EERIS: Infra Public Profile

Gas Chromatograph coupled with Spectrophotometer FT-IR

CATALOG NAME: Brucker GC Brucker/FTIR Vertex 70

DESCRIPTION: The Bruker Scion Gas Chromatograph has a split/splitless injector and with a Flame Ionization Detector, It use capillary columns and is coupled with an interface to the Bruker Vertex 70 FT IR spectrophotometer. The software of the GC ensure equipment control and data acquisition. The VERTEX 70 spectrometer offer unmatched performance and versatility for demanding analytical and research applications. It is equipped with five beam exit ports and two beam input port. A diamond ATR enlarge the capabilities of the equipment. Spectral domain: MIR: 8000 cm-1 - 350 cm-1 and NIR: 15500 cm-1 – 4000 cm-1 ; spectral resolution: 0,16 cm-1 +/- 0.03 cm-1 The software ensure the control of the spectrophotometer, data acquisition and use of a spectra library (5000 spectra) Thermogravimetric analysis (TG) follows changes in mass of the sample as a function of temperature and/or time. TG gives characteristic information about the composition of the measured sample, in particular the amounts of the various components and their thermal behavior. In addition, further measurements are possible such as kinetic analysis of thermal decomposition. The identification of gases released directly from the sample or during thermal treatment cannot be performed just by thermal analysis, but coupling a spectroscopic method such as Fourier-Transform-Infrared (FTIR) spectroscopy is an excellent solution. IR spectroscopy is a classical technique, which depends upon the interaction of infrared radiation with the vibrating dipole moments of molecules. It gives, with the exception

PRODUCER: Brucker

PRODUCTION YEAR: 2011

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Thermal Analysis Module 1 - Thermogravimetry TGA

CATALOG NAME: TG 209 F1 Libra

DESCRIPTION: Measurements are possible in the temperature range from 20°C to 1000°C. it is used primarily for quality assurance in the processing of synthetics and rubbers and in the areas of paints, varnishes and pharmaceuticals. Thermogravimetry is used to study physical processes and chemical reactions which are related to mass changes. The mass and/or mass change of a sample can be thermogravimetrically measured as a function of temperature and/or time. The measurements can be applied in the study of reaction kinetics. Mass changes can be determined in the temperature range from 20°C to 1000°C with a maximum resolution of 1μg. Measurements are possible in various atmospheres and in a vacuum.

PRODUCER: NETZSCH-Geraetebau GmbH, Selb, Germany

PRODUCTION YEAR: 2013

COMMISSIONING DATE:

PRICE RANGE (at the time of purchase) 100.001 € – 500.000 €

DATA SHEET:

Download data sheet file (3614.03 kb)

Thermal Analysis Module 2 - Differential Scanning Calorimetry DSC

CATALOG NAME: DSC 204 F1 Phoenix

DESCRIPTION: Measurements are possible in the temperature range from -180°C to 600°C. Furnace – silver block, sample chamber – closed with two silver lids, cooling – nitrogen cooling (liquid or gaseous) air cooling, purge gas – two separate purge gas inlets, and protective gas.

PRODUCER: NETZSCH-Geraetebau GmbH, Selb, Germany

PRODUCTION YEAR: 2013

COMMISSIONING DATE:

PRICE RANGE (at the time of purchase) 100.001 € – 500.000 €

DATA SHEET:

Download data sheet file (2904.35 kb)

Thermal Analysis Module 3 - Simultaneous TG-DTA/DSC Apparatus STA

CATALOG NAME: STA 449 F1 Jupiter

DESCRIPTION: Measurements are possible in the temperature range from 20°C to 1550°C. Silicon carbide furnace, SiC heating element, Al2O3 protective tube for gas flow with stop valve.

PRODUCER: NETZSCH-Geraetebau GmbH, Selb, Germany

PRODUCTION YEAR: 2013

COMMISSIONING DATE:

PRICE RANGE (at the time of purchase) 100.001 € – 500.000 €

DATA SHEET:

Download data sheet file (1997.21 kb)

DOOSAN DNM 650

CATALOG NAME: DOOSAN DNM 650

DESCRIPTION: High precision and productivity vertical machining center, 4 controlled axis.

