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Thermoset MIVI 8003 ensures an on-line viscosity measurement of any fluid at a required reference temperature.
PRINCIPLE :
The fluid is permanently drawn from the process brought at the required reference temperature, its viscosity measured, then re-injected in the main line.
ADVANTAGES :
• No extra installation
• Short response time: 2 to 5 min
• Insignificant maintenance : ½ day / year
• Small size
• Reliable and accurate
• Usual power : mains and pressurized air
• Optional density measurement
• Simple, Rugged
• Exproof approval : ATEX EEx d IIB T4...T6
OPERATING CONDITIONS :
• Maximal temperature at the cell: 200 °C
• Reference temperature: according to the requirement
• Maximal inlet pressure: 16 bar
• Maximal outlet pressure: 40 to 120 bar according to product viscosity
MEASUREMENT RANGE : (at reference temperature):
• 1 – 100 mPa.s ; 10 – 1000 mPa.s ; 100 – 10 000 mPa.s
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The Davenport PETPlus from Lloyd Instruments is a unique test instrument designed for the safe solvent-free intrinsic viscosity (IV) measurement of
moisture-sensitive PET. It can be operated in stand alone mode or with our powerful data analysis software package NEXYGENPlus PET.
Most IV test instruments use the solvent method. However, not only is this method expensive, but also involves the handling and disposal of toxic solvents. The PETPlus instrument by contrast offers significant cost and environmental benefits using a non-solvent method, which is kinder to the environment, and saves on the high cost of purchase and disposal of solvents.
Unlike other IV measurement instruments, the PETPlus can test polymers at virtually all stages of the process: from incoming resin, powder and granules, molten polymer, preforms, PET bottles and even re-ground material.
Tests can be completed in under 20 minutes. Rapid testing can be carried out using ancillary equipment for controlled sample collection and preparation.
The microprocessor controlled system provides high accuracy measurements, temp. control to ±0.1°C and storage of up to 600 results. An LCD displays multi-lingual instructions for the test as well as the results. An RS232 interface allows connection to a PC for fully automated software control and downloading of results.
Molten PET is extruded through a calibrated die by nitrogen gas under pressure and the LVDT probe movement against time is recorded and displayed. The system measures the optimum flow rate and calculates intrinsic viscosity. The PETPlus also measures the degradation factor and provides the mean and standard deviation for the batch.
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The TT-100® In-Line Viscometer is designed to provide years of trouble-free service in closed loop systems which require constant monitoring and associated control of product viscosity.
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Flow Time Measuring Instrument CUPTIMER 243 T
Objective determination of flow time for viscosity measurements using standardized flow cups. Including temperature bath and adapter rings for the different flow cups. Automatic measuring sequence with optical detection of the efflux stream of sample. Flow times up to 200 s can be read from the LCD with an accuracy of 0.01 s.
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PROCESS LIQUID IN-LINE VISCOMETERS DC-51 SERIES
LEMIS process DC-51 series of process in-flow viscometers have been carefully engineered for continuous measurement of liquid viscosity to fit large range of applications.
LEMIS process use streamlined resonant tube which is washed on either side by measured liquid. The oscillation period of the vibrating tube and its frequency characteristics depend on behaviour of the measured liquid allowing simultaneous and accurate direct measurement of dynamic viscosity.
Large offer of factory pre-built installation packs allows quick and simple field installation with minimal pipeline disturbance or process downtime. The meter supplied with rigorous factory calibration for viscosity. The DC-51 series proves high accuracy and long-term calibration stability insensitive to mounting position, plant vibration, process flow rate and pressure variations.
New age of LEMIS process combined meters measure various critical parameters: density, concentration, dynamic viscosity, kinematic viscosity, temperature. Two meters in one device saving cost of installation and maintenance!
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MIVI PROCESS VISCOMETER FOR INLINE, ONLINE AND ON REACTOR APPLICATIONS
Simple, Rugged, Reliable, No wear part, Low maintenance, Operates in any position, Easy installation
GENERAL TECHNICAL DATA
• Maximum working temperature up to 200 or 300°C
• Maximum working pressure up to 60 bar or 150 bar (500 bar possible at request)
• Maximum viscosity range up to 1000 Pascal.second
• Watertightness of the body IP67
• Material 316L SS, Hastelloy, ...
• Protective coatings Diamolith, PTFE, enamel
• Exproof approval ATEX, FM, JIS
• Sanitary design on request
INDUSTRIES :
Petrol, Petrochemical, Chemical, Food & beverage, Cosmetics, Printing & coating
APPLICATIONS :
Polymerization control, Heavy fuel oil control, Inks control...
