Non Contact Radar Flow Meter
Der MRCM-600 Radar-Durchflussmesser ist ein hochentwickeltes, berührungsloses Messgerät, das K-Band-Radartechnologie für präzise, kontaktlose Messungen von Strömungsgeschwindigkeit, Wasserstand und Durchflussrate in verschiedenen Anwendungen der offenen Kanal-Durchflussmessung nutzt. Entwickelt für eine berührungslose Messung liefert er genaue Echtzeitdaten in Umgebungen wie Flüssen, Seen, unterirdischen Entwässerungssystemen und Bewässerungskanälen.
Dank seiner robusten Bauweise und intelligenten Software ist der MRCM-600 eine zuverlässige Lösung für die Langzeitüberwachung unter anspruchsvollen Bedingungen und hilft Anwendern, Wartungsaufwand zu reduzieren und die Genauigkeit der Durchflussanalyse zu verbessern.
Anwendungen:
√ Hochwasserschutz – Echtzeit-Daten zu Durchfluss und Pegel für proaktives Risikomanagement
√ Umweltüberwachung – Präzise Messungen zur Unterstützung von Wasserqualitätsbewertungen und Ökosystemschutz
√ Stauseen & Speichersysteme – Verlässlicher offener Kanal-Durchflussmesser zur Überwachung von Zulauf, Ablauf und Wasserstand
√ Landwirtschaftliche Bewässerung – Optimiert den Wasserverbrauch in Feldern und Kanälen für nachhaltiges Ertragsmanagement
√ Wasserressourcenmanagement – Ermöglicht effiziente Planung und Ressourcenschonung durch präzise offene Kanal-Durchflussmessung
Description
The MRCM-600 Series Radar Flow Meter is a contactless flow measurement instrument that uses advanced K-band radar technology for highly accurate, non-contact monitoring of velocity, water level, and flow rate in open channel flow measurement applications.
Equipped with intelligent software algorithms, it delivers real-time calculations of both instantaneous and cumulative flow across various open channel flow meter types, including trapezoidal, round, and U-shaped cross sections.
Engineered for high reliability in harsh environments, the MRCM-600 performs consistently even under conditions involving sediment, temperature fluctuations, pollutants, or floating debris. Its low-power consumption, rugged build, and non-invasive installation make it an ideal solution for continuous open channel flow monitoring in rivers, canals, reservoirs, and stormwater systems.
Features
✔ Contactless radar flow measurement – Utilizes non-contact K-band radar technology, unaffected by wind, temperature, haze, sediment, or floating debris.
✔ Real-time multi-parameter monitoring – Simultaneous measurement of flow velocity, water level, and flow rate for precise open channel flow monitoring.
✔ All-weather rainproof operation – Ensures consistent and reliable performance in extreme weather conditions and challenging outdoor environments.
✔ Scalable multi-point measurement – Expandable setup for monitoring complex open channel flow patterns in rivers, canals, and wastewater systems.
✔ Configurable software algorithms – Easily adaptable to various open channel flow meter types and site-specific flow characteristics.
✔ Supports diverse channel geometries – Compatible with trapezoidal, round, U-shaped, and irregular cross-sections commonly found in open channel flow measurement instruments.
Specification
| Velocity Measurement System | |
| Operating temperature | -35~70℃ |
| Operating Voltage | 7-32VDC;5.5-32VDC(Assorting) |
| Working current | For 12VDC input, working mode: ≤35mA standby mode: ≤1mA |
| IP Rating | IP68 |
| Lightning protection level | 6KV |
| Radar Water Level Sensor | |
| Radar frequency | 80Ghz |
| Measuring range | 40 meters |
| Measurement accuracy | ±2mm,±0.05%FS |
| Antenna angle | 8° |
| Radar Wave Velocity Meter | |
| Radar frequency | 24GHz |
| Max measuring range | 40m |
| Velocity range | 0.03~20m/s |
| Velocity measurement accuracy | ±0.01m/s;±1%FS |
| Antenna angle | 12° |
| Data transmission system | |
| Data transmission | RS485 / RS232, 4 ~ 20mA, LoRa (wireless option), NB-IoT (wireless option), 4G RTU (wireless option) |
FAQ
1. What is a radar flow meter and how does it work?
A radar flow meter is a non-contact flow measurement device that uses K-band radar waves to detect surface velocity and water level in open channels. It then calculates flow rate based on these parameters using built-in algorithms. Since it doesn’t touch the fluid, it’s ideal for harsh or contaminated environments.
2. Where can the MRCM-600 radar flow meter be used?
The MRCM-600 is designed for a wide range of open channel flow measurement applications, including rivers, irrigation canals, drainage systems, reservoirs, and stormwater channels. It’s also ideal for flood monitoring and agricultural water management.
3. What are the advantages of using a non-contact or contactless flow meter?
Contactless flow meters like the MRCM-600 offer key benefits:
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No need to cut pipes or submerge sensors
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Minimal maintenance due to lack of exposure to flow media
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Unaffected by sediment, floating debris, or temperature fluctuations
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Ideal for high-risk or hard-to-access environments
4. Can this radar flow meter be used in extreme weather conditions?
Yes. The MRCM-600 includes a rainproof mode and is built to operate reliably in all-weather conditions, including heavy rain, wind, and fog. Its radar signals remain stable even when optical or ultrasonic sensors may fail.
5. What types of channel shapes does the MRCM-600 support?
This open channel flow meter supports a wide variety of cross-sectional shapes, including trapezoidal, U-shaped, round, and custom irregular geometries. Its software algorithms are configurable for accurate results in diverse installations.
6. Is the MRCM-600 suitable for real-time flow monitoring?
Absolutely. The device provides real-time monitoring of flow rate, velocity, and water level. It supports both instantaneous and cumulative flow calculations for continuous data logging and remote system integration.
7. Does the radar flow meter require regular maintenance?
No. As a non-contact flow measurement instrument, it requires minimal maintenance. With no moving parts and no exposure to corrosive or abrasive media, its performance remains stable over time with minimal servicing.
Datasheet
MRCM-600; MRCM-600-R Non Contact Radar Flow Meter Datasheet
