ANTON PAAR FRANCE

Kinematic Viscometer Series SVM Series Progress and innovation, high-precision craft, and a passion for research – these values define Anton Paar. They underpin the viscosity measurement solutions we"tave been supplying to our customers for over 20 years. Components produced with the highest attention to detail, innovative measuring principles, and well-designed user interfaces represent our standard of quality. Building on our strong technological leadership, the SVM series is once again revolutionizing the world of viscometry, utilizing the latest technology to deliver the best kinematic viscometers on the market. Welcome to New Viscometry! MEASURING PRINCIPLE The highly precise SVM smart viscometers are based on a modified Couette measuring principle and consist of a viscosity cell and a density cell. The compact viscosity measuring cell contains a tube that rotates at constant speed and is filled with sample fluid while a measuring rotor with a built-in magnet floats freely in the sample. The sample’s shear forces drive the rotor while magnetic forces delay its rotation. Shortly after the measurement begins, the rotor reaches equilibrium speed, which translates into the fluid’s viscosity. The kinematic viscosity is automatically calculated from the dynamic viscosity and density of the sample. UNIQUE TECHNOLOGY The patented design of SVM enables tool-free access to the measurement cell. The revolutionary, patented FillingCheck™ monitors the filling quality of the density cell in real-time to ensure the most accurate viscosity measurements. STANDARD COMPLIANCE SVM is the only kinematic viscometer that delivers results in both ASTM D7042 and D445, providing full compliance. Furthermore, SVM’s unique test method is referenced in a multitude of national and international standards, and product specifications such as: - SAE J300 - ASTM D2270 - ASTM D396 - ASTM D975 - A S T M D16 5 5 - ASTM D6751 - ASTM D7467 - JIG AFQRJOS - ISO 23581 SVM 1001 - Kinematic viscosity SVM 1001 SIMPLE FILL - Kinematic viscosity - With funnel filling SVM 2001 - Kinematic viscosity - Dynamic viscosity - Density - Viscosity index (VI@??P (optional@??P SVM 3001 COLD PROPERTIES - Kinematic viscosity - Dynamic viscosity - Density (ASTM D4052@??P - Viscosity index (VI@??P - API grade - Temperature scan - Time scan - Cloud point - Freeze point - Temperature at 12 cSt (viscosity borderline temperature@??P - Standard above freeze point (SFP@??P An SVM for Every Challenge SVM is one of the most trusted kinematic viscometers worldwide. Thousands of customers have been using their SVMs for decades, not only because they're the smartest way to perform measurements, but because several other benefits make a crucial difference inside – and outside – the lab. High flexibility: No need for 12 or more glass capillaries to cover your full viscosity range – measure all your samples with just 1 viscometer. Zero errors: Automatic calculations, along with digital data recoding and storage, provide error-free measurements and excellent traceability. Improved safety: Metal measuring cell for zero glass breakage and Peltier temperature control for safe handling without flammable liquids. Save costs – and the planet: Keep your environmental footprint low&Tr analyze with just 5 mL of sample, 6 mL of solvent, and use only 50 W of p ow e r. Save time: Increase your sample throughput with automated measurements and calibration, and free up operators for other tasks. SVM 2001 / 3001 / 3001 COLD PROPERTIES / 4001 SVM 1001 / 1001 SIMPLE FILL - "%?BQR code + URL to SVM 1001 Video@??P SVM 1001 / 1001 SIMPLE FILL DIESEL FUEL OIL HEAVY FUEL LUBRICANTS IN-SERVICE OIL DIESEL FUEL OIL IN-SERVICE OIL 6 `(! COMPLIANT WITH ASTM D396, D975, D3699, D6158, D6823, D7467, D8029, AND MANY MORE STANDARDS - Ready to measure in less than five minutes - Intuitive user interface guides you through the measurement - For kinematic viscosity at a constant temperature of choice between +12$Q4yC and +10?"EPC; second temperature is available as an option - Results can be shown as ASTM D7042 and D445 (using the integrated ASTM-defined bias correction@??P - Digital data handling for high traceability: no stopwatch, no mathematical errors due to manual calculations, and no manual reporting - Five minute operator time per measurement - Minimal sample required: just 1.5 mL 6 `(! COMPLIANT WITH ASTM D396, D975, D3699, D6158, D6823, D7467, D8029, AND MANY MORE STANDARDS - Pour and play: Directly pour the sample into the funnel, and you're ready to go - No pipette or syringe needed - Effortless cleaning: Pour the solvent into the funnel and let SVM 1001 Simple Fill do the rest - Automatic drying with an integrated air pump prepares the instrument for the next test - Two minute operator time per measurement - 1u4P`8QRF8i $6?7P'Y0AG)?6?7PGV2@?`X@p?6?7P%`?C?@?C!45?!AG)?6?7P94h)!45?!1R?04@p?6?7PrA@c?7!rA@c`dAp0?st)0BGrA@c`dAp!45?!rA@c0 WE glass capillary viscometer - For kinematic viscosity at a constant temperature of choice between +12$Q4yC and +10?"EPC; second temperature is available as an option - 1 unbreakable measuring cell instead of 12 Ubbelohde viscometers SVM 10 01 The Budget-Friendly Choice SVM 1001 Simple Fill Simple. Safe. Magical LUBRICANTS HEAVY FUEL One Instrument, Many Samples The SVM 3001, SVM 3001 Cold Properties, and SVM 4001 are the perfect solution for users who are looking for measurements beyond kinematic viscosity, such as ASTM D4052-compliant density, viscosity index, freeze point, and cloud point, or who require a wider temperature range and advanced automation with full connectivity for traceable data handling. The highly versatile (S?7@?4`0?8Fc 5#Q5RvS#(w?? ??)&uf%`??YC for a wide range of samples from jet fuel to diesel and lubricants across an extensive temperature (-60 °C to +135 °C with SVM 3001) and viscosity (0.2 to 30,000 mm²/s) range in both D7042 and D445. Automated solutions enable fully unattended measurements overnight and during weekends. SVM 2001, 3001, 3001 Cold Properties, or 4001 brings you flexibility you can afford. SVM 2001 / 3001 / 3001 COLD PROPERTIES / 4001 445 inside Implementation of ASTM bias statements for a multitude of samples (e.g., jet fuels, diesel and biodiesel fuels, fuel oils, formulated oils, and residual fuels) means you profit from the full range of benefits that come with our SVM smart viscometers while reporting your results in D7042 and D445. Flexibility for every application dh#r`??p 5#Q?u /4001 let you cover a wide viscosity range, from 0.2 to 30,000 mm²/s, with a single, unbreakable, metal measuring cell. Measure a huge variety of samples with zero capillary changing. Multiple parameters from a single sample SVM 2001/3001/3001 Cold Properties /4001 deliver a number of parameters beyond kinematic viscosity: dynamic viscosity, density, API grades, viscosity index, cloud point, freeze point, temperature at 12 cSt (viscosity borderline temperature), and standard above freeze point (SFP) – all from a single syringe. Gone are the days of having to perform these measurements on different instruments. Wide temperature range The wide temperature range of SVM 3001 (-60 °C to +135 °C) and SVM 3001 Cold Properties (-60 °C %$Qp`H1Er?8$????!?p%PPXh?8 ?0!?3? variety of samples (e.g., jet fuels, diesels, lubricants, waxes) with a single instrument. Temperatures down to -20 °C can be reached without external counter-cooling, and the fast heating and cooling rates of up to +20 °C/min. help you quickly collect information about the properties of your sample across the entire temperature range. Top-quality density measurements dh#r`??p 5#Q?u /4001 don't just measure viscosity but also density. The SVM 3001, SVM 3001 Cold Properties, and SVM 4001 measure density fully compliant with ASTM D4052 and provide additional API parameters (API gravity or ° API). The patented FillingCheck™ monitors the filling quality of the density cell and alerts the user in case of bubbles, which eliminates errors. These unique capabilities make this SVM series the most versatile kinematic viscometer on the market. (`b? COMPLIANT WITH ASTM D396, D975, D3699, D6158, D6823, D7467, D8029, AND MANY MORE STANDARDS - For kinematic viscosity at any temperature between +12$Q4yC and +10?"EPC - 3-digit digital density measurement included - Optional determination of viscosity index (VI@??P - Choice of full automation from a wide portfolio of sample changers: from single sample handling to overnight automation with multi-position samplers - Both heated and non-heated autosamplers are available 6 `(! 3I@??fbw??2#?"x%t
