Description
The Solinst LevelVent 5 is a vented version of our popular Levelogger®. The highly-accurate datalogger is designed to record water level and temperaturemeasurements during shallow groundwater and surface water deployments. 
The LevelVent 5 logger contains pressure and temperature sensors, a battery,memory for up to 150,000 data logs, and hydrophobic filter within a 22 mm x 173 mm(7/8\\\" x 6.8\\\") stainless steel housing with a corrosion-resistant coating. 
The LevelVent uses a gauged pressure transducer; it is open to the atmosphere viaa vented cable to the wellhead. The compact LevelVent wellhead is designed to fit ina Solinst 2\\\" Well Cap Assembly, and provides easy connection for communicationaccessories.
The vented cable and Solinst LevelVent 5 logger are protected from moisture by permanent, built-in desiccants and hydrophobic filters in the logger and the wellhead.

The TEROS 54 is an advanced multi‐depth soil moisture and temperature profiling probe from METER Group, designed to measure volumetric water content (VWC) and soil temperature at multiple depths (15 cm, 30 cm, 45 cm & 60 cm) all in one sensor body.

It combines ease of installation — only requiring a 2 cm borehole in many cases — with research‐grade accuracy, allowing root‐zone monitoring without the need for large trenches or multiple separate sensors.
Ideal for agronomic research, precision irrigation, environmental monitoring and seasonal crops where sensors may need to be removed and re-installed.

The Mini Disk Infiltrometer is a compact, field‑ready instrument for measuring the unsaturated infiltration rate and hydraulic conductivity of soil under controlled suction. Designed for both field and laboratory use, it makes hydrology and soil‑science testing significantly simpler and more portable. The device uses a sintered stainless‑steel disk that contacts the soil surface, with an adjustable suction chamber (Mariotte/ bubble tube) above, enabling the measurement of infiltration under specified negative suction (tension) conditions. This enables hydrologists, soil scientists, agronomists and field engineers to quickly gather data on how water moves into soil under near‐field conditions.

The compact size, minimal water requirement and simple operation make it particularly suitable for remote field sites, classroom demonstrations, and large‐scale spatial surveys where traditional tension infiltrometers would be too bulky or complex.

Description
Simple and durable, the Well Casing & Depth Indicator is easy to use when detectingmetal well casing or measuring total well depth. It offers both of these functionswithout having to switch out the probe.

The Well Casing & Depth Indicator is useful when determining where metal casingstarts and ends in new or existing well constructions, hydrofracturing, and installingpackers or other downhole instruments.

The 105 Well Casing & Depth Indicator uses a dual-function stainless steel probeconnected to clearly marked flat tape, fitted on a well-balanced reel. 

Description

The Solinst Water Level Temperature Sensor is a compact, all-in-one submersiblehydrostatic level transmitter that provides continuous, stable and accurate waterlevel and temperature readings for a wide variety of applicationsThe water level pressure sensor and temperature sensor are enclosed in a slim,robust 22 mm x 192 mm (7/8\\\" x 7.55\\\") 316L stainless steel housing. Double o-ringseals prevent leaks and a Faraday cage design protects against power surges andlightning. Each probe features a removable nose cone for optional use of the 1/4\\\"NPTM threaded connection.The water level pressure sensor and temperature sensor are enclosed in a slim,robust 22 mm x 192 mm (7/8\\\" x 7.55\\\") 316L stainless steel housing. Double o-ringseals prevent leaks and a Faraday cage design protects against power surges andlightning. Each probe features a removable nose cone for optional use of the 1/4\\\"NPTM threaded connection.The Water Level Temperature Sensor works with digital and analog protocols –MODBUS, SDI-12, and 4-20mA (add-on Current Loop Adaptor). They are easy tointegrate into your existing SCADA or PLC systemsCommunication cable assemblies are available in lengths up to 300 metres. Thecables are easily and securely attached to the sensor using a threaded connection.Simple PC software utilities are used to set up the sensor for the different protocols,perform simple diagnostics, and update sensor firmware if required. A USB-Aprogramming cable is provided for connection to the PC.

The PC60 Premium Pocket Tester is a professional-grade, rugged, all-in-one handheld instrument designed for quick, accurate and reliable water-quality testing. With the capability to measure pH, electrical conductivity (EC), total dissolved solids (TDS), salinity, and temperature, the PC60 is ideal for environmental monitoring, aquaculture, hydroponics, water treatment, labs, and field work. The device comes with a replaceable multi-parameter probe, a dual-display back-lit large screen, automatic temperature compensation (ATC), and a rugged, waterproof IP67-rated housing that even floats. The complete kit includes calibration solutions, storage solution, batteries and carrying case — ready to use out-of-the-box.

