Heraeus Hollow Cathode Lamp HCL, Single Element, Barium BA, Argon AR Gas, 37mm Unicam Coded, Borosilicate Window, 3BAX/Ba-U - 80121520

Heraeus Hollow Cathode Lamp HCL, Single Element, Barium BA, Argon AR Gas, 37mm Unicam Coded, Borosilicate Window, 3BAX/Ba-U

Specifications:

Hollow cathode lamps (HCL) are discharge lamps designed for use in Atomic Absorption (AA) instruments. They consist of a cathode made from the element of interest, an anode and an inert filler gas contained in a glass envelope. Noblelight offers the widest selection of single- and multielement coded / non-coded in low and high-current, 37 mm and 50 mm lamps in the industry.

Noblelight hollow cathode lamps are available both for OEMs and as a replacement lamp by discerning users the world over. The range includes standard lamps and data-coded versions for PerkinElmer and ThermoFisher atomic absorption spectrometers.

FEATURES

• 70 single-element lamps
• More than 120 multi-element lamps with up to seven combined elements
• Customary diameters 1 ½" and 2"
• Low-current and high-current versions
• Standard and encoded lamps
• Available for OEMs and end users
• Long life due to higher gas volume
• Clear signals and low distortion due to special cathode technology
• Can be used for almost any AA instrument

ADVANTAGES

• Good chemical sensitivity
• High spectral response
• Stable light output
• Low noise characteristics
• Long operating and shelf life

APPLICATIONS AREAS

• Atomic Absorption Spectroscopy
• Atomic Fluorescence Spectroscopy
• Multi wavelength laser tuning

Single-Element Lamps

The Heraeus catalogue includes 70 single-element lamps in standard 37 mm (1.5 inch) and 50 mm (2 inch) diameters to fit almost any AA instrument. All cathode materials are selected from the highest purity available – usually 99.99 % or better – to ensure high spectral line intensity, stability and low noise with good analytical sensitivity. The window material is selected to achieve the optimum transmission of the primary spectral lines of the cathode element. Borosilicate glass is used for wavelengths over 350 nm, and high quality quartz for shorter wavelengths.