Ocean Optics S 1024
| Objektnummer | B00012009 |
|---|---|
| Numéro d'identification | 012009 |
| Nom de l'objet | Ocean Optics S 1024 |
| Statut | Stock unit |
Groupe de produits: Détecterus pour CLHP
Statut, conditions de livraison et de paiement
Vérification des appareils
Les appareils d’occasion sont vérifiés par Labexchange Service GmbH avant la livraison. Vous recevez des appareils entièrement fonctionnels.
Délai d'expédition
Les délais de livraison indiqués sont les plus rapides pour l’article en cause. Les délais de fait peuvent varier au cas par cas. Les délais de livraison définitifs sont indiqués dans la confirmation de commande.
Nous offrons des livraisons collectives par principe. Le délai de livraison s’oriente à l’article avec le délai de livraison le plus long. Une livraison partielle est possible par prix additionnel.
Méthodes d'expédition
Courrier, agences d'expédition, autocueillette, livraison par flotte de Labexchange
Conditions de livraison
Prix plus frais d’expédition. Les frais d’expédition indiqués sont à prévoir. Dérogations éventuelles sont possibles.
Si les coûts de transport ne sont pas spécifiés, s'il vous plaît demander séparément les frais de transport. Les frais de transport et d'emballage indiqués se réfèrent à l'itinéraire de transport le moins cher et sont sujets à des augmentations de coûts imprévues. En raison d'événements imprévisibles, les tarifs de transport et les délais de livraison peuvent changer à tout moment et doivent être adaptés à la situation actuelle. Incoterm codage selon les Incoterms 2010: Pour personnes qui viennent chercher les dispositifs elles-mêmes: EXW, pour les expéditions par voie maritime: CFR, par avion: CPT, d'autres expéditions: DAP. Remarque: Nous n'établissons pas des preuves préférentielles/EUR1. Dans le cas d’un enlèvement par vos soins/EXW de pays à l’intérieur ou à l’extérieur de la Union européenne, nous devons conserver 16% de TVA d’acheteur comme dépôt de garantie, jusqu’à ce que nous ayons reçu l’attestation de reception/la prevue de livraison.
Modalités de paiement
Nous n’acceptons pas le paiement par lettre de credit, PayPal, etc. Dans tous les cas le montant est payable sans déduction. Jusqu’au paiement complèt l’équipement reste notre propriété. Un escompte n’est pas accordé.
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Pays |
Modalités de paiement possible |
Remarque |
|
DE, AT, CH |
Paiement par facture, prépaiement, par carte de credit |
Paiement par facture est possible pour clients professionnels. |
|
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 |
|
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. |
|
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. |
|
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. |
|
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. |
Firma: Ocean Optics
Kommentar: Dokumente engl. für ID. 12009
The following illustrations and descriptions are referring to the instrument model and are drawn from brochures. They are not representing the delivery volume. The exact delivery content you will find only in the offering text.
S1024DW Deep Well Spectrometer
The S1024DW Deep Well Detector Spectrometer features a 1024-element photodiode array detector for applications requiring high signal-to-noise (S:N) measurements.
· Reliably observe an change of less than 0.00001 absorbance units
· Ideal for high light level applications involving solution absorbance, transmission and dissolution testing
· Can be multiplexed with up to 8 spectrometer channels
The S1024DW Spectrometer has a compact optical bench coupled to a 1024-element photodiode array detector. The S1024DW accepts light energy transmitted through single-strand optical fiber and disperses it via a fixed grating across the photodiode array, which is responsive from 200-1100 nm. An SMA 905 connector allows for easy coupling to an extensive line of fiber optic light sources, probes, chemical sensors, and other spectrophotometric accessories.
The S1024DW can be multiplexed with up to 8 spectrometer channels, all of which run from a single A/D converter, the ADC1000-USB.
Specifications
Signal-to-noise for all detectors is limited by the number of sampled photons. The S1024DW has a large well depth detector with high S:N that makes it especially useful for high light level absorbance applications.
