SHATOX SX-300 Petroleum Quality Analyzer
New oil products grade analyzer is manufactured on the basis of advanced high precision microprocessor. The instrument can be used together with a PC or laptop through USB interface. Analyzer uses automatic computer-based calibration, saving measured data in the instrument memory with analysis date and time followed by their transfer to the PC (in Microsoft Excel or txt format). The instrument has easy of control attrition and aggressive environments resistive 8-key antiglare keyboard (made in Germany).
Analyzer SX-300 has a distinctive characteristic, an additional sensor, which measures oil products volume resistivity with high precision. Therefore, fuel analysis may be based on two values, which allows measuring octane number of petrols with ferriferous (ferrocene), nickel and manganese additives, and to determine other substances content.
By using this measurement principle the instrument allows to determine:
- contamination content in oil products;
- pour-point depressants content in diesel fuel;
- engine oil base number;
- oil products volume resistivity.
When determining petrol breakdown time, the petrol brand is selected in the instrument. The instrument switches to corresponding operating mode. Oxidative stability determination complies with GOST 4039-88 (ASTM D 525)
Motor oil brand identification is based on the permittivity determination principle. Genuine motor oils have certain value for this characteristic. Leading manufacturers’ oil brands are included into the instrument database (the database can be renewed or changed).
Water-in-oil percentage of oil and oil products is determined in compliance with GOST 14203-69 (Dielectric humidity measuring method). This allows using the instrument as a dielectric moisture indicator for oil products.
The instrument uses the timer microchip, which allows storing measurement results with analysis date and time. These data can also be transmitted to the computer.
New computer software is included into the set.
- measurement results are reflected on computer screen in convenient form;
Determining octane numbers for motor petrols. Complies with ASTM D 2699-86, ASTM D 2700-86.
Determining cetane numbers for diesel. Complies with ASTM D 4737-03, ASTM D 613, EN ISO 5165.
Determining water-in-oil percentage of oil and oil products. Complies with GOST 14203-69 Oil and oil products. Dielectric humidity measuring method.
Determining solidification temperature and diesel fuel type.
Content of antiknock compounds boosting the octane number of petrols.
Content of pour-point depressants for diesel fuels.
Content of kerosine in diesel fuel.
Petrol breakdown time (oxidative stability). Complies with ASTM D 525.
Loss angle tangent of circuit-breaker, machine and engine oil.
Level of engine, machine and circuit-breaker oil clarity.
Manufacturer, engine oil brand.
Engine oil base number.
Dielectric permeability of oil products.
Oil products volume resistivity.
Determining the mechanical impurities content in oil products.
|Measured petrols octane numbers range||
|Acceptable limit of octane number measurement basic error, max||
|Limit of acceptable difference between parallel octane number measurements, max||ON||± 0.2|
|The determination range of antiknock additives content in petrols||
|Acceptable basic error limit of antiknock additives content determination in petrols||%||0.1|
|Petrol oxidation breakdown time measurement range||min.||50-2400|
|Acceptable basic error limit of petrol oxidation breakdown time||%||10|
|Petrol quality determination mode basing on volume resistivity||Om||10 6-10 14|
|Acceptable basic error limit of volume resistivity measurements||%||3|
|Cetane numbers measurement range||CN||20–100|
|Acceptable basic error limit of cetane numbers, max||CN||±1.0|
|Acceptable difference limit between cetane numbers parallel measurements, max||CN||± 0.5|
|Acceptable error limit when determining diesel-fuel pour point||C o||± 5|
|Kerosine content determination range in diesel fuels||%||0-95|
|Mode for pour point depressants content determination for diesel fuel||%||3|
|Acceptable basic error limit when determining kerosene content in diesel fuels||%||0.2-1|
|Motor oils clarity level measurement range||%||95-100|
|Acceptable error limit of motor oils clarity level measurement||%||0.1|
|Acceptable difference limit between motor oils clarity parallel measurements||%||0.01|
|Fuel and lubricants dielectric permeability measurement range||units||1–5|
|Acceptable error limit of dielectric permeability measurement, max||units||0.001|
|Acceptable difference limit between Fuel and lubricants dielectric permeability parallel measurements, max||units||0.001|
|Oils base number determination range||units||0-24|
|Acceptable basic error limit when determining oils basic number||BN units||1|
|Motor oils manufacturer and brand determination||Manufacturer||-|
|Circuit-breaker oils (dielectrics) breakdown voltage measurement range||kV||5–100|
|Acceptable error limit of circuit-breaker oils breakdown voltage measurement, max||kV||1|
|Acceptable difference limit between circuit-breaker oils breakdown time parallel measurements, max||kV||0.2|
|Measurement range of circuit-breaker oils loss angle tangen||%||0.01–5|
|Acceptable error limit of circuit-breaker oils loss angle tangent, max||%||0.01|
|Acceptable difference limit between circuit-breaker oils loss angle tangent parallel measurements, max||units||0.001|
|Determination range for mechanical impurities content in oil products||%||97-100|
|Acceptable basic error limit when determining mechanical impurities content in oil products||%||0.01|
|Water-in-oil content determination range for oil products||%||0-4|
|Acceptable basic error limit when determining water-in-oil content of oil products||%||0.01|
|Insufficient power supply indication operation threshold||V||5.4|
|Instrument useful life||years||6|
|Overall dimensions of:|
|sensor #1 and #2:||mm||60х100|
|Instrument mass with one sensor/two sensors||gr||850|
Electronic computing module
Sample imitator for detector #1
Tool canvas bag