Middle East
The TDR-310N soil water content sensor epitomizes precision and reliability in soil moisture sensing technology, catering to agricultural, environmental, and research applications. Unlock unparalleled accuracy and reliability with our fully integrated digital TDR soil water content sensor, meticulously engineered to deliver consistent performance with exceptional repeatability.
Discover Enhanced Features:
Representing the next evolution from the acclaimed Acclima TDR-310L, the TDR-310N features a high voltage waveform output, ideal for measuring soil electrical conductivity, even in challenging conditions. While consuming more power compared to its predecessor, the TDR-310H, this advanced model integrates comprehensive time domain reflectometry capabilities. Seamlessly merging ultra-fast waveform generation and digitization with a precision 5 pico-second resolution time base, coupled with sophisticated waveform digitization and analysis firmware, it enables unparalleled time domain analysis of soil-propagated waveforms.
Engineered for Ease:
Designed with user convenience in mind, the TDR-310N is equipped with a 3-wire SDI-12 interface, facilitating effortless transmission of reading data. It ensures compatibility with a wide range of data recorders compliant with SDI-12 version 1.4 and earlier. Experience the pinnacle of soil moisture sensing technology with the TDR-310N.
Additionally, the TDR-310N, a higher performance version of the Acclima TDR-310H, features a much higher amplitude waveform, consuming more power yet offering remarkable effectiveness in challenging soil environments. As part of the Soil Smart Series, its advanced waveform analysis caters to all mineral soil types. This fully integrated time domain reflectometer is designed for easy vertical installation at any desired depth. Providing reading data through a 3-wire SDI-12 interface, it ensures compatibility with data recorders compliant with SDI-12 version 1.4 and earlier.
Highly stable even in saline soils
Huge sensing volume
Innovative Soil Smart Technology
The Soil Smart series from Acclima represents a paradigm shift in soil moisture sensing technology. Designed to meet the diverse needs of agricultural, research, and landscaping applications, Soil Smart sensors are engineered to deliver exceptional performance across a wide range of soil types and conditions.
Advanced Performance
Within the Soil Smart series, each sensor is equipped with advanced features and capabilities to ensure superior accuracy and reliability. Through rigorous testing and validation, Soil Smart sensors consistently demonstrate precise and reliable measurements, even in challenging soil conditions.
Unmatched Precision
No other soil moisture sensor series on the market can match the precision and performance of the Soil Smart series. Whether you’re monitoring moisture levels in agricultural fields, research plots, or landscaping projects, Soil Smart sensors provide the accuracy and stability needed for informed decision-
making and optimal water management.
TRUE Time-Domain Reflectometer (TDR) sensors, widely acknowledged as the pinnacle of moisture sensing technology, have long grappled with various limitations such as restricted mobility, coaxial lead connections limiting bandwidth, and steep costs, often reaching thousands of dollars.
However, Scott Anderson, the visionary founder of Acclima Inc., has revolutionized this landscape. After years of meticulous research aimed at refining and downsizing TDR technology, this year marks the unveiling of a sensor that addresses these challenges head-on. Encapsulated within a robust epoxy resin enclosure, this sensor incorporates all necessary electronics, algorithms, and signal processing, while featuring an industry-standard SDI-12 interface.
Tailored for “insertion type” soil readings, the sensor offers exceptional user-friendliness in the field. Moreover, boasting a generous 150ml sample volume, it surpasses Capacitance probes by a significant margin.
Check out our latest Price List
Copyright Acclima ©, Inc. All rights reserved.