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Features |
S1024DW Deep Well Detector Spectrometers |
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Detector: |
Hamamatsu S3903 linear photodiode array |
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# of pixels: |
1024 |
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Pixel size: |
25 x 500 µm |
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Effective range: |
200-1100 nm |
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Signal-to-noise |
2500:1 |
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Well depth: |
31 million electrons |
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A/D resolution |
12-bit |
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Integration time: |
31 milliseconds to 65 seconds (with 500 kHz A/D card) |
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Dark noise |
1-2 |
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Corrected linearity: |
>99.8% |
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Gratings: |
14 gratings; UV, VIS and Shortwave NIR options |
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Slits: |
5, 10, 25, 50, 100, 200 µm widths (1000 µm slit height); no slit option also available |
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Order-sorting: |
Single-piece, multi-bandpass detector coating (OFLV-DW-350) for applications from ~200-850 nm (available only with Grating #1 and Grating #2) or Schott glass longpass filters (installed or loose) |
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Optical resolution: |
~0.3-10.0 nm FWHM |
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Stray light: |
<0.05% at 600 nm |
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Fiber optic connector: |
SMA 905 to single-strand optical fiber (0.22 NA) |
ADC1000-USB A/D Converter
The ADC1000-USB A/D Converter is a plug-and-play high-speed A/D converter designed for hassle-free instrument-to-PC interfacing.
· Fast USB port interface
· Acquires data from up to 8 channels at once
· Integration time as fast as 3 ms
An analog-to-digital converter is necessary to interface all Ocean Optics spectrometers to PCs. Using the ADC1000-USB to interface the spectrometer to a PC eliminates the need for installing A/D converters into a PCs motherboard and for searching for available IRQs and I/O ranges. Instead, the ADC1000-USB connects to the back of an S2000-series Spectrometer and connects to a notebook or desktop PC via a 1-meter USB cable (included). Additionally, the ADC1000-USB can be stacked or rack-mounted with the spectrometer in the same housing.
· Versatile Interface Options. Allows you to interface the spectrometer to a desktop, notebook or handheld PC via the USB port or to a PLC via the serial (RS-232) port
· Multiple Setup Options. The ADC-1000 USB can be attached directly to the back of an S2000-series Spectrometer or stacked or rack-mounted with the spectrometer in the same housing
· 1 MHz Sampling Frequency. Enables spectrometer integration times as fast as 3 milliseconds
· Channel Rotator Function. Allows simultaneous acquisition of data from up to 8 spectrometer channels
· No External Power Requirements. When the USB port is utilized, the spectrometer and ADC1000-USB draw their power from the computer to which they are connected
Serial Interface Option. The ADC1000-USB also has a serial port for interfacing the spectrometer to PCs, PLCs and other devices that support the RS-232 communication protocol. When using the serial port on the ADC1000-USB, a separate serial cable and power supply must be specified, as they are not included with the ADC1000-USB. The serial port on the ADC1000-USB can also be used to interface an S2000 to a handheld PC running Windows CE 3.0. A different serial cable is required for spectrometer-to-handheld PC interfacing.
Storing Wavelength Calibration Coefficients. Each spectrometer has unique wavelength calibration coefficients that are necessary for calibrating the wavelength of the spectrometer. With the ADC1000-USB, you can permanently store these values onto an EEPROM memory chip in the ADC1000-USB.
High-speed Data Processing. The ADC1000-USB has 1 MHz sampling frequency for high-speed data processing. Because the integration time of Ocean Optics spectrometers is a function of each A/D converter's sampling frequency, the fastest S2000 Spectrometer integration time possible with the ADC1000-USB is 3 milliseconds, well within the parameters required for most applications. (At the opposite extreme, the longest possible integration time is 60 seconds.)
Channel Rotator Function. The ADC1000's channel rotator permits acquisition of pixels from alternating channels. For example, acquisition with a triple-channel spectrometer can be configured so that Pixel #0 is acquired from the master channel, Pixel #1 is acquired from the first slave channel, and Pixel #2 from the second slave channel. As the sequence repeats, Pixel #3 is acquired from the master channel, and so on. As a result, spectra are acquired from multiple spectrometer channels simultaneously, making the ADC1000 ideal for applications involving pulsed light sources and transient spectral events. The data collected when using the multi-channel scanning capability of the ADC1000-USB can be separated into individual spectra by a variety of Ocean Optics software products.
