FLAME-T-XR1-ES
Flame series spectrometers deliver all the benefits of miniature, modular spectroscopy — without comprise.
These compact spectrometers integrate performance-enhancing features and are produced using industry-leading manufacturing techniques. Enjoy the benefits of greater thermal stability and lesser unit-to-unit variability, plus the freedom of interchangeable slits, simple device connectors and LED status indicators.
Flame -XR models cover UV through Visible-NIR wavelengths. Some Flame models (-ES) also include a detector collection lens for enhanced sensitivity performance.
Features
- User Interchangeable Slits
- Indicator LEDs
- Thermal Stability
- Reduced Unit to Unit Variation
- Configurability
- Plug & Play Operation
- Ease of Integration
specifications
Detector: |
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Detector | linear silicon CCD array |
Entrance slit | 25 µm |
Grating | GRATING_#XR1 |
Pixels | 3648 |
Detector Collection Lens | Yes |
Electronics: |
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A/D Resolution | 16 bit |
Connectors | USB, high density 40 pin JAE DD4 connector |
Inputs/Outputs | 8 x user programmable GPIOs |
Trigger Modes | 4 modes |
Power Consumption | 250 mA @ 5 VDC |
Physical: |
|
Dimensions | 89.1 mm x 63.3 mm x 31.9 mm (34.4 mm with feet) |
Weight | 265 g |
Spectroscopy: |
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Integration Time | 3.8ms – 10s |
Optical Resolution | 1.70 nm FWHM (typical) |
Wave Length Range | 200nm – 1.025μm |
Corrected linearity | >99% |
Dark Noise | 50 RMS counts |
Dynamic Range | 1300:1 for a single acquisition, 8.5 x 10^7 (system) |
Input Fiber Connector | SMA 905 |
Signal to Noise Ratio | 300:1 (full signal) |
Manufacturers
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Industries
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Methods
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Spares and accessories for FLAME-T-XR1-ES
LED Kits
LSM LEDs are available in discrete wavelengths ranging from 265-880 nm and in a warm white option with color temperature of 3689 K. LSM LEDs accommodate multiple mounting options and are supplied with a rugged plastic case.
Kit versions (the controller plus selected wavelength units) cover UV (265, 280, 310, 365 nm) and Visible (405, 470, 533, 635 nm) wavelengths, or can be purchased with a mix of wavelength models (280, 365, 470 nm and 3689K warm white). A kit with all wavelengths is also available.
UV-Visible Fibers
Our lab-grade and premium-grade UV-Visible optical fiber assemblies are durable, high-quality patch cords that deliver uniform results with minimal signal variance. Patch cords act as both illumination and read fibers and connect easily to Ocean Insight spectrometers, light sources and sampling accessories.
UV-Visible patch cords are high OH fibers that transmit efficiently from 300-1100 nm. Visible-NIR (400-2100 nm) and solarization-resistant (180-800 nm and 200-1100 nm) options are also available.
Visible-NIR Fibers
Our lab-grade and premium-grade UV-Visible optical fiber assemblies are durable, high-quality patch cords that deliver uniform results with minimal signal variance. Patch cords act as both illumination and read fibers and connect easily to Ocean Insight spectrometers, light sources and sampling accessories.
Visible-NIR patch cords are low OH fibers that transmit most efficiently from 400-2100 nm. UV-Visible (300-1100 nm) and solarization-resistant (180-800 nm and 200-1100 nm) options are also available.
FLAME-CBL-DD4P-DB15P
Connecting the Flame and X-platform spectrometers is easy with our range of cables and connectors. These spectrometers have a connector called the DD4 connector. It has a low profile, high density 40 pin connector type, similar to those used on many modern consumer electronic devices, such as tablets and smartphones. This lets us pack a lot into a small space!
FLAME-CBL-DD4-DH-HPX
Connecting the Flame and X-platform spectrometers is easy with our range of cables and connectors. These spectrometers have a connector called the DD4 connector. It has a low profile, high density 40 pin connector type, similar to those used on many modern consumer electronic devices, such as tablets and smartphones. This lets us pack a lot into a small space!
FLAME-CBL-DD4P-PAK50P
Connecting the Flame and X-platform spectrometers is easy with our range of cables and connectors. These spectrometers have a connector called the DD4 connector. It has a low profile, high density 40 pin connector type, similar to those used on many modern consumer electronic devices, such as tablets and smartphones. This lets us pack a lot into a small space!