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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
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
Ceilometer is a lidar-based sensor designed to measure cloud base height and vertical visibility with high precision. It works on the principle of laser backscattering, where a laser pulse is projected vertically into the atmosphere and the reflected signal from cloud particles is analysed to calculate cloud height.
Our advanced ceilometer offers extended range and enhanced accuracy, making it highly reliable for aviation, meteorology, and research applications.
Specifications:
- Measurement ranges from 7600m up to 15 km
- Double-lens design for superior accuracy
- Eye-safe laser technology for safe operation
- Measures up to 5 cloud layers simultaneously
- Continuous monitoring of sky and cloud conditions
- Boundary layer can be studied with MATLAB
- Laser backscatter technology for precise detection
- Rugged design for all-weather performance
- Seamless integration with AWOS & meteorological networks
- Compliant with ICAO & WMO standards
We supply and integrate All-in-One Weather Stations, compact and fully integrated systems for accurate monitoring of wind, temperature, humidity, precipitation, solar radiation, and atmospheric pressure. Equipped with ultrasonic anemometers and multiple integrated sensors, these stations provide real-time, reliable data for research, meteorology, climate studies, renewable energy projects, and professional environmental monitoring. Their robust and durable design ensures performance in all weather conditions, making them ideal for both field installations and high-precision applications.
All data from our weather stations can be accessed and monitored through dedicated software, allowing easy visualization, logging, and analysis.
Features:
- Compact & Integrated Design
- Ultrasonic Anemometer
- Multi-Parameter Monitoring
- Real-Time Data Output
- Durable Construction
- Easy Installation & Integration
The DL16 Data Logger, a complete system for automatic recording of meteorological and environmental data. It supports multiple sensors and flexible communication options, ideal for professional monitoring and research.
Specifications:
- Sensor Interfaces: RS485, RS422, Ethernet, analogue inputs
- Measured Parameters: Wind speed, wind direction, temperature, humidity, precipitation, radiation
- Data Handling: Interlink, average, and store values at custom intervals
- Memory: 4 MB for configuration, 8 MB for data; SD card up to 4 GB for archiving
- Sampling Intervals: 1 sec to 10 min (wind velocity up to 4 Hz)
- Standards: WMO & IEC 61400-12-1 compliant
EME INDIAN DL16 Data Logger provides accurate, reliable, and flexible data collection for professional weather and research applications.
The DLU Data Logger, a versatile device for accurate recording and management of weather and environmental data. Designed for research, weather monitoring, and industrial applications, it supports multiple sensors and provides flexible real-time data access.
Specifications:
- Sensor Interfaces: RS485/422, analogue (0–10V), digital inputs
- Device Connection: Up to 32 devices on one bus (MODBUS-RTU / custom protocol)
- Supported Sensors: PT100, humidity, wind direction, precipitation meters
- Display: Pixel touch display (320 × 240) for live and archived data
- Data Access: RS485/422, Ethernet, WLAN (ASCII, Binary, SFTP)
- Configuration: Built-in web server and optional Windows offline tool
- Installation: Indoor (outdoor requires protective housing)
The Industrial Borescope is designed for high-precision internal inspection, allowing users to visually examine hard-to-reach areas without disassembly. With clear imaging, flexible insertion tubes, and reliable illumination, it enables accurate industrial inspection, maintenance diagnostics, and quality control. Its durable construction and advanced imaging technology make it ideal for automotive, manufacturing, engineering, and industrial R&D applications, ensuring fast, safe, and efficient internal examination.
Technical Specifications:
- Display Type: High-resolution LCD/IPS screen
- Camera Diameter: 4 mm / 6 mm / 8 mm (depending on model)
- Camera Resolution: 720p / 1080p / HD options
- Probe Length: 1 m – 5 m (custom lengths available)
- Probe Type: Flexible / Semi-rigid / Rigid
- Lighting: Adjustable LED illumination
- Viewing Angle: 70° – 120°
- Focus Range: 10 mm – infinite (model dependent)
- Image/Video Capture: Supported (internal storage or SD card)
- Power Source: Rechargeable battery / USB power
- Durability Rating: IP67 waterproof probe (optional)
- Connectivity: USB / WiFi / HDMI (based on model)
The Iron Loss Tester is used to measure the core losses of electrical steel, helping evaluate material efficiency in motors, transformers, and magnetic components. It provides quick and accurate readings of hysteresis and eddy current losses, making it ideal for quality control, production testing, and material analysis. Its stable output and simple operation ensure consistent results in both industrial and laboratory environments.
Technical Specifications:
- Measurement: Hysteresis loss, eddy current loss, total iron loss
- Material Use: Electrical steel sheets, laminations, motor & transformer cores
- Frequency Range: 50–400 Hz (model dependent)
- Power Supply: 220–240 V / 50 Hz
- Output: Stable AC test signal
- Display: Digital/LCD (as per model)
- Protection: Overload & overheat safety
- Applications: Motors, transformers, magnetic material testing
Laser Precipitation Monitor (LPM) is an advanced sensor capable of detecting not just rainfall but also other types of precipitation such as snow, hail, and sleet. It offers highly detailed information on particle size, intensity, and type of precipitation, making it ideal for climate research and scientific applications. Such as monitoring of kinetic energy, velocity of individual rain drops and erosive power , soil erosion Uses a laser beam to detect raindrops and measure their size, velocity, and intensity in real time.
Features
- High precision measurement of raindrop size, intensity, and velocity
- Real-time, continuous rainfall monitoring
- Non-contact sensor – low maintenance
- Durable and weather-resistant design
- Easy integration with weather stations & IoT systems
- Detects multiple precipitation types (rain, snow, etc.)
- Highly sensitive – measures light drizzle to heavy downpours
- Automatic Data Logging – stores measurements for analysis
- Remote Connectivity – supports IoT/remote monitoring
- Advanced Calibration – ensures high measurement accuracy
EME INDIAN Precision-built for critical acoustic applications, our Measuring Microphones ensure accurate sound capture in noise mapping, sound level analysis, and laboratory research. With Class 1 sensitivity, wide frequency range, and low self-noise, they meet the demands of high-performance acoustic testing environments
Avaiable : 0 / 0
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.
CadnaA
CadnaA (Computer Aided Noise Abatement) is the leading software for calculation, presentation, assessment and prediction of environmental noise. Whether your objective is to study the noise emission of an industrial plant of a mart including a Mall or its parking lot, of a new road or railway scheme or even of entire towns and urbanized areasCadnaA is available with Cloud Licensing on subscription basis or with On-Premise Licensing for purchase. CadnaA products with Cloud Licensing (CadnaA CL products) are distinguished in two groups: Light and Professional. Additionally, the product CadnaA CL CALC allows to outsource the calculation to external machines.
CadnaA
CadnaA (Computer Aided Noise Abatement) is the leading software for calculation, presentation, assessment and prediction of environmental noise. Whether your objective is to study the noise emission of an industrial plant of a mart including a Mall or its parking lot, of a new road or railway scheme or even of entire towns and urbanized areasCadnaB
CadnaB is the software to calculate airborne and impact sound transmission between rooms for an entire building including airborne sound transmission from and to the exterior
CadnaB is bridge also connects to CadnaA and/or CadnaR for extended transmission calculations.
CadnaR
CadnaR is the powerful software tool for the calculation and assessment of sound inside rooms and at workplaces. Has acoustic applications from specific planning of noise level reduction measures in production plants to the optimization of rooms under consideration of psychoacoustic parameters.