ATU?p?? TPS??C1T?P% A???ATU?p1T?P!X@?@% A?1!Q?1T?Pfbw??4ri?&?T5BBuU?7!ri2s`?% A?1!Q?1T?Pfbw??4ri?@%??9?t&q0!?A)t% A?1!Q?1T?Pfbw??4ri?&?T51u4P`??E??`?!?A)t% A? D2880, D3699, D6158, D6751, D6823, AND MANY MORE STANDARDS - One instrument for all samples – from jet fuel to wax - Widest temperature range – from -6?"EPC to +132$Q4yC - Cooling down to -201GP5
C without external counter-cooling - Rapid heating and cooling rates (up to +201GP5
C/min.@??P - Density measurements according to ASTM D4052 - Quick temperature scan delivers information about the temperature behavior of your sample - FillingCheck'BX? detects bubbles caused by improper filling (as required by ASTM D4052@??P - Connectivity to LIMS and AP Connect for the paperless lab of the future SVM 2001 Out-of-the-Box Flexibility SVM 3001 The Gold Standard CRUDE OIL FUEL (DIESEL, JET, MARINE, BIOFUEL@??P ADDITIVES IN-SERVICE OIL CHEMICALS LUBRICANTS DIESEL FUEL OIL HEAVY FUEL LUBRICANTS IN-SERVICE OIL HEAVY FUEL (`b? 6 `(!3?4!sfbw??2#?"x%t
ATU?p?? TPS??C@`wQ??ATU?p1T?P%GvGe?? TP4p??1T?P??g&?T51u4P`??E??`?E??`?y?a@&?T5 ?F?(x ?(x ?#W??y?a@&?T5?t&q0E??`?????0S& #% A? &?T5?0QX`?YVh1??a1T?P?? TPS??C!UX'1u4P`6r?P#W??7!ri1u4P`0S& #0)?YVhUDq ttR3I3?4!s4p??0S& #sxSBBuU?7!ri??0S& #sxST!ri?t&q0E??`?0S& #1A???S??Cq t@4p??3?4!s4uWE??(x ?7!ri??0S& #% A? AND MANY MORE STANDARDS - Your all-in-one solution for low-temperature applications - Approved for jet fuel certification and fully compliant with ASTM D1655 - Approved for diesel fuel certification and fully compliant with ASTM D975 - Density measurement according to ASTM D4052 - Kinematic viscosity, density, cloud point, and freeze point in one run - Jet fuel viscosity at -2?"EPC and -4?"EPC, and temperature at 12 cSt (viscosity borderline temperature@??P, for safe operation of aircraft engines - Cooling down to -201GP5
C without counter-cooling - Quick temperature scans for pumpability behavior of jet fuel - Cleaning and drying at sub-zero temperatures without warming up in between 6 `(! 6 `(!3?4!sfbw??2#?"x%t
ATU?p?? TPS??C@`wQ??ATU?p1T?P%GvGe?? TP4p??1T?P??g&?T5??1u4P`E??`?(x ?y?a@&?T5??(x ? ?F?BBuU?y?a@&?T5?t&q0#F??R???t&q0y?a@&?T5(x ?#W?? ?F?7!ri0S& #% A? D396, D975, D3699, AND MANY MORE STANDARDS - Fastest viscosity index on the market: Measure in two measuring cells at +4?"EPC and +10?"EPC simultaneously - Fully compliant to ASTM D2270 - Integrated viscosity-temperature extrapolation according to ASTM D341 - Viscosity index from the lowest sample volume on the market (minimum: 2.5 mL@??P - Innovative and dependable dual viscosity and density meters for simultaneous measurements at any two temperatures between +12$Q4yC and +10?"EPC. For example: - +4?"EPC and +10?"EPC for viscosity index of base oils and lube blends - +50 °C and +10?"EPC for viscosity of heavy fuel oils - +12$Q4yC for density and +4?"EPC for viscosity of fuel oils - Self-contained: no additional equipment required "%?Be.g., PC, external software@??P - No tube replacement required SVM 3001 Cold Properties You Can Have It All SVM 4001 Twice the Benefit LUBRICANTS HYDRAULIC FLUIDS FUEL OIL BASE STOCK IN-SERVICE OIL ADDITIVES FORMULATED OIL BRAKE FLUIDS BIODIESEL HEAVY FUEL LUBRICANTS HYDRAULIC FLUIDS JET FUEL DIESEL MAXIMIZE YOUR PRODUCTIVITY FOR IN-SERVICE OIL MEASUREMENTS - SVM 1001: the fastest kinematic viscosity measurements with the lowest acquisition and running costs - Heated magnetic particle trap "%?BMPT) for effective removal of ferromagnetic particles from used oils MEASURE HIGHLY VISCOUS SAMPLES WITH EASE - Hot Filling Attachment (HFA@??P for easy measurement of samples with a high melting or pour point, such as waxes, fuel oils, or heavy fuels, is available for SVM 2001 and SVM 30 01 - Alternatively, the heated sample changers Xsample 610 and 630 provide fully unattended filling and cleaning, along with temperatures of up to +92$Q4yC (available for SVM 2001, SVM 3001, and SVM 4001@??P. HIGH THROUGHPUT VISCOMETER "%?BHTV@??P: WHEN THROUGHPUT IS PARAMOUNT - Ready-made solution based on Anton Paar"tas high-throughput platform (HTX@??P - Customized automation for high sample throughput and/or complex sample handling - Can be equipped with up to eight SVM 2001/3001/ BBuU?#W??#W??BX
?6 `(!&?@?C5?U@Ru?Y2#?%`?C?@?C94h)GV%`?@p?'YGV%YTf&B BRG#F??R#W??#W??BX
? viscometers to process up to 2,500 samples per day - Fully automated cleaning and periodical recalibration with standard oils - Fully compliant with ASTM D7042 Customization That Delivers Results MAKE THE MOST OF YOUR SAMPLE Modulyzers provide multiple parameters from a single sample in only one measuring cycle, delivering all the results you need on one screen at the push of a button. THE ULTIMATE LUBE ANALYZER Modulyzer Oil determines the viscosity index and carbon-type analysis in a single setup in one run 0BX?s a real time saver for laboratories dealing with the quality control of base oils and formulated lubricants such as engine, gear, or transformer oils. Analysis of carbon-type composition and carbon distribution is performed according to ASTM D2140 and D3238. All parameters are automatically calculated and displayed on the SVM screen within six minutes. Choose one turnkey solution instead of three separate measurements. 1T?P?0T0% A?@w?t?"x%t
6r?Pr(pB6r?P3?4!s?1?% A?tR3I?0QX`1T?P% A??YVhiP4p?)?% A??? TP??@!@?``68t?cW% A? Modulyzer Jet Fuel is a versatile solution for jet fuel analysis, which delivers crucial parameters such as viscosity, density, cloud point, freeze point, temperature at 12 cSt, and refractive index – all in a single test. With this configuration, jet fuel certification according to ASTM is economical and resource-optimizing. Operational costs are minimal thanks to low sample and solvent volumes, as well as low energy consumption. In short, Modulyzer Jet Fuel is the best solution on the market at the most competitive price. FIND OUT MORE www.anton-paar.com/apb-modulyzer ASTM D7042: The Better Alternative to D445 PASS INTERNAL AND EXTERNAL AUDITS Do you require complete traceability and consistency during measurement and documentation procedures? The SVM 2001/3001/3001 Cold Properties/4001 viscometers leave a meticulous audit trail and include user management, electronic signature, non-storage mode, and many more features that will help you easily pass internal and external audits. Full compliance with GMP 4 Annex 11 & 15/GLP, ALCOA+, and 21 CFR Part 11** means you're aligned with the data integrity and traceability standards these audits require. YOUR PAPERLESS LAB Eliminate transcription errors, trigger measurements with 10+ parameters, and centralize and access your data – regardless of where your office is located. With the AP Connect lab execution software, your data is just a click away and accessible from any network computer. Streamlining your data flow frees up time for analysis. Digital data handling is your key to an efficient, paperless lab. PETROLEUM INDUSTRY Whether you're certifying jet fuel according to ASTM D1655 or JIG AFQRJOS, performing quality control on diesel or biodiesel (ASTM D975 or ISO 23581), or classifying your engine oils in accordance with SAE J300, SVM is fully compliant with these standards. Additionally, with SVM 3001, SVM 3001 Cold Properties, and SVM 4001, you can measure the density of your petroleum samples according to ASTM D4052/ISO 12185 and determine various API parameters such as API gravity, ° API for crude oil classification, and more. PHARMACEUTICAL INDUSTRY SVM viscometers are fully compliant with USP Chapters 912 and 841,* Ph. Eur. Chapters 2.2.5 and 2.2.10,* and are aligned with PQP qualification requirements.