DEIF WSS 500 Wind sensor

The DEIF WSS 500 Wind sensor is a high performance wind speed and direction measurement device produced by DEIF in Denmark. The following is a detailed analysis of the sensor, including its main features, technical specifications, application scenarios and related information summary.

I. Product overview

Model: WSS 500

Brand: DEIF

Type: Wind speed and direction sensor

Two, the main characteristics

High precision measurement:

The WSS 500 wind sensor can measure wind speed and direction quickly and accurately, and is suitable for a variety of applications requiring high accuracy.

Durability:

Designed for use in harsh environments, the sensor offers excellent durability and long-term stability without frequent maintenance.

No heating function:

It should be noted that according to the available information, the DEIF WSS 500 wind sensor may not have a heating function, which needs to be considered according to the specific environmental conditions in practical applications.

Ultrasonic technology:

The sensor uses ultrasonic technology to calculate wind speed and direction by measuring the propagation time of ultrasonic wave in the air. This technology has the advantages of fast response speed and high precision.

Iii. Technical Specifications (part)

Measurement range: The measurement range of specific wind speed and direction may vary depending on the product model, but generally meets the needs of most industrial applications.

Accuracy: High precision measurement, the specific value please refer to the product manual or official data.

Output signal: May support a variety of output signal types, such as analog signals, digital signals, etc., easy to integrate with various control systems.

Working environment: Suitable for a variety of harsh environments, including high temperature, low temperature, humidity and other conditions.

Iv. Application scenarios

The DEIF WSS 500 wind sensor is widely used in the following fields:

Wind power generation: As an important part of the wind power system, it is used to monitor the wind speed and direction in real time, and provide accurate data for the control of wind turbines.

Meteorological observation: Used in weather stations, meteorological observation towers and other places to provide basic data for meteorological forecasting and scientific research.

Industrial automation: In the industrial automation control system, it is used to monitor the environmental wind speed and direction to ensure the normal operation of production equipment.

Other fields: such as navigation, aviation, environmental monitoring and other fields, also have a wide range of applications.