Temperature analyzers BARTEC FPA-4.3, FRP-4, CFPP-4, etc.

The FPA-4.3 flash point analyzer is designed for automatic flash point analysis of liquid petrochemical products. It is allowed to send up to three product streams or two product streams and one calibration stream to the flow analyzer. The analyzer is designed to check the quality of products in the production process, as well as to control the technical characteristics of petrochemical products. The measurement is performed in continuous mode. It has freely programmable digital and analog inputs.

• determination of the characteristics of liquid fuel at which an outbreak occurs (diesel fuel, petroleum fuel);
• identification of potential risks/risk phrases (explosion, fire hazard) for handling and storage;
• determination of impurities by light fractions;
• control of the distillation process.

• Measuring range: from 30 to 120 °C (86 to 248 °F) or from 80 to 160 °C (176 to 320 °F), max. flash point 160 °C (320 °F);
• Voltage: 230 V AC ± 10%, single phase, 50 Hz (with other ratings available on request);
• power: max. approximately 700 watts;
• Dimensions: (W x H x D) approximately 1140 x 1900 x 710 mm;
• Weight: approximately 300 kg.

• FRP-4. Technical specifications.

The FRP-4 freezing temperature analyzer is designed for use in the petrochemical industry. The analyzer is used to automatically determine the freezing point of liquid and transparent petroleum products. It is allowed to send up to two product streams and one control stream to the flow analyzer. The analyzer is designed to check the quality of products in the production process, as well as to control the technical characteristics of aviation fuel. For the analysis of gasoline and diesel fuel with a turbidity temperature at a very low temperature, FRP-4 can be used to determine the turbidity temperature. Ability to work with multiple threads.

• range limit: -70 °C (-94°F); possibly -80 °C (-112 °F) the lowest freezing point that can be determined depends on the actual turbidity temperature, which is above the specified limit value;
• Voltage: 230 V AC ± 10%, 1 phase; 50 Hz (with other rated characteristics available on request); 400 V AC/50 Hz; 3 phases (for cooler);
• Power: max approximately 600 W, max approximately 1100 W (for cooler);
• Dimensions: (W x H x D) approximately 1140 x 1900 x 710 mm;
• Weight: approximately 380 kg.

• FRP-4. Technical specifications.

The CFPP-4 Ultimate Filterability temperature analyzer is designed to automatically determine the ultimate value of the filterability temperature of liquid petroleum products. It is allowed to send a sample stream and a calibration stream to the analyzer in the flow mode (optional). It is designed to check the quality of products in the production process, as well as to control the technical characteristics of petrochemical products.

Measurements are made in accordance with ASTM D2386 and ASTM D2500 standards. The model performs measurements in accordance with the standards for the maximum temperature of filterability in laboratory conditions. The CFPP-4 analyzer automatically measures the pour point on the filter (CFPP, the temperature at which crystals do not pass through the sieve) in the flow mode.

• Measuring range: -35 °C to +10 °C;
• pressure: 1 bar - 3 bar;
• Voltage: 230 V AC/50 Hz (as standard), other solutions are available on request;
• Power: approximately 2 kW (analyzer: approximately 600 W, cooler: approximately 1000 W);
• Dimensions: (L x D x H) in mm: 1120 x 800 x 2020;
• Weight: approximately 300 kg.

• CFPP 4. Technical specifications.

The PPA-4 solidification temperature analyzer is designed to determine the solidification temperature of mineral oil products according to the conditions described in international standards DIN/ISO 3016 and ASTM D-97. It is used for control in the production, distillation and mixing of lubricating oils and fuel oil. The fault diagnosis setup and automatic monitoring are working. It has freely programmable digital and analog inputs.

• Measuring range: -30 to +33 °C (-22 to +91°F) (limited to a limit of 30 K);
• Voltage: 230 V AC ± 10%, 1 phase; 50 Hz (with other rated characteristics available on request); 400 V AC/50 Hz; 3 phases (for cooler);
• Power: max approximately 600 W, max approximately 1100 W (for cooler);
• Dimensions: (W x H x D) approximately 1140 x 1900 x 710 mm;
• Weight: approximately 420 kg.

• RRA-4. Technical specifications.

The R-500 flash point analyzer is used to control the production and mixing of kerosene and a number of atmospheric and heavy gas oils, as well as to control the production of solvents and monitoring pipelines. Measurements are made in accordance with the ASTM D56 and ASTM D93 procedures.

• Measuring range: 25-125°C;
• suitable for samples with a high sulfur content;
• measurement cycle: 5 minutes.

• P-500. Technical specifications.

The P-800 LT freezing temperature analyzer is used to monitor and ensure the kerosene production process. Flow switching and validation system are provided. Measurements are made in accordance with the standards of the ASTM D2386 methodology. The built-in cryogenic cooler cools the sample to -125°C without an external cooling system.

• Measuring range: -100 to +25°C (-150 to +77°F);
• analysis time: up to 15 minutes;
• Repeatability: 0.25°C (0.5°F) is better.

• P-800 LT. Technical specifications.

The P-820LT turbidity temperature analyzer is used to control and adjust the processes of production and mixing of diesel fuel, atmospheric gas oil and heavy cracking gas oil. Flow switching and validation system are provided. Measurements are carried out in accordance with ASTM D2500 standards. The built-in cryogenic cooler cools the sample to -125°C without an external cooling system.

• Measuring range: -100 to 25°C (-150 to 77°F);
• Measurement cycle: about 8 minutes;
• Repeatability: 0.25°C (0.5°F) is better.

• P-820LT. Technical specifications.

The P-840/P-840LT flow loss temperature analyzer is used to control and adjust production processes, mixing of lubricating and base oils. The only analyzer that measures the temperature of yield loss in accordance with the ASTM D7346 method. Built-in cryogenic cooler.

• Measuring range: -100°C to 25°C (-150°F to 77°F);
• analysis cycle: from 15 to 30 minutes;
• Repeatability: 0.25°C (0.5°F) is better.

• P-840, P-840LT. Technical specifications.

• Flash point analyzers in-line FPA-4.3. Description of the type of vehicle.

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