PAC OptiReader: Heater Tube Scanner - Sigmatech Inc.

Petroleum Testing Equipment

Heater Tube Scanner

OptiReader

ASTM D1655, 7566, and D3241

Ellipsometric jet fuel thermal oxidation heater tube scanner. Our new OptiReader provides pass/fail results with a full 2D and 3D thickness map defining maximum deposit thickness and volume. Results are not only fast, but also highly precise and accurate. The user interface is so simple it doesn't require any training which saves time and money.

OptiReader's accurate and fast results, and data integration capabilities make it the best heater tube tester in its class.

OptiReader is now listed in jet fuel standards ASTM D1655 and D7566. With this new development, the OptiReader which measures the fuel deposit depths on heater tubes used in the ASTM D3241 JFTOT test, can now serve as a key test for certifying Jet Fuel and Synthetic Aviation Fuel (SAF) for use in commercial and military aviation.

ASTM D1655, 7566, and D3241

Ellipsometric jet fuel thermal oxidation heater tube scanner. Our new OptiReader provides pass/fail results with a full 2D and 3D thickness map defining maximum deposit thickness and volume. Results are not only fast, but also highly precise and accurate. The user interface is so simple it doesn’t require any training which saves time and money.

OptiReader’s accurate and fast results, and data integration capabilities make it the best heater tube tester in its class.

OptiReader is now listed in jet fuel standards ASTM D1655 and D7566. With this new development, the OptiReader which measures the fuel deposit depths on heater tubes used in the ASTM D3241 JFTOT test, can now serve as a key test for certifying Jet Fuel and Synthetic Aviation Fuel (SAF) for use in commercial and military aviation.

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ASTM D1655, 7566, and D3241

Ellipsometric jet fuel thermal oxidation heater tube scanner. Our new OptiReader provides pass/fail results with a full 2D and 3D thickness map defining maximum deposit thickness and volume. Results are not only fast, but also highly precise and accurate. The user interface is so simple it doesn’t require any training which saves time and money.

OptiReader is now listed in jet fuel standards ASTM D1655 and D7566. With this new development, the OptiReader which measures the fuel deposit depths on heater tubes used in the ASTM D3241 JFTOT test, can now serve as a key test for certifying Jet Fuel and Synthetic Aviation Fuel (SAF) for use in commercial and military aviation.

No training or analytical knowledge required
User friendly interface on a large 10.8 color touchscreen
Objective pass/fail results
Quantifiable HT deposit thinkness and volume
Unified test report with results from JFTOT & OptiReader
Data integration using PAC Intelligent Heater Tubes – at no extra cost
Over the top precision – better than ASTM D3241 requirement
Validation system with standard tubes generated by Atomic Layer Deposition
Full mapping is completed in less than 10 minutes

Brochure

OptiReader Brochure

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