PRODUCTS :
Oil, Polymers, Fuels, Bitumen, Resins, Gels, Emulsions, Cheese, molasses, Paints, Inks...
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PM100-G - Fiber Optic Power Meter
Simple optical power and loss measurement
PM100-S - Fiber Optic Power Meter
Simple optical power and loss measurement
PM200 - Fiber Optic Power Meter
Link certification and reporting tool
FO600 - FiberMeter Optical Power Meter
FO610 - High Power FiberMeter Optical Power Meter
Ideal for testing and certifying in both Multimode and Single Mode applications
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Ideal for link qualification, the FiberBasix 500 series comprises the ELS-500 Light Source and the EPM-500 Power Meter. These instruments come with pass/fail thresholds (LED indicator) and a memory capacity of 1000 data items.
Applications
Link-loss characterization (ELS-500 Light Source)
LAN/WAN certification (ELS-500 Light Source)
Link-loss characterization and LAN/WAN certification (EPM-500 Power Meter)
Key Features and Benefits
Error-free testing features: automatic wavelength recognition, and no offset nulling required
Data transfer to a PC via USB connection
One-touch storage of results for all wavelengths at once (on the EPM-500)
Complete reporting software
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The OP510 was specifically designed for applications where cost effective solutions for measuring, monitoring and logging of insertion loss or power fluctuations are needed. The OP510 is a small (4"x2"x1.25") desk friendly module designed such that minimal movement and bending of the reference- and test cables is necessary. This results in stable, accurate and repeatable measurements.
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Two FasTesT ports: a three-wavelength singlemode port, including either 1625 nm or 1490 nm, and an optional two-wavelength multimode port, for a total of up to five wavelengths
Visual IL and ORL pass/fail analysis
Compatible with both the FTB-400 and FTB-200 platforms
FTTx ready: allows for the testing of passive optical networks (PONs) at 1310 nm, 1490 nm and 1550 nm, the three wavelengths recommended by the ITU-T (G.983.3) for PONs
Three-year warranty and recommended calibration interval, error-free testing and minimized training time
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Luna Technologies' Optical Backscatter Reflectometer (OBR) delivers unprecedented inspection and diagnostic capabilities for the fiber-optics industry. Luna's state-of-the-art OBR provides isolation of faults and problems well before final test, saving hours in rework and hard dollars in yield loss.
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Insertion Loss and Return Loss measurement for all four FTTX wavelengths. The 'no mandrel' method combined with concurrent dual-wavelength measurement makes this instrument the most efficient tool in FTTX component verification.
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SmartLX Consistency Transmitter
The simple and reliable design of the SmartLX Consistency Transmitter provides reliable consistency measurement in mechanical pulp processes without requiring routine maintenance. The SmartLX operates in the electromagnetic near-infrared range, using the ability of fibers to scatter and absorb light. This measurement principle has been developed specifically for mechanical pulp processes where the shear forces caused by fiber flow are too minute to be detected by shear force-based transmitters.
The SmartLX is not affected by flow rate variations and can, therefore, be installed in both laminary and turbulent flow. Its built-in compensation capability ensures that changes in the temperature of either the pulp or its electronic components do not interrupt or distort consistency measurement.
The SmartLX is suited for all pulps consisting of a single grade, or containing a fixed filler ratio, in a consistency range of 0.5% to 5% Cs. It is also good for measuring a variety of low consistency pulps (0.5% to 2% Cs) in SWG, TMP, PGW and CTMP plants, including pulps flowing to screens, exiting the latency removal chest, or rejected from the screen. Specific calibration curves for various pulps are stored in the SmartLX transmitter's memory, making calibration easy. In most cases, one-point calibration is adequate since the transmitter electronics handle the linear calculations.
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Automatic digital melting point analyzer.
Measuring range: 25°C - 400 °C
Accuracy: +/- 0.3°C (25-200°C);
+/- 0.5°C (200-400°C)
Reproducability: +/- 0.2°C
Safety class: IP 20
Heating-rate: upto 300°C approx. 4 min.,
upto 400°C 7.5 min.
Dimensions: 230 x 210 x 110 mm
Weight: 1.8 kgs
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Stuart SMP40 Autmatic Melting Point
Maximum temperature 400°C
5.7 Inch colour VGA touch screen display
Unique split design concept
Integrated cooling 350°C to 50°C in 10 minutes
Also available with IQ/OQ documentation
The SMP40 automatic melting point uses the latest technology in digital image processing to accurately identify the melt of up to three samples simultaneously. The unit comes with a 5.7 inch colour VGA display, on which the melt can be watched real time, or the melt video will automatically be saved as an AVI file that can be reviewed later, either on the unit or via PC.
