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Designed to be safe, accurate, and efficient, the Borosilicate viscosity bath of this viscosity measurement device is equipped with constant digital microprocessor PID temperature regulation and an overtemperature alarm for superior kinematic viscosity measurement. The liquid indicator, visible from the outside of the instrument, allows for easy fill without overflow while the internal light indicator alerts to low liquid levels. The stainless steel electric heating component allows for the quick boiling of liquids while the cooling coil provides improved control near ambient temperatures.

Available in three models, this durable and dependable kinematic viscosity bath covers working temperatures ranging from ambient to 150C in models 370 and 390 (high precision), and -30C to 60C in model 450 (refrigerated). With a capacity of approximately 15 liters, the 15 kg Viscometer Bath is equipped with borosilicate tank, punctured cover, stainless steel standby covers, motorized agitator, tempered glass leakage protection vessel, stainless steel base, and stainless steel control box. The digital thermoregulator PID temperature control maintains 0.1C in the 370 model, and 0.01C in the high- precision 390 and refrigerated 450 models of kinematic viscosity measurement instruments.

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ERASPEC OIL / In-service lubricant monitoring

Oil change, revealed
before downtime.

TAN, TBN, nitration, oxidation, water, and soot
From a 10 mL sample, with no preparation

Introducing the ERASPEC OIL: advanced FTIR analysis for in-service lubricant monitoring

The ERASPEC OIL is a high-precision FTIR spectrometer specifically engineered for comprehensive analysis of oils. This powerful device is essential for monitoring oil conditions in industrial applications, ensuring equipment reliability, and optimizing maintenance schedules. The ERASPEC OIL utilizes mid-infrared spectrometry to measure key oil degradation parameters, including oxidation, nitration, and soot levels, with unmatched accuracy. Designed to adhere to global standards such as ASTM, JOAP, and DIN, it guarantees reliable and consistent results crucial for oil condition monitoring.

Fast + Fully automated

One minute.
A full oil picture.

This device is incredibly user-friendly and fully automated, with a quick start-up time and no need for sample preparation.

Within about a minute, the device can analyze a sample as small as 10 mL, providing vital information directly on its intuitive touchscreen interface. The rugged, portable design, 29 × 35 × 34 cm (11.4 × 13.8 × 13.4 in) and light weight of 9.7 kg (21.4 lb), ensures that the ERASPEC OIL is perfect for both lab-based analysis and field applications, making it an ideal solution for on-site oil monitoring in demanding industrial environments.

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10 mL is all it takes.

Vital information is delivered directly on the intuitive touchscreen interface, in 60 to 120 seconds depending on the viscosity of the sample.

Designed for both settings

• Quick start-up time
• No sample preparation
• Lab-based analysis
• Field applications

Comprehensive oil analysis

Track degradation.
Act before downtime.

The ERASPEC OIL is unique due to its comprehensive oil analysis. There are certain parameters like TAN, TBN, nitration, oxidation, water content, and soot that are measured in this equipment and crucial for general oil analysis.

It supports trending analysis and spectral subtraction for advanced oil condition monitoring, making it an invaluable tool for predicting equipment maintenance needs and avoiding costly downtime. The data management system of this unit is capable of seamless integration into existing workflows, with options for data storage in the equipment, USB transfer, RS232 interfaces, direct LIMS connectivity via LAN, and direct report printing.

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Applications of the ERASPEC OIL include

Comprehensive oil analysis supports condition monitoring from the lab to the field.

Where ERASPEC OIL works

• Monitoring the condition of oils
• Predictive maintenance and reliability engineering
• Highly accurate on-site oil analysis for quick decision-making in field operations
• Research and development in oil performance and formulation

Key measuring parameters

Three signals.
A clearer oil condition.

1. 01

   TAN and TBN

   Measuring total acid and base numbers of oil, crucial for assessing its properties.

2. 02

   Nitration and Oxidation

   Detecting nitrogen compounds that indicate the degradation of oil, and obtaining the level of oil oxidation, which is important to assess oil usage.

3. 03

   Water content and Soot

   Detecting water content and measuring soot contamination levels to prevent engine wear.

1-year warranty

The ERASPEC OIL 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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ERASPEC / FTIR fuel analysis

A full fuel picture.
In under 60 seconds.

Gasoline, diesel, and jet fuel
From a minimal 10 mL sample

Introducing the ERASPEC: high-precision fuel analysis with FTIR technology

The ERASPEC is a cutting-edge mid-FTIR spectrometer engineered to deliver fast, precise fuel analysis, crucial for maintaining fuel quality, ensuring regulatory compliance, and supporting advanced research.

Mid-FTIR fuel analysis

One spectrum.
More answers.

Patented interferometer. Complete infrared spectrum.