** You're also compliant with 21 CFR Part 11 on data integrity** and thus satisfy all relevant Pharmacopeia and other pharma industry- related standards and regulations. Our ready-to-use PQP documents save you time by reducing the qualification ?`?R&8?v$'r  ??%$Q@uE?A&W@F? FULL COMPLIANCE The ASTM D7042 test method – unique to SVM – is referenced in several national and international standards such as ASTM, ISO, SAE, IP, EN, DIN, DEFSTAN, MIL, GB, GOST, and many more. Years of interlaboratory studies at ASTM have resulted in the ASTM bias corrections in SVM. Bias statements are available for a wide variety of samples, including for formulated oil, diesel, biodiesel, jet fuel, and residual fuel. That’s why D7042 is the official alternative to D445 accepted by ASTM. Just select the desired bias correction on the SVM user interface. SVM does the rest for you and shows the bias-corrected D445 results on the display. This lets you enjoy all the benefits of D7042 while reporting in D445 (if needed). D7042 is also the better and more sustainable alternative to the traditional D445 test method: It requires less sample, less solvent, and much less energy, helping you save time and costs while reducing your environmental footprint. You can also measure a wide variety of samples without having to change capillaries with D7042. One measurement cell instead of several glass capillary viscometers also ensures highly accurate viscosity results, eliminates operator-to-operator variability, and reduces the quality control workload since far fewer documents need to be produced and maintained. *SVM 3001, SVM 3001 Cold Properties, and SVM 4001. ** Not avaliable for SVM 1001 series. Every challenge can be overcome with the right partner. From helping you find the right measurement system to giving you all the background information and education you need, we at Anton Paar are committed to oustanding service and support – whenever you need it. SIGN UP FOR DEMOS & WEBINARS You never stop learning. Neither do we. We regularly offer free online webinars and demonstrations where you can learn about various viscometry topics and meet our experts. Recordings of our previous webinars are available in our library. Interested in an exclusive live demonstration? Then get in touch. DIG IN TO OUR EXTENSIVE KNOWLEDGE DATABASE Access our big content hub of application reports, product documentation, and tutorial videos, or pick up some background knowledge from our Wiki. CONTACT OUR EXPERTS We're proud of our reputation for excellent service and support. We have over 3,400 employees worldwide, a network of more than 30 Anton Paar subsidiaries, and over 60 responsible partners – so one of our viscometry experts is always just a call away and happy to help. Call us to discuss – in your language – solutions to any problems you’re having or challenges you’re facing. We look forward to being your reliable partner. Support & Education ??$VbR of our instruments. That’s why we provide a full &9EPUb?. All new instruments* include repair for three years. You avoid unforeseen costs and can always rely on your instrument. Alongside the warranty we offer a wide range of additional services and maintenance options. * Due to the technology they use, some instruments require maintenance according to a maintenance schedule. Complying with the maintenance schedule is a prerequisite for the three-year warranty. Service and support directly from the manufacturer Our comprehensive service provides you with the best individual coverage for your investment so that maximum uptime is ensured. "q SAFEGUARDING YOUR INVESTMENT Regardless of how intensively you use your instrument, we help you keep your device in good shape and safeguard your investment ? including a three-year warranty. THE SHORTEST RESPONSE TIMEp We know that sometimes it?s urgent. That?s why we provide a response to your inquiry within 24 hours. We give you straightforward help from real people, not from bots. CERTIFIED SERVICE ENGINEERp The seamless and thorough training of our technical experts is the foundation of our excellent service provision. Training and certification are carried out at our own facilities. H?! OUR SERVICE IS GLOBAi Our large service network for customers spans 86 locations with a total of 350 certified service engineers. Wherever you're located, there's always an Anton Paar service engineer nearby. FIND OUT MORE www.anton-paar.com/ apb-visco-webinars FIND OUT MORE www.anton-paar.com/ apb-wiki-visco SVM 1001 SVM 1001 SIMPLE FILL SVM 2001 SVM 3001 SVM 3001 COLD PROPERTIES SVM 4001 1u4P` 1u4P`1u4P` 1u4P`1u4P`1u4P` Patents AT5160588 (B1@??P, US10036695 (B2@??P, CN105424556 AT5160588 (B1@??P, US10036695 (B2@??P, CN105424556, AT516302 (B1@??P, CN105628550 Test methods ASTM D7042, D445 bias corrected, ISO 23581, EN 16896 ASTM D7042, D445 bias corrected, ISO 23581, EN 16896 ASTM D7042, D445 bias corrected, ISO 23581, EN 16896 ASTM D7042, D445 bias corrected, ISO 23581, ?0QX`t?e'1u4P`??(x ?7!ri??y?a@?? TP4p??1T?P7Q??&?T5#F??R#W??E??`? ?F?y?a@ATU?p4p??'s?`?1u4P` ?F?1u4P`(x ?E??`? ASTM D7042, D445 bias corrected, ISO 23581, EN 16896, ASTM D4052, ISO 12185, ASTM D2386 equivalent or better, ASTM D2500 equivalent or better ASTM D7042, D445 bias corrected, ISO 23581, ?0QX`t?e'1u4P`??(x ?7!ri??y?a@?? TP4p??1T?P7Q??&?T5#F??R#W??E??`? ?F?y?a@ATU?p4p??'s?`?1u4P` ?F?1u4P`(x ?E??`? MEASURING RANGE Viscosity 0.3 to 5,000 mmbW?H/s0.3 to 5,000 mmbW?H/s0.2 mmbW?H/s to 30,000 mmbW?H/s 0.2 mmbW?H/s to 30,000 mmbW?H/s*0.2 mmbW?H/s to 30,000 mmbW?H/s0.2 mmbW?H/s to 30,000 mmbW?H/s Density !bbRD!bbRD0 g/cm6`?!o 3 g/cm$FT 0 g/cm6`?!o 3 g/cm$FT0 g/cm6`?!o 3 g/cm$FT0 g/cm6`?!o 3 g/cm$FT Temperature +12$Q4yC to +10?"EPC (+5–e PF to +21?WF@??P "%?Bone temperature as standard, second temperature optional@??P +12$Q4yC to +10?"EPC "%?B+5–e PF to +21?WF@??P -6?"EPC to +132$Q4yC "%?B-7"tQ1uF to +272$Q4yF@??P -6?"EPC to +10?"EPC "%?B-7"tQ1uF to +21?WF@??P +12$Q4yC to +100'sB 6C "%?B+5–e PF to +21?WF@??P PRECISION Viscosity repeatability** #W?? gTG7@ % A? 7v?V#W?? gTG7@ % A? 7v?V#W?? gTG7@ % A? 7v?V #W?? gTG7@ % A? 7v?V#W?? gTG7@ % A? 7v?V#W?? gTG7@ % A? 7v?V Viscosity reproducibility** XV92?BBuU?E??`?% A?7v?VXV92?BBuU?E??`?% A?7v?VXV92?BBuU?E??`?% A?7v?V XV92?BBuU?E??`?% A?7v?VXV92?BBuU?E??`?% A?7v?VXV92?BBuU?E??`?% A?7v?V Density repeatability** !bbRD!bbRD0.0002 g/cm$FT 0.00005 g/cm$FT0.00005 g/cm$FT0.00005 g/cm$FT Density reproducibility** !bbRD!bbRD0.0005 g/cm$FT 0.0001 g/cm$FT0.0001 g/cm$FT0.0001 g/cm$FT Cloud/freeze point repeatability** !bbRD!bbRD!bbRD !bbRD<0.2$Q4yC / <0.2$Q4yC !bbRD Cloud/freeze point reproducibility** !bbRD!bbRD!bbRD !bbRD<2.2$Q4yC / <1.2’?C !bbRD Temperature repeatability 0.002$Q4yC (0.00–e PF@??P0.002$Q4yC (0.00–e PF@??P0.002$Q4yC (0.00–e PF@??P 0.002$Q4yC (0.00–e PF@??P0.002$Q4yC (0.00–e PF@??P0.002$Q4yC (0.00–e PF@??P Temperature reproducibility #W??SQ%#W??H??`$iv& HF)??`#W??SQ%#W??E??`?TQ?$iv?YVh8? "(?x)%`?&?@?CC?
