シスコム（SysCom） Product Lineup

The wind speed and temperature scanner eATVS-4/8 is a compact version of the ATVS2020 with a maximum of 32 channels. It is a multipoint wind speed and temperature measurement system that can measure wind speed and temperature with ultra-compact sensors, up to 4 or 8 channels. It retains the functionality of the ATVS2020 while being available at an affordable price. The wind speed range is 0 to 50 m/s, and the temperature measurement range is -10°C to 120°C, among other features. Simultaneous measurement of wind speed and temperature, as well as linear analog output, is also possible. It allows for the acquisition of real values necessary for thermal design and comparison measurements with simulation data.

The ATVS series wind speed and temperature scanner is a multipoint anemometer capable of measuring wind speed and temperature with up to 32 channels. By using ultra-compact sensors, it minimizes flow disturbances caused by sensor installation and records data with high precision. The ATVS series anemometer offers various sensor shapes, such as pedestal type, straight type, and L-bend type, allowing you to choose according to the measurement environment. It enables the acquisition of real values necessary for diverse thermal analysis and allows for comparative measurements with simulation data. You can measure temperature and wind speed alternately with a single sensor, perform simultaneous 1:1 measurements by pairing temperature and wind speed sensors, or freely assign sensors from multiple options to measure wind speed and temperature simultaneously in a 1:N measurement. This allows for flexible use according to the environment. For more details about the ATVS series multipoint anemometer, please refer to the catalog or our website.

A multi-point anemometer using a unique ultra-compact temperature and wind speed sensor that can measure temperature and wind speed with a single sensor. It can simultaneously measure from 4 channels to 32 channels as standard. Each sensor is equipped with a unique ID, allowing it to automatically recognize the sensor ID and provide high-precision automatic measurement of temperature and wind speed, regardless of where it is connected to the scanner unit. There are numerous proven applications in automobiles, copiers, medical electronics, component modules, line equipment management, wind tunnel thermal analysis testing, and air conditioning.

- Analog output of multi-point wind speed temperature data (0-5VDC) - Applicable to ATVS-2020, eATVS-4/8, and iQ-200 anemometers - Processing of sensor data for 32 units - Easy operation with PC and USB connection

The ultra-compact environmental sensor SAN-303 measures 19mm x 24mm x 40mm and continuously measures wind direction, temperature, humidity, and atmospheric pressure. By installing sensors at multiple points, it visualizes the flow of air within a space, allowing for more detailed air conditioning testing and control. It can be provided with only a wind speed sensor or can support analog output for wind direction (sin, cos). <Basic Specifications Overview> ● Temperature Range: -20℃ to 80℃ ● Humidity: 0 to 100% RH ● Atmospheric Pressure: 260 to 1260 hPa ● Wind Direction: Horizontal 360 degrees (Accuracy ±5 degrees) (Wind Direction Sensitivity: Wind Speed 0.5 m/s to 15 m/s) ● Real-time graphic display ● Operating Environment: -20℃ to 80℃ (without condensation) ● Interface: I2C, USB, WiFi, and ZigBee communication *A separate battery box is required ● Power Supply: DC 3.3V ±0.3V (I2C)

Optimizing aerodynamic performance in the automotive industry is essential for improving fuel efficiency and driving stability. It is necessary to accurately understand the airflow around the vehicle body and provide feedback for design. Traditional measurement methods often hinder airflow with sensors, making it difficult to obtain accurate data. Our multi-point anemometer / ultra-compact temperature anemometer minimizes the impact on the measurement target by using ultra-compact sensors, achieving high-precision measurements of wind speed and temperature. 【Application Scenarios】 - Wind tunnel experiments in automotive development - Evaluation of aerodynamic characteristics in real vehicle tests - Measurement of temperature distribution in various parts of the vehicle body 【Benefits of Implementation】 - More efficient aerodynamic design based on high-precision data - Increased efficiency in wind tunnel experiments and real vehicle tests - Shortened development time and cost reduction

