The two transducers that make up the FAR019xx sensor are mounted on a single support designed with special care to limit the interference introduced by structural factors.
For this purpose, white either plastic or metal materials have been selected as they minimise the interference caused by direct absorption of solar radiation.
The FAR032xx sensor combines in a single body the air temperature and the relative humidity transducers which makes it compact and cost saving.
The sensor body is made of anodized aluminium corrosion resistant. The protection shield is made of polycarbonate with added glassfiber, material with high resistance to ultraviolet radiation and atmospheric corrosion.
The Pt100 transducer (platinum thermoresistance) is mounted on the top of a cylindrical support screwed to the sensor body FAR023xx. This support is made of plastic material to minimize heat transfer from the base towards the sensing element. To avoid influences coming from heat absorption due to direct solar radiation, all the elements of the sensors are made of white plastic based material or white powder coated metallic material.
The sensor FAR024xx combines in a single body the air temperature and the relative humidity transducers which makes it compact and cost saving.
The sensor model FAR015BA has the purpose of measuring the temperature in indoor environments.
The conversion of the physical parameter in an electrical current allows to use the sensor on the most common acquisition systems as well as ensuring all the qualities recognized technology 4-20mA.
In the FAR048AA surface contact temperature sensor the sensing element is based on a platinum thermoresistance transducer (Pt100) with response curve according to the IEC 751 standard.
The sensitive element is encapsulated with epoxy resin inside an aluminium body. A double sided adhesive tape is placed on one surface of this casing to fasten the instrument.
