Absolute Pressure Transmitter FCX-AII V5 series

lectricuji Fuji Electric France S.A. Leading the way... Long Term Stability, High Accuracy Pressure Transmitter Series Ver.5 Ease of use Configuration can be performed using 3 push buttons on the LCD indicator, hand held communicator or PC software. Application Flexibility By selecting from a large range of materials, we are able to customise the transmitter and remote seal. We temperature compensate the whole assembly to maintain the highest level of performance. Selecting from 316SS, Hastelloy, Monel, Tantalum, Gold and Ceramic we can custom build a transmitter to solve your application problems. ec on om ic ad de d va lu e Phasewatcher flowmeter from Framo Engineering High Accuracy over the long term Up to 0.04% accuracy Unrivalled Long term stability : +/- 0.1%/ 10 years DP Transmitters for Static Pressure up to 1035Bar (15 000psi) ev ol ut io n of p ro du ct s Asset Management en vi ro nm en ta l su st ai na bi lit y Enhanced configuration & maintenance tools are provided via PC software. This can be used to track calibration changes to each transmitter and store as data to your hard drive, or other storage device. C1 C2 Pressure on low pressure side Pipe Metal based Silicone Diaphragm Capacitance measurement electrode Through Hole Metal Pressure on high pressure side Ceramic Measuring Cell Micro-capacitance ASIC based electronic P2 P1 Microbore tube (LP) Low pressure Microbore tube (HP) High pressure Micro capacitance silicon sensor Insulating Diaphragm Overrange protection diaphragm Features The micro machined silicon sensor is based on two capacitance values that change when differential pressure is applied. This technology minimises the influence of temperature fluctuations on the differential pressure measurement. By “floating” the cell in silicon oil from the high pressure side of the transmitter, the cell is provided with its own laboratory conditions. This isolates it from the influence of pressure and temperature fluctuations. By using microbore technology the volume of silicone oil is minimised, which further reduces the influence of temperature on the pressure measurement. Principle The combination of micro machined silicon and “floating” cell technology gives us the ability to provide you with DP transmitters that can cope with static pressures of up to 1035 Barg, 0.04% accuracy and 10-year stability. Keeping things “micro” reduces environmental influences. Specifications ? Fuji Electric Your distributor: Coulton Instrumentation Ltd Tel: 01202 480 303 sales@coulton.com www.coulton.com Common Specifications Diaphragm materials SS316L, hastelloy-C, monel, tantalum, zirconium, titanium, double coated with gold and ceramic Elevation/suppression -100 to +100%URL Span measuring range 100 to 1/100 URL Liquid contacting temperature -40 to 120ºC Ambient temperature -40 to 85ºC Output signal / Allowable load resistance DC 4 to 20mA / 600 Ohm Supply voltage DC 10.5 to 45V Long-term stability ±0.1% URL/10 years Explosion-proof specification Flameproof, intrinsic safety type Mounting method 50A pipe mounting, direct mounting Weight 2.9Kg (standard unit) Differential Pressure (flow) transmitter Type FKC (or FKD with remote seal) Measuring span 1/6/32/130/500/3000/20000 kPa Maximum static pressure 2/10/16/30/42 MPa Measuring accuracy Up to ±0.04% Standard: ±0.065% Pressure (gauge) transmitter Type FKG, FKP or FKB with remote seal Measuring span 130/500/3000/10000/50000 kPa Maximum test pressure 1/1.5/9/15/75 MPa Measuring accuracy Up to ±0.04% Standard: ±0.065% Absolute pressure transmitter Type FKA, FKH or FKM with remote seal Measuring span 16/130/500/3000 kPa Maximum test pressure 0.5/1.5/9 MPa Measuring accuracy Up to ±0.1% Standard: ±0.2% Level transmitter Type FKE Information on this catalog is subject to change without notice - Printed in the UK - Brochure ref CB-T-V5-01b FKG FKP FKB FKA FKH FKM FKC FKD FKE