PTFE 80GHz Radar Water Level Sensor Transmitter | Corrosion-Resistant Level Gauge

Full PTFE 80GHz Radar Level Transmitter – Chemical & Acid Resistant Liquid Measurement

Full PTFE housing 80 GHz radar level transmitter for liquids is the ideal sensor for non-contact level measurement in corrosion-resistant applications where a high degree of protection is required. It is perfect for extremely aggressive media: the ultimate choice for the most corrosive applications where metals or even PVDF might fail.

Open channel water level Measuring radar water level sensor 80g radar 80g radar level sensor 4-20mA Output Water Level Measurement in Lift or Pump Stations Full PTFE Housing Radar Level Sensor

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Superior Non-Stick & Anti-Adhesion Properties

Simplifies maintenance and best for corrosive liquids. PTFE is inert to almost all industrial chemicals, solvents, acids (including hydrofluoric acid), and alkalis.
Various signal output

A variety of output circuit interfaces cooperate with the acquisition system

Signal output: RS485/ 4-20mA,etc. 2-wire and 4-wire systems are all available. Key specifications: Power supply: 24 VDC, Output: 4–20 mA / Modbus, Connectivity: Bluetooth App support.
Continuous signal acquisition

Uninterrupted work, continuous online acquisition of signals.
Wireless transmission

No need to excavate cable trenches, no impact on the construction of channel lining, tree planting and other projects.
Robust Radar Performance

Narrow emitting angle: ±3.5°.

Precise measurement results independent of media, process and ambient conditions

Principle

Frequency modulation continuous wave (FMCW) technology is adopted in the object level meter of 80GHz radar level transmitter. The continuous wave with frequency variation is transmitted within a certain period, and the echo reflected by the object has a certain frequency difference with the transmitted signal. The distance information between the target and the radar can be obtained by measuring the frequency difference.
Strong corrosion/chemical resistance, buyers with chemical tank applications would choose this over a standard model.

Application area

Open channel water level monitoring

Automatic monitoring of seasonal rivers, not suitable for underwater installations.
Flash flood warning

Monitoring of the tail water level in front of the reservoir dam, under the dam, and the water level of the surge tower (well).

Urban waterlogging

Under the influence of heavy rainfall in urban low-lying terrain areas, the drainage system is overloaded, which can easily cause urban waterlogging and cause immeasurable loss of life and property to citizens. Using radar water level gauge to monitor its water level is an effective means of guarantee.

Sewage Disposal

Wastewater treatment, sewage level monitoring system.

Gate station water level monitoring

Data collection is carried out for the water level of the river. When the water level of the inland river is lower or higher than the warning line, a signal is output to the central control system, so that the station gate can realize real-time monitoring of the water level.

Open channel water level monitoring

Automatic monitoring of seasonal rivers, not suitable for underwater installations.

Flash flood warning

Monitoring of the tail water level in front of the reservoir dam, under the dam, and the water level of the surge tower (well).

Urban waterlogging

Under the influence of heavy rainfall in urban low-lying terrain areas, the drainage system is overloaded, which can easily cause urban waterlogging and cause immeasurable loss of life and property to citizens. Using radar water level gauge to monitor its water level is an effective means of guarantee.

Sewage Disposal

Wastewater treatment, sewage level monitoring system.

Gate station water level monitoring

Data collection is carried out for the water level of the river. When the water level of the inland river is lower or higher than the warning line, a signal is output to the central control system, so that the station gate can realize real-time monitoring of the water level.