Tensiometer System Computer V – Soilspec Soil Moisture Monitoring System
Digital soil moisture tension monitoring system with computer data logging and analysis software.
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Product Summary:
The Soilspec Tensiometer System Computer V is an advanced soil moisture monitoring solution designed for accurate, real-time irrigation management. This system measures soil water tension, giving growers a direct understanding of how much effort plants exert to extract water from the soil.
Used by government agricultural departments, universities, and research institutions such as the CSIRO, the Soilspec Computer V offers reliable and precise readings for all crop types and soil conditions. It requires no calibration and features rugged components for long-term use in the field. The accompanying Moisture Plot software enables data download, visualisation, and interpretation of moisture trends across multiple depths and sites.
The Soilspec Tensiometer Tubes form the foundation of the Computer V Soil Moisture Monitoring System. These precision-engineered tubes are designed to provide a direct, physical measure of how difficult it is for plants to extract water from soil — a critical factor in irrigation management.
Each tube is constructed from clear acrylic or PVC and fitted with a high-flow porous ceramic tip at the base. The tube is filled with degassed water and sealed with a rubber stopper to maintain vacuum integrity. As soil dries, water is drawn from the ceramic tip, creating a measurable suction that correlates directly with soil water tension.
Two standard diameters are available — 20 mm and 40 mm — allowing flexibility for different crop types and soil structures. The 20 mm slim-line tube is ideal for minimal disturbance and permanent field installation, while the 40 mm model offers a greater internal volume, suitable for soil solution extraction and multi-point monitoring applications.
When installed at varying depths (commonly 30 cm, 60 cm, and 90 cm), Soilspec tubes reveal moisture movement throughout the root zone and support precise irrigation scheduling. Readings can be taken manually or recorded digitally via the Computer V gauge, then visualised using the Moisture Plot software.
Key Technical Details:
Tube Material: Clear PVC or acrylic (UV-stabilised)
Ceramic Tip: High-flow porous type (suitable for sandy to loamy soils)
Typical Depths: 30–90 cm
Measured Parameter: Soil water tension (centibars or kPa)
Maintenance: Periodic refill with degassed water; keep ceramic tip saturated
Integration: Compatible with Soilspec SST102G Computer Gauge and Moisture Plot software
Applications:
Field and research monitoring for olives, grapes, citrus, and almonds
Salinity and nutrient tracking through soil solution extraction
Long-term irrigation management and environmental compliance
These tubes are used by CSIRO, NSW DPI, and SARDI in national research programs for their accuracy, ruggedness, and reliability in diverse soil conditions. Built for both research and commercial use, Soilspec tubes deliver consistent performance and require minimal maintenance over years of operation
Technical Specifications of Tensiometer System Computer V – Soilspec Soil Moisture Monitoring System
Product Type: Digital soil moisture tension monitoring system
Model: Computer V (SST102G)
Measurement Range: 0–85 centibars (cb) or kPa equivalent
Tube Diameters: 20 mm or 40 mm options
Typical Depths: 30 cm, 60 cm, 90 cm
Materials: Acrylic or PVC body with porous ceramic tip and sealed rubber stopper
Power Supply: Battery operated (field portable)
Data Storage: Internal memory with tube ID, time, and date logging
Maintenance: Periodic refilling with degassed water
Packaging: Includes Computer Gauge, Moisture Plot software, and user manual
Delivery Notes: Freight applies; shipped in protective case
Why Choose This Product:
The Soilspec Tensiometer System Computer V delivers accurate, maintenance-light, and scientifically validated soil moisture data. It allows growers to make informed irrigation decisions, optimise water use, and enhance crop yield without the need for complex calibration or costly sensors. Built for durability and simplicity, it is trusted by Australian agricultural research programs and commercial producers alike.
Frequently Asked Questions
Technical Specifications
Product Type: Computerised tensiometer-based soil moisture monitoring system
Measurement Principle: Measures soil water tension via vacuum pressure within the tube
Components Included: Tensiometer tubes, electronic gauge, and display module
Tube Options: Multiple tube lengths for different root zone depths (top, mid, and deep)
Display Type: Digital readout with instant moisture status
Calibration: No calibration or zeroing required
Power Supply: Battery operated (portable field use)
Applications: Irrigation management, research, crop production, and soil testing
Users: Agricultural departments, universities, CSIRO, and commercial farms
Soilspec - Use of soil solution extraction tools in Australia
Manuals
Document
Managing Phytophthora Root Rot in Australian Olive Production
Phytophthora root rot is one of the most destructive diseases affecting Australian olive groves. Caused by several Phytophthora species thriving in waterlogged soils, it can lead to root decay, canopy collapse, and even total tree death if unmanaged. This guide explores how to identify symptoms, contributing factors, and the latest integrated management practices.
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Understanding Olive Leaf Tip Dieback: Causes, Diagnosis, and Management
Discover how to diagnose and manage olive leaf tip dieback, a common issue caused by nutrient deficiencies, salinity, or environmental stress. Learn expert strategies for restoring tree health through balanced nutrition, soil and water management, and effective disease prevention — backed by The Olive Centre’s professional resources and products.
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Comprehensive Operational System for Professional Olive Producers
This comprehensive operational report outlines a full management system for professional olive producers, covering seasonal orchard tasks, planning, nutrition management, pest control, pruning, forecasting tools, budgeting, and technology integration.
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Bushfire Recovery Guide for Olive Trees in Australia
A practical recovery guide for Australian olive growers outlining how to assess bushfire damage, support tree recovery, manage soil health and restore productivity following fire events in olive groves.
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Toro Waterbird Sprinklers Discontinued: What It Means for Olive Growers
Toro has discontinued its Waterbird irrigation sprinklers, prompting olive growers to reassess under-tree irrigation systems and consider modern alternatives including micro-sprinklers and drip irrigation. What are the alternatives?
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Ensuring Olive Grove Security: Minimum Resource Thresholds for Secure Production Operation
A practical guide to minimum water, fuel, fertiliser and crop protection thresholds needed to maintain olive grove productivity and avoid yield losses.