Fuji Electric ZKJ Gas Analyser

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Fuji Electric ZKJ Gas Analysers
Fuji Electric

Simultaneous and continuous measurement of up to 5 components among: NO, SO2, CO2, CO, CH4, N2O, and O2

Ideal for flue gas monitoring in incinerators and industrial furnaces.

Optimum measurement system for combustion exhaust gas from refuse incinerators and boilers or different industrial furnaces, this Fuji Electric ZKJ infrared gas analyser system is capable of measuring, but not limited to, CO, SO2, CO2, CH4, NO and O2 components in sample gas, with up to five different components, including O2 that can be measured simultaneously.

High reliability and sensitivity are achieved via the twin detector which allows for mass flow. This design allows for the device to be stable in operation due to its ability to provide measurement readings without interference. There are no shortage of functions on this device including automatic calibration, single-touch calibration, remote measurement, lower/upper limit alarm, O2 conversion, range identification and avg. value computation. Australian Dynamic Technologies can help you configure the various applications to match your specific use.

With a microprocessor built in to an easy-to-see large LCD unit, observing the indications of all channels is fast and simple. All in all, this is one impressive gas analyser, speak to us today for our best price

  • The mass flow type twin detector — hardly affected by interference gas
  • A variety of functions: auto calibration, O2-corrected output, averaging, alarm, etc.

  • Easy-to-see LCD. You can check the concentration changes of all components at a glance.

  • 19-inch rack mount.

  • Maximum range ratio 1 : 25. A user can set or change a range within the limit.

  • Zero drift for 200 ppm range: ≤ ±1% FS per week

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Downloads

Fuji Electric ZKJ Datasheet

Features & Benefits

  • Simultaneous and continuous measurement of up to 5 components.
  • Tolerant to cross interference. The twin mass-flow sensors that has high sensitivity offers reliable measurement.
  • High functionality. O2 conversion, average calculation, auto calibration, high/low alarm, remote switchover of measurement ranges, range identifcation signal output etc.
  • Easy to use. Easy to see large LCD, and you can edit the settings in an interactive way.
  • Conforms to RoHS directive.
Technical Specifications
Principle NO, SO2, CO2, CO, CH4, N2O: Non-dispersive infrared sensor
O2: built-in paramagnetic sensor or external zirconia sensor (ZFK7, optional)
Repeatability ±0.5% FS (±1% FS for 50 ppm or less)
Linearity ±1% FS
Zero drift ≥ 200 ppm range: ±1% FS per week
50–200 ppm range: ±2% FS per week
≤ 50 ppm range: ±2% FS per day
Span drift ≤ ±2% FS per week
(50 ppm or less: ±2.0% FS per day)
Response time ≤ 60 s (for 90% response) at a sample gas flow rate of 0.5 L/min
Output signal 4–20 mA DC or 0–1 V DC
(instantaneous values, O2-corrected instantaneous values, O2-corrected average values, O2 average)
Contact output Instrument error, calibration error, range identification, auto calibration status, pump ON/OFF, peak alarm, high/low limit alarm, power disconnection alarm
Contact input Remote range switch, auto calibration remote start, remote holding, average value resetting, pump ON/OFF
Functions Auto calibration, O2 correction, O2 average, CO peak count and alarm, etc.
Operating environment -5 to +45°C, RH 90% or less
Power supply 100–240 V AC, 50/60 Hz, 250 VA
Gas Minimum Range Maximum Range
NO 0 – 200ppm 0 – 5000ppm
SO2 0 – 200ppm 0 – 10vol%
CO2 0 – 100ppm 0 – 100vol%
CO 0 – 200ppm 0 – 100vol%
CH4 0 – 500ppm 0 – 100vol%
N2O 0 – 200ppm 2000ppm
O2 (built in fuel cell) 0 – 10vol% 0 – 25vol%
02 (built-in Paramagnetic external zirconia) 0 – 5vol% 0 – 25vol%

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Sydney Office

  • Office : 5 Aspinall Place, Mulgrave, NSW 2756