Flexim f601 Flexon flowmeter

NegotiableUpdate on 01/02

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Nature of the Manufacturer: Producers

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Overview

The flexim f601 is a high-performance portable ultrasonic flowmeter produced by the German company FLEXIM, known in the industry for its advanced technology and reliable performance. The Flexim F601 flow meter can be automatically or manually switched according to the medium conditions: the time difference method is used for pure media; The noise tracking method is widely used for media with bubble or solid particle content>10%.

Product Details

The flexim f601 is a high-performance portable ultrasonic flowmeter produced by the German company FLEXIM, known in the industry for its advanced technology and reliable performance.

Core Features and Technical Highlights of Flexim F601 Flow Meter

Signal processing technology:

The first processor is responsible for high-speed continuous sampling (with a frequency of up to 1000 Hz), while the second processor is responsible for setting the measurement process and analyzing data, effectively eliminating invalid data to ensure the accuracy and stability of measurements under harsh conditions.

Temperature compensation technology:

A manufacturer that incorporates Pt1000 platinum resistors for temperature compensation inside the clip on sensor. This technology can effectively eliminate the influence of changes in working environment or medium temperature on measurement accuracy, especially suitable for variable temperature applications.

Durable and sturdy design:

The sensor adopts a fully stainless steel structure (only the pipe fitting surface is made of engineering plastic), and the cable is designed with integrated stainless steel armor, which is very suitable for harsh industrial environments and greatly extends the service life.

High protection level (IP65 or IP67), dustproof, moisture-proof, and oil resistant.

Intelligent probe and automatic recognition:

Sensors are provided in pairs and undergo real flow calibration. Calibration data, zero bias, and probe parameters are stored in the "SENSPROM" memory inside the probe.

After connecting to the host, the probe data is automatically sent to the host, which automatically recognizes and optimizes the work, avoiding manual input errors, shortening startup time, and facilitating data traceability.

Integration of dual measurement principles:

The host integrates two measurement methods: time difference related principle and noise tracking principle.

It can be automatically or manually switched according to the condition of the medium: pure medium uses the time difference method; The noise tracking method is widely used for media with bubble or solid particle content>10%.