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Analytical Instrumentation Unmatched Performance with maximum safety: The ERAFLASH Series – the Safe Side of Flash Point Testing


With eralytics’ ERAFLASH fl ash point testers you can easily determine the fl ash point of your samples. 10 years industry experience as a renowned specialist of CCCFP fl ash point testing guarantee a solution for nearly every measuring task. Measuring with ERFLASH fl ash point testers gives equivalent results to ASTM D93 and even outperforms it in terms of reproducibility.


As all ERAFLASH fl ash point testers measure according to the continuously closed cup fl ash point testing method ASTM D7094 the results show no statistical bias to the ASTM D93/ISO 2719 Pensky Martens methods. Further correlation methods for ISO-Standards ISO 13736, EN ISO 3679, EN ISO 3680 are available as well. Depending on your measuring task, there are various types of fl ash point testers available. From performing simple measuring routines sample after sample (ERAFLASH) to measure large numbers of samples with a 10-position autosampler ensuring high-throughput measurements (ERAFLASH S10) as well as a model for low-temperature fl ash point testing with accelerated cooling down to -40 °C (ERAFLASH LT). For the standard model ERAFLASH and ERAFLASH S10 there is also a high temperature extension available.


All types of ERAFLASH are using the innovative intrinsically safe CCCFP – Continuously Closed Cup Flash Point Method ASTM D6450 and D7094 with only 1-2 mL of sample volume. Due to the closed chamber during the whole measurement process the measurement is intrinsically safe with no open fl ame. This is not only an aspect regarding a safe measurement, it is also very convenient for the operator as unattended measurements do not leave an unpleasant feeling behind. The very low sample volume (1-2 mL) makes ERAFLASH suitable not only for standard applications but also for special applications such as measurement of valuable samples or hazardous samples. Depending on your industry, with ERAFLASH you can measure a high number of different sample types from fuels, lube oils, paints, varnishes to solvents and many more.


Another great benefi t is eralytics patented PBT – Peltier Boost TechnologyTM which allows fastest heating and cooling rates. With only one single device this innovative technology supports an unprecedented temperature


range and allows signifi cantly shorter turnaround times than all other fl ash point testers on the market. In combination with its unrivaled temperature range of -25 to 420 °C (-13 to 788 °F) ERAFLASH is a very cost-effi cient tool for big used oil testing facilities all the way to the fl avors and fragrances industry. Suitable for special applications and high-throughput laboratories eralytics developed an innovative cooling lid for ERAFLASH S10. The pre-cooled lid allows easy and time-saving sample preparation. As a consequence, the sample cups are pre-cooled as well what means that no complicate cooling prior sample fi lling is necessary.


The pre-cooled samples need less intensive cooling during sample measuring, resulting in shorter turn-around times. As no elevated temperatures are reached and volatile compounds are far less likely to evaporate before measurement is started, more precise and reliable results are reached. Altogether eralytics offers the perfect match for every customer requirement.


A winner in many ways: ERASPEC –


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The ERASPEC Multi-Fuel-Analyser easily analyse your fuel of choice with only one analyser. No matter if it’s gasoline, diesel fuel, jet fuel or biodiesel/FAME – measurements are done within 60 seconds. As a portable stand-alone instrument, it can be used in the lab, in mobile laboratories and in the fi eld.


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The portable multi-fuel analyser ERASPEC measures a mid-infrared spectrum and delivers highly accurate results for the most important fuel parameters. Only by pushing a button ERASPEC delivers over 100 fuel parameters such as benzene, oxygenates or even complex properties like RON and MON within a few seconds. ERASPEC analyses also Biodiesel/FAME and vegetable oil in diesel fuel across a range of 0-100 Vol% in full compliance with ASTM D7806 and EN14078.


The AFR Automatic Fuel Recognition Module allows the measurement of unknown samples whether it is gasoline, diesel, jet fuel and starts automatically the correct analysis. For measuring large numbers of samples ERASPEC can be equipped with a 10-position autosampler. With the built-in-U- tube density meter ERASPEC measures according to ASTM D7777 and ISO 15212.


The measurement procedure doesn’t need any consumables. In not more than 60 seconds the measurement is completed, results are calculated and stored in the internal database. ERASPEC can print the results automatically and transfer them to a LIMS. Exporting the data to Excel is as simple as connecting a USB drive and hitting the export button.


ERASPEC can easily calculate complex properties such as RON, MON, distillation points of the analysed fuels and results are promptly available. For that task ERASPEC comes with a preinstalled database. Depending on customer requirements this database can easily and comfortably be expanded by the user. The added data is immediately ready for the next measurement improving the measurement results. No complex and time-consuming recalculations are necessary.


Another great application of ERASPEC is the on-site identifi cation of gasoline contamination. With the Gasoline Contamination Module, you can identify the most common contaminants of gasoline. The leading-edge multiple-cell design guarantees the lowest possible limits of detection by automatically selecting the proper path length for the measurement. Among others governmental bodies use ERASPEC in mobile laboratories directly at the gas stations to test the fuel quality fi ghting fuel adulteration fraud.


The small footprint of the instrument with its rugged and portable design makes ERASPEC not only the perfect solution for laboratory applications, it is also the fi rst choice for mobile fuel testing. With its rugged and portable design, ERASPEC combines all advantages of a cutting-edge-technology in one instrument.


