ERASPEC X / FTIR fuel analysis

One push.
A detailed fuel fingerprint.

The world’s smallest lab-grade mid-FTIR fuel analyzer
3 mL of sample, measured in under 60 seconds

FTIR fingerprinting of fuels with lab-grade precision

The ERASPEC X is the world’s smallest lab-grade mid-FTIR fuel analyzer. At the push of a button, ERASPEC X delivers a detailed fingerprint of gasoline and diesel fuels using only 3 mL of sample.

Rugged full-metal housing

Three milliliters.
Lab-grade precision.

Thanks to its rugged, full metal housing, the ERASPEC X is the perfect tool for ultrafast measurements inside mobile labs or even directly in the field, still offering lab-grade precision.

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Portable by design.

Inside mobile labs or even directly in the field, at 18.0 × 28.6 × 29.3 cm and 7 kg (15.4 lb).

Fuel analysis built around

• Gasoline fuels
• Diesel fuels
• Ultrafast measurements
• Lab-grade precision

1-year warranty

The ERASPEC X is backed by a comprehensive 1-year warranty, with an option to extend coverage for an additional year upon compliance with the manufacturer’s terms.

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StoneDDI / Diffuser stone calibration

Calibrate diffuser stones.
Verify every result.

Pore diameter in µm, permeability in mL/min
Fully compliant to ASTM D892 and D6082

Introducing the StoneDDI: diffuser stone calibration and verification system

The Stone Digital Detection Imaging (StoneDDI) device verifies the status of new and in-use diffuser stones. The StoneDDI can calibrate both metal and ceramic diffusers in cylindrical and spherical designs, helping ensure each stone is within bounds for related testing. Under tightly controlled airflow conditions, the system calculates pore diameter and permeability.

Controlled air flow + Digital vision

Controlled airflow.
Digital verification.

Two test positions. One high-resolution vision system.

The StoneDDI operates in a two-test-position design to determine diffuser-stone characteristics. Its built-in high-resolution vision system captures even the smallest bubbles for reliable determination of pore diameter and permeability.

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Built for compliance.

This device is fully compliant with ASTM D892, D6082, and E128-99, making it ideal for R&D, QC, and many more applications.

Applications of the StoneDDI include

• Ceramic spherical diffuser calibration
• Metal cylindrical diffuser verification

Connected + Documented

Every calibration logged.
Every result verified.

A dual-camera CCD detection system works alongside a mass flow meter and electronic pressure control to read flow and pressure directly, with a patented optical arrangement and red LED (600 nm) light source. Running on embedded Windows 10, the StoneDDI integrates seamlessly with laboratory information management systems (LIMS) over its Ethernet and USB interfaces, with an easy-to-use 10.1″ touchscreen for setup and review.

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Built into the workflow.

Flow, pressure, and calibration images are held on 64 GB of internal SSD storage and moved out over the interface that suits the lab.

Interfaces and controls

• Ethernet × 2 for LIMS connectivity
• USB 3.0 + USB 2.0, printer and keyboard
• HDMI + VGA output
• 10.1″ multi-touch display

Key measuring parameters

Two parameters.
One verified diffuser profile.

1. 01

   Pore Diameter

   Size in µm.

2. 02

   Permeability

   Flow in mL/min.

3. 03

   Compliance Standards

   ASTM D892, D6082, and E128-99.

1-year warranty

The StoneDDI is backed by a comprehensive 1-year warranty, with an option to extend coverage for an additional year upon compliance with the manufacturer’s terms.

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32 key elements

See the trace.
Measure the full range.

2 mL sample, results in 30 seconds
No sample preparation, no carrier or plasma gas

Measurement range

0.2 ppm

1000 ppm

Introducing the ERAOIL: high-precision elemental analysis for oil condition monitoring

The ERAOIL is a state-of-the-art Rotating Disc Electrode Optical Emission Spectrometer (RDE-OES) specifically designed for the precise elemental analysis of lubricating oils, fuels, coolants, and different types of oils. This high-performance device is essential for oil condition monitoring (OCM) in various applications, including industrial machinery, transportation fleets, and military equipment. The ERAOIL ensures accurate detection and quantification of wear metals, additives, and contaminants, providing critical data to optimize scheduled maintenance, prevent equipment failures, and ensure compliance with industry standards such as ASTM D6595, ASTM D6728, and JOAP, with correlation to ASTM D5185.

High precision + Reliability

A spark reveals
what the oil contains.

The ERAOIL is unique in its combination of high precision, speed, and reliability, making it an invaluable tool for Oil Condition Monitoring (OCM). It operates on the principle of RDE-OES, where a spark generated between two graphite electrodes excites atoms in the sample, leading them to emit light at specific wavelengths. This light is then analyzed to determine the elemental composition of the sample.

