Meteorological Sensors

  • Portable weather and heat index meter for environmental safety assessments.
  • Measures WBGT (Wet Bulb Globe Temperature), humidity, temperature, and wind.
  • Ideal for industrial safety, sports, and occupational health monitoring.
  • Calculates heat stress risk in compliance with ISO and OSHA standards.
  • Data logging and Bluetooth connectivity for wireless export.
  • Durable, pocket-sized design with backlit LCD display.
  • High-precision wind sensor with Modbus RTU communication.

  • Measures both wind speed and direction using ultrasonic technology.

  • Durable, corrosion-resistant construction suitable for harsh climates.

  • Fast response time and maintenance-free operation.

  • Easy integration into data loggers or automation systems.

  • Ideal for meteorology, wind energy, and air quality monitoring

  • Mechanical anemometer for accurate measurement of wind speed and direction.

  • Built with high-strength materials for stability in strong wind conditions.

  • Easy mounting with analog output for real-time monitoring.

  • Suitable for weather stations, agricultural sites, and research setups.

  • Offers long operational life and low maintenance cost.

  • Optional integration with Whirlybird data loggers.

  • High-performance 3-axis ultrasonic sensor for wind measurement in all directions.

  • Measures U, V, W components of wind, turbulence, and sonic temperature.

  • Maintenance-free with no moving parts and high sampling frequency.

  • IP66-rated construction for extreme environmental conditions.

  • Digital output via RS485 / Modbus RTU interface.

  • Ideal for research, wind profiling, and meteorological towers

  • High-performance 3-axis ultrasonic anemometer for accurate wind measurement in all directions.
  • Measures wind speed and direction along with U, V, W components, wind gust, sound speed, and sonic temperature.
  • Maintenance-free design with no moving parts, ensuring long-term reliability and minimal servicing.
  • High-frequency data acquisition with fast digital output for precise turbulence and dynamic wind analysis.
  • Robust and rugged construction suitable for continuous operation in harsh environmental conditions.
  • Measures horizontal wind speed and direction using advanced ultrasonic technology.

  • No moving parts—ensuring maintenance-free and reliable operation.

  • Outputs via RS485 and Modbus RTU for easy system integration.

  • Wide measurement range from 0 to 60 m/s with ±2% accuracy.

  • Resistant to dust, rain, and snow for continuous outdoor monitoring.

  • Ideal for meteorology, aviation, and industrial safety applications.

  • Combined atmospheric pressure, temperature, and humidity transmitter.
  • High accuracy with long-term stability and quick response time.
  • Digital communication via Modbus RTU or analog 4–20 mA output.
  • Compact design for indoor and outdoor environmental monitoring.
  • Wide operating range suitable for industrial and research applications.
  • Ideal for integration with weather stations and IAQ systems.
  • Precision rain gauge for measuring precipitation intensity and total rainfall.
  • Self-emptying tipping bucket design ensures consistent accuracy.
  • Constructed from UV-resistant materials for outdoor durability.
  • Compatible with SDI-12 and pulse output systems.
  • Measuring range up to 700 mm/hour with ±2% accuracy.
  • Suitable for meteorological networks and hydrology applications.
  • Portable, research-grade soil moisture measurement instrument.
  • Measures volumetric water content, EC, and surface temperature.
  • Built-in data logger with Bluetooth and GPS capabilities.
  • Adjustable probe lengths for multiple soil depth readings.
  • Ideal for irrigation management and precision agriculture.
  • Factory-calibrated for various soil types to ensure accuracy.
  • Advanced digital soil sensor measuring moisture, temperature, and electrical conductivitysalinity.

  • Proven accuracy using dielectric permittivity-based measurement.

  • Robust design suitable for permanent field installations for 10-15 years.

  • Supports SDI-12 and RS485 communication protocols.

  • Minimal calibration drift for long-term reliability.

  • Commonly used in environmental research and smart irrigation systems.

