The product characteristics listed suggest a high-performance flow sensor, possibly designed for industrial or environmental monitoring applications. Here's a breakdown of each feature and its implications:
1.High accuracy (1.5% F.S accuracy):
This indicates that the sensor provides very precise measurements, with a maximum error of 1.5% of the full-scale reading. This level of accuracy is suitable for applications requiring reliable data, such as in scientific research, environmental monitoring, or precise industrial processes.
2.Linear output and no temperature compensation:
Linear output ensures that the relationship between the input (e.g., flow rate) and the output signal is proportional, making it easier to interpret and process the data. The lack of temperature compensation implies that the sensor maintains accuracy across its operating temperature range without needing additional correction for temperature variations.
3.Maintain long-term stability with minimal zero-drift:
Long-term stability and minimal zero-drift ensure that the sensor remains reliable over extended periods, reducing the need for frequent recalibration and maintenance. Zero-drift refers to the sensor's ability to maintain its baseline reading (zero point) over time.
4.Quick response time:
A quick response time allows the sensor to provide real-time or near-real-time measurements, which is crucial for dynamic systems where flow rates can change rapidly.
5.Flow range 0-60 m/s, 100g:
The specified flow range indicates that the sensor can measure flow speeds from 0 to 60 meters per second. The "100g" might refer to the sensor's weight, which is relatively light and advantageous for easy installation and minimal structural impact.
6.Solid-state sensing core (no surface cavity or fragile film), resistance to blockage and pressure impact:
A solid-state sensing core suggests robustness and durability, with fewer components susceptible to damage or wear. Resistance to blockage and pressure impact ensures reliability in harsh environments where particulates or pressure changes could otherwise impair sensor function.
7.Analog output (1 to 5 V) (digital I2C communication output is available):
The availability of both analog (1 to 5 V) and digital (I2C) outputs provides flexibility in integrating the sensor with various data acquisition systems and controllers.
8.Can be adapted to the relatively humid gas measurement:
This feature highlights the sensor's ability to operate effectively in environments with high humidity, expanding its application range to include areas with moist air or gases.
9.Operating temperature: -20°C to 65°C, storage temperature: -40°C to 85°C, humidity: 0-99% RH:
These environmental specifications show that the sensor is designed to function in a wide range of temperatures and humidity levels, making it suitable for various climates and industrial settings.
10.The sensor is resistant to condensate water:
Resistance to condensate water ensures the sensor's functionality is not compromised by water droplets that can form due to temperature changes, making it reliable in fluctuating environmental conditions.
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CMF5012 Operating temperature: -20°C to 65°C, storage temperature: -40°C to 85°C, humidity: 099% RH Images
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