36 × 66 × 69.5 cm (14.2 × 26.0 × 27.4 in)

85 kg

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Fast, integrated workflow

No prep.
No disconnected steps.

2 mL

32 elements

30 seconds

Result

One of the standout features of the ERAOIL is its efficiency and ease of use. The device can analyze up to 32 elements simultaneously within just 30 seconds, using a minimal sample volume of 2 mL. It features a built-in electrode sharpener and requires no sample preparation, making it ideal for both laboratory and field environments. The ERAOIL’s fully integrated design includes a 10-inch color touchscreen interface, an internal PC, and multiple connectivity options, ensuring seamless integration into any operational workflow.

1. 01

   Elements

   Up to 32 elements measured simultaneously. Factory calibrated for 26 elements, with optional calibration for up to 32.

2. 02

   Measurement Range

   0.2 ppm to 1000 ppm, with sub-ppm detection limits for most elements and automatic background correction.

3. 03

   Standards

   ASTM D6595, ASTM D6728, and JOAP, with correlation to ASTM D5185 (ICP-AES).

Applications of the ERAOIL

• Monitoring wear metals in lubricants to predict and prevent machinery failures
• Quality control of additives in fresh oils and base oils with no sample preparation
• Highly accurate analysis of contaminants in fuels, including gas turbine and diesel engine fuels
• Fast elemental analysis of coolants and process water in industrial applications

1-year warranty

The ERAOIL comes with a comprehensive 1-year warranty, with an option to extend coverage for an additional year upon agreement to the manufacturer’s terms.

Request a Quote

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The Automated NACE Polisher is a safe and essential tool for the accurate and consistent preparation of cylindrical steel specimens used in corrosion testing according to ASTM D665, NACE TM0172, and related methods. Designed to deliver uniform, finely scratched surfaces, the polisher ensures repeatable results and compliance with industry standards.

The NACE Polisher is a very precise and safe apparatus. It operates at a calibrated speed of 1750 RPM (±5 RPM) to meet exact specifications for specimen preparation. A force-limited motor halts rotation immediately upon detecting unsafe conditions, enhancing user safety during operation.
The NACE Polisher is compact and durable. With the size of 9.5″ x 5.3″ x 4.3″ (24 cm x 13.5 cm x 11 cm), it is ideal for laboratory benchtops.

Applications:
Corrosion analysis in steel pipelines, tanks, and industrial equipment.
Verification of inhibiting oils and lubricants in machinery and petroleum industries.
Iron corrosion ratings procedure from rating A to E.

Key Measuring Parameters:
Preparation and polishing of corrosion specimens for ASTM and NACE testing methods.

The NACE Polisher is backed by a comprehensive 1-year warranty, with an option to extend coverage for an additional year upon compliance with the manufacturer’s terms.
For more information or to request a quote, please click here.
Explore related devices like FeDDI and Automated NACE Testing Apparatus (ANA) for a comprehensive suite of corrosion analysis solutions.

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The Automated NACE Apparatus (ANA) is a groundbreaking device designed for the preparation of corrosion specimens for ASTM and NACE testing methods. The ANA sets a new standard in corrosion testing automation, offering unparalleled accuracy, ease of use, and efficiency. Its fully automated design eliminates manual handling errors, ensuring compliance with industry standards while saving operator time.

ANA automates the critical steps of NACE TM0172, ASTM D665, and ASTM D7548, ensuring precision, repeatability, and operator efficiency. Automated specimen preparation and testing include liquid handling with a peristaltic dispensing pump, specimen placement after temperature stabilization, stirring, and removing the specimen after the test completion to eliminate manual steps prone to error.

The electro-mechanical head includes a temperature probe, stainless steel mixing motor, and automated specimen holder for precise operation. A built-in reservoir ensures easy water handling, with automated dispensing and draining. A touchscreen interface with intuitive software and in-built methods simplifies operation, requiring minimal training. Factory-calibrated temperature, speed, and timing parameters ensure consistent and reliable results. The temperature range for the ANA is 30°C to 100°C, with a maximum mixing speed of 1,000 RPM. The ANA is ideal for laboratories with space constraints, featuring a lightweight, benchtop-friendly structure. The design is compact with dimensions of 15” H x 8” W x 15” D (38 x 20 x 38 cm) and a weight of 10 lbs (4.5 kg).

Applications:
Corrosion analysis in steel pipelines, tanks, and industrial equipment.
Verification of inhibiting oils and lubricants in machinery and petroleum industries.
Iron corrosion ratings procedure from rating A to E.

Key Measuring Parameters:
Preparation of corrosion specimens for ASTM and NACE testing methods.

