Hydrogen pressure transmitter - FKC with hydroseal membrane

Differential pressure measurement

Fields of application

The pressure transmitter differential - FKC with hydroseal membrane is used for optimizing pressure gradients for hydrogen electrolyzer efficiency, precise pressure monitoring for safety in biomass thermolysis, fine pressure regulation in steam reforming reactors, managing membrane integrity in fuel cells, monitoring pressure variations to maximize coal gasification efficiency, rigorously controlling overpressure during hydrogen transport, ensuring pressure constancy for pump reliability in hydrogen distribution stations.

Benefits

  • Durable, stable design
  • Precise, reliable measurement
  • Minimal influence of external environment
  • Wide measuring range
Reference: FKC-HYDROSEAL
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Accessories

Features

Fuji Electric's FKC differential pressure transmitter with hydroseal membrane, with its sensor technology for hydrogen, uses a double-coated gold and ceramic membrane to effectively block hydrogen permeation, guaranteeing increased accuracy and durability. Designed for pressures up to 42 MPa and temperatures between -40°C and +85°C, this system is ideal for critical applications such as fuel cells and gas monitoring in a variety of sectors, including the automotive and chemical industries. The transmitter's robust design ensures reliable performance even under high pressure, enhanced by features such as HART protocol for easy configuration.

 

LimpingL- or T-shaped housing
Measuring ranges (kPa) [e.max.]32
130
Weight per kg (without indicator)3,6
Accuracy±0.15%
Materials in contact with the processStainless steel 316, Stainless steel 316 L
Case materialsStandard: low-copper aluminum alloy with polyurethane epoxy coating (2 layers).
Option: 316 stainless steel
Membrane materialsStainless steel 316
Stability±0.15% of maximum scale for 10 years
Elevation / DeletionEqual to the upper limit of static pressure.
Process temperature-40 to +120 °C for silicone sensor filling
-20 to +80 °C for fluorinated oil sensor filling
Ambient temperaturefrom -40 to +85 °C
-20 to +80 °C for LCD indicators
- 40 to +60 °C for shutdown option
-10 to +60 °C for fluorinated oil-filled sensors
Supply voltage10.5 V to 45 V DC
Output signal / Load resistance4 to 20 mA
DampingConfiguration between 0.06 and 32 seconds
Zero and span adjustmentVia external sensor screw, local three-button indicator or HART™ protocol
Electrical connectionsG1/2, 1/2-14 NPT, Pg13.5 or M20 × 1.5, according to datasheet
OptionsIndicator, local configurator with LCD display, integrated lightning arrester, oxygen service, chlorine service, degreasing, NACE datasheet , vacuum service, optional nameplate, cell lining

Documentation

Certificate: Declaration of conformity UKCA pressure transmitters series FCX-AIV-V6

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Manual: FCX-AIV V6 pressure transmitters

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Software: Windows drivers USB modem/HART pressure transmitter FCX

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Carrousel: Which pressure transmitter should you choose for your hydrogen measurement?

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Carrousel: Does your transactional metering for natural gas or hydrogen comply with MID-002?

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Carrousel: 5 factors to limit pressure transmitters failures on your installations

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Carousel: 7 steps to choosing the safest pressure transmitter for hazardous areas

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Carrousel: 7 factors that influence the accuracy of your pressure transmitters

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datasheet : Pressure transmitter for hydrogen FCX-AII V5 FKC

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Software: Configuration pressure transmitter pack FDT DTM for FCX V4 V5 VG V6

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Brochure: FCX-AIV V6 series pressure transmitters

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White paper: Hydrogen permeability

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Brochure: pressure transmitters

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Brochure: Measures for energy and the environment

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Technologies

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Hydrogen pressure transmitter - FKC with hydroseal membrane

Reference : FKC-HYDROSEAL