PRODUCER: Doosan Infracore Machine Tools, Koreea

PRODUCTION YEAR: 2012

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DOOSAN LYNX 220L

CATALOG NAME: DOOSAN LYNX 220L

DESCRIPTION: High productivity and precision horizontal turning center, 2 controlled axis.

PRODUCER: Doosan Infracore Machine Tools, Koreea

PRODUCTION YEAR: 2012

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Faro Arm Edge

CATALOG NAME: Faro Arm Edge

DESCRIPTION: Faro Edge, 6 ft (1.8m), 7 Axis . FARO's most popular measurement system featuring 7 axis for added flexibility when using custom probes and Laser Line Scanners. Includes: Arm with Bluetooth wireless technology, base plate, standard probe kit (3mm and 6mm), CAM2Measure 10 software .

PRODUCER: FARO Technologies Inc., Elveția

PRODUCTION YEAR: 2012

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Objet 24 3D Printer

CATALOG NAME: Stratasys Objet 24 3D Printer

DESCRIPTION: The Objet24 is a desktop system to print realistic models with small moving parts, thin walls and smooth, paintable surfaces. Using PolyJet 3D printing technology, the Objet24 features 28µ print layers and a 240 x 200 x 150 mm (9.45 x 7.87 x 5.9 in) tray size.

PRODUCER: Stratasys, SUA

PRODUCTION YEAR: 2013

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High Speed Camera Photron Fastcam SA3

CATALOG NAME: High Speed Camera Photron Fastcam SA3

DESCRIPTION: Ultrasensitive image sensor capable of clear recording in low light and ultra high speed frame rate of 60.000 fps. 1024 x 1024 pixel resolution at frame rates up to 1,000 fps, and at reduced resolution up to 60,000 fps

PRODUCER: Photron

PRODUCTION YEAR: 2012

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Inductively Coupled Plasma - Mass Spectrometry (ICP-MS)

CATALOG NAME: Aurora M90 ICP-MS

DESCRIPTION: Inductively Coupled Plasma–Mass Spectrometry (ICP-MS) is a versatile analytical instrument capable of detecting and measuring the concentrations most elements on the periodic table at parts-per-trillion (ppt) detection limits. Analyte is typically in aqueous media, but organic solvents may also be used. The working analytical range spans nine orders of magnitude, making this instrument suited for both trace metal analysis as well as measurement of relatively high concentrations of analyte. The instrument is capable of both quantitative analysis and semi-quantitative broad-spectrum scans for elements, making ICP-MS a suitable technique for a large number of analytical needs. Inductively coupled plasma-mass spectrometry (ICP-MS) is a powerful tool for analyzing trace metals in environmental samples.

PRODUCER: BruKER DALTONICS

PRODUCTION YEAR: 2012

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DATA SHEET:

Download data sheet file (2372.1 kb)

Bruker AVANCE III 500 MHz NMR spectrometer

CATALOG NAME: AVANCE III 500 MHz NMR spectrometer

DESCRIPTION: The AVANCE III 500 MHz (11.7 Tesla) NMR spectrometer is provided with two probe: - Smartprobe (broadband probehead) as a single probe for direct and indirect detection experiments (5 mm) observation/irradiation of all NMR nuclei in the range 31P to 15N and even below in addition to 1H and 19F, 19F applications including 1H decoupling and vice versa, equipped with Z gradient coil and deuterium lock channel. - TXI (Inverse triple resonance) microprobe (1 mm) for 1H observe and decoupling of 13C and 15N), deuterium lock, for small quantities (natural and marine products) The existing configuration allows 1D experiments to be performed for various nuclei (1H, 13C, 29Si, 15N, 19F, 31P, etc) as well as 2D correlations (COSY, J-resolved, TOCSY, NOESY, HSQC, HMBC etc). The temperature range for the liquid state probes is between -150°C to +150°C. Typical applications of the AVANCE III 500 MHz spectrometer are: structural elucidation of organic molecules or ligands, natural and marine compounds, monitoring of chemical reactions, investigation of mixtures, proving of stable inter-molecular interactions, quantification and purity determination of compounds.