uB1u4P`' ?WA$iv& HF@p?0@XuB1u4P`#W??#w@$iv6 `(! 0.02’?C (0.05BP
1F) from +12$Q4yC to +10?"EPC, 0.02$Q4yC (0.0–e PF) outside this range0.02’?C (0.05BP
1F) from +12$Q4yC to +10?"EPC PERFORMANCE Sample volume min. / typical1.5 mL / 5 mL3.5 mL / 8 mL 1.5 mL / 5 mL 1.5 mL / 5 mL1.5 mL / 5 mL2.5 mL / 6 mL Solvent volume min. / typical 1.5 mL / 6 mL5 mL / 10 mL1.5 mL / 6 mL 1.5 mL / 6 mL1.5 mL / 6 mL2.5 mL / 10 mL Max. sample throughput 37 samples per hour21 samples per hour33 samples per hour 33 samples per hour30 samples per hour 24 samples per hour FEATURES Optional upgradesSecond temperatureSecond temperatureAutomatic VI determination Chemical upgrade kit, modularity with Abbemat refractometers 300/500, 350/550, 450/650 Modularity with Abbemat refractometers 300/500, 350/550, 450/650 Modularity with Abbemat refractometers 300/500, 350/550, 450/650 Accessories Magnetic particle trap (MPT @??P NoneMagnetic particle trap (MPT @??P Hot filling attachment (HFA@??P Magnetic particle trap (MPT @??P Hot filling attachment (HFA@??P Magnetic particle trap (MPT @??P Magnetic particle trap (MPT @??P Automation NoneIntegrated Simple Fill Filling Device Optional Autosampler (Xsample 340, 520, 530, 610, 630) + High-Throughput Platform HTV Optional Autosampler (Xsample 340, 520, 530, 610, 630) + High-Throughput Platform HT V Optional Autosampler (Xsample 340, Xsample 530@??P + High-Throughput Platform HTV Optional Autosampler (Xsample 340, 530, 610, 630) + High-Throughput Platform HT V TECHNICAL DATA Data memory 1,000 measurement results 1,000 measurement results "HID (Human Interface Device@??P 7" touchscreen 10.4" touchscreen, optional keyboard, mouse, and 2D bar code reader Interfaces 4 x USB (3 x A, 1 xB) 4 x USB (3 x A, 1 xB) 4 x USB (2.0 full speed@??P, 1 x Ethernet "%?B100 Mbit@??P, 1 X CAN bus, 1 x RS-232, 1 x VGA 4 x USB (2.0 full speed@??P, 1 x Ethernet (100 Mbit@??P, 1 X CAN bus, 1 x RS-232, 1 x VGA Compliance CE mark; EMC directive EN 61326-1; LV directive EN 61010-1; RoHS CE mark; EMC directive EN 61326-1; LV directive EN 61010-1; RoHS Power supply At instrument: DC, 24 V /3A, AC adapter 90 VAC to 264 VAC, 47 Hat to 63 Hz, < 75W At instrument: DC, 24 V /3A, AC adapter 90 VAC to 264 VAC, 47 Hat to 63 Hz, < 75W AC 100 V to 240 V, 50 Hz to 60 Hz, 250 VA max. AC 100 V to 240 V, 50 Hz to 60 Hz, 250 VA max. Ambient conditions 1u4P`' ?WA$iv& HF@p?0@XBBuU?' ?WA$iv& HF)??`E??`?t?0$ivC6Y?0@p?0@X7!ri' ?WA$iv?YVh3ay?a@0BGrA@c4?Y)@?(x ?5?wri $%`?SQ%6?7P)@?`dAp&?@?C`dAp6r?P!t"C&?@?C`dApA6?p)GV`dAp%YTf&'Y.`dApAG)? 1u4P`' ?WA$iv& HF@p?0@XBBuU?' ?WA$iv& HF)??`E??`?t?0$ivC6Y?0@p?0@X7!ri' ?WA$iv?YVh3ay?a@0BGrA@c4?Y)@?(x ?5?wri $%`?SQ%6?7P)@?`dAp&?@?C`dAp6r?P!t"C&?@?C`dApA6?p)GV`dAp%YTf&'Y.`dApAG)? Net weight in kg (in lbs@??P 5.6 kg (12.3 lbs@??P6.6 kg (14.6 lbs@??P15.9 kg (35.1 lbs) 17.6 kg (38.8 lbs) 18.0 kg (39.7 lbs@??P 17.8 kg (39.2 lbs@??P Dimensions ( W x D x H@??P 26.5 cm x 36.5 cm x 18 cm "%?B10.4 in x 14.4 in x 7.1 in@??P 33 cm x 36.5 cm x 20.5 cm "%?B13 in x 14.4 in x 8.1 in@??P 33 cm x 51 cm x 23.1 cm "%?B13 in x 20 in x 9.1 in@??P 33 cm x 51 cm x 23.1 cm (13 in x 20 in x 9.1 in@??P *Viscosity range with chemical upgrade kit from 1 to 10 000 mPa™'3Ps. **Attested at the points of the works adjustment or at calibration correction points, not including the uncer tainty of the standards. www.anton-paar.com AVH'9 2021 Anton Paar GmbH | All rights reserved. Specifications subject to change without notice. D89IP002EN-J ? 2017 Anton Paar GmbH | All rights reserved. Specifications subject to change without notice.

Kinematic Viscometer Series SVM Series Progress and innovation, high-precision craft, and a passion for research – these values define Anton Paar. They underpin the viscosity measurement solutions we"tave been supplying to our customers for over 20 years. Components produced with the highest attention to detail, innovative measuring principles, and well-designed user interfaces represent our standard of quality. Building on our strong technological leadership, the SVM series is once again revolutionizing the world of viscometry, utilizing the latest technology to deliver the best kinematic viscometers on the market. Welcome to New Viscometry! MEASURING PRINCIPLE The highly precise SVM smart viscometers are based on a modified Couette measuring principle and consist of a viscosity cell and a density cell. The compact viscosity measuring cell contains a tube that rotates at constant speed and is filled with sample fluid while a measuring rotor with a built-in magnet floats freely in the sample. The sample’s shear forces drive the rotor while magnetic forces delay its rotation. Shortly after the measurement begins, the rotor reaches equilibrium speed, which translates into the fluid’s viscosity. The kinematic viscosity is automatically calculated from the dynamic viscosity and density of the sample. UNIQUE TECHNOLOGY The patented design of SVM enables tool-free access to the measurement cell. The revolutionary, patented FillingCheck™ monitors the filling quality of the density cell in real-time to ensure the most accurate viscosity measurements. STANDARD COMPLIANCE SVM is the only kinematic viscometer that delivers results in both ASTM D7042 and D445, providing full compliance. Furthermore, SVM’s unique test method is referenced in a multitude of national and international standards, and product specifications such as: - SAE J300 - ASTM D2270 - ASTM D396 - ASTM D975 - A S T M D16 5 5 - ASTM D6751 - ASTM D7467 - JIG AFQRJOS - ISO 23581 SVM 1001 - Kinematic viscosity SVM 1001 SIMPLE FILL - Kinematic viscosity - With funnel filling SVM 2001 - Kinematic viscosity - Dynamic viscosity - Density - Viscosity index (VI@??P (optional@??P SVM 3001 COLD PROPERTIES - Kinematic viscosity - Dynamic viscosity - Density (ASTM D4052@??P - Viscosity index (VI@??P - API grade - Temperature scan - Time scan - Cloud point - Freeze point - Temperature at 12 cSt (viscosity borderline temperature@??P - Standard above freeze point (SFP@??P An SVM for Every Challenge SVM is one of the most trusted kinematic viscometers worldwide. Thousands of customers have been using their SVMs for decades, not only because they're the smartest way to perform measurements, but because several other benefits make a crucial difference inside – and outside – the lab. High flexibility: No need for 12 or more glass capillaries to cover your full viscosity range – measure all your samples with just 1 viscometer. Zero errors: Automatic calculations, along with digital data recoding and storage, provide error-free measurements and excellent traceability. Improved safety: Metal measuring cell for zero glass breakage and Peltier temperature control for safe handling without flammable liquids. Save costs – and the planet: Keep your environmental footprint low&Tr analyze with just 5 mL of sample, 6 mL of solvent, and use only 50 W of p ow e r. Save time: Increase your sample throughput with automated measurements and calibration, and free up operators for other tasks. SVM 2001 / 3001 / 3001 COLD PROPERTIES / 4001 SVM 1001 / 1001 SIMPLE FILL - "%?BQR code + URL to SVM 1001 Video@??P SVM 1001 / 1001 SIMPLE FILL DIESEL FUEL OIL HEAVY FUEL LUBRICANTS IN-SERVICE OIL DIESEL FUEL OIL IN-SERVICE OIL 6 `(! COMPLIANT WITH ASTM D396, D975, D3699, D6158, D6823, D7467, D8029, AND MANY MORE STANDARDS - Ready to measure in less than five minutes - Intuitive user interface guides you through the measurement - For kinematic viscosity at a constant temperature of choice between +12$Q4yC and +10?"EPC; second temperature is available as an option - Results can be shown as ASTM D7042 and D445 (using the integrated ASTM-defined bias correction@??P - Digital data handling for high traceability: no stopwatch, no mathematical errors due to manual calculations, and no manual reporting - Five minute operator time per measurement - Minimal sample required: just 1.5 mL 6 `(! COMPLIANT WITH ASTM D396, D975, D3699, D6158, D6823, D7467, D8029, AND MANY MORE STANDARDS - Pour and play: Directly pour the sample into the funnel, and you're ready to go - No pipette or syringe needed - Effortless cleaning: Pour the solvent into the funnel and let SVM 1001 Simple Fill do the rest - Automatic drying with an integrated air pump prepares the instrument for the next test - Two minute operator time per measurement - 1u4P`8QRF8i $6?7P'Y0AG)?6?7PGV2@?`X@p?6?7P%`?C?@?C!45?!AG)?6?7P94h)!45?!1R?04@p?6?7PrA@c?7!rA@c`dAp0?st)0BGrA@c`dAp!45?!rA@c0 WE glass capillary viscometer - For kinematic viscosity at a constant temperature of choice between +12$Q4yC and +10?"EPC; second temperature is available as an option - 1 unbreakable measuring cell instead of 12 Ubbelohde viscometers SVM 10 01 The Budget-Friendly Choice SVM 1001 Simple Fill Simple. Safe. Magical LUBRICANTS HEAVY FUEL One Instrument, Many Samples The SVM 3001, SVM 3001 Cold Properties, and SVM 4001 are the perfect solution for users who are looking for measurements beyond kinematic viscosity, such as ASTM D4052-compliant density, viscosity index, freeze point, and cloud point, or who require a wider temperature range and advanced automation with full connectivity for traceable data handling. The highly versatile (S?7@?4`0?8Fc 5#Q5RvS#(w?? ??)