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The Virtual Soil Moisture Tensiometer (30 cm) Gauge Type is a precision instrument designed to measure soil water tension accurately and efficiently. Specifically engineered for agricultural and horticultural applications, it enables users to assess the soil moisture status by capturing the force with which water is held by soil particles. This measurement, known as soil suction or potential, is critical for optimizing irrigation schedules, ensuring plants receive the precise amount of water they need for optimal growth. The tensiometer consists of a high-quality porous ceramic cup that is inserted into the soil to maintain hydraulic contact, a durable plastic body tube that houses water, and a vacuum gauge that provides a direct readout of the soil water tension. By displaying real-time soil suction, this tensiometer allows agronomists, farmers, and irrigation specialists to make informed decisions on when to irrigate, minimizing water wastage and maximizing crop yield. Its 30 cm length is ideal for monitoring moisture in the root zone of various crops, making it a valuable tool for precision agriculture and sustainable water management practices.
Key Features
| Features | Description |
|---|---|
| Measurement Parameter | Soil water tension (soil suction) |
| Length | 30 cm |
| Gauge Type | Vacuum dial gauge with direct readout |
| Porous Cup Material | High-grade ceramic for accurate hydraulic contact |
| Body Material | Durable plastic tube resistant to soil chemicals |
| Usage | Ideal for irrigation scheduling in agriculture and horticulture |
| Measurement Range | Suitable for typical field soil moisture tension values |
| Installation | Simple insertion in the soil to root zone depth |
| Maintenance | Low maintenance with easy cleaning and refill |
| Application | Useful for optimizing water usage and improving crop yield |
| Attributes | Description |
|---|---|
| Product Model | Virtual Soil Moisture Tensiometer 30 cm Gauge Type |
| Length | 30 centimeters |
| Material (Porous Cup) | Ceramic |
| Body Material | Plastic |
| Gauge Type | Vacuum dial gauge |
| Measurement Principle | Soil water tension measurement via pressure equilibrium |
| Ideal Soil Depth for Use | Root zone up to 30 cm |
| Operating Environment | Agricultural fields, nurseries, and horticultural setups |
| Calibration | Pre-calibrated, requires minimal user calibration |
| Maintenance | Easy to maintain, periodic cleaning recommended |
*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.
The 30 cm length allows the porous ceramic cup to be positioned within the active root zone of many crops, providing accurate soil moisture tension data relevant for irrigation decisions.
Yes, the ceramic cup and vacuum gauge design enable the tensiometer to equilibrate with soil water tension across various soil textures, from sandy to clayey soils.
Routine maintenance includes cleaning the ceramic cup to prevent clogging and refilling the water column periodically to ensure accurate readings.
While primarily a manual gauge, it can be integrated with data loggers or manual readout-based irrigation scheduling systems but is not designed for direct automated system control.
The vacuum dial gauge provides a reliable and direct readout of soil suction, with precision adequate for field-level irrigation scheduling and research.
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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