PRODUCER: BRUKER BIOSPIN GMBH

PRODUCTION YEAR: 2012

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Bruker 300 MHz Fourier NMR spectrometer

CATALOG NAME: Fourier 300 FT-NMR Spectrometer

DESCRIPTION: - 300 MHz Fourier NMR spectrometer with DUAL 13C/1H 5mm high-resolution probe, equipped with Z gradient coil and deuterium lock channel. - 16 Positions automatic sample changers. - The existing configuration allows 1D experiments to be performed for two nuclei (1H, 13C) as well as 2D correlations (COSY, J-resolved, TOCSY, NOESY, HSQC, HMBC etc). - The temperature range for the liquid state probes is between 0°C to +150°C. - Typical applications of the FOURIER 300 are: structural elucidation of organic molecules or ligands, monitoring of chemical reactions, investigation of mixtures, quantification and purity determination of compounds.

PRODUCER: BRUKER BIOSPIN GMBH

PRODUCTION YEAR: 2012

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MARS 6 MICROWAVE REACTION SYSTEM

CATALOG NAME: CEM MARS 6

DESCRIPTION: Microwave synthesis significantly reduces the time needed to drive reactions to completion. For example, nucleophilic aromatic substitutions, typically requiring 60-90 minutes reflux in toluene, are completed in less than 10 minutes in an aqueous solution with microwave heating, providing a cleaner alternative to traditional methods and giving students more time for purification, product identification, and learning new chemistries. • 10 – 1,000 times faster than conventional heating • Greater yields/ fewer side reactions • Green chemistry – Microwave reactions use less solvent than conventional methods. In some cases, you can even use water as a solvent and still get great results. • Safe – The monitoring and control capabilities of the systems ensure safety and reproducibility.

PRODUCER: CEM Corporation

PRODUCTION YEAR: 2011

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DATA SHEET:

Download data sheet file (48.55 kb)

Gas Chromatograph coupled with Mass Spectometer

CATALOG NAME: Thermo Scientific ITQ 1100 GC/MS Ion Trap Mass Spectrometer

DESCRIPTION: With full-scan electron ionization sensitivity and upgradeability the GC-Ion Trap MS Systems have the flexibility to grow from small-footprint entry-level QA/QC instruments to fully featured, research-grade systems with advanced MSn functionality. • Mass range to 1100 amu in full scan mode covers GC amenable compounds; • Standard with the best full scan EI performance, plus MSn , vacuum interlock, and Data Dependent scanning; • Features advanced MSn modes; • chemical ionization, variable damping gas and direct sample probe; • TRACE 1310 GC: Complete icon-driven touch-screen user interface for direct local instrument control.

PRODUCER: Thermo Scientific

PRODUCTION YEAR: 2013

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Download data sheet file (40.45 kb)

Equipment supply for aerodynamic test rig tunnel 1 x 5,5 kW

CATALOG NAME:

DESCRIPTION: -voltage (kV) 0.4 kV +/- 10% -type of cooling air through the ventilation: -degree climate protection: min. IP 42 - IEC 622 208 -short circuit current inputs: max. 65 KA -software for remote control -Ports: 4x USB3.0 / 1xMic / 1xHeadphone / 1Xrj45 / 1Xhdmi / -1xminiDysplayPort

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FLIR T640 Infrared camera

CATALOG NAME: FLIR T640

DESCRIPTION: Infra-red thermal imaging for a wide range of research, industrial and civil applications. IR measurable temperature range: -40 ÷ +2000°C with ± 2°C accuracy 640x480 pixels native resolution/ full radiometric images Recording up to 30fps Versatile optics Wireless, Bluetooth, USB and GPS fast communication

PRODUCER: FLIR Systems

PRODUCTION YEAR: 2014

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Ultima IV X-Ray diffractometer

CATALOG NAME: Rigaku Ultima IV

DESCRIPTION: Ultima IV is an advanced powder diffraction system equipped with a high-precision horizontal sample goniometer, conventional X-Ray tube (Cu and Fe are available) and automatic alignment. A scintillation detector is available as well as a high speed D-TEX Ultra detector. The instrument is compact, yet versatile, due to its expandability. The instrument allows qualitative and quantitative analysis, as well as Rietveld refinement, crystallite size and strain measurement, lattice parameter calculation. PDXL 2 software and PDF 4+ database are used for data processing.

