SHATOX SX-200 Octane analyzer for testing petroleum quality
The device is registered in the State Register under No.33552-06 (Certificate No. 26305) and adopted for application in the Russian Federation.
Technical Specifications 4215-002-60283547-2006
Patent RU 2100803 С1, 27.12.1997; RU 97111370, А, 1999.06.10
Kazakhstan: reg.No. KZ.02.03.01818-2007/33552-06, Certificate No. 3474
A modification of the universal fuel and oil quality analyzer SX-200 Octane analyzer is designed for determination of gasoline type and octane number, cetane number of diesel fuel, as well as for estimation of diesel fuel pour point and purity level and quality of motor, industrial and transformer (dielectric breakdown voltage) oil.
Measurement results can be stored in the analyzer's memory and transferred to a PC.
Capability to make an individual measurement program (according to the customer's requirements) allows adjusting the instrument to analyze the quality of any gasoline. Consequently, it can be used for quality control of gasoline types manufactured in any country. With the help of a PC the instrument enables to conduct measurements and correction in a fast and convenient way, with the data being saved in txt or xls format.
A new advanced microprocessor is used in the analyzer for quick and accurate results processing. The device measures and displays the gasoline octane number by research RON and motor MON methods, as well as antiknock index AKI (an arithmetic mean between RON and MON, (RON+MON)/2). The instrument has a battery charge indicator and the display backlight.
The use of SX-200 is recommended for the purpose of reducing the usage frequency of motor facilities and the time required for analysis during the monitoring processes of fuel parameters stability between blending at the fuel storage and outlet sites, during the processes of bringing the fuel mixture parameters up to the required ones at the intermediate and final stages of technological processes of fuel production – where the gasoline quality needs to be controlled.
The SX-200 Octane analyzer is recommended for use at filling stations, petroleum refineries, Customs, environmental and supervisory organizations, electric power stations as a portable universal device to control fuel and oil quality.
The instrument capabilities:
Parameter |
Compliance |
|
Measurement of 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 cetane level |
GOST 305-82 (ASTM D 4737-03), GOST 3122-67 (ASTM D 613, EN ISO 5165) |
|
Measurement of diesel fuel pour point |
Informative parameter |
|
Determination of quality and purity level of motor and industrial oil (regenerated motor oil) |
Informative parameter |
|
Determination of breakdown voltage for transformer oil |
GOST 982-80, GOST 10121-76 |
|
Determination of dielectric dissipation factor for transformer oil |
|
Delivery package:
- Electronic computing module;
- Sensor;
- Sample imitator;
- Software disk;
- RS-232 computer connecting cable;
- User manual;
- Tool canvas bag.
Technical Specifications of SX-200 Octane Analyzer for testing petroleum quality
Parameter |
Measurement units |
Value |
|
Range of measured gasoline octane level |
ON |
40-120 |
|
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 |
|
Range of measured cetane level |
CN |
20-100 |
|
Acceptable limit of cetane number measurement basic error, max |
CN |
± 1.0 |
|
Limit of acceptable difference between parallel cetane number measurements, max |
CN |
± 0.5 |
|
Motor oil purity level measurement range |
% max |
95-100 |
|
Acceptable limit of motor oil purity level measurement error |
% max |
0.1 |
|
Limit of acceptable difference between parallel motor oil purity level measurements |
% max |
0.01 |
|
Fuel and oil dielectric conductivity measurement range |
units |
1-5 |
|
Acceptable limit of dielectric conductivity measurement error |
units (max) |
0.001 |
|
Limit of acceptable difference between parallel dielectric conductivity measurements |
units (max) |
0.001 |
|
Transformer oil disruption voltage measurement range |
kV |
5-100 |
|
Acceptable limit of transformer oil disruption voltage measurement error |
kV (max) |
1 |
|
Limit of acceptable difference between parallel transformer oil disruption voltage measurements |
V (max) |
0.2 |
|
Transformer oil dielectric dissipation measurement range |
% |
0.01-5 |
|
Acceptable limit of transformer oil dielectric dissipation measurement error |
% |
0.01 |
|
Limit of acceptable difference between parallel transformer oil dielectric dissipation measurements |
units (max) |
0.001 |
|
Measurement time |
sec |
1-5 |
|
Insufficient power supply indication threshold |
V |
5.4 |
|
Dimensions,
|
mm mm |
60х100 100х210х25 |
|
Instrument weight |
g |
680 |
|
Mean-time-between-failures |
hour (min) |
1000 |