&uf%`??YC for a wide range of samples from jet fuel to diesel and lubricants across an extensive temperature (-60 °C to +135 °C with SVM 3001) and viscosity (0.2 to 30,000 mm²/s) range in both D7042 and D445. Automated solutions enable fully unattended measurements overnight and during weekends. SVM 2001, 3001, 3001 Cold Properties, or 4001 brings you flexibility you can afford. SVM 2001 / 3001 / 3001 COLD PROPERTIES / 4001 445 inside Implementation of ASTM bias statements for a multitude of samples (e.g., jet fuels, diesel and biodiesel fuels, fuel oils, formulated oils, and residual fuels) means you profit from the full range of benefits that come with our SVM smart viscometers while reporting your results in D7042 and D445. Flexibility for every application dh#r`??p 5#Q?u /4001 let you cover a wide viscosity range, from 0.2 to 30,000 mm²/s, with a single, unbreakable, metal measuring cell. Measure a huge variety of samples with zero capillary changing. Multiple parameters from a single sample SVM 2001/3001/3001 Cold Properties /4001 deliver a number of parameters beyond kinematic viscosity: dynamic viscosity, density, API grades, viscosity index, cloud point, freeze point, temperature at 12 cSt (viscosity borderline temperature), and standard above freeze point (SFP) – all from a single syringe. Gone are the days of having to perform these measurements on different instruments. Wide temperature range The wide temperature range of SVM 3001 (-60 °C to +135 °C) and SVM 3001 Cold Properties (-60 °C %$Qp`H1Er?8$????!?p%PPXh?8 ?0!?3? variety of samples (e.g., jet fuels, diesels, lubricants, waxes) with a single instrument. Temperatures down to -20 °C can be reached without external counter-cooling, and the fast heating and cooling rates of up to +20 °C/min. help you quickly collect information about the properties of your sample across the entire temperature range. Top-quality density measurements dh#r`??p 5#Q?u /4001 don't just measure viscosity but also density. The SVM 3001, SVM 3001 Cold Properties, and SVM 4001 measure density fully compliant with ASTM D4052 and provide additional API parameters (API gravity or ° API). The patented FillingCheck™ monitors the filling quality of the density cell and alerts the user in case of bubbles, which eliminates errors. These unique capabilities make this SVM series the most versatile kinematic viscometer on the market. (`b? COMPLIANT WITH ASTM D396, D975, D3699, D6158, D6823, D7467, D8029, AND MANY MORE STANDARDS - For kinematic viscosity at any temperature between +12$Q4yC and +10?"EPC - 3-digit digital density measurement included - Optional determination of viscosity index (VI@??P - Choice of full automation from a wide portfolio of sample changers: from single sample handling to overnight automation with multi-position samplers - Both heated and non-heated autosamplers are available 6 `(! 3I@??fbw??2#?"x%t
ATU?p?? TPS??C1T?P% A???ATU?p1T?P!X@?@% A?1!Q?1T?Pfbw??4ri?&?T5BBuU?7!ri2s`?% A?1!Q?1T?Pfbw??4ri?@%??9?t&q0!?A)t% A?1!Q?1T?Pfbw??4ri?&?T51u4P`??E??`?!?A)t% A? D2880, D3699, D6158, D6751, D6823, AND MANY MORE STANDARDS - One instrument for all samples – from jet fuel to wax - Widest temperature range – from -6?"EPC to +132$Q4yC - Cooling down to -201GP5
C without external counter-cooling - Rapid heating and cooling rates (up to +201GP5
C/min.@??P - Density measurements according to ASTM D4052 - Quick temperature scan delivers information about the temperature behavior of your sample - FillingCheck'BX? detects bubbles caused by improper filling (as required by ASTM D4052@??P - Connectivity to LIMS and AP Connect for the paperless lab of the future SVM 2001 Out-of-the-Box Flexibility SVM 3001 The Gold Standard CRUDE OIL FUEL (DIESEL, JET, MARINE, BIOFUEL@??P ADDITIVES IN-SERVICE OIL CHEMICALS LUBRICANTS DIESEL FUEL OIL HEAVY FUEL LUBRICANTS IN-SERVICE OIL HEAVY FUEL (`b? 6 `(!3?4!sfbw??2#?"x%t
ATU?p?? TPS??C@`wQ??ATU?p1T?P%GvGe?? TP4p??1T?P??g&?T51u4P`??E??`?E??`?y?a@&?T5 ?F?(x ?(x ?#W??y?a@&?T5?t&q0E??`?????0S& #% A? &?T5?0QX`?YVh1??a1T?P?? TPS??C!UX'1u4P`6r?P#W??7!ri1u4P`0S& #0)?YVhUDq ttR3I3?4!s4p??0S& #sxSBBuU?7!ri??0S& #sxST!ri?t&q0E??`?0S& #1A???S??Cq t@4p??3?4!s4uWE??(x ?7!ri??0S& #% A? AND MANY MORE STANDARDS - Your all-in-one solution for low-temperature applications - Approved for jet fuel certification and fully compliant with ASTM D1655 - Approved for diesel fuel certification and fully compliant with ASTM D975 - Density measurement according to ASTM D4052 - Kinematic viscosity, density, cloud point, and freeze point in one run - Jet fuel viscosity at -2?"EPC and -4?"EPC, and temperature at 12 cSt (viscosity borderline temperature@??P, for safe operation of aircraft engines - Cooling down to -201GP5
C without counter-cooling - Quick temperature scans for pumpability behavior of jet fuel - Cleaning and drying at sub-zero temperatures without warming up in between 6 `(! 6 `(!3?4!sfbw??2#?"x%t
ATU?p?? TPS??C@`wQ??ATU?p1T?P%GvGe?? TP4p??1T?P??g&?T5??1u4P`E??`?(x ?y?a@&?T5??(x ? ?F?BBuU?y?a@&?T5?t&q0#F??R???t&q0y?a@&?T5(x ?#W?? ?F?7!ri0S& #% A? D396, D975, D3699, AND MANY MORE STANDARDS - Fastest viscosity index on the market: Measure in two measuring cells at +4?"EPC and +10?"EPC simultaneously - Fully compliant to ASTM D2270 - Integrated viscosity-temperature extrapolation according to ASTM D341 - Viscosity index from the lowest sample volume on the market (minimum: 2.5 mL@??P - Innovative and dependable dual viscosity and density meters for simultaneous measurements at any two temperatures between +12$Q4yC and +10?"EPC. For example: - +4?"EPC and +10?"EPC for viscosity index of base oils and lube blends - +50 °C and +10?"EPC for viscosity of heavy fuel oils - +12$Q4yC for density and +4?"EPC for viscosity of fuel oils - Self-contained: no additional equipment required "%?Be.g., PC, external software@??P - No tube replacement required SVM 3001 Cold Properties You Can Have It All SVM 4001 Twice the Benefit LUBRICANTS HYDRAULIC FLUIDS FUEL OIL BASE STOCK IN-SERVICE OIL ADDITIVES FORMULATED OIL BRAKE FLUIDS BIODIESEL HEAVY FUEL LUBRICANTS HYDRAULIC FLUIDS JET FUEL DIESEL MAXIMIZE YOUR PRODUCTIVITY FOR IN-SERVICE OIL MEASUREMENTS - SVM 1001: the fastest kinematic viscosity measurements with the lowest acquisition and running costs - Heated magnetic particle trap "%?BMPT) for effective removal of ferromagnetic particles from used oils MEASURE HIGHLY VISCOUS SAMPLES WITH EASE - Hot Filling Attachment (HFA@??P for easy measurement of samples with a high melting or pour point, such as waxes, fuel oils, or heavy fuels, is available for SVM 2001 and SVM 30 01 - Alternatively, the heated sample changers Xsample 610 and 630 provide fully unattended filling and cleaning, along with temperatures of up to +92$Q4yC (available for SVM 2001, SVM 3001, and SVM 4001@??P. HIGH THROUGHPUT VISCOMETER "%?BHTV@??P: WHEN THROUGHPUT IS PARAMOUNT - Ready-made solution based on Anton Paar"tas high-throughput platform (HTX@??P - Customized automation for high sample throughput and/or complex sample handling - Can be equipped with up to eight SVM 2001/3001/ BBuU?#W??#W??BX
?6 `(!&?@?C5?U@Ru?Y2#?%`?C?@?C94h)GV%`?@p?'YGV%YTf&B BRG#F??R#W??#W??BX
? viscometers to process up to 2,500 samples per day - Fully automated cleaning and periodical recalibration with standard oils - Fully compliant with ASTM D7042 Customization That Delivers Results MAKE THE MOST OF YOUR SAMPLE Modulyzers provide multiple parameters from a single sample in only one measuring cycle, delivering all the results you need on one screen at the push of a button. THE ULTIMATE LUBE ANALYZER Modulyzer Oil determines the viscosity index and carbon-type analysis in a single setup in one run 0BX?s a real time saver for laboratories dealing with the quality control of base oils and formulated lubricants such as engine, gear, or transformer oils. Analysis of carbon-type composition and carbon distribution is performed according to ASTM D2140 and D3238. All parameters are automatically calculated and displayed on the SVM screen within six minutes. Choose one turnkey solution instead of three separate measurements. 1T?P?0T0% A?@w?t?"x%t
