Smart wind speed sensor S-WSB-M003
The sensor de wind speed smart S-WSB-M003 is one anemometere with 3 cups that measures the wind speed 0 to 76 m/s (0 to 170 mph).
It also provides average speed and the maximum gust 3 seconds for each recording interval with an accuracy of ±1.1 m/s (2.4 mph).
This model is designed for indoor environments and external, it can survive winds up to 170 mph and comes with a cable of 3 meters.
The wind speed sensor smart S-WSB-M003 measures wind speed 0 to 76 m/s (0 to 170 mph).
This sensor provides data on the average wind speed and the maximum burst of 3 seconds for each recording interval.
The starting threshold is 1 m/s (2.2 mph), the sensor survives at 170 mph.
This model comes with a 3 m cable.
Note: a complete cross arm M-CAA or a cross arm M-CAB is required for mounting.
Interested in wireless sensors? The wind speed and direction wireless sensor can be used with the hOBOnet field monitoring system.
Technical characteristics of the sensor:
- 3-cup anemometer with TEFLON bearings and tempered beryllium rod
- Measure wind speed from 0 to 76 m/s (0 to 17 0 mph)
- Survival capacity of 170 mph
Sensor Features:
- Measurement parameters: average wind speed and maximum gust of 3 seconds in the recording interval
- Measuring range: 0 to 76 m/s (0 to 170 mph)
- Operating temperature range: -40° to 75°C (-40° to 167°F)
- Accuracy: ±1.1 m/s (2.4 mph) or ±4 per cent of reading, whichever is higher
- Resolution: 0.5 m/s (1.1 mph)
- Starting threshold: 1 m/s (2.2 mph)
- Survival at maximum wind speed: 76 m/s (170 mph)
- Constant distance: 3 meters
- Case: 3-cup anemometer with TEFLON bearings and hardened beryllium rod
- Dimensions: 190 cm x 51 cm (7.5" x 3.2")
- Approximate weight: 300 g (10 oz)
- Cable length: 3 meters (10')
- Length of smart sensor network cable: 0.5 m
- Life: more than 5 years of typical life
Note: recommended cross arm or pole mounting (2 clamps required for pole mounting)
The CE marking identifies this product as complying with all relevant EU Directives.
To minimize measurement errors due to ambient RFs, use the shortest possible probe cable length and hold the probe cable as far away from other cables as possible.
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