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t033 TDV-ZM
Wind Direction Transducer
Measure principle: the sensing element consists of a counterbalanced vane coupled to a magnet, an Hall effect sensor detect the position of the magnet, calculating in this way the position of the weathervane. These characteristics warranty a very accurate angular resolution.
Intelligent sensor: The transducer belongs to the intelligent sensor family as based on a micro-processor chip that execute among other functions: the correct control functioning, data pre-processing, electrical signal A/D conversion etc. This characteristics warranty excellent accuracy, long-term stability and high data reliability.
Laboratory calibration: The sensor can be supplied with a SIAP+MICROS calibration certificate or with calibration certificates issues by external primary metrological services (SIT, Colonetti, ecc).
Housing materials and International standards: The dimensions of the vane and materials used warranty high sensibility, low mechanical inertia and a low starting threshold. The transducer complies with CE EMC standards, it’s protected against over tensions and is fully compliant within the WMO (World Meteorological Organization) standards.
Heated version: on the heated version (t034 TDVR), through an external controller it’s possible to activate the heater elements in order to avoid the ice development over the moving mechanical components.
Intelligent sensor: The transducer belongs to the intelligent sensor family as based on a micro-processor chip that execute among other functions: the correct control functioning, data pre-processing, electrical signal A/D conversion etc. This characteristics warranty excellent accuracy, long-term stability and high data reliability.
Laboratory calibration: The sensor can be supplied with a SIAP+MICROS calibration certificate or with calibration certificates issues by external primary metrological services (SIT, Colonetti, ecc).
Housing materials and International standards: The dimensions of the vane and materials used warranty high sensibility, low mechanical inertia and a low starting threshold. The transducer complies with CE EMC standards, it’s protected against over tensions and is fully compliant within the WMO (World Meteorological Organization) standards.
Heated version: on the heated version (t034 TDVR), through an external controller it’s possible to activate the heater elements in order to avoid the ice development over the moving mechanical components.
Range | 0 ÷ 360° |
Resolution | < 0.1° |
Accuracy | ± 1 ° |
Transducer | Wind vane and magnetic encoder |
Working temperature | -30 ÷ +60 °C |
Heated Version | |
Heater power supply | 12 Vdc / 9 Vac |
Power of the heater element | 25 Watt |
NEWS
10 May 2022
Baptism of the sea for the new buoy of the Italian national wave network (RON)
The new RON buoy during a Bora storm Less than a month after the launch of the eighth buoy of the National Wave Network, a strong Bora (the Adriatic n...
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11 April 2022
Siap+Micros in support of a new scientific project of Ispra and Ismar-CNR
The new buoy and the CNR platform The update of the national wave network (RON) which, in 2020, was only a project (we had written about it in a previ...
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6 April 2022
Partnership with Teconer Oy for road safety
Optical surface sensor Siap+Micros has signed an agreement with Teconer Oy (Finland) aimed to integrate the proven technologies of non contact road su...
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