Fuel Lubricant Analysis

Complete Product Range Brochure

Distributor of SCAVINI Italy

Pour point – Automated – ASTM D97

Innovative, small size stand-alone equipment acc. to ASTM D 97 – IP 15, ISO 3016 with touch-screen interface and integrated cryostat (CFC/HCFC free) capable to reach -120°C. USB and Ethernet ports permits to connect printer or link the instrument to LIMS.

Cloud point – Automated – ASTM D2500

Innovative, small size stand-alone equipment acc. to ASTM D 97 – IP 15, ISO 3016 with touch-screen interface and integrated cryostat (CFC/HCFC free) capable to reach -120°C. USB and Ethernet ports permits to connect printer or link the instrument to LIMS.

Cloud and pour point – Automated – ASTM D97 / D2500

Innovative, small size stand-alone equipment acc. to ASTM D 97 and D 2500 – IP 15 and 219 – ISO 3015 and 3016 with touch-screen interface and integrated cryostat (CFC/HCFC free) capable to reach -120°C. USB and Ethernet ports permits to connect printer or link the instrument to LIMS

CFPP – Automated – ASTM D6371

Innovative small size stand-alone equipment acc. to ASTM D 6371, IP 309, EN 116 and UNI EN 16329 (step cooling) with touch-screen interface, Ethernet and USB port. The integrated cryostat is completely CFC/HCFC free.

Fuel freezing point – Automated – ASTM D2386

Innovative, small size stand-alone equipment acc. to ASTM D 2386 – IP 16 with touch-screen interface and integrated cryostat (CFC/HCFC free) capable to reach -120°C. USB and Ethernet ports permits to connect printer or link the instrument to LIMS.

Antifreeze freezing point – Automated – ASTM D1177

The only equipment on the market fully acc. to ASTM D1177 (other equipment available frequently use the ASTM D2386 sample volume that is 25 ml while D1177 prescribes 75 to 90 ml) is equipped with an integrated cryostat capable to reach -120°C, sample and seeding jacket, touch-screen interface, Ethernet and two USB ports to connect printers or LIMS. The built-in seeding jacket permits to avoid the need of a powerful cryostat to freeze the sample portion requested for seeding

Cloud and pour point bath – Manual – ASTM D97/ D2500

The first compact benchtop Cloud and Pour Point bath on the market with Stirling cooling compressors capable to reach -70°C. One, two, three four and five-position units available with four or eight jackets for each temperature. Compact, reliable, modern, smart.

Abel – Automated Flash point Tester – IP 170/IP 33

The only equipment on the market with the heating bath manufactured exactly as reported on the IP 33 – IP 170 method. The instrument features electric heating, stirrer and dipping mechanism plus a touch-screen interface that permits to introduce test data, save and retrieve reports, print them and allow diagnostic and calibration.

Pensky Martens – Automated Flash point Tester – ASTM D93

The only equipment on the market with the stove, air bath and top plate manufactured exactly as reported on the ASTM D 93 method. The instrument features electric heating, stirrer and dipping mechanism, barometric temperature correction, plus a touch-screen interface that permits to introduce test data, save and retrieve reports, print them and allow diagnostic and calibration.

Cleveland – Automated Flash point Tester – ASTM D92

Automatic equipment acc. to ASTM D 92 – IP 36 – ISO 2592 that features electric heating, gas ignition with electric pilot flames, automatic fire extinguisher, barometric temperature correction plus a touch-screen interface that permits to introduce test data, save and retrieve reports, print them and allow diagnostic and calibration.

Manual Abel – Flash point Tester – IP 170/IP 33

Manual equipment with the heating bath realized exactly as reported in the IP 33 – IP 170 methods and equipped with electric heating, digital temperature display, gas ignitor and electric stirrer

Manual Pensky Martens – Flash point Tester – ASTM D93

Manual equipment with the stove, air bath and top plate realized exactly as reported in the ASTM D 93 – IP 34 – ISO 2719 methods and equipped with electric heating, digital temperature display, gas ignitor and electric stirrer.

Manual Cleveland – Flash point Tester – ASTM D92

Manual equipment realized exactly as reported in the ASTM D 92 – IP 36 – ISO 2592 methods and equipped with electric heating, digital temperature display and gas ignitor.

Foaming Bath – Single Unit – ASTM D892

Single-unit apparatus with two jackets acc. to ASTM D 892 – IP 146 for tests at 24 and 93.5°C. Equipped with electronic temperature controller, variable area flowmeters, level and overtemp alarm. Differently from many equipment on the market having electronics subject to overheating and quick ageing because placed on the bath cover, ours has a separate control box placed on the right side of the instrument.

Twin-unit Foaming Bath – ASTM D892

Twin-unit apparatus with two jackets for each jar acc. to ASTM D 892 – IP 146 for tests at 24 and 93.5°C. Equipped with electronic temperature controller, variable area flowmeters, level and overtemp alarm. Differently from many equipment on the market having electronics subject to overheating and quick ageing because placed on the bath cover, ours has a separate control box placed on the right side of the instrument.

Automated foaming test apparatus – ASTM D892

New equipment for tests acc. to ASTM D 892 – IP 146 with mass-flow controllers and touch-screen interface capable to automatically blow the requested air amount into the sample in the prescribed amount of time, save and store data, print test reports.

High-temp. Foaming Bath – ASTM D6082

Single-unit apparatus with two jackets acc. to ASTM D 6082 for tests at 150°C. Equipped with electronic temperature controller, variable area flowmeters, level and overtemp alarm. The instrument has a safety enclosure that avoids accidental contacts with the hot jar.