Leveraging its patented interferometer, the ERASPEC measures the complete infrared spectrum of various fuels, such as gasoline, diesel, and jet fuel, within less than 60 seconds. This device stands out due to its ability to automatically derive critical fuel properties, including Octane and Cetane numbers, distillation points, and the concentration of fuel components like ethanol and benzene, oxidation, aromatics, olefins, and many more parameters, all from a minimal 10 mL sample.

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Critical properties, automatically derived.

All from a minimal 10 mL sample.

What the spectrum reveals

• Octane + Cetane numbers
• Distillation points
• Ethanol + benzene
• Oxidation, aromatics + olefins

Versatility + Ease of use

Automated by design.
Ready for the field.

Designed with versatility and ease of use in mind, the ERASPEC supports a range of analytical modules, making it adaptable for many standards.

The device’s fully automated operation requires no sample preparation or manual calibration, ensuring quick and highly accurate results with minimal operator intervention. The robust, portable design of the ERASPEC, coupled with its intuitive touchscreen interface, makes it an ideal choice for both laboratory and field applications, even in challenging environments like oil platforms.

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Fully automated operation.

No sample preparation and no manual calibration, with a 30-second warm-up after booting.

Made for straightforward operation

• Quick, highly accurate results
• Minimal operator intervention
• Intuitive touchscreen
• Laboratory + field applications

Connected + Portable

Data that moves.
Analysis that travels.

The ERASPEC’s comprehensive data management capabilities allow for seamless integration into existing workflows, with options for data storage in the equipment, USB transfer, RS232 interfaces, direct LIMS connectivity via LAN, and direct report printing.

Its compact form factor of 29 × 35 × 34 cm (11.4 × 13.8 × 13.4 in) and light weight of 9.7 kg (21.4 lb) make it highly portable, ensuring that reliable fuel analysis is always at hand, whether in a fixed lab setting or out in the field.

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Reliable analysis, wherever it is needed.

Results stay at hand in a fixed lab setting or out in the field, with 50,000+ test reports and spectra storable in internal memory.

Built into the workflow

• Equipment data storage
• USB transfer
• RS232 + LIMS via LAN
• Direct report printing

Applications of the ERASPEC

Fuel insight.
Where decisions happen.

Fast, precise fuel analysis supports quality, compliance, field testing, and advanced research.

This device is essential for industries requiring high-precision fuel testing.

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Built around real fuel workflows.

Four ways the ERASPEC supports day-to-day analysis.

Applications of the ERASPEC include

• Monitoring fuel quality in refining and blending operations
• Compliance testing in fuel production and distribution
• Highly accurate on-site fuel analysis in mobile and field settings
• Supporting R&D in fuel composition and properties

Key measuring parameters

Three measurements.
One complete fuel view.

1. 01

   Octane Number

   Accurate measurement of gasoline quality.

2. 02

   Cetane Number

   Critical for diesel fuel quality assessment.

3. 03

   Complete Fuel Analysis

   Various fuel characteristics like aromatics, oxidation, olefins, and many others.

1-year warranty

The ERASPEC 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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Eralytics Part No.ECT10-A002

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Eralytics Part No.EV01-A002a

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ERAVISC X / Viscosity + density

Two measurements.
One compact analyzer.

3 mL sample, one-minute measurement
15.5 × 26 × 28 cm, 8 kg (17.6 lb)

Introducing the ERAVISC X: versatile kinematic viscometer with built-in density module

The ERAVISC X is a compact and rugged kinematic viscometer with a built-in density module, useful across a variety of industries ranging from oil and gas to chemical engineering and even food and beverage. The revolutionary viscosity cell paired with a Hastelloy x-oscillating density meter allows for simultaneous viscosity and density measurements with unparalleled precision.

Automated for the lab

Viscosity and density.
Measured together.

The automatic kinematic viscometer is housed in corrosion-resistant aluminum with a top sample injection site for both the viscosity and density measurements. The ERAVISC X is capable of performing standard measurements at both 40 °C and 100 °C, as well as viscosity index (VI) measurements.

With the ability to create methods tailored to your lab at any temperature up to 100 °C, the unit is extremely versatile for your lab’s needs. FillingProof™ bubble detection runs a simple pass/fail pretest so air bubbles do not interfere with results, and a fully automated drying pump handles cleanup between samples.

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Built for standardized testing.

This device is fully compliant with ASTM D445 and D7042 standardized viscosity determinations, alongside D4052 and ISO 12185 density methods, making it the ideal solution for determining flow characteristics in both laboratory and mobile settings.

Applications of the ERAVISC X include

• Accurate flow characteristic measurements
• Quality control for production in a quick test
• Research and development in various industries requiring precise data

Key measuring parameters

Three ranges.
One versatile system.

1. 01

   Viscosity Range

   1 to 1000 mm²/s, with an accuracy of 0.8% and a resolution of 0.01 mm²/s.

2. 02

   Density Range

   0 to 3 g/cm³ with accuracy of 0.00005 g/cm³.

