Can We Help?Showing all 9 results
Air Quality Sensors measure particulate matter in the atmosphere using laser scattering and optical detection principles.
- PM2.5 sensors detect fine particles smaller than 2.5 microns that can deeply penetrate the lungs and affect health.
- PM10 sensors measure coarse particles up to 10 microns, such as dust, pollen, and smoke, essential for air quality and pollution monitoring.
These sensors are widely used in environmental monitoring, industrial safety, smart cities, and public health applications.
Features:
- High precision detection (PM2.5 & PM10)
- Real-time air quality monitoring
- Rugged design for outdoor environments
- Compact and energy-efficient
- Easy IoT & monitoring system integration
- Reliable long-term performance
Albedometer measures surface albedo, capturing the fraction of solar radiation reflected by the ground. It provides accurate, real-time data for meteorology, climate research, agriculture, and solar energy studies. Designed for all weather conditions, it is durable, reliable, and easy to integrate with data loggers.
Features:
- Measures incoming and reflected solar radiation
- Provides real-time, accurate readings
- Durable and suitable for outdoor use
- Compatible with data loggers and monitoring systems
- Works in all weather conditions
Barometric Pressure Sensors for precise and reliable measurement of atmospheric pressure. These sensors provide real-time data and are widely used in meteorology, weather monitoring, aviation, renewable energy, and environmental research.
Built for durability and high accuracy, our barometric pressure sensors perform consistently in all weather conditions, supporting applications where precise pressure data is critical. Trusted in both research and industrial projects, EME INDIAN Barometric Pressure Sensors deliver reliable performance for weather forecasting, climate studies, and professional observation systems.
Brightness sensors measure the intensity of ambient light using photodiodes or phototransistors that convert light into electrical signals. These sensors help in adjusting systems automatically based on light levels, making them essential for weather stations, smart lighting, agriculture, solar tracking, and environmental monitoring.
Features:
- Accurate measurement of ambient light intensity
- Real-time monitoring and fast response
- Wide detection range (from low to high brightness)
- Compact, low-power, and durable design
- Easy integration with IoT and automation systems
- Reliable performance in indoor and outdoor environments
Measure net radiation (incoming minus outgoing) to study energy balance, climate research, and environmental studies.
2-Component Net Radiometer – Measures shortwave and longwave radiation separately.
4-Component Net Radiometer – Measures incoming shortwave, outgoing shortwave, incoming longwave, and outgoing longwave radiation, offering comprehensive data for energy balance and climate studies.
With durable construction, high accuracy, and low maintenance, EME INDIAN Solar Radiation Sensors are trusted solutions for scientific research, renewable energy projects, and professional weather monitoring systems.
Measure global solar radiation (direct + diffuse) on a horizontal surface, ideal for weather stations and climate studies.
Designed for measuring direct beam solar radiation, typically mounted on a solar tracker for high-precision solar energy research.
Soil Sensors for accurate monitoring of soil moisture, temperature, and nutrients. These sensors provide real-time data and work reliably in all soil types and weather conditions, helping with agriculture, research, and land management.
Features:
- Measures soil moisture (Volumetric Water Content) directly
- Includes soil temperature measurement
- Supports digital (RS485, SDI-12) and analogue outputs
- Sensors can be supplied with variable insertion length
- Equipped with durable cables for easy installation
- Fast and minimally invasive, suitable for fields, research plots, or pots
Temperature & Humidity sensors are designed to monitor heat levels and air moisture simultaneously. They work by detecting changes in resistance, voltage, or infrared radiation for temperature, and capacitance or resistance variations for humidity.
Features:
- Dual measurement (temperature + humidity)
- Very high accuracy due to PT1000 sensors
- Real-time accurate monitoring
- Radiation shield for protection & accuracy
- Wide operating range
- Compact and low-power design
- Universal outputs: 0-1V, 0-5V, 0-10V, 4…20mA, MODBUS RTU, RS 485, RS 232, RS422 & SDI12, ready for I2C and SPI communication protocol
- Easy IoT & weather station integration
- Stable performance in all conditions
Environment Sensors