The PH60 Premium Pocket pH Tester Kit is a high-precision, portable instrument designed for reliable pH measurement across a wide range of applications—from water and environmental testing to food, fabrics, and field labs. Built for professional performance in a rugged, waterproof body (IP67 rating), it features automatic calibration, temperature compensation, a multi-color back-lit display and a variety of compatible probes for different sample types. With measurement range from -2.00 to 16.00 pH, and resolution down to 0.01 pH, the PH60 stands out for accuracy, versatility and portability. Whether you’re testing pools, aquaculture water, soil slurries or flat surfaces like fabrics and leather, this kit gives you lab-grade results in the field or in the lab.

Diseases and infections can destroy an entire crop, but applying fungicides is costly and time-consuming. If you’re deciding when to spray by monitoring leaf wetness with a resistance grid sensor, you’ll have trouble accurately determining wetness duration without a lot of extra work. You need an accurate sensor that is simple to set up with stable, consistent, easy-to-use thresholds like the PHYTOS 31. Say goodbye to guesswork

The PHYTOS 31 accurately measures both the onset and duration of wetness on a simulated leaf, which in turn predicts when the onset of certain diseases or infections may occur. It’s not only a more accurate instrument, but it’s also the easiest to set up, and when paired with the ZL6 data logger, it gives you access to remote data in real time, making it a smart, simple and straightforward sensing solution.

The Plant Canopy Analyzer (LP-80) is a precision, non-destructive instrument for measuring Leaf Area Index (LAI), canopy light interception, and Photosynthetically Active Radiation (PAR) directly in the field.
It uses a quantum-sensor array to determine how much light penetrates the plant canopy, delivering accurate values for LAI, fPAR, and canopy extinction coefficient (k).

Lightweight, battery-operated, and equipped with an internal computation unit, the LP-80 enables real-time canopy analysis without sample removal—ideal for agricultural, forestry, and ecological research.

The Pressure Plate Apparatus is a laboratory-grade instrument designed for the accurate measurement of soil moisture characteristics under controlled suction (air pressure) conditions. By placing soil samples on a porous ceramic or membrane plate inside an airtight chamber and applying regulated positive air pressure, water is gradually extracted from the soil until equilibrium is reached. This allows the generation of the Soil-Water Characteristic Curve (SWCC), which is essential for a range of geotechnical, agricultural and environmental applications.

The robust construction, wide suction range and multi-sample capacity make this equipment ideal for research laboratories, irrigation and drainage studies, unsaturated soil mechanics and environmental soil-water investigations.

A Leaf Porometer is a portable handheld instrument designed to measure stomatal conductance (and/or stomatal resistance) of plant leaves. Stomatal conductance is a key indicator of how open the stomata are on a leaf surface, thus relating to transpiration rate, plant‐water stress, CO₂ uptake, and overall plant health.

By clamping or placing the porometer sensor head onto a leaf surface, the device measures the rate at which water vapor diffuses through the stomata of the leaf and reports this as conductance (e.g., mmol m⁻² s⁻¹) or resistance (s m⁻¹) units. This non‑destructive approach is well suited for agronomy, plant science research, irrigation scheduling, phenotyping and environmental stress studies.

A rugged, weather-resistant SDI-12 data logger with a built-in solar charging system and rechargeable lithium-ion battery. Designed for long-term field deployments, it supports up to 10 SDI-12 sensors and provides reliable data logging without needing frequent maintenance.

Key Features

·         Supports up to 10 SDI-12 sensors.

·         No SDI-12 programming knowledge required — just connect the sensors and press a button to detect them via its software.

·         Includes SnapView software (Windows) for configuration, logging, and data export.

·         USB-to-SDI-12 bridge for data synchronization.

·         Short-circuit protection on the sensor port.

·         Uses the SDI-12 M! command to log up to 5 data points per sensor.

·         Powered by a 3.7 V, 3500 mAh 18650 lithium-ion cell, recharged via a built-in solar circuit.

·         Low-battery warning: battery monitoring via software; LED indicators for low power.

·         Memory capacity for 59,000+ scans (each scan up to 5 data points) before overwriting.

·         Enclosure is NEMA 4-rated, UV-resistant polycarbonate.

·         Operating temperature: –20 °C to +50 °C.

