FUJI FKC Differential pressure transmitter ( FUJI FKC Flow Transmitter
FUJI FDC Differential pressure transmitter ( FUJI FDC Flow Transmitter
FUJI FKC Flow transmitter ( FUJI FKC
FUJI FDC Flow transmitter ( FUJI FDC
1.Product Introduce
The Fuji FCX -AIII differential pressure (flow) transmitter accurately measures differential pressure and converts it into an output signal of 4~20mA DC.
Fuji transmitter utilizes a unique micromachined capacitance silicon sensor with advanced floating capsule structure and newer micro-processing technology, the transmitter has high accuracy, good stability, safety and reliability, and easy to use.
It's small volume, light weight, good environment adaptability, and applicable to all fields.
If using the hand held communicator(sold separately), it can be set and display via remote operation, without affecting the DC 4~20mA output signal of transmitter.
Fuji FCX-AIII series transmitters with safety funtion have obtained the certificate of SIL certification by TÃ??V.
2ï¼?Fuji FKC Transmitter Features
a. High accuracy
Differential pressure (flow) transmitter can be carried out with high accuracy measurement in the range of 0.1 20000kPa.
Standard accuracy: ± 0.065%
High accuracy(optional) ± 0.05%
There's no need to linear calibration when carrying out zero elevation or suppression.
b. Excellent environmental adaptaboility
The advanced floating cell protects sensor from temperature,static pressure and overpressure effect, and controls the total measurement error of the filed to the minimun.
c. Excellent operability and easy to use
Built-in RFI filter and lightning arrester
Various anti-corrosive materials
Built-in local configurator with 3 push buttons
d.The transmitter can communicate using FUJI, HART, communication protocol, and also can use FOUNDATION FIELDBUS or PROFIBUS protocol after changing the electronic circuit.
3:Product Specification
Measured fluid: Liquid,Gas,or vapour
Range, operating pressure, and overrange limit:
EP800 Series Electro-Pneumatic Positioner
All model is including:EPA800 Single action,EPC800 Double action,EPB800 for 5200LA actuator
Which is used with pneumatic actuator, input 4ï½?20 mA DC
The signal is converted into the output air pressure to control the action of the actuator. At the same time, according to the behavior of the executive agency Feedback from the stroke, so that the stroke of the actuator can be accurately positioned according to the control signal. EP800 Series electro-pneumatic positioners can be used for single-action and double-action pneumatic actuators.
FEATURES
USABLE WITH LOW TO HIGH CAPACITY ACTUATORS
By adjusting the built-in capacity control spring, the positioner can be made optimum to the given actuator.
A LOW AIR CONSUMPTION
The pilot valve is low in air consumption and high in capacity.
OUTPUT CHARACTERISTICS SELECTABLE
Having a cam within the feedback construction, choices other than the standard linear characteristic are available.
COMPATIBLE WITH VARIOUS FEEDBACK TYPES
Applicable to the following types by simply exchanging the cam block.
* For Linear type actuator : Feedback for Standard lever type EP 8 1
* For Rotary type actuator : Feedback for lever type EP 8 2
* For Rotary type actuator : Feedback for direct connection to driving shaft EP 8 4
REVERSE ACTION PILOT VALVE EASILY AVAILABLE
The positioner for double acting actuators can be used as a reverse action pilot valve when combined with a spring return actuator that requires a reverse action pilot.
ANTI-PRESSURE AND EXPLOSION PROOF STRUCTURE MARKING ON-SITE ADJUSTMENT POSSIBLE
The anti-pressure and explosion proof construction, with the terminal and coil blocks enclosed together in one package, makes it possible to remove the positioner cover for inside inspection or span adjustment even in an explosive ambient.
INTRINSICALLY SAFE CONSTRUCTION FOR A WIDE SCOPE OF APPLICATIONS
The intrinsically safe construction (torque-coil type: EP82) cover terminals and coil as one package. This, combined with The adoption of the specified zener barrier, makes the unit applicable in all hazardous gas location ( including Class 0 area) ranging from low ( 40 ) to high ( 60 ) temperature environment.
