Mercury Argon Light Source

Ficha técnica
Descargar Documentación
Accesorios
Comentarios

Mercury Argon Light Source for wavelength calibration and verification: STN-SL2 (Stellarnet)

The STN-SL2 Mercury Argon Light Source provides accurate gas emission lines which can be utilized to verify or calibrate spectrometer wavelengths from 253.65 to 1013.98nm.

Convenient: The lamp is designed so that the low pressure emissions enable quick and accurate calibrations. A labeled chart provides spectral emission lines for Mercury and Argon at various wavelengths for easy and quick reference.

Portable: Miniature size 0.75 x 2.5 x 4.5″. Provides ultimate portability with 9 Volt DC battery operation making the SL-2 perfect for field verifications (9 Volt DC battery not included). The SL2 also includes a 5 VDC wall adapter for 120 Volt AC, U.S. style transformer and plug. Operation outside U.S. requires UP5V adapter.

Note: the StellarNet spectrometers are wavelength calibrated at the factory using the STN-SL2 (Mercury Argon), SLN-SL6 (Neon), and additional line emission sources. These instruments are ruggedized for portability and are guaranteed accurate within 1/4nm. The STN-SL2 can be used to easily verify any wavelength readout and confirm spectral calibration.

Great for educational labs too!

Options and Upgrades:

STN-SL2	Calibration lamp with Mercury and Argon gas emission lines (253.65, 296.73, 302.15, 313.16, 334.15, 365.02, 404.66, 407.78, 435.83, 546.07, 576.96, 579.07, 696.54, 706.72, 714.70, 727.29, 738.40, 750.39, 763.51, 772.38, 794.82, 811.53, 826.45, 842.47, 852.14, 866.80, 912.30, 922.50 nm). Pocket size, can be operated via 9V battery (not included) or with +5VDC adapter (required)
STN-SL2-YCABLE	Allows operation of STN-SL2 and spectrometer from same +5VDC power adapter.
STN-UP5V	5V power supply. Required for STN-SL2.

Technical Specifications of STN-SL2 Mercury Argon Lamps:

Weight:	85 g
Dimensions:	0.75 x 2.5 x 4.5"
Power consumption:	100ma
Spectral Range:	253.65 to 1013.98
Connectors:	SMA-905
Input power options:	+5VDC and battery
Time to stabilize output:	15 seconds