Can We Help?Showing 1–12 of 28 results
1D Ultrasonic Anemometer measures horizontal wind flow in a fixed direction along with acoustic virtual temperature, offering simple and precise monitoring for climate studies and environmental research.
Features:
- Wind speed range: 0–75 m/s
- Flow vector and scalar flow velocity
- Standard deviation values for wind and temperature
- Gust and peak value detection
- Digital and analogue output (instantaneous/mean values)
- Automatic heating of sensor arms
2D Ultrasonic Anemometer measures horizontal wind speed and direction along with acoustic-virtual temperature using the acoustic measuring principle.
Features:
- Wind speed range: 0–85 m/s
- Wind direction range: 0–360°
- Two-dimensional horizontal wind measurement (X- and Y-axis)
- Scalar and vector wind velocities
- Gust and peak value measurement (WMO compliant)
- Digital and analogue outputs
- Heated sensor arms to prevent icing
- Suitable for research, wind energy, traffic engineering, aviation, and research applications
3D Ultrasonic Anemometer offers complete three-dimensional monitoring of wind speed, direction, and turbulence, making it ideal for very high- end atmospheric research and wind engineering applications. Such as wind eddies, wind shear, vortices, tropical hurricanes, turbulence and energy transfer .
Features:
- 3D wind measurement (X/Y/Z)
- Total wind velocity and turbulence intensity
- Wind direction and velocity (azimuth and elevation)
- Acoustic-virtual temperature measurement
- Standard deviation of all measured parameters
- Gust and peak value detection (WMO compliant)
- Digital and analogue outputs (instantaneous or mean values)
- Heated sensor arms and ultrasonic transducers
- Approx. wind speed range: 0–90 m/s (can be delivered up to 99.99 m/s or 100 km/s)
- Full directional coverage in 3D space
- Research-grade accuracy for professional applications
The 3D Disdrometer is an advanced rainfall sensor designed to measure the size, shape, and velocity of raindrops in three dimensions. It can accurately distinguish between different types of precipitation such as rain, snow, hail, and sleet, delivering real-time data essential for climate studies, hydrology, and weather forecasting.
Tracks individual raindrops in three dimensions using optical sensors to measure size, shape, and velocity, and classify precipitation types.
Features
- Accurate 3D measurement of drop size, shape & velocity
- Detects and classifies multiple precipitation types
- Real-time & reliable rainfall intensity monitoring
- Strong & weather-resistant design for long-term use
- Automatic Data Logging – continuous recording of precipitation data
- Remote Connectivity – integration with weather stations & IoT platforms
- High Sensitivity – detects even very light precipitation
- Low Maintenance – minimal upkeep for long-term operation
Acoustics Chambers provides advanced acoustic solutions in collaboration with Faist Germany, a global leader in industrial and architectural noise control systems. Our offerings include high-performance acoustic enclosures, soundproof cabins, and customized noise control structures designed for industrial applications, testing facilities, and heavy machinery. With a focus on precision engineering and durable performance, we deliver tailored solutions that meet international standards for sound insulation and attenuation
a. Acoustic Test Chambers
Acoustics designs high-performance Anechoic Test Chambers for accurate acoustic testing in fully controlled environments. These chambers ensure maximum sound absorption by eliminating reflections and external noise, enabling precise noise emission measurement and vibration analysis. Widely used in R&D and certification processes, especially in aviation and aerospace industries, they are ideal for testing loudspeakers, microphones, electronic devices, and aircraft components. Each chamber is engineered to meet international acoustic standards and tailored to specific industrial testing requirements.
b. Acoustic Testing Rooms
EME INDIAN integrates FAIST Germany’s world-leading Acoustic Testing Rooms—Anechoic, Semi-/Hemi-Anechoic, and Reverberation Chambers—engineered with Broadband Compact Absorbers (BCA) to deliver precise, full-spectrum sound absorption per ISO 3745 free‑field standards. These acoustically optimized rooms are ideal for accurate acoustic testing of loudspeakers, electronics, automotive components, aerospace systems, and aero-acoustic wind tunnels. State-of-the-art solutions include efficient BCA paneling that saves space, reduces installation time, and ensures laboratory-grade performance for R&D, certification, and environmental noise control.