The SMP40 has an innovative split design concept, the unit can be used as normal or the control side and the melt side can be separated, allowing for the maximum in footprint flexibility.
The unit can store up to 200 result files with videos, if required data can be easily transferred from the unit to a flash memory drive or PC via one of the USB connectors.
All units are supplied with a calibration certificate showing individual serial numbers for traceability. The SMP40 conforms to Pharmacopeia and GLP.
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Stuart SMP30 Melting point apparatus
Maximum temperature 400°C
Patented head up display
Integrated cooling 350°C to 50°C in 10 minutes
Large easy to read user friendly interface
Designed for fast accurate determination of melting points, the SMP30 can take three samples simultaneously within the optimised heating block. To allow maximum flexibility a plateau facility is included with variable ramp rate between 0.5 and 10°C in 0.1°C increments. The tubes are illuminated with bright white LED's to give the clearest view of the samples during the melt. The block has been designed for easy access for cleaning, the front of the head is fully removable to allow full access to the micro furnace.
The SMP30 has a large clear back lit alphanumeric LCD display, running the menu system which clearly guides you through the melting process with comprehensive directions. Language is switchable between English, German, French and Italian. It is possible to record up to 8 events in memory for each of the three sample tubes.
The SMP30 features the patent pending head up display, this unique feature displays a floating image of the block temperature, visible through the eyepiece, in front of the tubes. The head up display eliminates the need for the user to keep switching their gaze between the tubes and the temperature display, through the eyepiece they can now see both at once.
An accessory printer is available separately to produce a written record of the melt, and all units are supplied with a calibration certificate showing individual serial numbers for traceability.
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In some critical bolting applications, factors such as friction or bolt/joint geometry are such that the measurement of applied torque alone will not provide the degree of accuracy necessary to control the preload within the required limits. Likewise, many critical applications also demand that bolt preload be monitored over the service life of the fastener as part of a predictive or preventative maintenance program. In these applications, ultrasonic measurement of fastener elongation and/or load has frequently proven to be the most accurate, reliable and cost effective solution.
Ultrasonic measurement of bolt preload is made possible by introducing a sonic pulse at one end of the fastener and accurately measuring the time of flight (TOF) required for the echo to return from the opposite end; using material constants, the USM-II converts this TOF into an "ultrasonic length" of the fastener, providing a baseline from which future measurements will be made. When the fastener is tightened, the TOF increases and the USM-II will again utilize material constants to eliminate the effects of stress and temperature variations on sound velocity, providing an accurate elongation or load measurement.
The USM-II uses state of the art hardware and software to achieve these measurements with maximum automation, and minimizes the need for operator interpretation. Offering digital recordation and transmission of data, as well as calibrated analog signal output the USM-II provides a complete system for measurement, recordation, and control of fastener tension in the most demanding applications.
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The new CAMSIZER generation is a compact laboratory instrument for simultaneous measurement of particle size distribution and particle shape. Using the measuring principle of digital image processing, two specially rated digital cameras measure pourable solids in the range from 30 µm to 30 mm. The unique scanning of all particles with the new advanced software means that for the first time it is possible to obtain screening results directly without any additional adaptation procedures. This makes CAMSIZER the ideal time- and cost-saving alternative for incoming and outgoing controls and for in-process quality control.
The AutoSampler - option for the CAMSIZER allows a high sample throughput in automatic operation mode.
Product Advantages:
- NEW: improved comparability to sieve analysis , also for multimodal distributions
- NEW: optimized, intuitive software
- NEW: additional shape parameters (e.g. surface analysis)
- NEW: several language versions (German, English and other languages)
- Results are saved in more than 1,000 size classes
- Simultaneous analysis of particle size, shape, number and density
- Greatest possible accuracy and reproducibility
- No-contact, non-destructive measurement
- Very short measuring time (2-3 min.)
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FRITSCH Particle Sizing Instruments offer state-of-the-artlaser technology for an unique price performance ratio, for each particular area of application and utilization. An extra plus: the special, patented FRITSCH measuring method by laser diffraction inside the convergent laser beam. Your advantage: a simple continuous adjustment of the measuring area as well as up to now unknown number of measuring channels.
With the different systems and the possibility to combine corresponding components, you can configure a measurement system that is precisely adapted to your needs, with reliability and efficiency guaranteed by FRITSCH as a specialist in particle measurement technology.
With its flagship NanoTec for example, FRITSCH offers the option of shape analysis as well as a measurement range from 2000 µm down to 0.01 µm – the entry into the nano range.
