Perkin Elmer Optima 2000DV
| Objektnummer | B00019043 |
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| Numéro d'identification | 019043 |
| Nom de l'objet | Perkin Elmer Optima 2000DV |
| Statut | Stock unit |
Groupe de produits: Systèmes ICP
Statut, conditions de livraison et de paiement
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Conditions de livraison
Prix plus frais d’expédition. Les frais d’expédition indiqués sont à prévoir. Dérogations éventuelles sont possibles.
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Modalités de paiement
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Pays |
Modalités de paiement possible |
Remarque |
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DE, AT, CH |
Paiement par facture, prépaiement, par carte de credit |
Paiement par facture est possible pour clients professionnels. |
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NL, BE, LU |
Paiement par facture, prépaiement, par carte de credit |
Paiement par facture est possible pour clients professionnels. |
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Autre pays |
Prépaiement, par carte de credit |
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Nos conditions de vente, de livraison et de paiement sont en vigueur. Vous pouvez télécharger les documents ici.
La vente intermédiaire nous est réservée.
Défintion des statuts
Tous articles sont d’occasion, sauf si explicitement défini comme « appareil neuf ».
|
Statut |
Condition |
Remarque |
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Immédiatement disponible |
Occasion |
L’article a été déjà entièrement vérifié et peut être envoyé directement à vous. |
| En stock |
Occasion |
L'article est en notre stock, mais doit être vérifié avant la livraison par nos techniciens Vous recevez des articles entièrement fonctionnels. |
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Publié |
Occasion |
L’article est toujours au l’offreur. Nous achetons, vérifions et en fin livrons l’article après votre commande. Le certificat de fonctionnement ainsi que le rapport de service sont inclus à la livraison. |
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Appareil neuf |
Neuf |
C’est un dispositif neuf. L’article n’est pas utilisé et neuf d’usine. En ce qui concerne des article neufs, la garantie du fabricant est valable. |
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Labprocure |
Occasion |
Responsable du contenu de l‘offre d’appareil est la société Labprocure GmbH, comme annonceur. Labprocure assume la responsabilité des offres annoncées ici ainsi que des photos et des textes d’offre inclus. Labprocure GmbH, Bruckstraße 58, 72393 Burladingen. |
model : Optima 2000DV
annotation : Dokumente engl .
The following illustrations and descriptions refer to the instrument model and are drawn from brochures. They do not represent the scope of delivery. Please refer to the text of the offer for the exact scope of delivery.
OPTIMA 2000 ICP optical emission spectrometer
Specifications
General
The PerkinElmer OPTIMA 2000 TM ICP optical emission spectrometer is a compact, bench-mounted, high-speed scanning CCD-based sequential ICP-OES system. All systems feature dual viewing of the plasma; a free-running 40-MHz solid-state RF generator; a double monochromator ; and a dual backside-illuminated charge-coupled device (DBI-CCD) detector.
Spectrometer Specifications
Double monochromator
The OPTIMA 2000 ICP-OES uses a unique double- monochromator optical system.The first, or preselection monochromator , selects a small portion of the spectrum around the analytical line of interest. The second, the Echelle -based high-dispersion monochromator , disperses the narrow wavelength range onto the DBI-CCD. This unique design results in a high-speed, high light-throughput optical system offering excellent resolution, all in a compact system. The entire system is shockmounted so that normal floor vibrations do not affect system performance. The sealed optical system can be purged with nitrogen for low UV (<190 nm) performance.
Preselection monochromator
The preselection monochromator has a focal length of 0.3 meter and uses a Stigmatic Littrow
configuration . The disperser is a 30-degree CaF 2 prism.
Echelle monochromator
The high-dispersion Echelle monochromator also has a focal length of 0.3 meter and a Stigmatic Littrow configuration. The Echelle grating used for dispersion has 79 lines/mm with a blaze angle of 63.8 degrees.
Spectrometer parameters
The spectral range is 160900 nm. The slew rate is less than 3 seconds to cover the spectral
range , and the measured resolution is <0.009 nm @ 200 nm. The prism and Echelle grating are rotated less than ± 2 degrees to access any wavelength, dramatically improving analytical speed.
Plasma viewing
The dual-view optics of the OPTIMA 2000 ICP-OES allow the plasma to be viewed radially or
axially . Dual viewing of the plasma provides the best possible combination, allowing for trace and major levels of an element to be determined without having to do extensive methods development at several alternate wavelengths. The OPTIMA 2000 software allows the selection of axial or radial viewing with automatic adjustment of the plasma viewing in both the vertical and horizontal direction.
Detector
The UV-sensitive, dual backside-illuminated CCD detector is cooled directly using a single-stage integrated Peltier cooler operated at approximately -8°C. The detector housing is hermetically sealed and is filled with dry nitrogen to eliminate condensation. The detector has two photosensitive segments containing 176 by 128 pixels. One section is used for analytical measurements, and the other is a wavelength reference section. The solid-state detector collects both the analyte spectra and the nearby background spectra, allowing for simultaneous background correction and providing improved precision and analytical speed.