6r?Pr(pB6r?P3?4!s?1?% A?tR3I?0QX`1T?P% A??YVhiP4p?)?% A??? TP??@!@?``68t?cW% A? Modulyzer Jet Fuel is a versatile solution for jet fuel analysis, which delivers crucial parameters such as viscosity, density, cloud point, freeze point, temperature at 12 cSt, and refractive index – all in a single test. With this configuration, jet fuel certification according to ASTM is economical and resource-optimizing. Operational costs are minimal thanks to low sample and solvent volumes, as well as low energy consumption. In short, Modulyzer Jet Fuel is the best solution on the market at the most competitive price. FIND OUT MORE www.anton-paar.com/apb-modulyzer ASTM D7042: The Better Alternative to D445 PASS INTERNAL AND EXTERNAL AUDITS Do you require complete traceability and consistency during measurement and documentation procedures? The SVM 2001/3001/3001 Cold Properties/4001 viscometers leave a meticulous audit trail and include user management, electronic signature, non-storage mode, and many more features that will help you easily pass internal and external audits. Full compliance with GMP 4 Annex 11 & 15/GLP, ALCOA+, and 21 CFR Part 11** means you're aligned with the data integrity and traceability standards these audits require. YOUR PAPERLESS LAB Eliminate transcription errors, trigger measurements with 10+ parameters, and centralize and access your data – regardless of where your office is located. With the AP Connect lab execution software, your data is just a click away and accessible from any network computer. Streamlining your data flow frees up time for analysis. Digital data handling is your key to an efficient, paperless lab. PETROLEUM INDUSTRY Whether you're certifying jet fuel according to ASTM D1655 or JIG AFQRJOS, performing quality control on diesel or biodiesel (ASTM D975 or ISO 23581), or classifying your engine oils in accordance with SAE J300, SVM is fully compliant with these standards. Additionally, with SVM 3001, SVM 3001 Cold Properties, and SVM 4001, you can measure the density of your petroleum samples according to ASTM D4052/ISO 12185 and determine various API parameters such as API gravity, ° API for crude oil classification, and more. PHARMACEUTICAL INDUSTRY SVM viscometers are fully compliant with USP Chapters 912 and 841,* Ph. Eur. Chapters 2.2.5 and 2.2.10,* and are aligned with PQP qualification requirements.** You're also compliant with 21 CFR Part 11 on data integrity** and thus satisfy all relevant Pharmacopeia and other pharma industry- related standards and regulations. Our ready-to-use PQP documents save you time by reducing the qualification ?`?R&8?v$'r  ??%$Q@uE?A&W@F? FULL COMPLIANCE The ASTM D7042 test method – unique to SVM – is referenced in several national and international standards such as ASTM, ISO, SAE, IP, EN, DIN, DEFSTAN, MIL, GB, GOST, and many more. Years of interlaboratory studies at ASTM have resulted in the ASTM bias corrections in SVM. Bias statements are available for a wide variety of samples, including for formulated oil, diesel, biodiesel, jet fuel, and residual fuel. That’s why D7042 is the official alternative to D445 accepted by ASTM. Just select the desired bias correction on the SVM user interface. SVM does the rest for you and shows the bias-corrected D445 results on the display. This lets you enjoy all the benefits of D7042 while reporting in D445 (if needed). D7042 is also the better and more sustainable alternative to the traditional D445 test method: It requires less sample, less solvent, and much less energy, helping you save time and costs while reducing your environmental footprint. You can also measure a wide variety of samples without having to change capillaries with D7042. One measurement cell instead of several glass capillary viscometers also ensures highly accurate viscosity results, eliminates operator-to-operator variability, and reduces the quality control workload since far fewer documents need to be produced and maintained. *SVM 3001, SVM 3001 Cold Properties, and SVM 4001. ** Not avaliable for SVM 1001 series. Every challenge can be overcome with the right partner. From helping you find the right measurement system to giving you all the background information and education you need, we at Anton Paar are committed to oustanding service and support – whenever you need it. SIGN UP FOR DEMOS & WEBINARS You never stop learning. Neither do we. We regularly offer free online webinars and demonstrations where you can learn about various viscometry topics and meet our experts. Recordings of our previous webinars are available in our library. Interested in an exclusive live demonstration? Then get in touch. DIG IN TO OUR EXTENSIVE KNOWLEDGE DATABASE Access our big content hub of application reports, product documentation, and tutorial videos, or pick up some background knowledge from our Wiki. CONTACT OUR EXPERTS We're proud of our reputation for excellent service and support. We have over 3,400 employees worldwide, a network of more than 30 Anton Paar subsidiaries, and over 60 responsible partners – so one of our viscometry experts is always just a call away and happy to help. Call us to discuss – in your language – solutions to any problems you’re having or challenges you’re facing. We look forward to being your reliable partner. Support & Education ??$VbR of our instruments. That’s why we provide a full &9EPUb?. All new instruments* include repair for three years. You avoid unforeseen costs and can always rely on your instrument. Alongside the warranty we offer a wide range of additional services and maintenance options. * Due to the technology they use, some instruments require maintenance according to a maintenance schedule. Complying with the maintenance schedule is a prerequisite for the three-year warranty. Service and support directly from the manufacturer Our comprehensive service provides you with the best individual coverage for your investment so that maximum uptime is ensured. "q SAFEGUARDING YOUR INVESTMENT Regardless of how intensively you use your instrument, we help you keep your device in good shape and safeguard your investment ? including a three-year warranty. THE SHORTEST RESPONSE TIMEp We know that sometimes it?s urgent. That?s why we provide a response to your inquiry within 24 hours. We give you straightforward help from real people, not from bots. CERTIFIED SERVICE ENGINEERp The seamless and thorough training of our technical experts is the foundation of our excellent service provision. Training and certification are carried out at our own facilities. H?! OUR SERVICE IS GLOBAi Our large service network for customers spans 86 locations with a total of 350 certified service engineers. Wherever you're located, there's always an Anton Paar service engineer nearby. FIND OUT MORE www.anton-paar.com/ apb-visco-webinars FIND OUT MORE www.anton-paar.com/ apb-wiki-visco SVM 1001 SVM 1001 SIMPLE FILL SVM 2001 SVM 3001 SVM 3001 COLD PROPERTIES SVM 4001 1u4P` 1u4P`1u4P` 1u4P`1u4P`1u4P` Patents AT5160588 (B1@??P, US10036695 (B2@??P, CN105424556 AT5160588 (B1@??P, US10036695 (B2@??P, CN105424556, AT516302 (B1@??P, CN105628550 Test methods ASTM D7042, D445 bias corrected, ISO 23581, EN 16896 ASTM D7042, D445 bias corrected, ISO 23581, EN 16896 ASTM D7042, D445 bias corrected, ISO 23581, EN 16896 ASTM D7042, D445 bias corrected, ISO 23581, ?0QX`t?e'1u4P`??(x ?7!ri??y?a@?? TP4p??1T?P7Q??&?T5#F??R#W??E??`? ?F?y?a@ATU?p4p??'s?`?1u4P` ?F?1u4P`(x ?E??`? ASTM D7042, D445 bias corrected, ISO 23581, EN 16896, ASTM D4052, ISO 12185, ASTM D2386 equivalent or better, ASTM D2500 equivalent or better ASTM D7042, D445 bias corrected, ISO 23581, ?0QX`t?e'1u4P`??(x ?7!ri??y?a@?? TP4p??1T?P7Q??&?T5#F??R#W??E??`? ?F?y?a@ATU?p4p??'s?`?1u4P` ?F?1u4P`(x ?E??`? MEASURING RANGE Viscosity 0.3 to 5,000 mmbW?H/s0.3 to 5,000 mmbW?H/s0.2 mmbW?H/s to 30,000 mmbW?H/s 0.2 mmbW?H/s to 30,000 mmbW?H/s*0.2 mmbW?H/s to 30,000 mmbW?H/s0.2 mmbW?H/s to 30,000 mmbW?H/s Density !bbRD!bbRD0 g/cm6`?!o 3 g/cm$FT 0 g/cm6`?!o 3 g/cm$FT0 g/cm6`?!o 3 g/cm$FT0 g/cm6`?!o 3 g/cm$FT Temperature +12$Q4yC to +10?"EPC (+5–e PF to +21?WF@??P "%?Bone temperature as standard, second temperature optional@??P +12$Q4yC to +10?"EPC "%?B+5–e PF to +21?WF@??P -6?"EPC to +132$Q4yC "%?B-7"tQ1uF to +272$Q4yF@??P -6?"EPC to +10?"EPC "%?B-7"tQ1uF to +21?WF@??P +12$Q4yC to +100'sB 6C "%?B+5–e PF to +21?WF@??P PRECISION Viscosity repeatability** #W?? gTG7@ % A? 7v?V#W?? gTG7@ % A? 7v?V#W?? gTG7@ % A? 7v?V #W?? gTG7@ % A? 7v?V#W?? gTG7@ % A? 7v?V#W?? gTG7@ % A? 7v?V Viscosity reproducibility** XV92?BBuU?E??`?% A?7v?VXV92?BBuU?E??`?% A?7v?VXV92?BBuU?E??`?% A?7v?V XV92?BBuU?E??`?% A?7v?VXV92?BBuU?E??`?% A?7v?VXV92?BBuU?E??`?% A?7v?V Density repeatability** !bbRD!bbRD0.0002 g/cm$FT 0.00005 g/cm$FT0.00005 g/cm$FT0.00005 g/cm$FT Density reproducibility** !bbRD!bbRD0.0005 g/cm$FT 0.0001 g/cm$FT0.0001 g/cm$FT0.0001 g/cm$FT Cloud/freeze point repeatability** !bbRD!bbRD!bbRD !bbRD<0.2$Q4yC / <0.2$Q4yC !bbRD Cloud/freeze point reproducibility** !bbRD!bbRD!bbRD !bbRD<2.2$Q4yC / <1.2’?C !bbRD Temperature repeatability 0.002$Q4yC (0.00–e PF@??P0.002$Q4yC (0.00–e PF@??P0.002$Q4yC (0.00–e PF@??P 0.002$Q4yC (0.00–e PF@??P0.002$Q4yC (0.00–e PF@??P0.002$Q4yC (0.00–e PF@??P Temperature reproducibility #W??SQ%#W??H??`$iv& HF)??`#W??SQ%#W??E??`?TQ?$iv?YVh8? "(?x)%`?&?@?CC?