3. 03

   Temperature Range

   Viscosity: 15 °C to 100 °C (59 °F to 212 °F). Density: 0 °C to 100 °C (32 °F to 212 °F).

1-year warranty

The ERAVISC X 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 following designs of glass capillary viscometers are available for your viscosity measuring needs:

Ubbelohde Viscometer: For transparent Newtonian liquids in accordance with ASTM D445, ASTMD446, IP 71, ISO 3104, and ISO 3105 requirements. Requires minimum sample of 11 mL in a liquid bathof 241 mm. Available in 16 models, for varying viscosity ranges. Also available in uncalibrated model,upon request.

Cannon-Fenske Routine Viscometer: For transparent Newtonian liquids in accordance with ASTM D445, ASTM D446, IP 71, ISO 3104, and ISO 3105 requirements. Requires minimum sample of 7 mL in a liquid bath of 203 mm. Available in 13 models, for varying viscosity ranges. These glass capillary viscometers are also available in uncalibrated model, upon request.

Cannon-Fenske Opaque Viscometer: For opaque Newtonian liquids in accordance with ASTM D445,ASTM D446, ASTM D2170, IP 71, ISO 3104, and ISO 3105 requirements. Requires minimum sample of12 mL in a liquid bath of 229 mm. Available in 14 models, for varying viscosity ranges. Also available inuncalibrated model, upon request.

BS/IP/MSL Miniature Suspended Level: For transparent Newtonian liquids in accordance with ASTMD445, ASTM D446, IP 71, ISO 3104, and ISO 3105 requirements. Requires minimum sample of 4 mL in aliquid bath of 305 mm. Available in 7 models, for varying viscosity ranges.

BS/IP/SL Suspended Level: For transparent Newtonian liquids in accordance with ASTM D445, ASTM D446, IP 71, ISO 3104, and ISO 3105 requirements. Requires minimum sample of 11 mL in a liquid bath of 250 mm. These glass capillary viscometers are available in 9 models, for varying viscosity ranges.

BS/U/M Miniature U-tube: For transparent Newtonian liquids in accordance with ASTM D445, ASTMD446, IP 71, ISO 3104, and ISO 3105 requirements. Requires minimum sample of 2 mL in a liquid bathof 230 mm. Available in 5 models, for varying viscosity ranges.

BS/U Tube: For transparent Newtonian liquids in accordance with ASTM D445, ASTM D446, IP 71, ISO3104, and ISO 3105 requirements. Requires minimum sample of 7-23 mL in a liquid bath of 280 mm.Available in 8 models, for varying viscosity ranges.

Cannon-Manning Semi-Micro: For transparent Newtonian liquids in accordance with ASTM D445,ASTM D446, IP 71, ISO 3104, and ISO 3105 requirements. Requires minimum sample of 1 mL in a liquidbath of 200 mm. Available in 12 models, for varying viscosity ranges. Also available in uncalibratedmodel, upon request.

DS/IP/SL (S) Suspended Level: For transparent Newtonian liquids in accordance with ASTM D445,ASTM D446, IP 71, ISO 3104, and ISO 3105 requirements. Requires minimum sample of 11 mL in aliquid bath of 250 mm. Available in 9 models, for varying viscosity ranges.

Cannon-Ubbelohde Dilution: For transparent Newtonian liquids in accordance with ASTM D445, ASTMD446, IP 71, ISO 3104, and ISO 3105 requirements. Requires minimum sample of 8 mL (can be dilutedto 40 mL) in a liquid bath of 305 mm. Available in 12 models, for varying viscosity ranges. Also availablein uncalibrated model, upon request.

Cannon- Ubbelohde Semi-Micro: For transparent Newtonian liquids in accordance with ASTM D445,ASTM D446, IP 71, ISO 3104, and ISO 3105 requirements. Requires minimum sample of 1 mL in a liquidbath of 240 mm. Available in 12 models, for varying viscosity ranges. Also available in uncalibratedmodel, upon request.

BS/IP/RF U-tube A Scalomento Rovesciato: For opaque Newtonian liquids in accordance with ASTMD445, ASTM D446, IP 71, ISO 3104, and ISO 3105 requirements. Requires minimum sample of 7 mL in aliquid bath of 280 mm. Available in 11 models, for varying viscosity ranges.

Zeitfuchs Cross-Arm: For both transparent and opaque Newtonian liquids in accordance with ASTMD445, ASTM D446, ASTM D2170, IP 71, ISO 3104, and ISO 3105 requirements. Requires minimumsample of 1-3 mL in a liquid bath of 230 mm. Available in 10 models, for varying viscosity ranges.

Zeitfuchs Transparent: These glass capillary viscometers are for transparent Newtonian liquids in accordance with ASTM D445, ASTM D446, IP 71, ISO 3104, and ISO 3105 requirements. Requires minimum sample of 15 mL in a liquid bath of 292 mm. Available in 7 models, for varying viscosity ranges. Also available in uncalibrated model, upon request.

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