Wind Gauge

APPLICATION

The function block “Wind Gauge” can convert pulses from a digital anemometer (wind sensor) into a wind speed. In addition to the current wind speed, the average speed of the last 3 seconds as well as an averaged speed over a user-defined period are calculated.

An output for a storm warning is also integrated into the module.

BASIC CONFIGURATION

FREQUENCY MEASUREMENT

The digital wind sensor must be connected to a digital input of the extension, not the Miniserver, Dimmer Extension or Multi Extension Air. The maximum measurable frequency is 150 Hz.

It is important that the input is defined as a frequency counter. Simply select the input and activate the frequency counter checkbox in the properties.

Loxone_Config_Digital_Input_Frequency_Counter.png

 

If the wind sensor is connected to a digital input of multi Extension Air, the speed is transmitted every minute. Therefore, the factor must be divided by 60 for the calculation. For the wind meter from the Loxone Webshop, the value F for the parameter F is thus 0.067.

The digital input defined as a frequency counter is linked to input AI of the Wind Gauge function block.

The conversion factor can be set via parameter F. This factor is shown in the data sheet of the sensor. If the wind sensor provides 1 pulse/second per km/h then the factor is 1 because: 1 pulse/s = 1Hz = 1km/h. However, this may vary from sensor to sensor.

At the output AQ, the average wind speed is provided over the average time period T.

With parameter W, a warning speed can be defined. If this speed is exceeded, output Q goes to 1. (= storm warning)

Loxone_Config_Wind_Gague_Config.png

 

INPUTS

Loxone_wind_garage1.png
Loxone_wind_garage2.png

 

The conversion factor for this sensor is 1, because: 1 Pulse/s = 1Hz = 1km/h

If the wind sensor is connected to a digital input of the MultiExtension Air, the speed is transmitted per minute. Thus the factor must be divided by 60 for the calculation. For the wind meter from the Loxone Webshop, the value F for the parameter F is therefore 0.0677