1～15 item / All 15 items
Small anemometer (arm type) standard cable length 10m / Model number M694-FT41-L10F
● High durability, lightweight design ● Capable of inputting to various measuring instruments due to pulse output ● Arm mount type
Infection prevention measures for school environmental health management and management and verification of air conditioning and ventilation systems!
"The Anemo Master Light" is the definitive compact anemometer that achieves high reliability and simple operability. It can be used for managing air conditioning and ventilation systems, and the proper operation of the ventilation equipment can be confirmed by measuring with the anemometer. Additionally, we also offer an "IAQ Monitor" that can be used to check the ventilation conditions in classrooms. 【Features】 ■ High reliability ■ Simple operability ■ For managing air conditioning and ventilation systems ■ Can confirm whether the ventilation equipment is operating properly ■ Complies with JIS T8202 *For more details, please refer to the PDF document or feel free to contact us.
A wind speed and temperature measurement system that replaces handheld types. Up to 8 sensors can be connected.
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.
![[Probe Type] General-purpose Compact Anemometer EE671](https://image.mono.ipros.com/public/product/image/998/2000585140/IPROS66792538456185437220.png?w=280&h=280)
Equipped with a new VTQ wind speed sensor! General-purpose small wind speed transmitter.
● Small probe type ● High precision, long-term stability ● Excellent contamination resistance ● Available in cable type and plug type ● Easy to achieve accurate positioning along the airflow with the included mounting flange ■ The EE671 is a general-purpose small anemometer. ■ By selecting the digital output with Modbus RTU interface, it can be directly integrated into new building automation systems. The use of an optional configuration kit allows for easy adjustment of output range, Modbus parameters, and probe calibration. For more details, please download the catalog or contact us.
Optimize the growth environment for crops! Accurately measure wind speed.
In the agricultural field, accurate measurement of temperature, humidity, and wind speed is essential to optimize the growing environment for crops. Particularly in enclosed spaces such as greenhouses and plastic houses, ventilation efficiency significantly impacts crop growth. Inadequate ventilation can lead to the occurrence of pests and diseases, as well as poor growth. The EE671 enables proper control of ventilation systems through high-precision wind speed measurements, thereby improving the growing environment for crops. 【Usage Scenarios】 - Wind speed measurement inside greenhouses - Evaluation of ventilation efficiency in greenhouses - Monitoring of crop growing environments 【Benefits of Implementation】 - Improvement of the growing environment through optimization of ventilation systems - Reduction of pest and disease occurrence risks - Increase in harvest yield
Equipped with a new VTQ wind speed sensor! For managing airflow in tunnels.
In the tunnel industry, the efficient operation of ventilation systems and ensuring safety are crucial. In particular, accurate wind speed measurement is essential for smoke extraction during a fire and for maintaining air quality through regular ventilation. Improper airflow management can delay the spread of smoke, cause poor visibility, and make evacuation difficult. Additionally, a decrease in ventilation efficiency can lead to increased energy costs. The EE671 accurately measures wind speed within tunnels and supports the optimization of ventilation systems. 【Usage Scenarios】 - Monitoring airflow within tunnels - Controlling ventilation systems - Smoke management during fires 【Benefits of Implementation】 - Improved ventilation efficiency - Enhanced safety - Reduced energy costs
A compact anemometer that contributes to cleanliness management in clean rooms.
In a clean room, it is important to manage airborne particles and contaminants to maintain product quality. Abnormal wind speeds can lead to a decrease in cleanliness, potentially causing product defects and issues in the manufacturing process. The EE671 accurately measures wind speed, allowing for precise monitoring of airflow within the clean room and supporting cleanliness management. 【Usage Scenarios】 - Wind speed measurement within the clean room - Monitoring airflow distribution in the clean room - Maintaining cleanliness in the clean room 【Benefits of Implementation】 - Accurate understanding of wind speed in the clean room to maintain cleanliness - Improvement in product quality - Stabilization of the manufacturing process
A small anemometer that contributes to hygiene management in food factories.
In food factories, it is important to accurately understand air flow and maintain a hygienic environment to ensure product quality. In particular, proper ventilation and air flow management are essential to reduce the risk of foreign matter contamination and prevent the growth of mold and bacteria. Inadequate air flow can lead to product quality deterioration and health hazards for employees. The EE671, a small probe type, supports hygiene management in food factories through high-precision air velocity measurement. 【Usage Scenarios】 - Clean rooms - Production lines - Air velocity measurement in ventilation systems - Foreign matter contamination countermeasures 【Benefits of Implementation】 - Strengthened hygiene management through accurate air velocity measurement - Improved product quality - Reduced risk of foreign matter contamination - Enhanced working environment
Accurately measure the exhaust air velocity of the painting booth!