·         Comes with a micro-USB cable, a 45° terminal adapter, and a solar panel.

The Soil Moisture Tensiometer is a reliable field instrument for measuring the matric potential (soil water tension) in unsaturated soils. It consists of a water‑filled tube with a porous ceramic cup at the lower end, installed at a selected depth in the soil. As the plant or soil system extracts water, suction is created and transmitted to the gauge. The tensiometer reading indicates how strongly water is held in the soil matrix and thus guides irrigation decisions, soil health assessment, and research into soil‑plant‑water relationships.

Used commonly in agriculture, horticulture, turf management, environmental and soil‑science research, the tensiometer provides direct measurement of soil water potential and is unaffected by soil electrical conductivity or salinity.

The Suction Lysimeter is a precision field instrument designed to collect soil water samples from the root zone for chemical and nutrient analysis. It works by applying a vacuum to a porous ceramic cup inserted into the soil, drawing soil solution into the collection tube. This allows agronomists, hydrologists, and environmental scientists to monitor nutrient leaching, soil chemistry, and irrigation impacts on crops.

Constructed with high-quality materials, the Suction Lysimeter is durable, portable, and suitable for field and greenhouse use. It is compatible with most soil types and is widely used in agricultural research, environmental monitoring, and precision irrigation studies.

Solar-powered SDI-12 data recorder (data logger) with rechargeable Lithium-ion cell. Housed in UV weather resistant polycarbonate enclosure. Takes over 53,000 5-data point scans before it overwrites the oldest data. A micro USB cable, 45° PVC neck with terminal adapter, solar panel, and SDI-12 terminal plug are included.

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The Acclima Solar DataSnap is a simple-to-use standalone SDI-12 universal data logger with powerful features. It has a rugged, weather resistant, polycarbonate enclosure (NEMA 4) with a solar panel circuit that charges a lithium ion 18650 battery ensuring continuously reliable, long-term data logging.  It is designed to work with Acclima’s world renowned soil water content TDR and TDT SDI-12 sensors. It will also work with a wide range of third-party SDI-12 soil moisture sensors (probes or meters).

The Solar DataSnap will automatically detect and configure Acclima sensors with the click of a button in its free, downloadable Windows® software known as SnapView . This software allows a user to easily configure reading intervals for up to ten SDI-12 sensors. It will also work with a wide range of third-party SDI-12 sensors. It supports up to five data points per sensor (using the SDI-12 M! command). The software can synchronize data from multiple DataSnaps down to a Windows® PC through a USB connection with the Solar DataSnap. Data is easily exported for use in the form of CSV files which are are automatically generated and downloaded to a micro-USB thumb drive.

Key Features

• Accommodates up to 10 SDI-12 sensors
• Requires no SDI-12 programming knowledge
• Includes SnapView for Windows® PCs
• USB to SDI-12 bridge
• Short circuit protection
• Data logging of the first five data points with SDI-12 M! command
• Lithium-ion 18650 battery recharges with
  solar power
• Long-lasting rechargeable battery (3500 mAh, 3.7v)
• Battery power monitoring feature from SnapView
• Battery power low warning flash on power-up
  (green LED then red LED)
• Total memory capacity supports over 59,000
  scans with each scan storing up to five data points
• SDI-12 sensor compatibility
• Compatible with terminal software applications, like HyperTerminal or PuTTy
• NEMA 4 rated weather-UV resistant enclosure
• Operating temperature range: -20 C to +50
• 1.25 lbs. 6.5″x 6.5″x 3.7″ without conduit

             Saturated hydraulic conductivity is a pain to measure in the field. And that's only the beginning. When you get back to the office, you still have to convert the raw data into hydraulic conductivity and infiltration rates. We think you should spend less time on complexity and more time being productive. That's why we automated almost everything in the new SATURO.

Set it up, and leave

The SATURO dual head infiltrometer does almost everything for you. It's fully automated and doesn't require post-processing of data. Install the ring, connect the hoses, and push start.  It's that simple.

The infiltrometer automatically measures infiltration rates, and the control unit calculates field saturated hydraulic conductivity (Kfs) on the fly. That means if you need a value right away, it's there. If you want to dig deeper, you can always download the raw data.

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With this infiltrometer, one person can do everything

Unlike double ring systems, the SATURO infiltrometer is designed for one person to carry and set up. Plus, it requires way less water, saving you a ton of time and effort. How? The SATURO ponds water on top of the soil and uses air pressure to create two different pressure heads. It uses a pump to automatically maintain the correct water levels.