ERAVAP – Vapor Pressure Testing at its Best


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With its unmatched precision, speed and versatility ERAVAP measures even highly viscous samples and covers the widest possible temperature range from -20 °C to 120 °C (4 °F to 248 °F). Depending on the application ERAVAP comes with a pressure sensor of 1000 kPa (EV10) or 2000 kPa (EV20). Measuring results with a 1000 kPa pressure sensor offer a better resolution and a better stability. With the 1000 kPa pressure sensor fewer re-calibrations are necessary while still staying within the specifi ed limits of the CRMs in the ASTM standards. Using a 2000 kPa pressure sensor is an effi cient solution for special applications like vapor pressure testing of liquifi ed petroleum gas (propane and propane/butane mixtures). The disadvantages of resolution, stability and drift are less severe due to the high absolute pressure that is measured. ERAVAPs’ built in quality control mode ensures most accurate results at all times. To perform effi cient quality control, the user can set individual warning levels to each QC sample. If measuring results fall outside defi ned limits a warning is automatically displayed.


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Additionally, ERAVAP’s capabilities can be extended with eralytics unique special application modules: • Low VP Module for the measurement of e.g. chemicals with vapour pressures as low as 0.1 kPa within an extrapolated measuring range of -99 to 300°C. • High Viscosity Module that allows to heat the inlet and outlet of the analyser up to 70 °C to be able to measure e.g. crude oil samples with an extremely high viscosity at ambient temperature. • Low Temperature Module to perform vapor pressure measurements of e.g. gasoline samples down to -20°C.


Due to its portability ERAVAP is also used in mobile laboratories around the world. It even stays portable with the directly attached autosampler. An easily removable full metal housing allows fast access for calibration purposes without dismantling the instrument. ERAVAP is the analyser of choice for specifying the vapor pressures of fuels, quality control of refi ning streams, fuel blending and research or mobile applications. It is suitable for numerous sample types like gasoline, hydrocarbon solvents, LPG, crude oil and jet fuel with one single, portable analyser.


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easy Multi-Fuel-Analysis in seconds It’s all about pushing a button: ERASPEC is the leading fully automated mid FTIR Spectrometer for multi-fuel analysis.


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Maximum safety and effi ciency at all levels in the process cycle: ERAVAP ONLINE –


Vapor Pressure Testing at its Best


With ERAVAP ONLINE eralytics developed the process-solution for the already well-proven laboratory vapor pressure tester ERAVAP. Its core is based on the very same measurement cell as the laboratory instrument uses. The measurement cell is ruggedised to be perfectly suitable for 24/7 operation further increasing the already excellent durability of the lab instrument. Results from ERAVAP ONLINE are identical to laboratory results. There is no need for correlating results in any way. With the latest invention, the Fast VP-MethodTM process loop applications.


, eralytics provides an effi cient monitoring of


ERAVAP ONLINE handles up to three sample streams and one quality control stream. The measurement results are output over MODBUS and/or four analog lines (4- 20mA). Four confi gurable digital inputs and four outputs can be used for further communication if needed. With its versatile communication confi gurability ERAVAP ONLINE can be easily integrated into any thinkable control environment.


Another very important aspect for often harsh process environments is safety, in particular explosion prevention. Therefore, ERAVAP Online is completely explosion proof and safe with certifi cations according to UL Class 1 Zone 1, ATEX and IECEx.


For a great operator convenience, ERAVAP ONLINE is equipped with an ex-proof 15” touchscreen for setup and on-site inspection. The operator can fully control the analyser over the touchscreen and all system parameters can be checked. In regular operating mode ERAVAP ONLINE runs fully automated. If necessary remote control is possible via MODBUS or the digital inputs.


Providing feedback to a process control loop requires a quick delivery of results. The faster a result is delivered, the faster the controller can react to any changes on the product. This is why eralytics developed the Fast VP- MethodTM


for ERAVAP Online. The results obtained with the Fast VP-MethodTM


therefore ensuring a faster response on changes in your process. Additional to the Fast VP-MethodTM


according to the ASTM standards.


ERAVAP ONLINE comes with a set of two measurement cells which store all important calibration parameters directly. The downtime for a mandatory recalibration is not more than a minute – just the time needed to exchange the two measurement cells. The spare cell is then recalibrated off-site.


ERAVAP Online is fully compliant to the international standards ASTM D6377, D6378 and D6897. With available test methods for crude oil (ASTM D6377), gasoline (ASTM D6378) and LPG (ASTM D6897) the ex- proof ERAVAP ONLINE analyser is the ideal solution for a wide variety of different applications in your process environment. Whether it is quality control, fuel blending or to ensure the reliability and safety of pipelines


ERAVAP ONLINE is the analyser of choice.


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46791pr@reply-direct.com deviate slightly from the vapor


pressures measured according to D6378 but without giving up on the excellent repeatability of D6378. The use of the Fast VP-MethodTM


, regular D6378 measurements can be performed for quality control helps speeding up your process control loop providing more results in less time,


The Vapor Pressure Tester ERAVAP is the ultimate solution for automated vapor pressure testing. It measures all kinds of vapor pressures like air saturated and absolute vapor pressure of gasoline, RVPE and true vapor pressure of live and dead crudes always complying with the latest international standards such as ASTM D5188, D5191, D6377, D6378, D6897, EN 13016-1, EN 13016-2, EN 13016-3, etc.


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