JET FUEL THERMAL OXIDATION TESTING
With the Next Generation JFTOT IV PAC brings an industry leading product and adds enhanced safety features and simplified operational capabilities in a smaller, streamlined package that significantly increases operator productivity.
IMPROVING JET FUEL THERMAL OXIDATION TESTING
PAC’s Alcor JFTOT® is the globally recognized standard for jet fuel thermal oxidation testing with a worldwide installed base over 1000 instruments.
With the Next Generation JFTOT IV PAC brings an industry leading product and adds enhanced safety features and simplified operational capabilities in a smaller, streamlined package that significantly increases operator productivity.
The Alcor JFTOT IV analyzers help you significantly improve your operations, in a easy, safe way while strictly following ASTM D3241, IP 323, and ISO 6249 test methods.
INCREASED LAB PRODUCTIVITY BY 25%
• Technical improvements contribute to a significantly faster analysis cycle time
• Reduced operator intervention by ~40 minutes
• Provides traceable results by storing the results electronically on the IHT, rather than only having a hard copy print out of the test SIMPLIFIED OPERATION
• Automated traditionally time-intensive manual activities, such as pump priming, flow monitoring, and sample aeration
• Enhanced user functionalities
ENHANCED SAFETY
• Decreased operator exposure to jet fuel vapor with a vapor containment system
• Prevents exposure to the hot heater tube section with a safety door; test won’t start untill the door is closed
• Reduced exposure to fuel by flushing it at the end of the test; keeps test section dry during disassembly
• Easy and fast data extraction with the new fully integrated RFID reader/writer for the Intelligent Heater Tubes™ (IHT)
• Instrument software supports multiple languages
ABOUT PAC
PAC develops advanced instrumentation for lab and process applications based on strong Analytical Expertise that ensures Optimal Performance for our clients. Our analyzers help our clients meet complex industry challenges by providing a low cost of ownership, safe operation, high performance with fast, accurate, and actionable results, high uptime through reliable instrumentation, and compliance with standard methods.
| Sample Capacity | 600 mL or more |
|---|---|
| Test Temperature | 100°C – 380°C |
| Pressure Range | 0 – 350 mm Hg (automatically bypassed at +250 mm Hg) |
| Operating System Pressure Range | 500 psig ± 10% |
| Electrical – Universal Power Input | 100 – 240 VAC ± 10% |
| Fuel Sample Flow Rate Range | 1.00 ml/min to 9.99 ml/min |
| Flow Accuracy | ± 2% |
| Pump | HPLC, Single Head, SS, Pulse dampened |
| Thermocouple Type | K (Chromel/Alumel) |
| Thermocouple Temperature Range | 0°C to +500°C |
| Test Time Range | Programmable 4 to 600 minutes |
| Fuel Aeration Timer | 6 minutes |
| Aeration Flow Rate | 1.5 L/min |
| Coolant Flow Rate | 38 L/hr (10 Gal/hr) |
| Ambient Operating Temperature Range | +10°C to +35°C (D3241 test limited to +15°C to +32°C) |
| Maximum Operating Current | 7A/3.5A |
| Relative Humidity | 20% to 90% non-condensing |
| Weight | 60 kg (133 pounds) |
| Size - w x d x h | 44 cm X 60 cm X 67 cm (17.3” X 23.4” X 26.6”) |
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![jftot[1] Alcor JFTOT](https://artinazma.net/wp-content/uploads/2026/02/jftot1.jpg)

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