ATEX SIL2 SIL3 industrial pressure transmitters are devices designed for high-risk environments. "ATEX" indicates that they are certified for explosive areas, while "SIL2" and "SIL3" refer to Safety Integrity Levels, with SIL3 being more secure than SIL2. They measure pressure under extreme conditions, while ensuring safety and operational reliability.
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Short delivery times or from stock (French pressure transmitter manufacturer)
Fuji Electric's FCX-AIV V6 series industrial pressure transmitters continuously measure fluid pressure, flow, level and density.
The range of pressure measurement instruments is suitable for all types of application: liquid, air, gas and steam.
FCX-AIV V6 industrial digital pressure transmitters are designed to the highest quality standards to guarantee safe, reliable measurements. They offer unrivalled performance for optimized control of your equipment.
Featuring SIL2 and SIL3 enhanced safety functions, they measure gauge pressure, differential or absolutegauge pressure and convert it into a directly proportional 4-20 mA output signal.
Digital signal processing by the microprocessor-based electronics unit and its micro-capacitive silicon cell deliver outstanding features in terms of speed, accuracy and stability.
Whatever your industry, Fuji Electric digital pressure transmitters adapt to your environment and your requirements. From a few milibars to the most extreme pressures, the instruments guarantee the precision, stability and robustness you expect.
FCX-AIV series explosion-proof and intrinsically safe pressure transmitters are also designed to operate safely in hazardous environments.
Their high measurement dynamics offer astonishing flexibility , enabling you to reduce your instrument stocks by reducing the number of part numbers. Their reliability and robustness mean you can maintain your installations even in extreme environments.
The silicon sensing element is subjected to a differential pressure that varies two capacitive values.
The silicon chip is mounted floating in the neck of the measuring cell to obtain high static pressure and temperature characteristics.
Thanks to the silicon membrane of the microcapacitive element, hysteresis is minimized.
The result is excellent stability and reproducibility.
The optimized structure improves the output and long-term stability of your pressure transmitter.
The floating cell protects pressure transmitters from harsh environmental conditions, ensuring long-term stability.
The cell's reduced size makes it easy to handle, while offering improved temperature and static pressure.
Water hammer and excessive pressure surges are kept under control.
Fuji Electric's FCX-AIV V6 series pressure transmitters are equipped with digital indicators for pressure measurement. Thanks to the bar graph on the display, the output level can be quickly and intuitively understood in the same way as with an analog indicator. The simultaneous display in physical size enables precise reading of the measurement. The bargraph function enables rapid visualization of your pressure measurement. In the event of an anomaly, an error code on the display enables users to understand and react quickly to the situation.
The digital indicator features a 2-line, 6-digit LCD display and 3 pushbuttons for precise reading of the measured pressure. It can display the measurement in physical units and local configuration of all pressure transmitter setting parameters. The push-buttons and digital display provide an intuitive, easy-to-understand interface for instrument configuration.
All pressure transmitter parameters are available via the 3-button digital indicator. You can configure and adjust the data using a magnetic pen and without opening the indicator cover.
FCX-AIV V6 intelligent pressure sensors feature a HART® version 7 communication interface.
A portable HART communication tool or a computer equipped with configuration software and a HART modem can be connected.
Instruments are quickly configured and configurations saved.
Fuji Electric offers a complete set of FDT (Field Device Tool) drivers free of charge for DTM (Device Type Manager) software users.
This allows you to troubleshoot, configure and access all parameters using PACTware™ (or another FDT-compatible program).
Thanks to its outstanding SFF, the pressure transmitter FCX-AIV, SIL2/SIL3 certified, is the preferred choice of I&C engineers when the design of a safety function is required.
The implementation of Safety Instrumented Systems in the process industry (IEC 61511) enables risks to be reduced to a targeted, acceptable level, and the maintenance strategy to be organized to maintain this level of safety.
With SIL 3 capability, the FCX-AIV V6 is certified as a SIL2 (HFT=0) or SIL 3 (HFT=1) integrated safety system.
It complies with IEC 61508 and IEC 61511 standards.
The high safety level of pressure transmitter AIV V6 is guaranteed by its SFF (Safety Failure Fraction) rate of over 92.3%.
The SFF of the pressure transmitter is defined as the ratio: [Average rate of detected failures (safe and dangerous) + undetected (safe) ] / Total average rate of failures experienced.
FCX-AIV explosion-proof pressure transmitters are specially designed to operate safely in hazardous environments where there is a risk of explosion due to the presence of flammable gases, vapors or combustible dusts, such as mines, chemical plants and oil refineries.
Explosion-proof pressure transmitters are certified to ATEX, IECEx (international) standards. They meet strict ignition protection requirements and can be safely installed in environments with potentially explosive atmospheres.
FCX-AIV intrinsically safe pressure transmitters are designed for use in environments where the risk of ignition is high, but which require a higher level of safety than explosion-proof devices. These devices have undergone rigorous testing and are suitable for use in hazardous areas.
Fuji Electric's explosion-proof and intrinsically safe pressure transmitters guarantee safe and reliable pressure measurement in industries with potentially explosive atmospheres.
Hazardous area approvals
Compliance
The processor's performance and the optimization algorithm correct the pressure of external variations in real time.
Thanks to its unique Giration 4DTM technology, choosing the FCX-AIV is your guarantee of precise, repeatable measurements, whatever the conditions of your process and environment.
The FCX-AIV V6 pressure transmitter has a measurement cycle of 40 ms. This unique performance makes it the fastest pressure transmitter on the market.
The pressure transmitter FCX-AIV V6 is an intelligent sensor (SMART). The available communications protocols enable it to integrate and ensure compatibility with existing systems.
The pressure transmitter features built-in diagnostic functions to detect fault causes and take appropriate corrective action.
The output signal complies with NAMUR NE43 recommendations. Fault detection made easy.
To cope with the most aggressive processes, AIV V6 series pressure transmitters are available in noble materials adapted to your fluids. They are thus protected against corrosion and chemical aggression.
In addition to 316L stainless steel, wetted parts such as measuring diaphragms are available in various materials such as Hastelloy C, Tantalum, Monel,...
Various materials and coatings are available for the metal diaphragms of pressure transmitters to guarantee the longevity and reliability of your measurements.
| Membrane materials | Applications |
|---|---|
| Gold and ceramic coating | Desulfurization plants, hydrogen production units, oil refineries and OVH sludge treatment units, ionized gas (hydrogen sulfide) |
| Tantalum | Hydrochloric acid, sulfuric acid, nitric acid, aqua regia |
| Titanium | Sodium chloride, sulfated compound |
| Hastelloy-C | Sodium chloride, sulfated compound |
| Monel | Alkali, fluorinated acid |
| Zirconium | Hydrochloric acid, caustic soda, bleach |