PRODUCER: Rigaku Japan

PRODUCTION YEAR: 2012

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Download data sheet file (229.63 kb)

Scanning Electron Microscope Quanta FEG 250

CATALOG NAME: Quanta FEG 250

DESCRIPTION: Addressing the need to investigate a wide variety of materials and characterize structure and composition, the FEI Quanta™ FEG provides unmatched provides flexibility and versatility to handle the challenges of today’s wide ranging research needs. Today’s research extends beyond simple metals and coated samples and the Quanta series can handle those challenges to produce top quality images and analysis. The Quanta series from FEI is the advanced, flexible solution for current and future research applications. Featuring three imaging modes—high vacuum, low vacuum and ESEM™—it accommodates the widest range of samples of any SEM system, capable of characterizing traditional samples from metals, fractures and polished sections, to non-conductive soft materials. Surface and compositional imaging can be combined with accessories for determining material properties and elemental composition. The Quanta series is the third generation Quanta system built on the success of previous generations of ESEM Schottky FEG. This series has an easy-to-use and flexible user interface with functions to maximize productivity and data collection. Designed by microscopists for microscopists, this instrument series is truly above and beyond ‘easy to use’. Navigation features include auto navigation montage, double-click stage-movements, drag-to-zoom and other useful features incorporated as standard. SmartSCAN™ and drift compensated frame integration (DCFI) bring new scanning strategy to reduce noise and provide better data. Additional new options such as beam deceleration provide better resolution and contrast, while sensitive detection options offer a sensitive angular-filtered Directional Backscatter (DBS) and an in-column detector sensitivity to improve low kV performance. Nav-Cam™ color image navigation and new retractable detectors provide even greater flexibility to the Quanta FEG series.

PRODUCER: FEI

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Dual Beam Scanning Electron Microscope Quanta 3D 200i

CATALOG NAME: Quanta 3D 200i

DESCRIPTION: The Quanta 3D 200i is a characterization instrument designed to examine materials, conduct failure analysis and prepare samples in an industrial or academic environment. Combining Quanta scanning electron microscope (SEM) with a high current focused ion beam (FIB), creates a versatile solution for characterizing and modifying materials that is easy to use and has the flexibility to handle any sample type. The current-boosted tungsten SEM provides excellent imaging capability for sub-micron structures while the high current ion column can be used to precisely prepare a sample by removing or depositing material at a rapid rate in small defined areas. The Quanta 3D 200i will enable your laboratory to explore a new way of fast sample preparation, 3D nanoanalysis, TEM, EBSD & atom probe sample preparation or structural modification of sample surfaces at the nanometer scale. The Quanta 3D is based on the experience of FEI engineering for ESEM and DualBeamTM systems. Integrating these two leading technologies, combined with FEI’s automation software like; AutoSlice and ViewTM (automated serial slicing) application, AutoTEMTM for unattended preparation of multiple sections or thin sample and proprietary gas chemistries for high volume milling applications, deposition of insulators or conductors and customized detector geometries for imaging of FIB prepared sections makes Quanta 3D the ideal solution for 3D nanocharacterization, 3D nanoprototyping, and in situ nanoprocesses. Featuring three imaging modes – high vacuum, low vacuum and ESEMTM it can accommodate the widest range of samples of any SEM system. A 'charge neutralization' mode is integrated for working with FIB on insulating samples. Quanta 3D provides you with an easy to use solution for the investigation and preparation of all samples. Helping you to get more data from any sample.

