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Flexim-FLUXUS G532 ST-LT For Steam Applications

Flexim FLUXUS G532 ST-LT For Steam Applications

Product Description

The Flexim FLUXUS G532 ST-LT, is a tailor-made solution for all typical applications for saturated steam up to a temperature of 356°F. Measuring the volume of steam from outside the pipe in a non-intrusive manner. For users, this means important advantages when considering the total cost of operating a measuring point: Simple installation without cutting or welding work on the pipeline. No downtime necessary - the system remains fully available for current production, without any production losses. The transit time difference principle already works at 0.03 ft/s and does not need any reduction to the diameter of the pipe to artificially increase the flow velocity. This means there is no loss of pressure, and accordingly no loss of energy.

Specifications

Accuracy
Measurement uncertainty of the measuring system (volumetric flow rate): ±0.3% of the measured value ±0.02 ft/s
Measurement uncertainty at the measuring point (volumetric flow rate): ±1… 3% of the measured value ±0.02 ft/s, depending on application
Repeatability
±0.15% of the measured value ±0.02 ft/s
Flow Channels
1
Process Media
Saturated steam and superheated steam
Temperature Range
Pipe Wall: max. 356°F
Process Pressure
min. 44psi absolute
Pipe Size
0.91 inch to 15 inch
Range
Flow Velocity Range: 0.03 ft/s…200 ft/s, depending on pipe diameter and transducer
Output
1 4-20 mA active/passive, 2 digital outputs (impulse, binary or frequency)
Not compatible with bus interface
Input
1 Pt100/Pt1000
Communication Protocol
Modbus TCP, Modbus RTU, BACnet TCP, BACnet MS/TP, M-Bus, Profibus PA, FF H1
System Configuration and Installation
Have the feasibility of your unique application evaluated by a test

Features

  • non-intrusive measuring principle
  • Installation, commissioning and maintenance without process interruption. 
  • Installation any time - no waiting for planned downtime and revisions. 
  • Extremely high measuring dynamics - no need to reduce pipe diameters. 
  • Zero loss of pressure - zero loss of energy. 
  • Bidirectional measurement 
  • Integrated mass flow measuring through the saturated steam curve and online measuring of temperature.
  • Advanced Meter Verification

Documents & Drawings