c. Reverbration Rooms
EME INDIAN Acoustics offers custom-engineered Reverberation Rooms in collaboration ,designed to generate a highly diffuse sound field for accurate sound power, absorption, and transmission loss measurements. Built as per ISO 3743 and DIN EN 20354 standards, these test rooms feature rigid, non-parallel reflective surfaces and optional diffusers to ensure uniform reverberation across all frequencies. Ideal for acoustic testing in aerospace, automotive, and electronic sectors, our reverberation chambers deliver reliable performance for R&D, compliance, and product validation.
d. Nvh Vehicle Testing
Acoustics delivers advanced NVH (Noise, Vibration & Harshness) vehicle testing solutions to enhance acoustic comfort and structural refinement. Our facilities include anechoic chambers, chassis dynamometers, and pass-by noise tracks designed as per global automotive standards. These setups enable precise evaluation of cabin noise, powertrain vibrations, and road-induced harshness for OEMs and automotive R&D.
e. Semi Anechoic Room
Acoustics delivers high-performance Semi-Anechoic Rooms for precise acoustic and NVH testing. Designed with wedge absorbers and reflective floors, these chambers ensure free-field conditions for accurate sound power measurement. Ideal for evaluating real-world noise emissions and improving product acoustic quality across automotive and industrial applications.
Key benefit –
- Anechoic & Semi-Anechoic designs available
- High sound absorption & isolation performance
- Customizable sizes & specifications
- Ideal for product development, R&D, and certification
- Anechoic & Semi-Anechoic designs available
Applications
- Vehicle & appliance noise testing
- Loudspeaker & microphone measurements
- Industrial product certification
- Academic & research experiments
WSC Advanced Weather Station, a high-end system for accurate and real-time environmental monitoring. Unlike conventional weather stations, WSC offers advanced integration and high-precision measurement in a single compact unit.
Features:
- 3D Wind Measurement (optional)
- Integrated Multi-Parameter Sensors
- Built-in Advanced Data Logging
- Research-Ready Calibration
- Durable, All-Weather Construction
- Flexible Connectivity (Ethernet, WLAN, RS485/422)
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
We offer Automatic Weather Monitoring System with world’s best quality sensors and make in India meterological system IMD tested WMO ICAO COMPLIED
-
Sensor Range :
All Meteorological sensors -
Usage/Application :
Official -
Display Feature :
COLOUR DISPLAY TOUCH SCREEN -
Usage :
Industrial, Official -
Sampling Freq. :
Very high One Second or more -
Brand :
SENSECA EME -
Frame Material :
ABS STEEL ALUMINIUM -
Height :
MAST CUSTOMISED 3 meter 10 meter Telescopic -
Ip Rating :
IP 65 and IP 66 -
Operating Humidity :
0 to 100% -
Temperature Range :
-40 Deg to +60 Deg -
Voltage :
any range -
Wind Speed :
0 to 100 meters per second
- Wind Speed
- Wind direction
- Ultrasonic 2D Wind Sensor
- Ultrasonic 3D Wind Sensor
- Solar Radiation Sensor
- Rainfall Sensor
- Temperature Humidity Sensor
- Soil Temperature and humidity Sensor
- Barometric Pressure Sensor
- Datalogger Universal
- Software for Analysis
- Wireless data loggingspan>
Additional Information
-
Production Capacity :
20 -
Delivery Time :
4 to 6 weeks -
Packaging Details :
Sea worthy packing
AWOS Data Collection Platform is the core software of the Airport Weather Observation System. It gathers and processes real-time information from all connected sensors, including wind, visibility, cloud height, temperature, humidity, pressure, precipitation, and lightning activity.
Designed for aviation safety and efficiency, the platform ensures that pilots, air traffic controllers, and airport operators have instant access to accurate and reliable weather data. It complies with ICAO and WMO standards, making it suitable for airports of all sizes.
Key Features:
- Centralized collection of multi-sensor weather data
- Automated METAR & SPECI report generation
- User-friendly dashboards with graphical visualization
- Continuous data logging & historical analysis
- Customizable alarms & critical weather alerts
- Remote monitoring and control capability
- Scalable for regional airports to major hubs
- Seamless integration with ATC & airport systems
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
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
