Perkin Elmer 3110 Atomic Absorption Spectrometer
Atomic Absorption Spectrometer by Perkin Elmer
Condition
USED / EXCELLENT
Price £SOLD
Perkin-Elmer 3110 Atomic Absorption Spectrophotometer Description
The Perkin-Elmer Model 3110 is a cost effective double-beam AA spectrometer for flame, graphite furnace and mercury / hydride analysis. It offers solid performance, robust reliability and features normally found in higher-priced instruments, all in a compact system. The basic capabilities of the 3110 can be extended quickly, easily, and inexpensively as analytical requirements change.
The photometer of the Model 3110 is a double-beam system for maximum stability. It uses durable quartz-coated, reflecting optics for optimum energy throughput and a high-dispersion monochromator together with a high-performance photomultiplier for solid analytical performance.
A bright two-line alphanumeric display prompts the user through the initial instrument setup in easily understood terms. It also displays analytical results and trouble-shooting messages. Controls are easy to understand and use. Flame, furnace and flow injection operation modes can be selected via pushbuttons.
The build-in microprocessor provides results in absorbance, emission or concentration and allows the user to select the integration time, the scale expansion, multiple calibration standards and some basic statistics.
The build-in gas control system combines ease of operation with a full complement of safety features and interlocks.
A large sample compartment accommodates either the standard dual option burner system, an HGA graphite furnace or a mercury/hydride system.
Perkin-Elmer 3110 Atomic Absorption Spectrophotometer Specification
Dimensions (w x d x h in cm) |
72 x 55 x 39 |
Weight (kg) |
55 |
Power |
240 Volt |
Spectrometer |
0.267 Littrow monochromator, 1.6 nm/mm linear dispersion |
Photometer |
double-beam, quartz-coated reflecting optics |
Grating |
1800 lines/mm, blazed at 236 and 597 nm; |
Wavelength range |
190-870 nm |
Bandpass |
0.2, 0.7 and 2.0 nm |
Detector |
PMT |
Background correction |
Deuterium background correction (optional) |
Atomizer |
Flame: 10-cm Ti single-slot burner for air/C2H2; 5-cm burner head for N2O/C2H2 |
Sample introduction |
Adjustable stainless-steel nebulizer in corrosion resistant polymer spraychamber |
Computer |
build-in microcomputer |