In the wind power generation industry, accurate understanding of wind conditions is essential for the efficient operation and maintenance of wind turbines. Particularly, fluctuations in wind speed and temperature significantly affect power generation, making it important to measure and analyze these data accurately. Inaccurate data or delays in measurement can lead to reduced generation efficiency and potential failures due to excessive loads on the turbines. Our multi-point anemometer / ultra-compact temperature and wind speed sensor can simultaneously measure wind speed and temperature with up to 32 channels, contributing to the efficiency of wind power generation by providing detailed insights into wind conditions. 【Application Scenarios】 - Wind condition surveys at wind power plants - Performance evaluation of wind turbines - Abnormal detection of blades 【Benefits of Implementation】 - Maximization of power generation - Reduction of maintenance costs - Extension of turbine lifespan

In the air conditioning industry, optimizing energy efficiency and providing comfortable spaces are essential. In particular, accurately understanding the airflow and temperature distribution of air conditioning equipment is crucial for achieving these goals. Improper airflow adjustments and temperature inconsistencies can lead to energy waste and decreased comfort. Our multi-point anemometer / ultra-compact temperature and airflow sensor can simultaneously measure up to 32 channels of airflow and temperature, supporting the efficient operation of air conditioning systems. 【Application Scenarios】 - Measurement of airflow and temperature distribution in air conditioning systems - Measurement of airflow within ducts - Environmental measurement in clean rooms - Performance evaluation of heat exchangers 【Benefits of Implementation】 - Reduction in energy consumption - Improvement in air conditioning efficiency - Realization of comfortable spaces - Detection of equipment anomalies

In a clean room, airborne particles and temperature management significantly impact product quality. To maintain cleanliness, it is crucial to accurately monitor indoor wind speed and temperature to sustain an appropriate environment. Inadequate wind speed or temperature management can lead to contamination and deterioration of product quality. Our multi-point anemometer / ultra-compact temperature and wind speed sensor can simultaneously measure up to 32 channels of wind speed and temperature, allowing for a detailed understanding of the environment within the clean room. 【Application Scenarios】 - Measurement of wind speed and temperature distribution within the clean room - Performance evaluation of air conditioning systems - Environmental monitoring to maintain cleanliness 【Benefits of Implementation】 - Efficient environmental management based on high-precision data - Improvement in product quality - Early detection and countermeasures for issues - Enhancement of the working environment

In the aerospace industry, accurate measurements of wind speed and temperature are essential for the performance evaluation of aircraft and components. Especially during the design and development phases of aircraft, data acquisition under various environmental conditions is required. Inaccurate measurements can undermine the reliability of test results and lead to design errors. Our multi-point anemometer / ultra-compact temperature and wind speed sensor can simultaneously measure up to 32 channels, catering to the diverse needs of aerospace testing. 【Application Scenarios】 - Aerodynamic characteristic testing of aircraft - Engine performance testing - Durability testing of components - Wind tunnel experiments 【Benefits of Implementation】 - Improved reliability of test results through high-precision data acquisition - Minimization of measurement impact with compact sensors - Flexible response with sensors of various shapes - Efficient analysis through real-time data display and data storage

In the field of weather forecasting, accurate wind speed and temperature data are essential. To enhance the prediction accuracy of localized weather phenomena, detailed data collection is required. Traditional measurement methods have faced issues such as site constraints and measurement accuracy. Our multi-point anemometer / ultra-compact temperature and wind speed sensor alleviates site constraints with its ultra-compact sensors, achieving high-precision measurements. 【Use Cases】 - Prediction of sudden weather phenomena such as guerrilla rainstorms - Urban planning considering wind flow - Wind condition surveys for wind power plants 【Benefits of Implementation】 - Improved prediction accuracy through high-precision data collection - Early detection of localized weather phenomena - More accurate analysis based on detailed data