Radar level meter Anti corrosion 80ghz silo level radar water level sensor Acid alkali hart RS485 bluetooth radar level device

Description

Radar Level Meter 80GHz Anti-Corrosion adalah sensor level presisi tinggi yang dirancang khusus untuk mengukur level cairan maupun material padat di silo, tangki air, hingga cairan kimia agresif seperti asam dan alkali. Dengan teknologi 80GHz FMCW radar, alat ini memberikan akurasi tinggi, stabil, dan bebas gangguan bahkan di lingkungan industri berat. Mendukung komunikasi HART, RS485, dan Bluetooth, sehingga mudah diintegrasikan ke sistem SCADA atau dikontrol melalui perangkat pintar.

Spesifikasi Utama

• Teknologi: 80GHz FMCW Radar

• Tipe Sensor: Non-contact level measurement

• Material Housing: Anti-corrosion (tahan asam & alkali)

• Akurasi: ±2 mm (tergantung aplikasi)

• Output & Komunikasi:

  • HART

  • RS485/Modbus

  • Bluetooth wireless monitoring

• Lingkungan Kerja: Cocok untuk cairan agresif & material bulk dalam silo

• Fitur Tambahan:

  • Instalasi mudah & maintenance rendah

  • Stabil di kondisi uap, debu, suhu ekstrem

Pengaplikasian

• Industri kimia – pengukuran cairan asam, alkali, pelarut

• Pengolahan air & limbah – level air, sludge, dan chemical dosing

• Pertanian & pangan – silo penyimpanan biji-bijian atau bubuk

• Industri minyak & gas – tangki penyimpanan cairan bertekanan/korosif

• Industri manufaktur – kontrol level material padat dan cair

                 RS485 output                                              For solids and powder type                                          All stainless steel type          

Radar level meter Anti corrosion 80ghz silo level radar water level sensor Acid alkali 4-20mA hart RS485 bluetooth radar level device

The SKDRD 80GHz Radar level sensor is FMCW radar operating at 76-81 GHz, which has a maximum measuring range of 120m and nearly zero blind zone. It supports 4-wire and 2-wire applications. Higher operating frequency and shorter wavelength make it ideal for solid applications, including those with extreme dust and high temperature to + 200℃. Built-in rich algorithm ensure stable output even in the application with fast agitator.
The main benefits:
Based on the self-developed CMOS millimeter wave RF chip, a more compact RF architecture, a higher signal-to-noise ratio, and nearly zero blind zone are realized.

80GHz working bandwidth means higher measurement resolution and accuracy.

3°antenna beam angle, so the interference in the environment has less impact on the instrument, and the installation is more convenient.

 Shorter wavelength yields good reflection properties on sloped solids, so aiming towards material angle of repose is usually not necessary.

Remote debugging and remote upgrading is supported to reduce the cost of field personnel.