PRODUCER: FEI

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Tecnai Transmission Electron Microscope G2 F20 X-TWIN

CATALOG NAME: Tecnai G2 F20 X-TWIN

DESCRIPTION: FEI’s Tecnai™ G2 Transmission Electron Microscope (TEM) Series combines fast, efficient and simple operation with proven reliability to deliver a TEM platform that suits many applications needs—from basic, rapid sample screening to unique, sophisticated experiments requiring superior analytical capabilities. For users of all experience levels to obtain consistent, high quality imaging results, Tecnai G2 software automates alignment routines and features pre-defined data acquisition settings. All electron source and optical alignments, as well as experiment settings, can be saved for instant recall at a later time, ensuring reproducibility of repetitive investigations. Control of all accessories for Tecnai, like STEM, CCD cameras, EDX and EELS detectors, and energy filters, is embedded into the user interface, allowing differently experienced operators to fully utilize the functionality of the total system from a single screen. Without the added complexity of correctors, Tecnai G2 TEMs allow more advanced analytical studies, in situ experiments, tomography or cryo-TEM to be achieved readily without requiring lengthy training. Tecnai enabled transmission electron microscopy, a technique typically reserved for highly experienced materials research operators, to be easy to use. Tecnai software and hardware innovations allowed TEM to be accessible to anyone familiar with operating a scanning electron microscope (SEM). Today, the Tecnai G2 TEM series continues to offer an intuitive platform while delivering imaging and analytical results in the shortest amount of time.

PRODUCER: FEI

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Download data sheet file (1137.42 kb)

Equipment supply for aerodynamic test rig tunnel 1 x 5,5 kW

CATALOG NAME: Equipment supply for aerodynamic test rig tunnel 1 x 5,5 kW

DESCRIPTION: -voltage (kV) 0.4 kV +/- 10% -type of cooling air through the ventilation: -degree climate protection: min. IP 42 - IEC 622 208 -short circuit current inputs: max. 65 KA -software for remote control -Ports: 4x USB3.0 / 1xMic / 1xHeadphone / 1Xrj45 / 1Xhdmi / -1xminiDysplayPort

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Equipment for wind tunnel testing stand AIR type 1 x 7.5 kW

CATALOG NAME: Equipment for wind tunnel testing stand AIR type 1 x 7.5 kW

DESCRIPTION: -voltage (kV) 0.4 kV +/- 10% -type of cooling air through the ventilation: -degree climate protection: min. IP 42 - IEC 622 208 -short circuit current inputs: max. 65 KA -software for remote control via PC -induction motor for variable speed drive with the following main features: -rated power: PN = 5.5 kW -speed synchronous nN = 1500 rpm -yield ≥ 0.84

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Sensors and transducers

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DESCRIPTION: - Temperature sensor: - Output signal compatible with ZENIT EOL logger - Measurement range: 79 0C 30 0C ... - Non-linearity: maximum ± 5 0C - Accuracy: ± 0.5 0C - Protection against solar radiation - Sensor for determining atmospheric pressure: - Output signal compatible with ZENIT EOL logger - Measuring range: 0.75 ... 1.25 bar - Accuracy: ± 0.25% - Sensor for measuring relative air humidity - Output signal compatible with ZENIT EOL logger - Relative humidity measuring range: 0 ... 100%

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Portable Weather Station II model MetPak

CATALOG NAME:

DESCRIPTION: - Sensor wind measuring: - wind speed: - Measuring range: 0 ... 60 m / s - Accuracy: ± 2% at wind speed of 12 m / s - Resolution: 0.01 m / s - Wind direction: - Measuring range: 0 ... 3590 - no tape "dead" - Accuracy: ± 30 wind speed of 12 m / s - Resolution 10 - Temperature and humidity sensor - Temperature: - Measuring range: -35 0C 79 0C ... - Accuracy: ± 0.1 0C - Resolution: 0.1 0C - Humidity: - Measuring range: 0 ... 100% RH - Accuracy: ± 0.8% at 23 0C - Resolution: 0.1% RH - Atmospheric pressure sensor: - Measuring range: 600 ... 1100 hPa - Accuracy: ± 0.5 hPa - Resolution: 0.1 hPa - Solar radiation sensor type SP 110: - Directional cosine response: - 450 zenith angle: ± 1% - 750 zenith angle: ± 5% - Absolute accuracy: ± 1% - Uniformity: ± 3% - Repeatability: ± 1% - Spectral range: 380 ... 1120 nm - Responsiveness: 0.2 mV / Wm-2, total solar radiation 220 mV (1100 Wm-2)