Catch up on the state-of-the-art laser technology by FRITSCH.
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Analytical Imaging - Morphologi® G3, Sysmex FPIA-3000, SyNIRgi™
Particle shape and chemical composition image analyzers
Morphologi® G3 is an advanced particle characterization system for size and shape analysis. With a fully automated, dry sample dispersion device, and sophisticated data analysis software, it delivers reproducible, statistically significant data, with minimal manual intervention. Capturing microscope quality images of hundreds of thousands of particles in just a few minutes, Morphologi® G3 measures 20 different size and shape parameters.
Sysmex FPIA-3000 is a flow cytometry-based system using image analysis for the fully automated characterization of the shape and size of particles suspended in liquid media. Using a CCD camera and strobe illumination, it produces images of each suspended particle. With a choice of configurations, it measures particles from 0.8 - 300 µm using as little as 1 ml of sample.
The SyNIRgi™ near infrared chemical imaging (NIR-CI) system provides analysis of the nature and spatial location of chemical components within a sample. It combines the species identification capabilities of conventional near IR spectroscopy with digital imaging and is ideal for non-destructive routine analysis of samples with spatially complex arrangements of chemical species. Chemical imaging's application to solid dosage forms, allows determination of content uniformity, blending efficiency, polymorph distribution, moisture content, contaminant location, non-destructive coating thickness, and high-speed counterfeit detection.
Select Morphologi G3, Sysmex FPIA-3000 or SyNIRgi from the link.
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Micromeritics’ first product addition under its Particulate Systems brand is the new Particle Insight Dynamic Image Analyzer. The Particle Insight is ideal for applications where the shape of raw materials, not just the diameter, is critical to the performance of the final product. The Particle Insight offers up to 28 different shape parameters analyzed in real-time in either aqueous or organic solvent suspensions. The system operates in a range suitable for a wide variety of industrial, biological, and geological specimens from 3 µm up to 300 µm in its standard configuration. Its unique recirculating sample module and precision optics are designed to acquire and report statistically valid measurements quickly, an essential quality control capability in many manufacturing processes. In addition, the Particle Insight fulfills the requirements of FDA 21 CFR Part 11 regulations. Particle Insight features include the ability to track sample shape changes over time as well as the capability to store a collection of particle images. The user also has the option of viewing only those particle images that meet any combination of the analyzer’s 28 shape parameters.
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The LA-930 features all the functionality of HORIBA's acclaimed LA-910 and LA-920 particle size analysis systems, together with new and improved software and hardware, to help users solve the most difficult application issues.
As the needs of users have become more stringent and the information more useful across a broader range of industries, HORIBA's superior technology has provided solutions that allow unparalleled performance combined with an ease-of-use that sets it apart.
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General description:
The sample feeders for dry samples and granulate material can be operated either with the Abakus particle counter or a PC measuring card.
The PZG 5 is applied for particle analysis in dry samples of 2-2500µm. The dry samples are fed to the sensor by means of a brush system.
The PZG 6 is applied for measuring granulate material and ripple grain. The samples are fed to the sensor by means of a ripple chute.
The evaluation program Log and Show 2.x allows you to control the measurements and transmit data to the PC.
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Malvern Instruments presents the Zetasizer series
Size, zeta potential and molecular weight characterisation for Nanoparticles and Proteins
The Zetasizer range uses light scattering techniques to measure hydrodynamic size, zeta potential and molecular weight of proteins and nanoparticles.
Unequalled sensitivity and versatility by using the latest technology:
Patented NIBS optics improves sensitivity and size range /concentration range in the Zetasizer Nano S and ZS
M3-PALS is the leading technology for measurement of Zeta-potential.
Single-mode fibre, 50 m W laser and focused optics enable measurements of unrivalled quality of Proteins and other biomolecules.
Zetasizer Nano - the versatile solution
- Provides characterization of the size of nanoparticles emulsions and proteins, for dilute and concentrated samples, as well as zeta potential and molecular weight. Coupled with the MPT-2 Autotitrator, pH conductivity and additive trends can be automated.
Zetasizer µV - dedicated to protein molecular size analysis
- Targeted at applications including: optimizing protein crystallization conditions; measuring protein purity, determining proportions of aggregates and measuring absolute molecular weight
Zetasizer APS - for automation of size using micro well-plates
- Automates the size measurement of samples in 96- or 384-well microplates to improve personnel productivity.
Designed primarily for protein specialists, the Zetasizer APS is fully automated, simply requiring users to insert the plate and start a plate schedule. A graphical result display simplifies the assessment of large amounts of data in order to pick out trends and 'hot spots'.
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