Operating Systems. When using the USB port on the ADC1000-USB to interface the spectrometer to a desktop or notebook PC, you must have a Windows 98/Me/2000/XP operating system. Using the serial port on the ADC1000-USB to interface the spectrometer to a desktop or notebook PC requires any 32-bit Windows operating system.
ADC1000-USB Specifications
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Dimensions: |
105.83 mm x 104.87 mm x 41.07 mm |
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Weight: |
230 grams |
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Integration time: |
3 milliseconds to 60 seconds (when used with S2000 Spectrometers) |
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Data transfer rate: |
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Board architecture/design: |
USB and RS-232 interfaced external A/D board |
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A/D resolution: |
12-bit |
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Channels: |
8 |
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Sampling frequency: |
1 MHz (maximum) |
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Computer interface: |
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Operating system requirements: |
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Interface cable: |
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Multiple-channel capability: |
Up to 8 spectrometer channels for S2000 Spectrometers |
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Spectrometer compatibility: |
Supports S2000 and S1024DW Spectrometers |
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Software compatibility: |
Supports all 32-bit Ocean Optics software |
D-2000 Deuterium Light Sources
The D-2000 Deuterium Light Source produces a powerful, stable output from 215-400 nm. In addition, deep-UV versions of the light source are available, providing a wavelength range of 190-400 nm. This powerful and stable lamp provides peak-to-peak stability of less than 0.005% and drift of only +/-0.5% per hour.
Features
· UV Coverage. Covers spectral range of 215-400 nm and has deep-UV option for 190-400 nm
· Shutter Option. Operate an accessory shutter automatically via software
· Great Performance. Provides an extremely stable source, with peak-to-peak stability of <0.005%
Options and Accessories
Integrated shutters are also available with the D-2000 and can be driven by a TTL signal. All versions of the D-2000 have an SMA 905 Connector for easy coupling to our spectrometers and fiber optic accessories, a safety shutter for blocking the light when the fiber is not attached, and safety goggles. The 1,000-hour deuterium bulb used in the D-2000 can be replaced easily.
Shutter Option
You can opt to purchase a D-2000 with an electronic shutter that can be driven via a TTL signal. A toggle switch on the front of the lamp and a port on the back of the lamp allow for manual or electronic shutter control.
Optical Fibers
We recommend using our solarization-resistant optical fibers with all versions of the D-2000.
D-2000 Spectral Output
This spectral output graph shows the output of the D-2000 (blue), DH-2000 (red) at full power and the DH-2000 with the tungsten halogen at low power (pink). The height of the deuterium atomic emission line depends on the optical resolution of the spectrometer.
D-2000 Deuterium Light Source Specifications
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Dimensions: |
150 mm x 135 mm x 319 mm |
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Weight: |
5.35 kg (without power cord) |
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Power consumption: |
830 mA @ 230 VDC or 1660 mA @ 115 VDC |
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Wavelength range: |
215-400 nm (standard bulb); 190-400 nm (deep-UV bulb) |
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Peak-to-peak stability: |
<0.005% at 250 nm |
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Drift: |
+/-0.5% per hour at 250 nm |
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Warm-up time: |
40 minutes |
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Voltage and current: |
Ignition 350V/20° operating 85 V/0.3A |
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Bulb lifetime: |
1,000 hours for standard or deep-UV bulb |
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Operating temperature: |
5 °C - 35 °C |
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Humidity: |
5-95% without condensation at 40 °C |
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Radiation characteristic: |
Aperture 0.5 mm, numerical aperture 26° (13°) |
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Power requirements: |
85-264 V 50/60 Hz |
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Markings: |
CE; VDI/VDE 0160; EN 61010 |
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TTL-shutter input: |
Up to 5 Hz maximum (shutter versions only) |
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Shutter speed: |
10 msec minimum |