  • Portable version of the Hydra Probe for on-the-go soil analysis.
  • Connects to smartphones via Bluetooth for real-time data display.
  • Measures soil moisture, salinity, and temperature with high accuracy.
  • Ideal for agronomists, researchers, and precision farming.
  • Compact, lightweight, and battery-operated for field convenience.
  • Data can be stored or shared instantly through the mobile app.
  • Measures leaf wetness and surface moisture for disease risk assessment.
  • Fast-response sensor with analog output for easy integration.
  • Weather-resistant and designed for outdoor agricultural applications.
  • Helps optimize irrigation and plant protection schedules.
  • Suitable for meteorological, horticultural, and agricultural networks.
  • High-precision barometric pressure transmitter for meteorological applications.
  • Measures from 600 to 1100 hPa with ±0.1 hPa accuracy.
  • Analog and Modbus RTU output options for versatile connectivity.
  • Rugged and compact design suitable for continuous outdoor operation.
  • Ideal for weather stations, air quality, and environmental research.
  • Compact barometric transmitter with digital output for precise atmospheric pressure readings.
  • Supports RS485 Modbus communication for remote data collection.
  • Long-term stability and low power consumption.
  • Ideal for weather monitoring, research labs, and automated stations.
  • Provides temperature compensation for accurate measurements in varying conditions.
  • Monitors visibility and meteorological conditions in road or tunnel environments.
  • Optical forward-scatter design for accurate visibility measurement.
  • Measures temperature, humidity, and atmospheric conditions simultaneously.
  • Compact and rugged construction for harsh locations.
  • Supports RS485 Modbus integration with control systems.
  • Measures visibility, precipitation type, and intensity in all weather conditions.
  • Advanced forward-scatter technology ensures accurate visibility readings.
  • Integrated temperature and humidity sensors for complete weather analysis.
  • Robust construction with low maintenance requirements.
  • Widely used in airports, highways, and environmental monitoring networks.
  • Advanced lightning detection system for storm monitoring and early warnings.
  • Detects both cloud-to-ground and intra-cloud lightning strikes.
  • High detection accuracy with range up to 83 km.
  • Low false alarm rate due to advanced signal processing technology.
  • Ideal for airports, power stations, and meteorological departments.
  • Measures air velocity and direction for ventilation and tunnel systems.
  • Ultrasonic measurement principle with high response speed.
  • Durable housing resistant to corrosion and particulates.
  • Ideal for tunnels, HVAC systems, and environmental control.
  • Output options include RS485 and Modbus RTU.
  • Monitors luminance inside tunnels for visibility and safety compliance.
  • High-accuracy optical measurement for adaptive lighting systems.
  • Works under various lighting and environmental conditions.
  • IP65-rated construction ensures long-term reliability.
  • Essential for smart tunnel management and road safety operations.
  • All-in-one sensor for monitoring visibility, temperature, and relative humidity in tunnels.
  • Compact design suitable for harsh, low-light tunnel environments.
  • Provides accurate and real-time weather data for road safety systems.
  • RS485 Modbus interface for seamless integration into monitoring networks.
  • Built for continuous operation with minimal maintenance.
  • Measures brightness levels at tunnel entrances for lighting adjustment.
  • Assists in reducing glare and improving driver visibility during transitions.
  • Optical sensor with fast response and high precision.
  • Integrates easily with automated tunnel lighting control systems.
  • Durable and maintenance-free for long-term operation.
  • Detects toxic and combustible gases including CO, SO₂, NOx, and VOCs.

  • Electrochemical and infrared detection principles for high accuracy.

  • Compatible with Modbus RTU and analog signal outputs.

  • Compact, weatherproof design suitable for industrial and environmental monitoring.

  • Ideal for air quality management, refineries, and emission studies

  • Measures wave height, period, and direction for coastal and offshore monitoring.
  • Uses radar or ultrasonic technology for non-contact operation.
  • Resistant to corrosion and marine conditions for long-term reliability.
  • Provides continuous data for research, navigation, and marine safety.
  • Compatible with telemetry systems for remote data access
  • Monitors gamma radiation levels for environmental and safety applications.
  • Real-time detection with high sensitivity and accuracy.
  • Rugged, IP-rated housing for outdoor and industrial use.
  • Can be networked with environmental monitoring systems.
  • Ideal for nuclear, mining, and radiation safety stations.
  • Measures smoke opacity and gas concentration in exhaust emissions.
  • Uses optical transmittance and absorption technology for precise readings.
  • Ensures compliance with environmental emission standards.
  • Designed for industrial stacks, tunnels, and pollution monitoring.
  • Provides real-time data with Modbus/RS485 communication.
  • Laser-based cloud height and sky condition measurement system.
  • Measures up to 15 km vertical range with high accuracy.
  • Detects cloud base layers, vertical visibility, and aerosol presence.
  • Designed for airports, meteorological stations, and climate research.
  • Continuous operation with automatic calibration and data logging.
  • Sonic detection and ranging system for wind profiling.
  • Measures wind speed, direction, and turbulence in the lower atmosphere.
  • Non-contact acoustic technology with real-time vertical wind profiles.
  • Operates in complex terrains and industrial environments.
  • Used in meteorology, air quality studies, and wind energy assessments.
  • Radio Acoustic Sounding System for temperature profiling in the atmosphere.
  • Works in combination with SODAR for enhanced atmospheric analysis.
  • Provides accurate vertical temperature distribution data.
  • Useful for weather forecasting, climate modeling, and research.
  • Automated operation with remote data transmission capabilities.
Product Details