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Anemometer, model Young Alpine wind speeds and related systems, compatible with ZENIT EOL logger

CATALOG NAME:

DESCRIPTION: - Measuring range: 0.1 ... 70 m / s - Resolution: 0.1 m / s - Accuracy: 0.1 m / s - Safety critical speed: 80 m / s

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Meteorological unit (semi) fixed type complete system monitoring wind

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DESCRIPTION: - parameters for monitoring sites for preparation of maps specific weather and wind characteristics which comprises: - Pillar height of 80 meters modular fiberglass - 1 pc; - Modular metal pillar height of 80 meters - 1 pc; - Modular metal pillar height of 60 meters - 1 pc; - Data acquisition units, which mainly provides: - Receiving simultaneous signals transmitted from sensors and simultaneous recording date, time, minute and second proper determination with a frequency reading min. 1 second, - Operating conditions: minimum temperature range - 40 ... + 70 0C, - Weather protection: minimum class IP56, - Connection for downloading data - Minimum 2 GB external memory for recording large volumes of data for a minimum of two years, - Own source of power, - Integrated text messaging system and communication in one or two GSM bands, - Anemometers, which have the following main characteristics: - Measuring range: 0.1 ÷ 70 m / s, - Resolution: 0.1 m / s, - The accuracy of the measurement: 1% or value 0.2m / s - Linearity r> 0.99999 (0.00001  Tolerance) - Vane, showing the main features: - Measuring range: 0 ÷ 360 °, - Permit operation temperature range: - 30 ... + 70 0C, - Temperature sensors, which are the main technical characteristics: - Protection against solar radiation, - The measurement: range - 30 ... + 75 0C, - Nonlinearity: ± 5 0C - Accuracy: ± 0.5 0C - Sensors for determining atmospheric pressure, with the following main features: - The measuring atmospheric pressure: 0.75 ÷ 1.25 bar, - Accuracy: ± 0.25% - Operating temperature range: - 30 ... + 70 0C - Sensors for measuring the relative humidity of the air having a relative humidity measuring range between 0 and 100%. - Lightning protection system atmospheric and static - Independent energy sources with solar collector M

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Telescopic overhead platform

CATALOG NAME:

DESCRIPTION: - Maximum working height - 22.5 m - The maximum length of the arm hydraulic side position: - 10.4 m / 80 kg - 7.7 m / 250 kg - Platform capacity: - 80/250 kg - Platform rotation in both directions with breakpoint: - 3600 + 1800

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Optic viewing, shooting and filming

CATALOG NAME:

DESCRIPTION: - Video camera, with the following main technical specifications: - Video sensor with a resolution of 1289 x 960 pixels - Lighting IR 8 - LED lighting effective and up to 20 m - Locking mechanism and 3-axis position adjustment - The control unit and recording, with the following main features: - 8 ports for 8 cameras - Monitor 19 "LCD Display - 2 TB HDD - Storage capacity: 16 Gbps

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Climatic Test Chamber CCK-70/81

CATALOG NAME:

DESCRIPTION: Climatic Test Chamber Model CCK-70/81, manufacturer DYCOMETAL Spain, reproduces climatic conditions of temperature and humidity, to which the samples can be subjected during its lifetime. Testing of samples can consist of simulating environmental conditions, aging, stresses etc. Volume: 81 liters. Workspace (mm): 450 (Height) x 450 (Width) x 400 (Depth) Temperature Range: from -70°C to +150°C. Humidity Range: 10% R.H. to 98% R.H., in the range of +10⁰C to +90⁰C Dew point: +6,5⁰C to +86⁰C, until -5°C, limited in time. Temperature Stability: ±0,1⁰C to ±0,3°C (without load) Temperature uniformity: ±0,5⁰C to ±1,5°C (without load) Humidity Stability: ±1%HR to ±3%HR Temperature accuracy: ± 0,1ºC Humidity accuracy: ± 0,1 HR Temperature change rate: Cooling: 2°C/min, Heating: 3°C/min, acc. with IEC 60068-3-5 (without load). The average value measured in the air inlet

