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Endress+Hauser FMP51 Microwave Level Sensor Guided Wave Radar Transmitter for Measuring Levels Geleide Radar Niveau Sensor

Endress+Hauser FMP51 Microwave Level Sensor Guided Wave Radar Transmitter for Measuring Levels Geleide Radar Niveau Sensor

FMP51 microwave level sensor

guided wave radar transmitter

level transmitter with warranty

Place of Origin:

China

Brand Name:

E+H

Model Number:

FMP51

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Product Details
Overpressure Limit:
2 Times The Maximum Range
Protocol:
HART/RS485
Mounting Method:
DIN Rail Or Wall Mount
Structure:
Control
Response Time:
Less Than 1 Second
Measuring Principle:
Absolute And Gauge Pressure
Certifications:
CE, ATEX, SIL
Accuracy:
±0.25% Of Span
Keyword:
Radar Level Switch
Wetted Parts Material:
316L Stainless Steel
Model:
Industrial Pressure Transmitters
Hart Protocol:
Available
Housing Material:
Stainless Steel
Operating Temperature:
-40 To 85 °C
Output:
4-20ma
Highlight:

FMP51 microwave level sensor

,

guided wave radar transmitter

,

level transmitter with warranty

Payment & Shipping Terms
Minimum Order Quantity
1 pc
Price
USD 550
Delivery Time
7-14 days
Payment Terms
T/T
Supply Ability
100 pc
Product Description

1. Overview

  • Product: LevelflexFMP51
  • Type: Guided‑wave radar level transmitter (Time-of-Flight)
  • Manufacturer: Endress+Hauser
  • Application: Continuous level measurement for liquids, slurries, pastes, and interface measurement.
  • Probe Types: Rod, rope (cable), or coaxial probes.

 

2. Key Specifications

Here are the main specs for FMP51:

Parameter

Value / Range

Accuracy

±2 mm for rod and short rope; ±10 mm for long rope (>15m)

Process Temperature

–50°C to +200°C

Process Pressure

Vacuum to +40 bar

Maximum Measuring Range

- Rod: up to 10 m (with dielectric constant DK > 1.6)
- Rope: up to 45 m (depending on dielectric)
- Coax: up to 6 m

Wetted Materials (Probe)

316L stainless steel, Alloy C, Ceramic; for rope/coax versions also PFA for coax.

Certifications / Safety

Explosion protection (ATEX, IECEx, etc.), SIL up to SIL 3, overfill prevention (WHG), marine approvals.

 

3. Key Features & Advantages

  • Reliable Measurement in Challenging Conditions
    Works well under changing process conditions — even with surface turbulence, foam, or internal tank baffles.
  • HistoROM Data Management
    Stores device parameters, commissioning and calibration history for quick maintenance and diagnostics.
  • Multi‑Echo Tracking Evaluation
    Uses advanced echo signal evaluation (multi-echo) to improve measurement reliability, especially in complex environments.
  • Heartbeat Technology
    Enables safe and cost‑effective proof testing (functional check) throughout the instrument’s life cycle.
  • Easy Integration and Operation
    Intuitive, menu-guided operation. Can integrate with control systems or asset management systems.
  • SIL / Safety
    Designed and certified up to SIL
    3 per IEC61508.

 

4. Applications / Use Cases

  • Industrial Process Level Measurement: For liquids, slurries, pastes in chemical, petrochemical, or processing plants.
  • Interface Measurement: Can detect liquid-liquid interface levels (e.g., oil/water).
  • Harsh Conditions: High-temperature or high-pressure tanks; vessels with foam or vapors.
  • Safety Critical Systems: Applications needing overfill protection or SIL-rated instrumentation.

 

5. Communication & Options

  • Outputs / Communication Protocols:
    • 2-wire: 4–20 mA with HART
    • Optionally: FOUNDATION Fieldbus, PROFIBUS PA
  • Remote / Wireless Commissioning:
    • Bluetooth® option + SmartBlue app for configuration and diagnostics.
  • Process Connection Types: Threaded or flanged.

 

6. Pros & Cons

Pros:

  • Very reliable even with difficult surface conditions (foam, turbulence)
  • Excellent temperature and pressure tolerance
  • Long measuring range (especially with rope probe)
  • Safety features (SIL, overfill) make it suitable for critical applications
  • Good diagnostics & maintenance support via HistoROM and Heartbeat

Cons / Considerations:

  • Rope version requires careful handling / installation (long probes)
  • Initial cost likely higher than simpler level sensors
  • Requires correct setup for dielectric constant (DK) to ensure accuracy for longer rope version

 

7. Example Product

One variant: Endress+HauserLevelflex FMP51

 

8. Summary

The Levelflex FMP51 is a high-performance guided-wave radar (Time-of-Flight) level transmitter, designed for demanding industrial applications. With its flexibility (rod, rope, coax), strong process tolerances, advanced echo tracking, and safety certification, it's a very reliable choice for continuous level measurement under harsh or critical conditions.

 

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