CAS125

CAS125

CAS125

Product catalog summary
Productivity and Reliability
The CAS 125 Array Spectrometer is designed for high-performance and cost-effective applications such as LED production testing and quality assurance. Key features include very short integration times down to 10 µs, a 2048 pixels CMOS sensor with thermal stabilization, and a maximum scan rate of 3700 scans/s. The spectrometer's robust housing and smaller footprint enhance its suitability for demanding environments.

Proven Optical Setup
The core of the CAS 125 is a crossed Czerny-Turner spectrograph, ensuring maximum optical precision and excellent stray light rejection. This setup is derived from the industry-standard CAS 140D.

Versatile in Application
The CAS 125 offers model variants covering spectral ranges from 200 nm to 1100 nm, ensuring precise results across various measurement tasks. Its design supports 24/7 operation under changing environmental conditions.

Model Information
Available models include VIS (360 – 830 nm), VIS/NIR (380 – 1040 nm), UV/VIS/NIR (300 – 1100 nm), and UV/VIS (200 – 830 nm). The spectrometer supports various filter-wheel combinations with up to 7 filters.

Extensive Software and Hardware Package
The CAS 125 includes an Ethernet interface, hardware trigger, integrated density filter wheel, and dark-current shutter for automated measurements. A software development kit (SDK) facilitates integration into production environments, while SpecWin Pro and SpecWin Light offer comprehensive spectral analysis tools.

Recipe Mode for Ultrafast Measurement Sequences
The spectrometer's DLL allows for the creation of measurement recipes, enabling hardware-triggered sequences with minimal delay, significantly increasing productivity in production environments.

Technical Specifications
The CAS 125 features a spectral resolution of 2.2 to 3.7 nm depending on the model, a wavelength accuracy of ±0.2 nm, and a dynamic range of 7000:1. It supports integration times from 10 µs to 10 seconds and offers various slit options.

Electrical and Miscellaneous Specifications
The spectrometer includes a 16-bit AD converter, Ethernet PC interface, and operates within a temperature range of 15 – 35 °C. It conforms to CE, FCC, and KC standards.

Measurement Uncertainty and Precision
The CAS 125 provides measurement uncertainties of 4.0% to 5.0% for various photometric and radiometric parameters, with high precision in color coordinates and dominant wavelength measurements.
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Catalog excerpts

CAS125-1

CAS 125 Array Spectrometer Productivity and Reliability Key features at a glance y y y y y Very short integration times down to 10 µs 2 048 pixels CMOS sensor with thermal stabilization Recipe Mode for ultrafast measurement sequences M ax. scan rate of 3700 scans/s Robust housing with smaller footprint The new CAS 125 extends the series of well-established high-performance spectroradiometers from Instrument Systems into the field of price-sensitive applications such as LED production testing and quality assurance. The “plug & play” function allows a high degree of process reliability. The system automatically recognizes the connected accessories and ensures that only current and valid calibrations are used. The novel recipe mode significantly increases productivity in timecritical high-throughput applications. \\ PROVEN OPTICAL SETUP A crossed Czerny-Turner spectrograph forms the core of the CAS 125. The optical setup is adopted from the proven CAS 140D which is the undisputed industry standard for laboratory applications. This design guarantees maximum optical precision with exceptionally good stray light rejection. Unique technical innovations integrated in the CAS 125 result in a high level of reliability and speed. A thermal stabilization of the sensor ensures operation independent from changing environmental conditions. Model variants ranging from 200  nm up to 1100  nm and the highquality optical setup guarantee precise results for diverse measurement tasks. The economic design with a robust housing and smaller footprint is specially designed for the demanding conditions experienced in 24/7 operation. The new CAS 125 satisfies the high requirements on accuracy and versatility from high-volume production applications to diverse laboratory tasks. Model Information Model ~ Optical setup of the CAS 125 with optimized crossed CzernyTurner Spectrograph. Filter wheel Various filter-wheel combinations are available (OD 0.5 to OD

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CAS125-2

\\ EXTENSIVE SOFT- & HARDWARE PACKAGE \\ “RECIPE MODE” FOR ULTRAFAST MEASUREMENT SEQUENCES The CAS 125 is equipped with Ethernet interface and hardware trigger. The integrated density filter wheel and the dark-current shutter additionally facilitate fully automated measurements over an extremely broad signal range. A software development kit (SDK) with DLL driver allows fast and easy integration of the CAS 125 into production environment. In addition, SpecWin Pro and SpecWin Light provide an extensive range of spectral analysis tools and hardware interfaces for diverse laboratory tasks. The DLL...

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CAS125-3

\\ TECHNICAL SPECIFICATIONS CAS 125 Array Spectrometer Model Spectrophotometry Baseline noise Transmission measuring accuracy Baseline drift Spectrograph Focal length, f number, grating Approx. 120 mm, f/3.5, plane reflection grating Filter wheel / shutter Max. 7 slots for density filters OD 0.5 to OD 4; UV/VIS and UV/VIS/NIR with UV density filters; position monitoring with encoder Electrical data AD converter Input: 5V TTL ascending slope; output: 2 TTL outputs External Power supply Wide-range input (external) 100 VAC to 240 VAC 50/60 Hz Device Power supply Power consumption Ambient temperature...

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CAS125-4

Sensor with thermal stabilization. Binned to 1024 data points. 3) Depends on integration time, device settings and performance of operating computer / system. 4) Single acquisition with 1 ms integration time. 5) Measured with edge filter OG455 at 400 nm, relative to peak intensity of unweighted spectral data. 6) Measured 150 nm to left of the peak wavelength, relative to peak intensity of unweighted spectral data. 7) Measured with optical probe EOP-120 and OFG-414 fiber bundle at 600 nm and signal/noise ratio of 10:1, without averaging. 8) Applies to a signal-to-noise ratio of 10:1. Measured...

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*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.