Hydrogen pressure sensor FKC-HYDROSEAL
-
NG # 2491-HW-FUJI-028
Manufactured by:
Specification
Limping L- or T-shaped housing Measuring ranges (kPa) [e.max.] 32
130Weight per kg (without indicator) 3,6 Accuracy ±0.15% Materials in contact with the process Stainless steel 316, Stainless steel 316 L Case materials Standard: low-copper aluminum alloy with polyurethane epoxy coating (2 layers).
Option: 316 stainless steelMembrane materials Stainless steel 316 Stability ±0.15% of maximum scale for 10 years Elevation / Deletion Equal 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 fillingAmbient temperature from -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 sensorsPower supply 10.5 V to 45 V DC Output signal / Load resistance 4 to 20 mA Damping Configuration between 0.06 and 32 seconds Zero and span adjustment Via external sensor screw, local three-button indicator or HART™ protocol Electrical connections G1/2, 1/2-14 NPT, Pg13.5 or M20 × 1.5, depending on application datasheet Options Indicator, local configurator with LCD display, integrated lightning arrester, oxygen service, chlorine service, degreasing, datasheet NACE, vacuum service, optional nameplate, cell lining
Description
PRESSURE TRANSMITTER DIFFERENTIAL FOR HYDROGEN – FKC WITH HYDROSEAL MEMBRANE: DESIGNED FOR DEMANDING HIGH-HYDROGEN ENVIRONMENTS The pressure transmitter differential for hydrogen - FKC with hydroseal membrane is specifically developed to meet the challenges of measurement in hydrogen-rich environments. Thanks to its protective membrane and robust design, it ensures precise and durable measurement even in extreme industrial conditions. FEATURES OF THE PRESSURE TRANSMITTER DIFFERENTIAL FOR HYDROGEN – FKC WITH HYDROSEAL MEMBRANE - Measurement technology: differential pressure transmitter with isolated cell - Hydrogen-resistant Hydroseal diaphragm - Compatible with high-pressure and corrosive environments - High accuracy and excellent long-term stability - Chemically resistant materials APPLICATIONS Ideal for hydrogen production, distribution, or storage facilities, as well as for demanding industrial processes requiring reliable differential pressure measurement. BENEFITS Optimized design for hydrogen-containing media High reliability under severe conditions Easy integration into existing control systems Reduced maintenance costs due to diaphragm durability