The most economic kinematic viscometer for a large variety of samples

SVM 2001 allows for easy and fast viscosity measurements from 15 °C to 100 °C, from fuels and lubes to used oils. Simply fill the sample from a syringe and start the measurement to get the results within a few minutes. Cover the full viscosity range from 0.2 mm²/s to 30 000 mm²/s with one single measurement cell – no need to change capillaries. For easy cleaning and maintenance, the measurement cell is accessible for cleaning without any tools thanks to its patented design.

Viscosity measurement made easy
When testing diverse samples like used oils, finding the appropriate capillary can be a tedious task due to their limited viscosity range. SVM 2001 on the other hand covers the entire viscosity, density, and temperature range with one single measuring cell, turning the search for the right capillaries into a thing of the past. Even the viscosity index (VI) of lubricants and in-service oils can be measured from one syringe within a single measuring cycle. Inject your sample and SVM 2001 does the rest, measuring at two different temperatures successively and automatically calculating the VI.

Eco-friendliness at an affordable price
SVM 2001 offers great value to price-conscious users, while still outperforming all competitors on the market.
Not only does SVM 2001 make viscosity measurements smart and simple, it also requires just a small volume of sample and solvent for cleaning (min. 1.5 mL), which lowers solvent and disposal costs. In contrast to glass capillary viscometers, the high-performance kinematic viscometer SVM 2001 does not require a liquid bath and cooling equipment, meaning it saves energy and space.

Great results with little effort
Installation, operation, and maintenance of SVM 2001 are incredibly easy. The factory-adjusted instrument is ready to measure immediately after start-up. Thanks to the patented motor concept, access to the measuring cell is tool-free, which enables convenient cleaning when measuring heavily contaminated samples, such as used oils. The optional magnetic particle trap removes magnetic particles from the sample, ensuring good quality measurements.

Model	SVM 2001	SVM 3001	SVM 4001	SVM 3001 Cold Properties
Patents granted	AT5160588 (B1), US10036695 (B2), CN105424556, AT516302 (B1), CN105628550
Temperature	+15 °C to +100 °C	-60 °C to +135 °C	+15 °C to +100°C	+15 °C to +100°C
range
Viscosity range	0.2 mm²/s to 30 000 mm²/s*
Density range	0.6 g/cm³ to  3 g/cm³
Viscosity	0.1 %
repeatability*
Viscosity	0.35%
reproducibility*
Density	0.0002 g/cm³	0.00005 g/cm³	0.00005 g/cm³	0.00005 g/cm³
repeatability*
Density	0.0005 g/cm³	0.0001 g/cm³	0.0001 g/cm³	0.0001 g/cm³
reproducibility**
Cloud/freeze				<0.5 °C / <0.5 °C
point
repeatability**
Cloud/freeze				<2.5 °C / <1.3 °C
point
reproducibility**
Temperature	0.005 °C (0.009 °F)
repeatability
Temperature	0.03 °C from	0.03 °C from	0.03 °C  from	0.03 °C from
reproducibility	15 °C  to 100 °C	15 °C  to 100 °C	15 °C  to 100 °C	15 °C  to 100 °C
		0.05 °C  outside		0.05 °C  outside
		this range		this range
Test methods	ASTM D7042, ISO	ASTM D7042, ISO	ASTM D7042, ISO	ASTM D7042, ISO 23581,
	23581, EN 16896	23581, EN 16896	23581, EN 16896	EN 16896
		ASTM D4052,	ASTM D4052,	ASTM D2386 equivalent
		ISO 12185	ISO 12185	or better, ASTM D2500
				equivalent or better
Supported	Ultrafast, Fast	Ultrafast, Fast,	Ultrafast, Fast,	Ultrafast, Fast, Precise
	and Precise	Precise	Precise and	and Ultraprecise
precision classes		and Ultraprecise	Ultraprecise
Sample volume	1.5 mL / 5 mL	1.5 mL / 5 mL	2.5 mL / 6 mL	1.5 mL / 5 mL
min./typical
Solvent volume	1.5 mL / 6 mL	1.5 mL / 6 mL	2.5 mL / 10 mL	2.5 mL / 6 mL
min./typical
Maximum sample	30 samples	30 samples	24 samples	30 samples per hour
throughput	per hour	per hour	per hour
Peltier	Designed for	Designed for fast	Designed for	Designed for fast
temperature	constant	heating/cooling	simultaneous	heating/cooling over
control	temperature	over a wide	measurement	a wide range
		range	at any two diff.
			temperatures
			within the range
Data memory	1000 measurement results
HID (Human	Touchscreen
Interface Device)	optional keyboard, mouse and 2D bar code reader
Interfaces	4 x USB (2.0 full speed)
	1 x Ethernet (100 Mbit)
	1 X CAN bus
	1 x RS-232; 1 x VGA
Power supply	AC 100 V to 240 V, 50 Hz to 60 Hz, 250 VA max
Ambient	15 °C to 35 °C (59 °F to 95 °F), max. 80% r.h. non-condensing
conditions
Net  weight/	15.9 kg/20.5 kg	17.6 kg/22.2 kg	17.8 kg/22.4 kg	18 kg/22.2 kg
shipping weight
Dimensions	33 cm x 51 cm x 23.1 cm (13 in x 20 in x 9.1 in)
(W x D x H)
Compliance	CE mark	CE mark	CE mark	CE mark
	EMC directive EN 61326-1
	LV directive EN 61010-1
	RoHS
Included in	Kinematic	Automatic VI	Simultaneous	Cloud point
standard delivery	viscosity	determination	kinematic	Freezing point
	Dynamic	API calculations	viscosity and	Temperature @ 12
	viscosity	Temperature	density at any	mm²/s (Kinematic
	Density	scan	two different	Viscosity Borderline
		Time scan	temperatures in	Temperature: KVBT)
		FillingCheck™	the range	Standard above
		Kinematic	Automatic VI	freeze point (SFP)
		viscosity	determination	Automatic VI
		Dynamic	API calculations	determination
		viscosity	Temperature	API calculations
		Density	scan	Temperature scan
			Time scan	Time scan
			FillingCheck™	FillingCheck™
			Kinematic	Kinematic viscosity
			viscosity	Dynamic viscosity
			Dynamic	Density
			viscosity
			Density
Options	Automatic VI	Modularity with	Modularity with	Sample changer,
	determination	Abbemat	Abbemat	non-heated
	Sample changer,	refractometers	refractometers	Counter-cooling
	heated	Chemical	Sample changer,
	Sample changer,	upgrade kit	heated
	non-heated	Sample changer,	Sample changer,
		heated	non-heated
		Sample changer,
		non-heated
		Counter-cooling
*Viscosity range with chemical upgrade kit from 1 to 10 000 mPa·s
**Attested at the points of the works adjustment or at calibration correction points,
not including the uncertainty of the standards.
Valid for ideal measuring and sample conditions within the works adjustment range.
SVM (EM13411996), Stabinger Viscometer (WO1232458, EM12708863), FillingCheck (EM006834725)

⚬ Basics of rheology

⚬ How to measure viscosity

⚬ Intrinsic viscosity determination – dilute solution viscometry

⚬ Rotational viscometry

⚬ The influence of particles on suspension rheology

⚬ Базові знання з віскозиметрії

⚬ Визначення в'язкості розчинів метилцелюлози

⚬ Нафта – визначення густини, в’язкості, градусів API на SVM

⚬ Реологічні властивості морозива