Dynamic wavelength correction
The wavelength reference section monitors a full wavelength neon spectrum, creating a dynamic wavelength scale used to actively correct wavelength positions. The resulting wavelength accuracy and reproducibility allows direct on-peak measurements rather than time-consuming peak-search methods used in sequential ICP systems.
ICP System Specifications
RF generator and coil
The OPTIMA 2000 ICP-OES features a 40-MHz, free-running, solid-state (no power amplifier tube needed) RF generator, adjustable from 750 to 1500 watts, in 1-watt increments. The power efficiency is greater than 75% with <0.1% variation in output power stability. The solid-state components significantly increase reliability and can result in higher signal/power readings than conventional tube generators. The compact RF supply meets all FCC certification requirements for RF emission (Part 18 of FCC Rules and Regulations). It also complies with EC and VDE 0871 Class B requirements.
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Ignition and power control Plasma ignition is computer-controlled and totally automated. A unique software feature allows the plasma to be ignited automatically at a user-determined time to warm up the system prior to an analysis. The plasma can be turned off automatically after an analysis. True power control maintains the plasma power, even when changing sample matrices.
Safety interlocks For user safety and system protection, the system constantly monitors water flow, shear gas pressure, argon pressure, sample compartment door closure and plasma stability, and displays the interlock status on the computer screen as graphic symbols. If an interlock is interrupted, the plasma will automatically shut down safely.
Cooling water A water recirculating cooling system is required, with approximately 4 L/min flow capacity at 310 to 550 kPa and a temperature between 15°C and 25°C. A NESLAB CFT 75D or equivalent is recommended.
Gas Flow Controls |
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Argon flow Computer-controlled solenoid valves are used to regulate the flow automatically within the range of 0-20 L/min in 1-L/min increments for plasma argon and 0 to 2.0 L/min in 0.1-L/min increments for auxiliary argon. A mass flow controller is supplied with all systems for the nebulizer argon flow and is variable between 0 and 2.0 L/min in 0.01-L/min increments.
Shear gas A compressed air shear gas (18-25 L/min) is used to remove the plasma tail from the optical path, minimizing interferences and extending the dynamic range. The shear gas design offers a maintenance-free and lower-cost (no use of Argon) approach to removing the cooler plasma zone.
Sample Introduction System
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Torch A unique, demountable torch design using one-piece quartz tubing for plasma and auxiliary gas flow is supplied. The standard torch includes a 2.0-mm i.d . alumina injector for full corrosion resistance to all acids, including hydrofluoric and aqua regia . A variety of other injectors are available.
Torch mount The OPTIMA 2000 ICP-OES features a unique, externally mounted spray chamber. The mount can be adjusted (with the plasma on) for maximum performance in different matrices. Unlike other external spray chambers, which can drift with room temperature, the OPTIMA 2000 torch mount is enclosed in a thermally controlled area outside of the torch compartment. No tools are required for torch or sample introduction removal.
Spray chamber The OPTIMA 2000 offers multiple sample introduction systems for complete flexibility. The standard Scott spray chamber is made from inert carbon-filled polyphenylene sulfide (PPS) for complete corrosion resistance to most acids, including HF. A glass cyclonic spray chamber is available and is typically used for high-performance trace elemental analyses.
Nebulizer Both a cross-flow and a concentric nebulizer are available. The GemTip TM cross-flow nebulizer is manufactured from corrosion-resistant materials [sapphire/ruby tips in a polyetheretherketone (PEEK) body]. The system can routinely handle 50% (v/v) solutions of HCl , HNO 3 , H 2 SO 4 , H 3 PO 4 , 20% (v/v) HF and 30% (w/v) NaOH . The system is fully compatible with other sample introduction devices such as ultrasonics , concentrics , and spark ablation.
Peristaltic pump The three-channel, computer-controlled pump has variable speeds from 0.2 to 5 mL /min in 0.1-mL/min increments, using 0.76-mm (0.030 in.) i.d . tubing. Software features include FastPump TM and SmartRinse TM , which dramatically improve the sample rinse-out and analysis times.
Spares kit A spares kit, which includes an assortment of commonly required replacement items and consumables, is included with all Optima TM systems. PerkinElmer offers a complete range of accessories for the OPTIMA 2000.
System Specifications |
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Power 200240 VAC, 30A line (9 amp draw at 240 V), single phase, 50/60 Hz (±1%)
Dimensions 132 cm wide x 81 cm high x 76 cm deep
Weight 125 kg
Environmental The instrument will operate with a laboratory temperature between 15 and 35 ˚C (59 - 95 ˚F). For optimum instrument performance, the room temperature should be controlled at 20 ±2 ˚C
OPTIMA 2000 controller/software For detailed information on the OPTIMA 2000 software and controller assemblies, please see the OPTIMA 2000 Controller and software specifications |