The KSAT system from METER Group is a laboratory instrument engineered for measuring the saturated hydraulic conductivity (Kₛ or Ksat) of soil samples — one of the most challenging soil-physical parameters to determine reliably.

It incorporates both constant-head and falling-head testing methods in an automated, integrated package, thereby reducing human error and streamlining the workflow. The system is compatible with standard sample rings (e.g., 250 mL volume/80 mm diameter) and shares compatibility with other METER Group systems (e.g., HYPROP) to allow combined measurement of unsaturated and saturated hydraulic properties.

The STREAM SVR 3D Fixed is a fixed‑mount, non-contact surface velocity radar designed for continuous, real-time monitoring of water flow. It uses radar technology to measure the speed of the water’s surface without being in contact with the fluid, which makes it ideal for remote locations or hazardous conditions.

Engineered for hydrologists and water resource managers, this device is part of Decatur Electronics’ STREAM ecosystem, offering reliable performance in environmental and hydrological applications.

The InsiteIG Portable Meter is a unique instrument that combines advanced electronics with exceptional functionality and ease of use. The meter will accept any standard portable DO, SS, pH, or ORP sensor and will automatically configure itself for the correct operation. The quick-disconnect, mil-spec connectors allow for quick sensor swaps. The meter includes a 250 point data logger that records sensor type, sensor reading, date, time, and location. The included Portalog software offers several sort options to customize the downloading and reporting of collected data. The rechargeable batteries allow for 8+ hours of use between charges.

The InsiteIG PortaCaddie is an organizational tool, sold with each sensor, that captures the meter along with the sensor and cable. The PortaCaddie is designed to manage the cable to eliminate tangles while using the system in the field. The meter, sensor, and cable are retained securely during transport and are easily deployed at the desired test location. The rugged design was built specifically for the rigors encountered by field instrumentation. The PortaCaddie was designed to offer a level of protection to the meter, sensor, and cable

The Portable 3D Surface Velocity Radar (SVR) is a handheld, non-contact device designed to measure water surface velocity with high accuracy and speed. Using advanced Doppler radar technology, it provides instantaneous 3D velocity measurements, making it ideal for rivers, streams, flood monitoring, and environmental research. Lightweight and rugged, the SVR ensures safe and reliable field operation in a variety of conditions.

Key Features

·         Handheld & Portable: Lightweight design for easy transport and field use.

·         Non-Contact Measurement: Measures water velocity without entering the water, enhancing safety.

·         3D Velocity Measurement: Instantaneous readings with automatic tilt compensation for vertical and horizontal angles.

·         Color Display & Data Logging: Real-time velocity display and storage for thousands of readings.

·         Long Battery Life: Provides more than 25 hours of operation per charge.

·         Rugged Design: Resistant to drops, rain, and harsh environmental conditions.

·         Easy Mounting Options: Compatible with tripods or other field supports.

The Integrated Advanced Lysimeter is a state‑of‑the‑art soil‑water and water‑balance monitoring system designed for agricultural research, hydrology, climate science and environmental engineering. This fully integrated station accurately measures the volumetric changes in a defined soil monolith or vessel—encompassing evapotranspiration, drainage/leachate, precipitation, soil moisture, and temperature. By isolating a soil column and combining weighing systems, sensors and data‑logging, the Lysimeter provides reliable insights into the “invisible” water fluxes within the root‑zone and soil profile.

Using stainless steel vessel construction, precision load cells, embedded moisture and temperature probes, and optional suction/pressure plates for controlled drainage, the device enables high‑resolution soil‑water balance measurement. The system captures both the mass change (via weighing) and sensor data (soil moisture, temperature, suction) to deduce percolation, drainage, and evapotranspiration with professional accuracy.

The TEROS 06 is a research-grade soil temperature profile probe designed to measure and log soil temperature across a complete soil profile at six discrete depths. According to the manufacturer, it exceeds World Meteorological Organization (WMO) recommended depths by offering measurement points at 5 cm, 10 cm, 20 cm, 30 cm, 50 cm and 100 cm.

With a small diameter (20 mm) to minimize soil disturbance and a low thermal-conductivity rod body (fiberglass reinforced plastic) to reduce heat transfer between layers, the TEROS 06 ensures that each depth reading is accurate and independent. Metal (stainless steel) rings at each depth provide good thermal contact with the surrounding soil.

Perfect for field installation, lysimeters, long-term monitoring of soil temperature dynamics, agriculture research, environmental studies and energy-balance modelling.