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t002 TTT-EV-GM t002 TTT-ZM t002 TTT-BA t011 TBAR-HIVS EV-GM t011 TBAR-HIVS-BA t011 TBAR-IVS-PK t012 TTS-EV-GM t017 TBF-ZM t019 TEVAP-ZM t023 TNU-PK t026 TTEPRH EV t026 TTEPRH EV-ZE t026 TTEPRH-EV-GM t026 TTEPRH-ZM t026 TTEPRH-BA t003m TRHTC-GN t003m TRHTC-ZM t027 TP200 EV t027 TP200-ZM t027 TP500-EV-GM t027 TPxxx-HLM-GN t027 TPxxx-HLM EV t030 TLR30-40 EV t031 TVV-ZM t033 TDV-ZM t035 WINSON EV t035 WINSON-EV-ZE t035 WINSON-EV-GM t035 WINSON-BA t043 TP/TPUW-BA t055 TPIR-EV-GM t055 TPIR-BA
t030 TLR30-40 EV
30-40 meters Radar Level Transducer
The radar technology of TLR-level sensors is the most suitable solution for applications requiring high precision standards of measurement, as it guarantees high performances in terms of accuracy and resolution.
The measuring principle is not affected by variations in atmospheric temperature and by suspended dust between the sensor and the measured surface, ensuring the acquisition of a reliable data even in extreme environmental conditions. The measurement principle is based above the emission of a radar impulse in the direction of the surface of interest and on the subsequent reception of the reflected wave. The distance between the sensor and the measuring surface is calculated from the signal time of flight.
The TLR is a non-contact instrument. Furthermore, it allows to speed up and simplify the installation and maintenance steps. The sensor is available with the digital outputs SDI12 and RS485, or 4-20 mA, and is supplied with power and signal cable (12m).
The measuring principle is not affected by variations in atmospheric temperature and by suspended dust between the sensor and the measured surface, ensuring the acquisition of a reliable data even in extreme environmental conditions. The measurement principle is based above the emission of a radar impulse in the direction of the surface of interest and on the subsequent reception of the reflected wave. The distance between the sensor and the measuring surface is calculated from the signal time of flight.
The TLR is a non-contact instrument. Furthermore, it allows to speed up and simplify the installation and maintenance steps. The sensor is available with the digital outputs SDI12 and RS485, or 4-20 mA, and is supplied with power and signal cable (12m).
| Range |
TLR3 : 30 meters TLR4 : 40 meters |
| Accuracy | ± 2 mm |
| Resolution | 1 mm |
| Transducer | Radar |
| Working temperature | -40 ÷ 80 °C |
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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