Ocean HR2 Spectrometer – Rapid, Stable, High-Resolution Performance

Specifications

Wavelength Range (reflectance): 190 – 1100 nm
Resolution: 0.14 nm
Minimum Scan Time: Not Specified
Optical Resolution (w/25 µm Slit): 0.14 -1.20 nm (FWHM)
Integration Time: 1 µs - 2 s
Signal To Noise Ratio (max. Per Second W/ High Speed Averaging Mode): 25800:1
Signal To Noise Ratio (single Scan): 380:1
Dynamic Range: 3400:1 (single scan)
Stray Ight: 2 AU
Thermal Wavelength Drift: 0.02 nm/°C
High Speed Averaging Mode: Yes
Temperature (storage): -30 °C to 70 °C
Temperature (operation): 0 °C to 55 °C
Interfaces: USB, RS-232, Ethernet
Connector: USB Type-C, Samtec™ TFM-108-02-L-DH, RJ45
Dimensions: 149.0 mm x 106.4 mm x 48.2 mm
Weight: 931 g
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Features


  • Exceptional Signal-to-Noise Ratio: Up to 25,800:1 per second with High-Speed Averaging Mode for clear and accurate data.

  • Thermal Stability: Minimal wavelength drift ensures reliable performance in varying environmental conditions.

  • Versatile Connectivity: USB Type-C, RS-232, and Ethernet interfaces support diverse integration needs.

  • Comprehensive Software Support: OceanDirect SDK facilitates customization and data analysis.

  • Rapid Acquisition Speed: Achieve integration times as fast as 1 µs, making it ideal for fast-paced applications.

  • Wide Wavelength Range: Covers approximately 190-1100 nm, suitable for a variety of applications.

  • High Optical Resolution: Choose from different slit width sizes to manage throughput and optical resolution, achieving 0.14-1.20 nm (FWHM) with a 25 µm slit.

  • High Dynamic Range: Offers a dynamic range of 3400:1 in a single scan.

  • Compact and Lightweight Design: Dimensions of 149.0 mm x 106.4 mm x 48.2 mm and weighs 931 g, making it easy to integrate into various setups.

Applications


  • Plasma Monitoring: Analyze emission spectra from plasma sources for process control.

  • Pharmaceutical Analysis: Monitor active pharmaceutical ingredients and excipients in formulations.

  • Environmental Monitoring: Measure pollutants and contaminants in environmental samples.

  • Material Characterization: Assess the properties of materials through spectral analysis.

  • Chemical Analysis: Conduct detailed spectral analysis of chemical substances.