PRODUCER: DYCOMETAL Spain

PRODUCTION YEAR: 2019

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PRICE RANGE (at the time of purchase) 10.001 € – 50.000 €

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SALT SPRAY TEST CHAMBER MOD. SSC-140

CATALOG NAME:

DESCRIPTION: One of the main destructive agents of nature is corrosion, being one of the main causes of economic losses. To simulate the resistance that may have a material throughout its useful life in a short period of time, are used the Salt Spray Chambers of salt spray, which consists of a corrosive attack accelerated by an artificial saline fog of composition, in the precise conditions of temperature and pressure. Standards like: ASTM B117, ISO 9227, DIN 50 021, JIS Z 2371, etc establish a guide of test parameters to simulate the most aggressive atmospheres. The application of these chambers includes different sectors such as automotive, aeronautical, railway, paintings, etc. When the dimensions of the pieces are excessively big for a standard chamber, the solution is a visited chamber (walk-in), offering the capacity to do the test without cut the piece. Features: • Volumes: From 140 liters • Temperature range: From Room to +50ºC • Humidity range: 100% RH Standard: – Control panel, management of the test Automat, regulation of the workspace temperature, water boiler level, regulation of the spray pressure, manometer for regulation of the air pressure. – Workspace made in glass fiber and polyester resin – Workspace heating elements with great uniformity in the dispersion of the heat – External structure made in stainless steel – Colorless top cover, made in transparent methacrylate, with double angle of 30º to avoid the dropping in the samples. – Watertight seal by wet joint – Set of samples support bars – High accuracy temperature probe. – Uniform spray system with low solution consumption. Optional: – Reservoir tank (200 liters) manufactured over one structure

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PRODUCTION YEAR: 2019

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Vacuum chamber

CATALOG NAME:

DESCRIPTION: The equipment is used to determine the load-bearing capacity of lightweight claddings in quasi-static, real-scale loading mode, capable of simulating the wind section (under pressure / uniform wind suction) on sandwich panels, liner trays, roof panels in collaboration with purlins, or other closing elements with a thickness between 25-200 mm and variable spans ranging from 2500 mm to 6000 mm. This experimental equipment eliminates the classic testing, with loads directly applied to the tested elements, which lead to local deformations. In this sense, the vacuum chamber was made, in the form of a rectangular box, so that the uniformly distributed load, which simulates the wind suction/preassure, can act on the lower part of the elements. The test panels can be tested either simply supported or continuous on two openings. The structure of the vacuum enclosure is made of aluminum, and the side walls are tightly closed and made of Alucobond panels. The box is anchored to the floor, being sealed with gasket. Contains side frame for holding plastic foil used for sealing. The stand contains upper supports for mounting motion sensors. For vacuum, a manually controlled ventilation system will be used to produce suction in the chamber. A number of 3-5 LVDT type linear displacement transducers will be used to measure the deformations of the tested panels. A pressure transducer will be used to measure the suction pressure in the chamber. The linear and pressure transducers will connect to an acquisition station for continuous data acquisition.

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PRODUCTION YEAR: 2019

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PRICE RANGE (at the time of purchase) 10.001 € – 50.000 €

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DC Nanogrid with Integrated Renewable Energy Conversion Systems

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DESCRIPTION: It consists in the following min components: - Dual voltage DC buses (24V and 350V); - DC-DC power converters in classical and hybrid structures for power transfer between the DC buses, the energy conversion from PV panels and wind turbine; - Hybrid inverter for DC-AC conversion and for the grid interface (when the nanogrid works in on-grid configuration); - Storage elements (rechargeable batteries); - Protection devices and sensors; - SCADA system for supervising and energy management strategies implementation (Fig. 2); - DC loads (home appliances devices, adapted for DC power); - Lighting devices. The system was designed to work in off-grid regime, and it can ensure the energy for all components. The nanogrid is an experimental prototype, for a future DC power distribution system in a house. It can be used for implementation of various energy management strategies using power electronics, for studying of renewable energy sources integration, and for adapting AC loads (in the market) for DC power supply.

