Flange (Stainless Steel) for SKE Radar Level Sensor Transmitter

Flange only for SKE Radar Level Sensor Transmitter- DN50,65,80,100,125

A flange is a critical mounting component for radar level sensors, acting as the secure and sealed interface between the sensor and the process tank or vessel. For SKE radar sensors, the flange is not just a mechanical holder; it ensures the signal can be transmitted effectively into the vessel and prevents leaks of process material.
The standard flange sizes for SKE radar sensors (like the popular SKE-R800 series) typically start from DN 50 and go up to larger diameters like DN 125 or more, depending on the application and antenna size.

Open channel water level Measuring River water level urban flooding radar water level sensor 80g radar water level sensor 80g radar water transmitter 80g radar level sensor for water Water Level Transmitter Flange for SKERadar level sensor

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Simple installation on Radar Level Sensors

The flange size is denoted by its Nominal Diameter (DN), which corresponds roughly to the pipe or vessel nozzle size it connects to.
Compatible with SKE Radar Level Sensors

SKE radar sensors are compatible with international flange standards to ensure global interoperability.
Common Flange Sizes (Nominal Diameter - DN)

The required flange size is primarily determined by the antenna type and size of the radar sensor, which is itself selected based on the measurement range and process conditions.

Principle

The flange is a vital accessory for SKE radar level sensor. Selecting the correct size, type, and material ensures a safe, leak-proof, and high-performance installation for accurate and reliable level measurement.
Face Type: Raised Face (RF).

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

City water supply, 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

City water supply, 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.