uB1u4P`' ?WA$iv& HF@p?0@XuB1u4P`#W??#w@$iv6 `(! 0.02’?C (0.05BP
1F) from +12$Q4yC to +10?"EPC, 0.02$Q4yC (0.0–e PF) outside this range0.02’?C (0.05BP
1F) from +12$Q4yC to +10?"EPC PERFORMANCE Sample volume min. / typical1.5 mL / 5 mL3.5 mL / 8 mL 1.5 mL / 5 mL 1.5 mL / 5 mL1.5 mL / 5 mL2.5 mL / 6 mL Solvent volume min. / typical 1.5 mL / 6 mL5 mL / 10 mL1.5 mL / 6 mL 1.5 mL / 6 mL1.5 mL / 6 mL2.5 mL / 10 mL Max. sample throughput 37 samples per hour21 samples per hour33 samples per hour 33 samples per hour30 samples per hour 24 samples per hour FEATURES Optional upgradesSecond temperatureSecond temperatureAutomatic VI determination Chemical upgrade kit, modularity with Abbemat refractometers 300/500, 350/550, 450/650 Modularity with Abbemat refractometers 300/500, 350/550, 450/650 Modularity with Abbemat refractometers 300/500, 350/550, 450/650 Accessories Magnetic particle trap (MPT @??P NoneMagnetic particle trap (MPT @??P Hot filling attachment (HFA@??P Magnetic particle trap (MPT @??P Hot filling attachment (HFA@??P Magnetic particle trap (MPT @??P Magnetic particle trap (MPT @??P Automation NoneIntegrated Simple Fill Filling Device Optional Autosampler (Xsample 340, 520, 530, 610, 630) + High-Throughput Platform HTV Optional Autosampler (Xsample 340, 520, 530, 610, 630) + High-Throughput Platform HT V Optional Autosampler (Xsample 340, Xsample 530@??P + High-Throughput Platform HTV Optional Autosampler (Xsample 340, 530, 610, 630) + High-Throughput Platform HT V TECHNICAL DATA Data memory 1,000 measurement results 1,000 measurement results "HID (Human Interface Device@??P 7" touchscreen 10.4" touchscreen, optional keyboard, mouse, and 2D bar code reader Interfaces 4 x USB (3 x A, 1 xB) 4 x USB (3 x A, 1 xB) 4 x USB (2.0 full speed@??P, 1 x Ethernet "%?B100 Mbit@??P, 1 X CAN bus, 1 x RS-232, 1 x VGA 4 x USB (2.0 full speed@??P, 1 x Ethernet (100 Mbit@??P, 1 X CAN bus, 1 x RS-232, 1 x VGA Compliance CE mark; EMC directive EN 61326-1; LV directive EN 61010-1; RoHS CE mark; EMC directive EN 61326-1; LV directive EN 61010-1; RoHS Power supply At instrument: DC, 24 V /3A, AC adapter 90 VAC to 264 VAC, 47 Hat to 63 Hz, < 75W At instrument: DC, 24 V /3A, AC adapter 90 VAC to 264 VAC, 47 Hat to 63 Hz, < 75W AC 100 V to 240 V, 50 Hz to 60 Hz, 250 VA max. AC 100 V to 240 V, 50 Hz to 60 Hz, 250 VA max. Ambient conditions 1u4P`' ?WA$iv& HF@p?0@XBBuU?' ?WA$iv& HF)??`E??`?t?0$ivC6Y?0@p?0@X7!ri' ?WA$iv?YVh3ay?a@0BGrA@c4?Y)@?(x ?5?wri $%`?SQ%6?7P)@?`dAp&?@?C`dAp6r?P!t"C&?@?C`dApA6?p)GV`dAp%YTf&'Y.`dApAG)? 1u4P`' ?WA$iv& HF@p?0@XBBuU?' ?WA$iv& HF)??`E??`?t?0$ivC6Y?0@p?0@X7!ri' ?WA$iv?YVh3ay?a@0BGrA@c4?Y)@?(x ?5?wri $%`?SQ%6?7P)@?`dAp&?@?C`dAp6r?P!t"C&?@?C`dApA6?p)GV`dAp%YTf&'Y.`dApAG)? Net weight in kg (in lbs@??P 5.6 kg (12.3 lbs@??P6.6 kg (14.6 lbs@??P15.9 kg (35.1 lbs) 17.6 kg (38.8 lbs) 18.0 kg (39.7 lbs@??P 17.8 kg (39.2 lbs@??P Dimensions ( W x D x H@??P 26.5 cm x 36.5 cm x 18 cm "%?B10.4 in x 14.4 in x 7.1 in@??P 33 cm x 36.5 cm x 20.5 cm "%?B13 in x 14.4 in x 8.1 in@??P 33 cm x 51 cm x 23.1 cm "%?B13 in x 20 in x 9.1 in@??P 33 cm x 51 cm x 23.1 cm (13 in x 20 in x 9.1 in@??P *Viscosity range with chemical upgrade kit from 1 to 10 000 mPa™'3Ps. **Attested at the points of the works adjustment or at calibration correction points, not including the uncer tainty of the standards. www.anton-paar.com AVH'9 2021 Anton Paar GmbH | All rights reserved. Specifications subject to change without notice. D89IP002EN-J ? 2017 Anton Paar GmbH | All rights reserved. Specifications subject to change without notice.

Nanoindentation tester 'Gu
??qbp Product name Hit 300: Simple. Power ful. HIT YOUR TARGET EVERY TIME Be?` Nanoindentation for everyone: A premium nanoindentation instrument for less than half the price of compara\ ble instruments. Be?` The simplest-to-use nanoindentation instrument on the market: An intuitive user interface, laser targeting and highly automated measur\ ements (600/h while you’re away). Be?` Active anti-vibration damping: Accurate measurements in every environment from labs to production facilities. Be?` Remarkably robust: We're offering a 3-year warranty. Be?` Ready to go: Open the box and start measuring in 15 minutes. Inspired by decades of experience, drawing from a high-class portfolio of instrumented indentation testers, Anton Paar brings you Hit 300: a premium yet highly affordable nanoindentation instrument. The simplified interface is self-explanatory. Automation lets you run 600 measurements per hour, while you’re away. Active anti-vibration damping and a unique 2-laser targeting system make it accurate to )v)88u9d?0BGC?
