Nuclear analog differential pressure transmitter - FYC - K3

Differential pressure measurement

Fields of application

The nuclear analog differential pressure transmitter FYC - K3 provides level measurement, flow measurement, density measurement, filtration and interface measurement for nuclear applications.

Features

  • High measurement accuracy
  • Measurement of very low and very high static pressures
  • Resistant to extreme temperatures and harsh environments
  • Compliance with current regulations
Reference : FYC - K3 Please contact us

Specifications

The FYC analog transmitter is a device that accurately measures differential pressure and converts it into a directly proportional 4-20 mA output signal. The heart of the measuring element is a Silicon micro-capacitive sensor, offset in the cell neck, enabling exceptional performance. The FYC series is specifically designed for safety in nuclear applications requiring high reliability and long life in harsh environments (radiation with a Total Integrated Dose of 50kGray).

 

HousingL- or T-shaped housing
Measuring ranges (kPa) [e.max.]6
32
130
500
3000
Weight per kg (without indicator)7,4
Accuracy± 2 %
Materials in contact with the processStainless steel 316, Hast C276, Stainless steel 378 LN
Case materialsStainless steel 316
Membrane materialsStainless steel 316 L, Hast C276
Stability±0.3% of max. scale for 1 year
Elevation / DeletionEqual to the upper limit of static pressure
Process temperature-40 to +120°C (silicone oil)
Ambient temperature0 to 70 °C
Power supply13 to 48Vdc
Output signal / Load resistance4-20 mA / 600 Ω
DampingConfiguration between 0.1 and 3.2 seconds
Zero and span adjustmentZero and span can be set from the FXW handheld
the FXW handheld communicator and with the external screw
located on the electronic box.
Electrical connectionsM20 x 1.5 or
Souriau subbase 8N35, or
Souriau sub-base 8N45S, or
Souriau subbase 8N4, or
SAIB NU25 subbase ref. 251-103-401 / M20 x 1.5
(compatible with 8N45 on the Park)
OptionsDegreasing treatment, Additional marker plate, Vacuum service

Documentations

Carrousel: How to choose a pressure transmitter that meets nuclear safety requirements?

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Carousel: 6 essential criteria for ensuring a safety function with a nuclear pressure transmitter

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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 in hazardous areas

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

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datasheet : Pressure transmitter analog differential for nuclear FCX-AII K3 FYC

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Brochure: Pressure transmitters

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Brochure: Measures for energy and the environment

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Nuclear analog differential pressure transmitter - FYC - K3

Reference : FYC - K3