Pressure Transmitter

Fuji’s Transmitters

Differential Pressure Transmitter

The FKC model of the FCX-A series of pressure transmitters accurately measures a differential pressure, a liquid level or a flow rate and transmits a proportional 4-20mA output signal.

High speed CPU and optimized software processing lead to the fastest response speed as an smart pressure/ differential pressure transmitter. Suitable for ESD applications which require excellent response time such as emergency valve shut-down

The transmitter uses an unique micro capacitive silicon sensor in combination with a state-of-the-art digital processing to provide exceptional performances in terms of accuracy and stability.

Absolute Pressure Transmitter

The FKH model of the FCX-A series of pressure transmitters accurately measures absolute pressure, a liquid level or a flow rate and transmits a proportional 4-20mA output signal.

Micro Capacitance Silicon Sensor

The monocrystal silicon sensor minimizes hysteresis, thereby achieving excellent stability and reproducibility. Optimized structure enhances the output stability and long-term stability.

Pressure Transmitter

Reduce failure probability during upset conditions by integrating FCX-AIV in your safety loop

Advanced Floating Sensor

The advanced floating sensor protects transmitters against various severe environmental conditions, assuring stability. The downsized sensor enables
easy handling while offering improved temperature effect and static pressure effect, and excessive overload pressure.
Pressure on low pressure side Pipe Metal base Pressure on high pressure side Ceramic Through hole metal Capacitance measuring electrode Silicon diaphragm C1 C2 P2 P1 Mi

Lower your operating costs.
No compromise between accuracy, response time and stability.
high accuracy measurement: ± 0.065% (standard)
fast measurement cycle: 40ms
long term stability: ±0.1% / 5 years
A large choice of exotic materials to fit the most aggressive process. In addition to Hastelloy C, Monel, Tantalum, Titanium and Zirconium are newly employed as a material for the seal diaphragm. Optimal selection from our variety of anticorrosion materials will turn processes that suffer from corrosion into maintenance-free processes.

FCX-AIV Pressure Transmitters

Functional safety is a method to reduce risks to an acceptable level via detecting malfunctions that have occurred in equipment or systems used in a plant or other facility and maintaining safe conditions. SIL2/SIL3 Third party certified FCX AIV is the preferred choice of I&C engineers when design of a safety function is necessary, thanks to its world’s superior safe failure fraction (SFF).

FCX-AIII transmitter is a world-class product which conforms to:

HART communication protocol
Hazardous approvals ( ATEX, IECEx, cCSAus, JPEx (penfing approvals))
Certification mark