'Y?7!rA@c5?U0 W(GV`dAps?A?'YB`?C?@?C`dAp0BGGV`dAp@p?%YTf&)@?4p??@p?rA@c%`?@p?'Y`dAp)'YNR?04!45?!qP4(?x)C?@?C2@?`X(?x)'YB`?BYTf&1R?04 use takes 15 minutes, and you go from training to results in an hour. Hit 300 – a delightful fusion of simplicity and power. INDENTATION TESTING FOR EVERYONE Easily determine: - hardness - elastic modulus - viscoelastic properties - depth profiling of thin films, coatings, or bulk materials THE APPROVED METHOD IS STRAIGHTFORWARD: - An indenter tip is driven into a specific area of a material via application of an increasing normal load. - The indentation depth is monitored with a displacement sensor. - The resulting load vs. indentation depth curves provide data specific to the mechanical nature of the material under examination. - The results are 100 % compliant with industry &Ddy$P4AWsu1?UfxrVU7?7' NOT AN EXPERT, NOT A PROBLEM Indentation testing is incredibly convenient with Hit 300 – no expertise is necessary. The indenter is already mounted. Exchange and calibration take less than 15 min. The top surface reference ring makes any subsequent measurement correction due to thermal influences negligible and protects the measuring part from collision. The only input the step-by-step software needs is the type of sample and the measuring mode and then you’re good to go. ??#W??#W??% A? T#%?? TP4p??va?' ?0QX` T#%S??C1T?P4p??BUt8(3?4!sva?' % A? WHILE YOU’RE AWAY. Define arrays of indentation measurements, with spacing from a few micrometers to several millimeters, with the accurate X motorized table. Run up to 600 measurements per hour while you’re away doing something else. HIT YOUR TARGET EVERY TIME Achieve <1 mm accuracy. How? A unique 2-laser targeting system directly marks where the sample is going to be measured. MEASURE WHEREVER, FROM LABS TO PRODUCTION FACILITIES Install your instrument wherever you want. It’s compact and the integrated active anti-vibration table is the fastest, most efficient vibration damping solution on the market. CLEAR VIEW OF THE SAMPLE Optionally equip Hit 300 with an optical video camera to further visualize the measured sample area. The high resolution camera provides a >6.5 cm x >6.5 cm view of your sample, while a digital zoom, controlled by the software, allows observing the tiniest details of its surface. The simplest- to-use, most robust nanoindentation instrument on the market ???X INSTALL THE SAMPLE q?t? IDENTIFY THE SAMPLE %4?ECHOOSE THE INDENTATION MODE (Y?pECHOOSE THE PARAMETERS 1"?c?7(X??1?Ei?5x?663?"9%`?T?Ct???NHxqP$???1?Ei? accessory kit with each instrument. Then mount your own sample. Create a new measurement group by identifying your sample and its material properties. Don’t know yv )PwW?'4?Rc0??!Gx"?b?r?1?Ei??v76GF't?FR1?Ei? pre-configured list and proceed to the measurement window without manually entering the material properties. Choose between the 3 quasi static modes: linear, quadratic and constant strain-rate or the dynamic sinus mode. After choosing the mode, see the corresponding illustration of the indentation curve in the same window. To make the measurement definition easier, the different parameters are illustrated with pictures. The meaning of each parameter is additionally described in the “hint” boxes which appear when the cursor is on the name of a parameter. 8?XPC HIT THE SAMPLE WITH THE LASER 5
i4? PERFORM THE MEASUREMENTS TaANALYZE THE RESULTS wEXPORT AND PRINT THE REPORT Now target the area to be measured with the laser. The indent is set at the intercept of the two laser lines. Add a camera, to more closely observe the area below. ?F?G1?Ei?$ d0?)(?0(FS?p)@?1sh)1?Ei? indentation curve live on-screen. With only one click on the “analyze statistics” icon, your measurement results are ready to be displayed and %IFB((5?v?I$tU??1Rh8?5???98"?20 Click and export your measurement results as a PDF report. Additionally, export your data as txt file, choose the number of data points, plot them in different forms and much more. Open the box and start measuring in 15 minutes From instrument installation to first measurement in 15 minutes, from training to results in an hour. The software interface has everything you need in a single view. The interface leads you through the whole measurement procedure so the only thing you need to think about is which sample you want to measure next. No matter the material, Hit 300 delivers high-quality results Hit 300 offers by default the two most popular indentation modes: quasi static mode with different types of loading segments (linear, constant strain rate and quadratic), and ?8 ?0A6?p)1
i ?`dAprA@c0BG'Y0PE'0BG&?@?CA6?p)@t? t)??`4p??'Y.`dAp!45?!"W6?X0BG&?@?CA6?p)GV8? "rA@c5?U%YTf&0@X?P`dAp&?@?CXFr)?7!rA@c"W6?X?i#?6 `(!&?@?C`dAp@p?'Y`dAp!45?!&?@?C!45?!"W6?u 4p??@p?'YE?x)Y???GV%YTf&%YTf&% A?fbw???V2?%YTf&!45?!%`?T??%p7C3Q@p?SQ%)6R Quasi static mode is most commonly used to perform standard instrumented hardness and instrumented elastic modulus measurements on many different types of coatings and bulk materials (e.g metals, ceramics, polymers). Dynamic mode is used to obtain depth-related properties of coatings and specially treated surfaces and to acquire information on the viscoelastic properties of polymers. BULK POLYMERS If you need information on the viscoelastic behavior of polymers, sinus mode with constant strain rate loading is the perfect choice. Viscoelastic properties are represented by the storage and loss moduli and the loss factor (tan f0?), shown in the statistics window. The higher the loss factor, the more viscous the material. For example, three sinus $ d0??8cP%PPXh?8 ?04A@1HxqP with the maximum load of 200mN, sinus amplitude maximum 20mN and oscillating frequency 5 Hz. C OAT I N G S To measure the instrumented hardness and elastic modulus of thin coatings, quasi static mode is used with a penetration depth that should not exceed 10 % of the coating thickness. To evaluate the depth-related properties of a sample, i.e. the evolution of mechanical properties over depth, sinus mode is the perfect choice. Hit 300 is specially designed to measure hard coatings like PVD/CVD in the tooling industry, and DLC coatings for piston rings or nozzles in the automotive industry. Measurements of H IT and E IT Here’s an example where five measurements were performed to obtain the instrumented hardness and elastic modulus information on ?8 ?0@Ux?Xbg832Bu$siG79 Quasi static mode with linear loading and the maximum force of 25mN was used. Figure 1: Typical force vs. displacement curve Figure 3: Result E’/E’’ curve, tan Delta Figure 2: Typical indentation curve FIND OUT fbw??2iS ?FW!U#E14 !X@?@ATU?p9iy5BBuU?#W??#W?? 1u4P` fbw??rA@c4?Y%`@C!45?!0BG% A?5?U"?v A6?p) 500 mN Load noise floor [rms] 2y BX
? pqS??C Load resolution XV92?#W?? ?F?% A? pqS??C Depth range ge 4?x#W??% A? pq0Bd Depth resolution 0.01 nm Depth noise floor [rms] aPSQ%BBuU?% A?5G)e Frame compliance aPSQ%BBuU?% A?B4AB BRGS??C fbw??$HV`&?@?C%`?DYA))??Y?R5?@@p?rA@cA00P5?U@t? t@p?%`?5rA@cs?A?GV0 W(%`?5rA@c`dApAG)?Gs #F??R5?wr0BG0BG fbw??rA@c`dAp!45?!rA@c0 W(BT ?@p?rA@cA00P5?U@t? t@p?%`?5rA@cs?A?GV0 W(%`?5rA@c`dApAG)?Gs #F??R5?wr0BG0BG Anti vibration table included @!@GV%YTf&y?a@rA@c!t"C@p?'Ys?A?@t? tGV5?UGV!t"C@p?%`?C?@?C`dAp'YPE'%YTf&1
i ?%YTf&@p?GV0Bd Laser indicating indentation position Crosshair Optional video camera )?qGBBuU?4?Y% A?0BGrA@cAG)?`dApAfr7TYxb?rA@c@p?S??%0S& #% A?%`?4GV%YTf&?7T P4?d#S??%% A?E??`?0S& ##W??#F??R% A?B
yYtAG)?rA@c94h)'Y4?YGV5?U Dimensions (width x depth x height)  ?F???t?00BGC?
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#)???#F??R ?F?5?wr0BG0Bd Weight 13, 5 kg 4p??@p?rA@cp?CrA@c%`?A6?p)% A?!t"C&?@?C"??gI'Y5rA@cT?3?GV ATU?p4p??'s?`?1u4P`#F??RE??`??t&q0?t&q0y?a@ATU?p4p??'s?`???E??`?#W???t&q0y?a@ATU?p4p??'s?`?1u4P`7!ri ?F??t&q0(x ?0S& # ATU?p4p??'s?`?#F??RE??`?1u4P`??y?a@?? TP4p??1T?P7Q???0QX` ?F?E??`?#F??R??y?a@?? TP4p??1T?P7Q???0QX`BBuU?(x ?#F??Ry?a@?? TP4p??1T?P7Q??!hV1E??`??t&q0(x ? NEW TO THE FIELD? Want to learn more about instrumented indentation testing? We’ve got a textbook, articles and multiple application reports for you. Our educational package has the VD20?ss?ABF??G?7(X??'Qd?3????q? 43`4Icpy?a@!? $?c??? and measurement procedures/parameters. It’s a great way to get to know the instrument and the field. The package is available on request. When you’re ready to measure, “Recommended Parameters and Troubleshooting for Instrumented Indentation Testing” is at hand. 2X?#V%`?Pd?0@!@Vq"$?528?780t8@FaX6(E?6GF't?FRC??c$?P?we4 Just contact a member of our global support team and they’ll be happy\ to assist. MORE ABOUT THE THEORY OF INSTRUMENTED INDENTATION TESTING: www.anton-paar.com/wiki-iit APPLICATION REPORTS: www.anton-paar.com/hit300-documents ?? 3s of our instruments. That’s why we provide ?#?2?r? All new instruments* include repair for 3 years. @!@%
#?7?Hft1@gi?1?%!??0s?1Rh8?528?%`?dGtP%PPXh)D )va"@ Alongside the warranty we offer a wide range of additional services and maintenance options. * Due to the technology they use, some instruments require maintenance according to a maintenance schedule. Complying with the maintenance schedule is a prerequisite for the 3-year warranty. Get to know the instrument and the field www.anton-paar.com © 2021 Anton Paar GmbH | All rights reserved. Specifications subject to change without notice. ATU?’ #F??o ?? ATU?’ 2#?2 #W?? #W??2XRx S??C 6r?P?? TP