Description

The new analyzer “FLUORAT-02-4M” is a new generation of fluorescent-photometric liquid analyzers “FLUORAT-02-2M” .

As a gift – free delivery in Moscow and in any regions of Russia!

The new analyzers are different:

  • compact design;
  • increased capacity of built-in memory;
  • increased ergonomics;
  • new universal sample compartment;
  • implementation of advanced algorithms for processing results.

Modification “FLUORAT-02-4M” has all the capabilities of the analyzer “FLUORAT-02-5M” . In addition, it can be used to:

  • measure phosphorescence;
  • carry out detection as part of a LUMAHROM liquid chromatograph.

In the field of methodological support, the new FLUORAT®-02-4M analyzer retained full continuity with its predecessor, the FLUORAT®-02-2M analyzer.

Peculiarities:

  • low limits of determination;
  • low consumption of main and auxiliary reagents;
  • short analysis time;
  • high selectivity;
  • a wide range of determined indicators;
  • saving calibrations in non-volatile memory;
  • multifunctionality (fluorimeter, chemiluminometer, phosphorescence measuring device, photometer, nephelometer, fluorimetric detector as part of the LUMAHROM liquid chromatograph )

Specifications:

Spectral range of optical radiation, nm:

excitation channel

from 250 to 650
transmission channel

from 250 to 650
registration channel

from 250 to 650
Limit of detection of control substance (phenol) in water, mg/dm3, not more than

0,005
Measurement range of mass concentration of control substance (phenol) in water, mg/dm3

from 0.01 to 25
Limits of permissible absolute error of the analyzer when measuring the mass concentration of the control substance (phenol) in water, mg/dm3

±(0.004 + 0.10*C)
Measurement range of directional transmittance, %

from 5 to 100
Limits of permissible absolute error in measurements of the directional transmittance, %

±2
Warm-up time, min, no more

30
Time of continuous operation, h, not less

8
Overall dimensions, mm, no more

305x320x110
Weight, kg, no more

6,5
AC Power:

– AC supply voltage, V

(220 ±22)
– frequency Hz

(50 ±1)
Power consumption, V×A, no more

36
Time to failure, h, not less

2500
Average service life, years

5
Operating conditions:

– ambient air temperature, °C

from 10 to 35
– atmospheric pressure, kPa

from 84 to 106.7
– relative humidity at a temperature of 25 °С%, no more

80
* C – current value of the mass concentration of the control substance (phenol)

Fluorat 02-4M analyzer allows you to solve the following problems:

  • Determination of aluminum in water
  • Determination of anionic surfactants (surfactants) in water
  • Determination of anti-caking agent lilamin in mineral fertilizers
  • Determination of beryllium in water
  • Determination of boron in water
  • Determination of vanadium in water
  • Determination of vitamin B1 (thiamine) and vitamin B2 (riboflavin) in food products, food raw materials and dietary supplements
  • Determination of manganese in water
  • Determination of copper in water
  • Determination of copper in air
  • Determination of mineral oils in gases and cryoproducts
  • Determination of molybdenum in water
  • Determination of arsenic in water
  • Determination of oil products in water
  • Determination of petroleum products in soil
  • Determination of nickel in water
  • Determination of nitrite in water
  • Determination of total iron in water
  • Determination of total chromium and chromium (VI) in water
  • Determination of tin in samples of natural, drinking and waste water
  • Determination of selenium in drinking water
  • Determination of selenium in samples of food products and food raw materials, animal feed and raw materials for its production
  • Determination of phenol in sources of air pollution
  • Determination of phenols in water
  • Determination of phenols in the air
  • Determination of fluorescein in water
  • Determination of formaldehyde in water
  • Determination of formaldehyde in the air
  • Determination of formaldehyde in sources of air pollution
  • Determination of hydrogen fluoride in air
  • Determination of chemical oxygen demand (COD) in water
  • Determination of cyanides in water
  • Determination of zinc in water
  • Determination of zinc in the air
  • Determination of vitamin C in food products and food raw materials
  • Determination of cationic surfactants (SAS) in water
  • Determination of uranium in water
  • Determination of toxicity of waters, aqueous extracts from soils, sewage sludge and wastes by changing the level of chlorophyll fluorescence
  • Determination of malvidin-3,5-diglycoside in wine
  • Determination of thiocyanates in formation waters
  • Determination of organic matter in soil according to GOST 26213-91