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Differential pressure gauge / gas flow FCO560

The FURNESS CONTROLS FCO560 gas flow and differential pressure calibrator FCO560 meets the requirements for low differential pressure calibration of transmitters, transducers and pressure switches.

An external pressure transmitter can be used as a reference for calibration of higher pressure equipment.

The unit can be combined with a laminar element to provide a flow calibrator that can cover flow rates from 1 ml/min to more than 30,000 l/min.

Download datasheet

Differential pressure measurement

Instrument

  • Model 1: 200 Pa range and precision <0.1% R + 0.003 Pa
  • Model 2: 2000 Pa range and accuracy <0.1% R + 0.03 Pa
  • Model 3: range 20000 Pa and precision <0.1% R + 0.3 Pa

Stability control<0.003% FS (with both ports closed)Resolution1: 200000 (auto-range, 5-digit display)Temperature Coefficients

  • Zero: <0.02% FSD per ° C
  • Span: <0.05% per ° C

Measuring inputsRanks

  • 3 x current inputs: 4-20 mA (resolution 0.001 mA)
  • 1 x Voltage input: ± 20 Vcc (0.1 mV resolution)

Accuracy at 20 ° C

  • Input 4 … 20 mA: <0.025% + 0.002 mA
  • Input ± 20 V DC: <0.025% + 0.2 mV

PT100 InputMeasuring range: 0 to 100 ° C (0.01 ° C resolution)Absolute pressure

  • Range: 0 to 1.6 absolute bar. (0.01 mbar resolution)
  • Accuracy <0.5% FS

Electrical parametersSupply voltage12 Vcc ± 10% 2AInputs / Measures

  • Test: 8-pin socket (voltage + current)
  • External pressure sensor: 5-pin socket (4-20 mA)
  • External temperature sensor: 5-pin socket (4-20 mA)
  • PT100 external sensor: 4-pin socket (2, 3 or 4-wire)

ADVANTAGES

  • Portable unit valid for both laboratory and on-site calibrations
  • Display that simultaneously shows the pressure or flow rate and the values of the equipment to be calibrated (EUT)
  • Automatic differential pressure generator (optional)
  • Temperature sensor input PT100 (optional)

APPLICATIONS

  • Calibration of transmitters and differential pressure sensors
  • Low flow rate calibrator if connected to a laminar flow element
  • Ultra-Low Pressure Measurements

CHARACTERISTICS

  • 4-20 mA inputs for external temperature and pressure transmitters
  • absolute internal pressure sensor
  • communication via RS232 or USB
  • Battery power for greater autonomy in the field

Technical specifications

 

  • RS232: 9-pin D plug
  • USB: type A connector for connection to EUT or to a Pen-drive
  • USB: type B connector for PC connection

Interface

  • Digital I / O: 4 inputs / outputs (5V logic)
  • Analog output: 0 to 10 Vdc
Communication interfaces

BoxAluminumPantallaBacklit graphic display in blueDimensions250 mm x 105 mm x 265 mm (without the handles)Operating temperature+5 ° C to +45 ° CStorage temperature-10 ° C to + 70 ° CBattery life> 8 horas en un uso normalWeight>4,5 kgLong-term drift (span)< 0,25% lectura por añoOverpressure20 times the full scale without causing damage20 times the full scale without causing damageAir echo or non-corrosive gasesStatic pressure

  • Without internal pump: -1 bar to + 4 bar
  • With internal pump: -500 mbar to + 500 mbar

Pneumatic connections

  • Puertos test: conector rápido de 6 mm o/d, 4 mm i/d para tubo flexible
  • Puerto del sensor de presión absoluta: conector M5 hembra

Options

  • Basic unit (without generator / pressure controller)
  • Automatic pressure generator
  • Internal absolute pressure sensor
  • Internal battery
  • Transport box
  • Laminar flow elements LFE, pitot tubes for flow and speed measurement
General

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    En cumplimiento de la LOPD 15/1999 de 13 de Diciembre, le informamos que sus datos podrían pasar a formar parte de un fichero propiedad de la empresa Gometrics S.L. Usted tiene derecho de acceso, rectificación, oposición y cancelación que puede ejercer mediante escrito a la dirección anteriormente indicada. Por la presente autoriza expresamente a la compañía a que le remita información sobre sus servicios a la dirección de correo electrónico indicada en el formulario. La información ofrecida en esta página web es meramente orientativa y no es, en ningún caso, vinculante.