FlexScan FX81. High Temperature And High Pressure Guided Wave Radar

Solidat Applied Technologies Ltd. is one of the leading manufacturers and suppliers of flexscan fx81. high temperature and high pressure guided wave radar, also supports customized service. Please feel free to buy high quality products in stock here and get quotation from our factory. Good service and reasonable price are available.

Product Introduction

Solidat Applied Technologies Ltd. is a leading Chinese manufacturer and supplier of the FlexScan FX81. high temperature and high pressure guided wave radar, providing professional customized services, in-stock high-quality products and factory direct quotations. We offer competitive prices and reliable full-cycle after-sales service for global customers.

The FlexScan FX81. guided wave radar transmits high-frequency microwave pulses that propagate along steel cable or steel rod detection probes. When pulses touch the measured medium, the sudden change of dielectric constant causes signal reflection, and part of the pulse energy is reflected back. The time interval between transmitted and reflected pulses is proportional to the medium distance, realizing accurate liquid level calculation and real-time monitoring.

Optimized and upgraded based on traditional guided wave radar products, the FX81 model is equipped with a professional steam compensation function, which effectively corrects measurement errors caused by saturated steam. It is specially designed for extreme high-temperature and high-pressure working conditions such as boiler drum level monitoring and condenser level measurement. Rated working condition: 275bar @450℃, 413bar @80℃.

Core Features of FlexScan FX81 High Temperature and High Pressure Guided Wave Radar

1. Built-in professional steam compensation function, eliminating measurement interference from saturated steam and improving detection accuracy in steam environments

2. Excellent extreme resistance, stable operation under 275bar high pressure and 450℃ high temperature

3. High-precision coaxial probe structure, realizing true "0" blind zone measurement with no dead detection area

4. Strong environmental adaptability, measurement results are not affected by medium characteristics, working pressure, temperature and container shape

5. Powerful anti-interference performance, immune to foam, dense steam, powder, hanging materials and other on-site interferences

application:

Typical Application Scenarios

- Boiler drum real-time liquid level monitoring

- Condenser industrial level measurement

- High-pressure steam pressure vessel monitoring

- Power plant thermal process supporting equipment

- All kinds of high-temperature, high-pressure saturated steam industrial working conditions

FAQ (Frequently Asked Questions)

Q1: What is the core advantage of FlexScan FX81. compared with ordinary high-temperature guided wave radar?

A: Different from conventional high-temperature guided wave radar without steam compensation function, the FX81. is equipped with a dedicated saturated steam compensation algorithm. It can automatically correct the microwave signal velocity deviation caused by high-density saturated steam in high-pressure vessels, effectively solve the problem of inaccurate measurement in boiler drum and steam environment, and maintain long-term high-precision detection, which is the core customized advantage for severe steam working conditions.

Q2: Does the FlexScan FX81's 0 blind zone measurement performance take effect under the maximum rated temperature and pressure?

A: Yes. The FlexScan FX81. adopts an optimized integrated coaxial probe structure, which can stably realize true 0 blind zone measurement under the full limit working condition of 275bar @450℃. It can accurately detect the liquid level close to the mounting flange, greatly reducing the dead detection area of compact high-pressure containers. Customers only need to strictly follow the installation size specifications in the official manual for on-site installation to ensure consistent performance.

Q3: What signal outputs does FlexScan FX81. support? Is on-site calibration complicated?

A: The FX81 is equipped with standard 4-20mA HART signal output, which can be directly connected to mainstream industrial control systems such as DCS and PLC. Modbus-RS485 communication interface is available for customized upgrade. On-site debugging is simple and efficient, which can be completed through a HART handheld communicator. After one-time parameter setting according to on-site saturated steam working conditions, the steam compensation function operates automatically without frequent manual adjustment, and only regular routine inspection is required for long-term operation.

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