Specialized Reactor Radar Series
Engineered for the Impossible: Overcoming High-Speed Agitators, Dense Foam, and Complex Internals
📌 The Solution for Complex Reactors
Ledaer’s specialized radar series is designed to overcome interference from high-speed agitator blades, dense foam, and complex internal baffles[cite: 665]. Featuring exclusive signal processing algorithms, the CSRD615 and CSRD612 series provide stable, real-time level monitoring where standard sensors fail[cite: 666].
⚠️ Why Standard Sensors Fail in Reactors?
Rotating blades and baffles create false echoes that confuse standard sensors.
Constant stirring causes surface waves and foam, making non-contact measurement unstable[cite: 670].
High-viscosity liquids, corrosive acids, and steam can quickly damage ordinary devices[cite: 671].
📊 Series Comparison Matrix
| Feature | CSRD615 (The Penetrator) | CSRD612 (The Stability Master) |
|---|---|---|
| Primary Advantage | Dense Foam & Low DK Media | Corrosive Media & Splashing |
| Probe Types | Single cable, Single rod | Single rod, Coaxial tube, Dual cable |
| Measuring Range | Up to 20 Meters | Up to 30 Meters |
| Process Temp. | -40°C to 250°C | -40°C to 250°C |
| Process Pressure | -0.1 to 2.0 MPa | -0.1 to 1.6 MPa |
| Accuracy / Repeat. | ±10mm / ±2mm | ±10mm / ±2mm |
🔍 Featured Agitator Masters
Best Use: Liquids with low dielectric constants or vessels with dense foam.
Performance: Uses 6.8GHz pulses for superior penetration. Maintains stable signals in high-speed stirring with ±2mm repeatability[cite: 676].
Range: Up to 20m[cite: 677].
Best Use: Harsh chemicals, acids, alkalis, and industrial wastewater[cite: 679].
Performance: Immune to medium splashing and highly corrosive vapors[cite: 680]. High-reliability measurement with ±10mm accuracy[cite: 681].
Protection: Rated IP67 with Exia II C T6 Ga explosion-proof certification[cite: 682].
💡 Exclusive Technology Advantages
Advanced algorithms filter out signals from rotating blades to focus solely on the true liquid level.
Precision monitoring in process temperatures up to 250°C without signal degradation[cite: 685].
Handles vessel pressures from -0.1 to 2.0 MPa (CSRD615) or 1.6 MPa (CSRD612)[cite: 686].
Why Choose LEDAER Radar?
We solve the complex reflection physics of moving parts, providing steady data in turbulent zones.
Proprietary algorithms filter out dense foam and vapors to ensure process uptime.
Fully compliant with global Exia and Exd explosion-proof standards for hazardous chemical vessels.
Unwavering stability in foam, turbulence, and corrosive industrial zones.
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