In the painting industry, accurate measurement of exhaust air velocity is crucial for ensuring a safe working environment and quality control. In particular, the proper discharge of paint mist is essential for protecting the health of workers, reducing fire risks, and improving painting quality. If the exhaust air velocity is inadequate, mist can accumulate, leading to health hazards and poor painting results. The EE671 accurately measures the exhaust air velocity in painting booths, addressing these challenges. 【Usage Scenarios】 - Painting booths - Exhaust ducts - Ventilation systems within factories 【Benefits of Implementation】 - Improved safety of the working environment - Stabilization of painting quality - Compliance with regulations - Cost reduction
Equipped with a new VTQ wind speed sensor! Optimizing ventilation efficiency.
In the air conditioning industry, maintaining air quality through proper ventilation is crucial. In particular, accurate wind speed measurement is essential for the removal of indoor pollutants and the maintenance of comfortable temperature and humidity levels. If the wind speed is inappropriate, it can lead to decreased ventilation efficiency, worsening air quality, and reduced energy efficiency. The EE671 supports the optimization of ventilation systems through high-precision wind speed measurement. 【Usage Scenarios】 - Office buildings - Commercial facilities - Factories - Schools 【Benefits of Implementation】 - Improved ventilation efficiency - Enhanced air quality - Energy savings - Achieving a comfortable indoor environment
Equipped with a new VTQ wind speed sensor! Achieving high-precision wind speed measurement.
In the field of meteorological observation, obtaining accurate wind speed data is essential. Wind speed data is utilized in various scenarios such as weather forecasting, environmental monitoring, and research, where its accuracy is crucial. Inaccurate wind speed data can lead to incorrect predictions and analyses. The EE671 enables high-precision wind speed measurements, supporting reliable data acquisition in meteorological observations. 【Usage Scenarios】 * Meteorological observation stations * Research institutions * Environmental monitoring 【Benefits of Implementation】 * Acquisition of high-precision wind speed data * Long-term stability * Adaptability to diverse environments
Equipped with a new VTQ wind speed sensor! Contributing to energy conservation in buildings.
In the building management industry, the efficient operation of air conditioning systems is crucial for energy conservation. In particular, the adjustment of airflow in ventilation systems significantly impacts energy consumption. Improper airflow settings can lead to excessive energy use and deterioration of air quality due to insufficient ventilation. EE671 contributes to energy savings in buildings by achieving appropriate ventilation levels through high-precision airflow measurement. 【Usage Scenarios】 - Measurement and adjustment of airflow in air conditioning systems - Efficient operation of ventilation systems - Airflow management as an energy-saving measure 【Benefits of Implementation】 - Reduction in energy costs - Creation of a comfortable indoor environment - Overall reduction in operational costs for the building
Equipped with a new VTQ wind speed sensor! High-precision wind speed measurement.
Accurate wind speed measurement is a crucial factor that affects the reliability of experimental results in research facility experiments. Particularly in experiments where subtle airflows can influence outcomes or in situations requiring monitoring of ventilation conditions, a high-precision anemometer is essential. Inaccurate wind speed measurements can compromise the reproducibility of experiments and lead to incorrect conclusions. The EE671 achieves high-precision wind speed measurement, contributing to the enhancement of experimental reliability. 【Application Scenarios】 - Wind speed measurement in clean rooms - Airflow measurement within experimental apparatus - Performance evaluation of ventilation systems - Wind speed measurement in environmental testing 【Benefits of Implementation】 - Improved reliability of experimental data - Enhanced reproducibility of experiments - Optimization of experimental environments - Increased research efficiency
A small anemometer that contributes to the air conditioning management of data centers.
In a data center, proper air conditioning management is essential to prevent server overheating. Accurate wind speed measurement is crucial to maximize cooling efficiency and reduce energy costs. By early detection of wind speed irregularities and anomalies, and taking appropriate measures, stable server operation can be maintained. The EE671 addresses the challenges of wind speed measurement in data center air conditioning management. 【Usage Scenarios】 - Inside data center air conditioning ducts - Around server racks - Measuring wind speed of cooling fans 【Benefits of Implementation】 - Optimization of cooling efficiency - Reduction of energy costs - Stable server operation
Wind pressure measurement in shipbuilding. Achieving high precision and long-term stability.
In the shipbuilding industry, accurate measurement of wind pressure is essential for the design of hulls and ensuring safety. To accurately understand the loads on the hull during strong winds and ensure structural safety, a high-precision and reliable anemometer is required. The EE671 addresses the challenges of wind pressure measurement in shipbuilding through high-precision wind speed measurement. 【Application Scenarios】 * Strength evaluation of hull structures * Assessment of the impact of wind pressure on the hull * Ensuring safety 【Benefits of Implementation】 * Acquisition of accurate wind pressure data * Improved safety during the design phase * Enhanced reliability through long-term stability