Demulsibility ASTM D 1401 – Manual Apparatus

Six-place apparatus acc. to ASTM D 1401 with electric lifting mechanism, digital tachometer, adjustable speed electric stirrer, electronic temperature controller, level and overtemperature alarm. Differently from many equipment on the market having electronics placed on the top cover and subject to overheating and ageing, ours has a separate control box placed on the right side of the instrument.

Automatic Demulsibility Tester – ASTM D1401

Automatic instrument with four independent positions and CCD camera that continuously monitors the oil/water separation: pictures taken at 5-min intervals are saved and printed as test reports.

Demulsibility – ASTM D 2711

Four-place apparatus acc. to ASTM D 2711 with electric lifting mechanism, digital tachometer, adjustable speed electric stirrer, electronic temperature controller, level and overtemperature alarm. Differently from many equipment on the market having electronics placed on the top cover and subject to overheating and ageing, ours has a separate control box placed on the right side of the instrument.

RPVOT / TFOUT turbine oils – ASTM D2272

Floor-mounted, ASTM D 2272 – D 4742 automatic twin-unit equipment: one of the few equipment on the market respecting the 30 l heating oil per position ASTM prescription. Vessels are equipped with pressure transducers, cables and quick connectors while the touch-screen interface plots pressure and temperature data on a chart and allows user to enter, save, retrieve, print test reports and run diagnostic and calibration routines. Automatic detection of plateau and vessel life. Ethernet and USB ports permit to connect to LIMS or printers.

Gasoline, Aviation Fuels – Oxidation Stability ASTM D525

New automatic benchtop equipment acc. to ASTM D 525 – D 873 available in 2, 4 or 6-position versions, with aluminum block heating. Vessels are equipped with pressure transducers, cables and quick connectors while the touch-screen interface plots pressure and temperature data on a chart and allows user to enter, save, retrieve, print test reports and run diagnostic and calibration routines. Automatic calculation of breaking point. Ethernet and USB ports permit to connect to LIMS or printers.

Oxidation of distillate fuel oil – ASTM D2274

4-6-8 or 12-place apparatus acc. to ASTM D 2274 – IP 388 with aluminum block heater and variable area dedicated flowmeters for each position. Versions with mass flow controllers and Panel PC also available, please contact us.

Oxidation characteristics of inhibited mineral oils – ASTM D943

4-6-8 or 12-place apparatus acc. to ASTM D 2274 – IP 388 with aluminum block heater and variable area dedicated flowmeters for each position. Versions with mass flow controllers and Panel PC also available, please contact us.

Corrosiveness and oxidation stability of light oils – FTMS 791 – 5308

4-6-8 or 12-place apparatus acc. to FTMS 791 – 5308.4 with aluminum block heater and variable area dedicated flowmeters for each position. Versions with mass flow controllers and Panel PC also available, please contact us.

Oxidation stability of mineral insulating oils – ASTM D2440

New compact equipment acc. to ASTM D 2440, IEC 61125 (A, B and C) available in 4, 6, 8 or 12-position aluminum-block versions with mass-flow controllers and knob + display or touch-screen interface with the possibility to record and print test reports showing temperature and flow on a chart.

Digital penetrometer – ASTM D5

The apparatus consists of a penetrometer with adjustable head combined with a gear that permits a fine adjustment of the cone position right upon the bitumen sample: the results are showed on a digital display placed, together with an electronic timer in an independent control box.Optionally, refrigerated baths of various sizes are available (please require related technical bulletin): by connecting the bath to the transfer dish it is possible to penetrate samples while immersed in water at 25°C or other test temperatures.

Automatic softening point tester – ASTM D36

The apparatus, in acc. with ASTM D 36 – IP 58 – ISO 4625 is a benchtop model which houses the components and a Panel PC with touch screen. A software running under Microsoft Windows embedded permits to select the test method and the test parameters, run the test automatically, store, retrieve and print data, diagnose and calibrate the instrument offering in the meanwhile all the features of Windows systems such as LAN connectivity. Besides, a unique cooling system, not fitted on other instruments permits to quickly cool down the sample allowing to handle the glassware and to perform a greater number of tests during a day by reducing the dead times between two analysis. The apparatus is suitable also to test coating mixtures and other materials different from bitumen.
The softening point is the temperature at which a disk of the sample held within a horizontal ring is forced downward a distance of 25.4 mm under the mass of a steel ball as the sample is heated at a prescribed rate in a water or glycerine bath.

Low temperature viscosity – ASTM D445

The apparatus consists of a benchtop case hosting the bath and the cooling compressor. One important feature of this apparatus is that the bath is a stainless steel tank (no double-wall glass beaker is used) with a large tempered glass window for a clear view of the inside. The cover of the bath can host two Cannon-Fenske or Ubbelohde capillaries.

Glassware corrosion test – ASTM D1384

The apparatus consists of a benchtop case hosting the heating bath (aluminium block bath also available) and a rear frame with a manifold for the cooling water and a series of supports for the condensers. The main advantage of the aluminium block apparatus is that hot oil and fumes are completely eliminated.

Hydrolytic stability in hydraulic fluids – ASTM D2619

The apparatus consists of a benchtop oven with a turntable inside that can carry four or eight 200 ml Coca-Cola bottles. The turntable rotates the bottles at 5 rpm.

Ageing characteristic of lubricating oils – DIN 51554

The apparatus consists of a benchtop case hosting the heating block and a frame supporting the stirring mechanism. The block has a series of jackets for the sample containers: a turntable permits to assemble the sample containers before putting them in the jackets all together. The block can reach temperatures up to 150°C +/- 0.1°C: it is heated by means of a coaxial heater. The stirring device is actuated by means of an electronically piloted gear reduced motor connected to a cam: it is regulated for 25 rpm.