SHATOX SX-300 Portable Octane Analyzer for Testing Petroleum Quality
$3,472.00
SHATOX SX-300 portable octane analyzer for testing gasoline and diesel quality
Manufacturer: SHATOX
Stock No.: EA-5096-04
- Description
- Size Guide
Description
Description
SHATOX SX-300 PORTABLE OCTANE ANALYZER
A new petroleum quality analyzer is manufactured on the basis of advanced high precision microprocessor. The instrument can be used together with a PC or a laptop through a USB interface. The analyzer supports the automatic computer-based calibration, saving the measurement results in the instrument memory, including the analysis date and time, followed by their transfer to the PC (in Microsoft Excel or txt format). The instrument has an 8-key antiglare keyboard which is easy for operation, wear-proof and resistant to aggressive environments (made in Germany).
The SX-300 analyzer 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 gasoline with ferriferous (ferrocene), nickel and manganese additives, as well as determining other substances content.
Additionally, by using this measurement principle the instrument allows determining:
- contamination content in oil products;
- pour-point depressants content in diesel fuel;
- motor oil base number;
- oil products volume resistivity.
When determining the gasoline breakdown time, the gasoline brand is selected in the instrument. The instrument switches to a corresponding operating mode.
Oxidative stability is determined in compliance with GOST 4039-88 (ASTM D 525).
Motor oil brand identification is based on the principle of dielectric permeability determination. Genuine motor oils have a specific 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 saving 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 a convenient form;
- the saved data are uploaded from the instrument memory to the PC;
- automatic calibration facilitates the correction.
Our company performs the individual calibration by the customer’s request. The calibration file is then sent to the customer for the update of the instrument’s integral database.
The Instrument Capabilities
Parameter |
Compliance |
|
Measurement of automobile gasoline octane level |
GOST 8226-82 (ASTM D 2699-86), GOST 511-82 (ASTM D 2700-86), GOST Р 51105-97, GOST Р 51866-2002 (ЕН 228-99) |
|
Measurement of diesel fuel etane level |
GOST 305-82 (ASTM D 4737-03), GOST 3122-67 (ASTM D 613, EN ISO 5165) |
|
Measurement of diesel fuel pour point |
|
|
Content of antiknock metal-containing compounds boosting the gasoline octane number |
|
|
Content of kerosene in summer-type diesel fuel |
|
|
Gasoline breakdown time (oxidative stability) |
GOST 4039-88 (ASTM D 525) GOST Р 52068-2003 |
|
Dissipation factor of transformer, industrial and motor oil |
|
|
Purity (purification) level of transformer, industrial and motor oil |
|
|
Motor oil manufacturer (brand) |
|
|
Motor oil base number |
|
|
Dielectric permeability of oil products |
|
|
Determining the mechanical impurities content in oil products |
|
|
Determining water-in-oil percentage of oil and oil products |
GOST 14203-69 – Oil and oil products. Dielectric humidity measuring method |
Delivery package
- Electronic computing module;
- Sensor #1;
- Sensor #2;
- Sample imitator;
- Software disk;
- mini-USB cable;
- User manual;
- Tool canvas bag.
Technical Specifications of SX-300 Octane Analyzer for testing petroleum quality
Parameter |
Measurement units |
Value |
|
Range of measured gasoline octane level |
ON |
40-135 |
|
Acceptable limit of octane number measurement basic error, max |
ON |
± 0.5 |
|
Limit of acceptable difference between parallel octane number measurements, max |
ON |
± 0.2 |
|
The determination range of antiknock additives content in gasoline |
% |
0.1-15 |
|
Acceptable limit of basic error when determining antiknock additives content in gasoline |
% |
0.1 |
|
Measurement range of gasoline oxidation breakdown time |
50-2400 |
|
|
Acceptable limit of basic error when determining gasoline oxidation breakdown time |
% |
5 |
|
Mode for gasoline quality determination based on volume resistivity |
Оm |
10 6-10 14 |
|
Acceptable limit of volume resistivity measurement basic error |
% |
3 |
|
Range of measured cetane level |
CN |
20-100 |
|
Acceptable limit of cetane number measurement basic error, max |
CN |
± 0.1 |
|
Limit of acceptable difference between parallel cetane number measurements, max |
CN |
± 0.5 |
|
Acceptable error limit when determining diesel fuel pour point |
С° |
± 2 |
|
Determination range of kerosene content in diesel fuels |
% |
0-95 |
|
Acceptable limit of basic error when determining kerosene content in diesel fuels |
% |
3 |
|
Range of motor oils purity level |
% |
95-100 |
|
Acceptable error limit of motor oils purity level measurement |
% |
0.1 |
|
Limit of acceptable difference between motor oils purity parallel measurements |
% |
0.01 |
|
Range of measured petroleum dielectric permeability |
Unit |
1-5 |
|
Acceptable error limit of dielectric permeability measurement, max |
Unit |
0.001 |
|
Limit of acceptable difference between petroleum dielectric permeability parallel measurements, max |
Unit |
0.001 |
|
Range of oil base number determination |
BN unit |
0-24 |
|
Acceptable limit of basic error when determining oil base number |
BN unit |
1 |
|
Motor oil manufacturer and brand determination |
Manufacturer |
– |
|
Range of transformer (dielectric) oil breakdown voltage measurement |
kV |
5-100 |
|
Acceptable error limit of transformer oil breakdown voltage measurement, max |
kV |
1 |
|
Limit of acceptable difference between transformer oil breakdown voltage parallel measurements, max |
kV |
0.2 |
|
Acceptable error limit of transformer oil dielectric dissipation measurement, max |
% |
0.01-5 |
|
Acceptable error limit of circuit-breaker oils loss angle tangent, max |
% |
0.01 |
|
Limit of acceptable difference between transformer oil dielectric dissipation parallel measurements, max |
Unit |
0.001 |
|
Determination range of mechanical impurities content in oil products |
% |
97-100 |
|
Acceptable limit of basic error when determining mechanical impurities content in oil products |
% |
0.01 |
|
Range of water-in-oil content determination for oil products |
% |
0-30 |
|
Acceptable limit of basic error when determining water-in-oil content of oil products |
% |
1 |
|
Measurement time |
sec |
1-5 |
|
Insufficient power supply indication threshold |
V |
5.4 |
|
Instrument useful life |
MIN. years |
6 |
|
Dimensions,
|
mm mm |
60х100 100х210х40 |
|
Instrument weight with two sensors |
g |
850 |
Note! The measurement ranges can be customized.
