Climatronics - Model WE-14 - Wind Resource Anemometer
Climatronics’ WE-14 anemometer (P/N 102836) is specifically designed for measuring the wind speed at potential wind power generating facilities. This anemometer is an ideal direct replacement for the disposable plastic sensors used historically for wind resource assessment.
- Robust All-Metal Construction
- Accuracy of ±0.1 m/s or 1.5% of Full Scale
- Range to 60 m/s
- Low Starting Threshold
- Broad Temperature Range
Performance
- Range : 0.49 - 60 m/s
- Starting Threshold : 0.49 m/s
- Accuracy : ±0.11 m/s or 1.5% of lull Scale
- Resolution : 0.04 m/s
- Temperature Range : -50*C to +85*C
- Distance Constant : 3 m (Lightweight Aluminum Cup assembly)
Electrical Characteristics
- Output Signal : Two contact closures per revolution
- Contact Rating : 10 mA maximum
- Consensus Calibration : V[m/s] = 0.826"f[Hzl + 0.49
Physical Characteristics
- Weight : 0.18 kg
- Finish : Anodized Aluminum
- Mounting : VWnch diameter vertical mast
- Cabling : Two conductor, shielded cable
- Connection : Compression screw terminal block
The WE-14 wind speed sensor uses a very rugged, three-cup anemometer assembly and a high reliability, sealed magnetic reed switch assembly to produce a series of contact closures. The frequency of these contact closures is directly proportional to wind speed. With its pulsed output the WE-14 sensor is ideal for applications involving both digital and analog measurement systems. The unit may be connected directly to most industry standard data loggers. In addition, the pulsed signal may be converted to standardized analog voltage and/or current output by use of translator electronics.
The construction of the sensor reflects the requirements for reliability and durability. Only the highest quality corrosion resistant materials, such as anodized aluminum and stainless steel are used. The stainless steel ball bearing rotating assembly is easily field replaceable. Cable connections are made through a simple, but reliable terminal strip, which is protected from the environment by being located inside the sensor housing.
This sensor is ideal for wind resource assessment studies and similar applications requiring accuracy, reliability and minimal maintenance.