The ANA is backed by a comprehensive 1-year warranty, with an option to extend coverage for an additional year upon compliance with the manufacturer’s terms.
For more information or to request a quote, please click here.
For other related devices explore the FeDDI and Automated NACE Polisher for comprehensive analytical solutions.

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Low-temperature flash point

Flash point testing,
down to −40 °C.

−15 °C stand-alone, −40 °C with external cooling
ASTM D7094, no dry ice required

Introducing the ERAFLASH LT: fast flash point testing below ambient temperature

A new member among Eralytics flash point testers is the ERAFLASH LT. It is based on the unrivaled performance of ERAFLASH and adds new benefits for fast low-temperature flash point testing.

Stacked Peltier cooling

A faster descent
into the cold.

−40 °C oven temperature

35% faster cooling

The stacked Peltier design allows measurements according to ASTM D7094 with oven temperatures as low as −40 °C, and the cooling speed of the instrument was increased by approximately 35%. With ERAFLASH LT, simple low-temperature flash point testing is possible without the need to cool the equipment with dry ice or other substances.

ASTM D7094 · −40 °C to 120 °C

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Controlled cooling

Cold surface.
Clear result.

• Auto-off coolant valve
• Condensation control
• Ambient-air shield

The ERAFLASH LT flash point tester is also equipped with a coolant valve that automatically shuts the coolant flow off if not needed. This helps to eliminate condensation of humidity on the cooler. Ice formation on the oven surface during the cool-down period is prevented by using a cooling cup that shields the surface from the ambient air.

1-year warranty

ERAFLASH LT is backed by a comprehensive 1-year warranty, with an option to extend coverage for an additional year upon compliance with the manufacturer’s terms.

Request a Quote

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Suctioning and draining can be done with your thumb and forefinger when using the portable digital density meter. Once you stop pressing, operation will stop. Measurement with the Portable Density/Specific Gravity Meter can easily be done with your thumb, enhancing efficiency of your work.

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This Herschel test apparatus has a structure with 3 independent positions and rear illumination, stainless steel heater controlled by a digital thermoregulator PID and probe PT100A, overtemperature alarm, 3x independent variable stirrer motor and is lowered and raised automatically. The Herschel test apparatus includes 3x programmable digital timers for duration of the test, motor stirrer for bath, variable speed controller 150 to 1999 rpm, stainless steel blade agitator 19ױ.5mm L=120 mm connected to a stainless steel 6 mm shaft. Max temperature 150C

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PAMAS S50 / Online particle monitoring

Cost-effective monitoring.
High-performance analysis.

Eight particle size channels, reported in real time
Fully compliant with ISO 4406 and ISO 11171

Simple integration into industrial data systems

The PAMAS S50 is a cost-effective, high-performance, laser-based online particle monitoring system with simple integration into industrial data management systems. Fully compliant with methods ISO 4406 and ISO 11171, the PAMAS S50 measures the cleanliness of mineral and synthetic oils in different industrial environments. Its rugged construction makes it resistant against mechanical, environmental, and electrical threats.

High-resolution measurement

Accurate flow.
Real-time particle data.

Automatic digital flow rate determination behind every reading.

An automatic digital flow rate determination provides accurate measurement results. The PAMAS S50 counts particles with high resolution in eight particle size channels, available via the data interface for report in real time to the PC.

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ISO 4406 cleanliness code.

The triple code according to the cleanliness class standard ISO 4406 is indicated on the instrument display.

Displayed channels

• Greater than 4 µm(c)
• Greater than 6 µm(c)
• Greater than 14 µm(c)

Precision + Range

Every channel.
Every reading counted.

The PAMAS HX volumetric sensor is calibrated to 4–70 µm(c) per ISO 11171, reading triple codes from 0/0/0 to 22/22/22 per ISO 4406 at a maximum particle concentration of 24,000 p/mL. Data transfers over a standard RS 485 interface, with an optional analog 4–20 mA interface available for condition monitoring.

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Built for continuous monitoring.

The sensor handles fluids up to 1000 cSt and up to 60°C at a 20°C ambient temperature, across a pressure range of 0.2–20 bar without a pump or 0–6 bar with one.

At a glance

• Viscosity up to 1000 cSt
• Max fluid temperature 60°C
• RS 485 standard, 4–20 mA optional
• 24,000 p/mL max concentration

Condition monitoring

Eight channels.
Early alerts.

1. 01

   Particle Monitoring

   Measures the particle number in eight different channels while providing early alerts.

2. 02

   Condition Monitoring

   May serve as an interface for condition monitoring, transferring four analog signals — 4–20 mA — to a PC.

3. 03

   PAMAS S50P

   An additional option with an integrated pump for flow control at a constant flow of 25 mL/min.

Further details

See the full specs and downloadable brochure for further details.

Request a Quote

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