Features & Benefits
– Water Level Transmitter
– FCX-AIII Series Level Transmitter
Level Transmitters
Level transmitters have to function in hostile environments with fluids of all types. Most DP type transmitters use an ‘O’ ring seal which normally has to be replaced within 6 to 12 months of use.
The FCX series transmitters uses an all-welded construction with fill fluid that has been subjected to high vacuum for an extended period to remove entrained air. This provides long term reliability not found in any level transmitter of its type. The high reliability comes from a micro-capacitance silicon cell. They can be aligned to the correct tank shape with electronic linearisation. A versatile indicator with a 5-digit display makes readings easier. Repairs can be carried out in the field with commonly available spare parts. There is a built-in loop calibration facility. And models for a wide range of flange types. The large installed base of level transmitters from Fuji is testament to their versatility and the trust earned over decades.
Related products
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Pressure Transmitters
Read moreFuji Pressure transmitters enable long-term stable measurement of pressure or differential pressure (flow rate). They have anti-corrosive diaphragms made from gold and ceramic for use in desulphurization facilities, hydrogen production and supply systems.
Zirconium diaphragms for use in hydrochloric acid, caustic soda and bleaching agent manufacturing. Titanium diaphragms for chlorides and sulphur compounds manufacturing facilities. Hastelloy-C for organic acid, non-organic acids and alkalis. Monel for alkalis and fluorine. Tantalum for hydrochloric acid, sulphuric acid, nitric acid and aqua regia.They are mountable on any pipe and offer superior long-term stability – over 10 years. They generate a fast response in under 60 milliseconds and can be configured in the field through push buttons. Thanks to a special treatment method, the remote seal type transmitter can provide stable measurement even at a high temperature and under a high vacuum. -
Temperature Controller (PID)
Read moreFuji temperature controllers are key to optimal temperature control. Information from multiple controllers can be collectively displayed by using the communication function.
Measurement fluctuations can be prevented – like when sudden changes in incoming signals to a level gauge of a water tank can be smoothed, when required. Ratio control is possible – for example, the flow rate of chlorine fed to tap water can be controlled at a constant level.Inside a furnace, temperatures can be equalized – by treating the setting of controller No.1 as the input setting of other controllers the temperature within a tunnel furnace can be equalized.Temperature patterns can be controlled – the setting can be changed with time according to the pattern selected. On standby, energy saving operations are possible when the setting is switched between 20°C (on standby) and 400°C (during operation) with an external command switch.Control loop errors can be detected. In a loop that uses an AC power regulator (APR), judgment on issuance of a heater break alarm cannot be made by a current detector (CT). The controller type PXG and PXF detects an error of the loop based on the operation output and the width of temperature fluctuationControlling both heating and cooling is possible with a single controller – for example only one controller is required to keep the temperature of a cattle shed constant all year round, by cooling down the hot summer heat with a fan and warming up the cold winter air with a heater. -
Ultrasonic Flowmeters Fuji electric
Read moreFuji Ultrasonic Flowmeters offer easy and accurate flow measurements without interrupting processes. They can be easily clamped onto existing pipes.
They are suited for a wide range of liquids, for example, deionized water, cooling water, chemical solution, drinking water, seawater, oil, tap water, hot water, industrial water, and corrosive liquids. An ultrasonic flowmeter for air is also available.