |
| Installation | Easy insertion into soil, suitable for field and greenhouse use |
| Maintenance | Low maintenance, simple calibration with water |
| Operating Principle | Measures soil water tension through water equilibrium in porous ceramic cup |
| Accuracy | Provides reliable, real-time tension readings |
| Attributes | Description |
|---|---|
| Model | Virtual Soil Moisture Tensiometer 45 cm |
| Length | 45 centimeters |
| Gauge Type | Analog vacuum dial |
| Material | Plastic body tube with porous ceramic cup |
| Measurement Parameter | Soil water tension (kPa) |
| Installation Method | Inserted vertically or horizontally into soil at root zone |
| Operating Temperature | -10°C to 50°C |
| Storage Conditions | Store in cool dry place when not in use |
| Maintenance Requirement | Refill water periodically, clean ceramic cup |
| Calibration | Calibrated to atmospheric pressure, zeroed before use |
*Disclaimer: The above description has been AI-generated and has not been audited or verified for accuracy. It is recommended to verify product details independently before making any purchasing decisions.
It uses a porous ceramic cup that reaches hydraulic equilibrium with the soil moisture; the vacuum created inside the plastic body is indicated by an analog gauge which directly reads the soil water tension.
The 45 cm length allows measurement of soil moisture tension within the typical root zone depth, providing more accurate data on water availability for crops.
Yes, the porous ceramic cup maintains hydraulic contact with various soil types such as sandy, loamy, and clay soils, but calibration and installation depth should be adjusted accordingly.
Periodic refilling of water in the tube, cleaning the ceramic cup to prevent clogging, and occasional calibration to ensure accurate readings.
Yes, the durable construction and easy installation make it suitable for both open field agriculture and controlled environment agriculture such as greenhouses.
Brand: virtual
Country Of Origin: India
‘Virtual’ make tensiometer measures the force with which water is held in the soil by the soil particles. Scheduling irrigation based on how hard plant roots are working to draw water from the soil. This force, referred to as soil suction, tension, or potential, indicates how tightly the water is bound in the soil, and how much energy must be exerted by plant roots to remove and use the water. The basic components of a tensiometer include a porous ceramic cup, a plastic body tube, and a vacuum gauge. The ceramic cup is placed in good hydraulic contact with the soil and allows transfer of water into and out of the tensiometer body according to the tension in the soil. The vacuum inside the tensiometer body equilibrates with the soil water tension, and the dial gauge provides a direct readout of the tension.
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