Products

Instrumentation built around the measurement.

Explore EMCON’s range of indigenous sensors, measuring instruments and data acquisition systems.

A cost-effective system for measuring near-shore, riverbed and underwater bottom profiles using hydrostatic pressure-based measurement technology.
A capacitance-based moisture meter designed to measure moisture in Raw Cashew Nut, Un-Peeled Kernel and Peeled Kernel.
A capacitance-type sensor designed for accurate and stable measurement of water-level changes in evaporation pans for meteorological observations.
A three-cup anemometer designed for measuring wind speed and wind velocity in meteorological and environmental monitoring applications.
A combined sensor designed for monitoring air temperature and relative humidity in meteorological and environmental applications.
A capacitance-based sensor designed for continuous measurement and monitoring of soil wetness and moisture conditions.
A sensor designed for measuring soil temperature for agricultural, meteorological and environmental monitoring applications.
A sensor designed to detect and monitor moisture or wetness present on plant leaves for agricultural and environmental observations.
Reliable wind direction sensor with contact-free magnetic coupling, 360° measurement range, linear voltage output, and durable construction for long-term meteorological monitoring.
A sensor designed for measuring solar radiation for meteorological, agricultural and environmental monitoring applications.
Solid-state precipitation gauge designed to accurately collect and measure rainfall using capacitive sensing technology with no moving parts.
A monitoring system designed for water-quality observation with wireless telemetry for remote data transmission and monitoring.
Automatic water-level and tide recording system designed to continuously monitor and record water-level variations using a pressure-based tide sensor and recorder/transmitter.
Portable water-current meter designed to measure velocity and direction in rivers, oceans, estuaries and other water bodies, with direct LCD display of current measurements.
A Savonius rotor-based current sensor designed for measuring water current velocity during wading-based river measurements.
A sensor designed to measure the tilt or inclination of a towed body during underwater or marine measurement operations.
A sensor designed to measure load or force acting on an underwater towed body during marine measurement operations.
Pressure-based sensor designed to measure horizontal force applied to rigid structures by sensing dynamic hydrostatic pressure acting on a diaphragm.
A pressure-based sensor designed for measuring water level and hydrostatic pressure in water-monitoring applications.
High-speed non-contact sensor system for recording displacement, shock, and vibration of model ocean platforms and structures during vibration and wave-flume experiments.
Wave run-up measurement and recording system designed to measure the vertical extent of wave run-up on shores and breakwaters using a strip-type capacitance sensor.
Underwater force sensor designed to measure loads acting on suspended or rigid plates subjected to wave action or other forces in experimental wave flumes.
Sensor designed to measure and record horizontal wave force acting on a diaphragm at different locations in a wave flume, with applications in hydrodynamic and coastal engineering studies.
Underwater load sensor designed to measure the load acting on anchored platforms and wave suppressors, with real-time recording capability for hydrodynamic model studies.
High-response capacitance-based wave sensor designed for measuring wave height and wave period at different locations in model tanks and wave flumes.
High-resolution multi-channel wave data acquisition and analysis system for laboratory model tanks and wave flumes.
Industries

Built for specialised fields.

Portland metro and the near suburbs. Outside these areas we will still take the call and tell you honestly whether we are the right firm for the drive.

Meteorology & Climate Studies
Agriculture & Soil Science
Hydrology & Dam Safety
Ocean Technology & Fisheries
Architecture & Structural Engineering
FAQ

Choosing the right instrument.

Yes. EMCON designs, engineers and manufactures its sensors and measuring instruments in-house rather than importing or co-branding products.

EMCON develops custom sensors and measuring systems around specialised research and field requirements where a standard product may not be suitable.

Yes. Depending on the application, EMCON develops individual sensors as well as multi-sensor data acquisition, logging and monitoring systems.

Share the parameter you need to measure, the operating environment and your application. EMCON can help identify a suitable existing instrument or discuss a custom solution.

Have a measurement requirement?

Tell us what you need to measure, where the instrument will be deployed and the intended application. Our team can help identify the right EMCON solution.