
We are proud to introduce the FLDA05 Mounted Radar Antenna Kit, a premium industrial radar accessory engineered to work seamlessly with 78G, and 120G radar modules to deliver reliable radar distance measurement. As a core component for industrial radar level systems, the FLDA05 Mounted Radar Antenna Kit ensures stable signal transmission and reception with multiple mounting options, making it the ideal choice for heavy-duty industrial level monitoring applications.
The FLDA05 Mounted Radar Antenna Kit is a specialized mounted antenna assembly designed to pair with 78G, and 120G radar distance measurement modules. Our company boasts strong capabilities in electromagnetic simulation design, thermal simulation design, and structural design, with access to microwave anechoic chamber electromagnetic testing conditions and full mechanical process processing capabilities. The FLDA05 Mounted Radar Antenna Kit supports deep customization to meet specific project requirements, ensuring perfect integration with your industrial radar level systems.
The FLDA05 Mounted Radar Antenna Kit offers a range of mounting specifications, including Type A mounting bracket, Type B mounting bracket, DN25 PN16 flange, DN100 PN16 blowback flange, and fully custom mounting designs. This extensive mounting compatibility makes the FLDA05 Mounted Radar Antenna Kit suitable for various industrial storage tanks, process vessels and pipeline installations with different structural requirements.
The FLDA05 Mounted Radar Antenna Kit provides multiple metal material options, including 304, 316, 316L, HC, and titanium, as well as various waveguide material choices such as PFA, PTFE, and PEEK. This material flexibility ensures the FLDA05 Mounted Radar Antenna Kit can adapt to corrosive, high-temperature, and harsh industrial environments while maintaining long-term reliability.
The FLDA05 Mounted Radar Antenna Kit is available with a variety of seal ring materials, including fluororubber, EPDM, Kalrez 4079, Aegis Pf128, and borosilicate glass, ensuring reliable sealing performance for the FLDA05 Mounted Radar Antenna Kit in different pressure and temperature conditions.
The FLDA05 Mounted Radar Antenna Kit comes with an optional purge port (X1), which effectively prevents material buildup and contamination on the antenna surface, ensuring long-term stable performance of the FLDA05 Mounted Radar Antenna Kit in dusty, sticky material environments.
We offer comprehensive mechanical design, electromagnetic simulation, thermal simulation, and electromagnetic performance testing services for the FLDA05 Mounted Radar Antenna Kit, ensuring optimal performance and reliability of each FLDA05 Mounted Radar Antenna Kit before delivery.
The FLDA05 Mounted Radar Antenna Kit supports full deep customization design, prototyping, and mass production, allowing us to tailor the FLDA05 Mounted Radar Antenna Kit to your specific application needs, including custom mounting sizes, beam angles, material combinations and purge configurations.
| Parameter | Specification |
|---|---|
| Metal Material | 304 / 316 / 316L / HC / Titanium (Customizable) |
| Waveguide Material | PFA / PTFE / PEEK (Customizable) |
| Seal Ring Material | Fluororubber / EPDM / Kalrez 4079 / Aegis Pf128 / Borosilicate Glass (Customizable) |
| Temperature & Pressure Resistance | 80°C@2Bar / 130°C@20Bar / 230°C@20Bar (Customizable) |
| Beam Angle | 3° @78GHz (Customizable) |
| Purge Function | Optional (With/Without) |

The FLDA05 Mounted Radar Antenna Kit is available in multiple dimensional configurations to match different mounting standards and application scenarios, with precise mechanical dimensions for each model to ensure easy installation and reliable performance. All FLDA05 Mounted Radar Antenna Kit dimensions are fully customizable to meet your specific installation requirements.
FLDA05: Mounted Radar Antenna Kit
| Code | Specification | Code | Specification |
|---|---|---|---|
| L1 | Type A Bracket @3° | L2 | Type B Bracket @3° |
| L6 | DN100 PN16 @3° | L9 | Customized |
| Code | Material | Code | Material |
|---|---|---|---|
| J1 | 304 | J2 | 316 |
| J3 | 316L | J9 | Customized |
| Code | Material | Code | Material |
|---|---|---|---|
| M1 | Fluororubber | M2 | EPDM |
| M3 | Kalrez 4079 | M4 | Aegis Pf128 |
| M5 | Borosilicate Glass | M9 | Customized |
| Code | Specification | Code | Specification |
|---|---|---|---|
| W1 | 80°C@2Bar | W2 | 130°C@20Bar |
| W3 | 230°C@20Bar | W9 | Customized |
| Code | Specification |
|---|---|
| X1 | With Purge |
| X2 | Without Purge |
The FLDA05 Mounted Radar Antenna Kit is designed to work with 78G, and 120G radar distance measurement modules, and is widely used in various industrial level measurement systems:
• Industrial Storage Tanks: The FLDA05 Mounted Radar Antenna Kit provides reliable signal transmission for radar level meters in chemical, oil, and petrochemical storage tanks with different mounting brackets.
• Process Vessels: The FLDA05 Mounted Radar Antenna Kit ensures stable radar signal reception in high-temperature, high-pressure process vessels and reactors with flange or bracket installations.
• Solid Material Silos: The FLDA05 Mounted Radar Antenna Kit delivers accurate signal transmission for radar level meters in cement, mining, and grain silos, with optional purge function to prevent material buildup.
• Special Industrial Applications: The FLDA05 Mounted Radar Antenna Kit is suitable for radar level measurement in complex tank structures and limited installation space scenarios.
The FLDA05 Mounted Radar Antenna Kit stands out with its multiple mounting options, high-quality materials, and optional purge function. As a core accessory for industrial radar level measurement systems, the FLDA05 Mounted Radar Antenna Kit ensures stable and reliable performance of your radar level meters in harsh industrial environments, making it the trusted choice for industrial level monitoring applications. Whether you need a standard mounted antenna or a fully customized solution, the FLDA05 Mounted Radar Antenna Kit is the reliable, high-performance accessory you can trust.