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PRODUCTION YEAR: 2020

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TLS-100 THERMAL CONDUCTIVITY METER

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DESCRIPTION: Featured TRANSIENT LINE SOURCE Capabilities - Thermal conductivity testing equipment for concrete, polymers, soil and soft rock. - Follows international standards: ASTM D5334-14, & IEEE 442-2017 - Portable, Economical, and Accurate - Easy to use - Standard 100 mm sensor for soft materials - Standard 50 mm sensor for hard materials. The TLS-100 is a portable meter used to measure thermal conductivity and thermal resistivity of a variety of samples, including soil, rocks, concrete, and polymers. The Transient Line Source (TLS) meter follows ASTM D5334-14 and IEEE 442-2017. The sensor needle consists of a thin heating wire and temperature sensor sealed in a 100 or 50 mm steel tube. The sensor is completely inserted into the sample to be tested. Heat is delivered to the sample using a constant current source and the temperature rise is recorded over a defined period of time. Portable Thermal Conductivity Meter SPECIFICATIONS Materials: Soil, Rock, Concrete, & Polymers Measurement Capabilities: Bulk Properties Thermal Conductivity: 0.1 to 5 W/m•K Thermal Resistivity: 0.2 to 10 W/m•K Measurement Time: 3 min. Reproducibility: 2% Accuracy: 5% Temperature Range: -40 to 100°C Largest Sample Size: Unlimited Standards: 50m mm: ASTM D5334-14; 100 mm: ASTM D5334-14, and IEEE 442-1981; 100mm vCp: ASTM D5334-14.

PRODUCER: Thermtest Inc.

PRODUCTION YEAR: 2019

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PRICE RANGE (at the time of purchase) 5.001 € - 10.000 €

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3D Measuring Laser Microscope LEXT OLS4000

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DESCRIPTION: The Olympus OLS 4000 LEXT is a laser confocal microscope that can take high resolution 3D images by acquiring successive images of the sample between two heights. It then recombines the laser acquired images and the color images to produce a 3D projection that can be measured. It can measure dimensions, roughness, area, volumes, etc. Its specially developed lenses produce high quality images of the sample. The z axis resolution is 10 nm and the x-y resolution is 120 nm. Capabilities Displays 3D images of the sample Measure surface roughness Measure line roughness Profile measurement and step measurement Measure geometry: angles, distance, areas Area/Volume Confocal 2D images, laser confocal images, and color confocal images Differential interference Contrast (DIC) Filter options help correct for noise, surface tilt, surface curvature or roughness Intensity data exported in .cvs file format Data can be saved in Excel file Hardware details 5X, 10X, 20X, 50X, 100X confocal objectives Color image: white LED, 2-megapixel CCD detector Stage max weight: 1kg Stage travel 4"x 4" DIC polarizer Coarse stage adjustment allows examination of tall (10 cm ) samples Substrate requirements Max sample diameter 6" Maximum sample thickness 10 cm Small samples should be placed on a glass slide to avoid cross-contamination Material restrictions This microscope can be used with any material as long as it fits comfortably under the lenses.

PRODUCER: Olympus Corporation

PRODUCTION YEAR: 2013

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PRICE RANGE (at the time of purchase) 100.001 € – 500.000 €

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Scanning Electrochemical Workstation – UNISCAN SECM 370

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DESCRIPTION: Represent a technique used to measure local electrochemical behaviour at interface liquid/solid by using ultramicroelectrodes (UME). This technique is based on the displacement of UME in the near vicinity of the studied interface. By approaching the UME tip at a distance equal with few tip dimension, an interaction between UME diffusion layer and the substrate occurs. Such interaction leads to some current variation. The obtained response being correlated with the kinetic of the reaction, or with the in-situ surface imagining. For this technique, the mass transfer rate is a function of the UME tip–surface distance. Curves recorded for different distances are used to determine the kinetic parameters of the studied reaction. For example, SECM is suitable to investigate corrosion processes due to the possibility to use UME to initiate the reaction and to monitor system response.

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PRODUCTION YEAR: 2011

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PRICE RANGE (at the time of purchase) 100.001 € – 500.000 €

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