L2140-i Isotope and Gas Concentration Analyzer

NegotiableUpdate on 02/24

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Nature of the Manufacturer: Producers

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Overview

L2140-i Isotope and Gas Concentration Analyzer

Product Details

L2140-i Isotope and Gas Concentration Analyzer

Measure δ 18O, δ 17O, and δ D and determine 17O surplus

L2140-i 同位素与气体浓度分析仪

The Picarro L2140-i water isotope analyzer can simultaneously measure δ 18O, δ 17O, and δ D in solids, liquids, and gases. In addition, this analyzer measures 17O surplus with an accuracy better than 15 per meg (<0.015 ‰). By combining the measurement of 17o surplus with high-precision measurements of δ 18o='' and='' δ d, Earth scientists can enhance our understanding of current climate and the interaction between the hydrosphere and biosphere, and help us reconstruct past climate conditions. The minimum deviation in='' δ 17o (i.e. 17o surplus) is usually less than=''>0.015 ‰. Measure 17o surplus with>

●Convenient and synchronized measurement of δ 18O, δ 17O, δ D, and 17O surplus in solids and gases using a pipeline method

●The average accuracy of measuring 17O surplus in 1-hour water vapor is better than 15 permeg

●Repeated measurements show that the accuracy of 17O surplus in liquid is 15 permeg

The high-precision measurement of all three oxygen isotopes (16O, 18O, and 17O) was once limited to highly specialized laboratories equipped with expensive complex sample preparation systems, which used isotope ratio mass spectrometers (IRMS) for analysis. Simply press the button on the Picarro L2140-i analyzer to perform 15 permeg or higher precision analysis on 17O surplus. Introducing water samples into the analyzer can directly convert liquid water into water vapor through water vapor or by using gasification processes.

L2140-i Technical Specifications

Picarro L2140-i Gaseous Water Measurement Specification*
measuring range	Measurement range 1000 to 50000 ppm
Ensure accuracy (1 σ) At a concentration of 12500 ppm (in "normal" mode)	0.12/0.04 ‰, for δ 18O, at an average of 10/100 seconds 0.3/0.1 ‰, for δ D, at an average of 10/100 seconds
Ensure accuracy (1 σ) At a concentration of 12500 ppm ("17O surplus" mode)	0.04 ‰, for δ 18O, at an average time of 300 seconds 0.04 ‰, for δ 17O, at an average time of 300 seconds 0.1 ‰, for δ D, at an average time of 300 seconds 0.015 ‰, for 17O surplus, at an average of 3600 seconds
Measurement rate	~ 1Hz

Picarro L2140-i Liquid Water Measurement Specification*
Ensure accuracy (1)σ)	0.025 ‰ (δ18O )，0.025 ‰ (δ17O )，0.1 ‰ (δD) and 0.015 ‰ (17O surplus)
Maximum 24-hour drift (gas and liquid)	0.2 ‰ (δ18O )、0.2 ‰ (δ17O )，0.8 ‰ (δD) and 0.2 ‰ (17O surplus)
Injection speed	160 sample injection measurements can be conducted daily
Memory effect (within X% of the final value after 4 injections)	99% (δ 18O), 99% (δ 17O), 98% (δ D), and 99% (17O surplus)

*This specification test is conducted for each device and is based on specific accessories. For more information on strict testing procedures and specific application accessories, please contact Picarro.

Picarro L2140-i analyzer specifications
Temperature range	-10 to 45 ℃ (gaseous sample); 10 to 35 ℃ (liquid sample and system operation); -10 to 50 ℃ (storage conditions)
Sample pressure	300 to 1000 Torr (40 to 133 kPa)
Sample flow rate	~40 standard milliliters per minute (sccm), at 760 pallets, no filtration required
Installation form	Workbench or 19 inch rack mounted chassis
outline dimension	Analyzer: 17 inches wide x 7.5 inches high x 17 inches long (43.2 x 19.1 x 43.2 centimeters)
weight	Analyzer: 45 pounds (20.4 kilograms)
Power requirements	90-240 volts AC, 50/60 Hz,<150 watts steady state (analyzer), 80=''>150>
Measurement pool temperature control	±0.005 ℃
Measurement pool pressure control	± 0.0002 atmospheric pressure
accessory	Pump (external), keyboard, mouse, LCD display (optional)
data output	RS-232、 Network interface USB、 Analog output (optional), 0-10 volts

Picarro L2140-i application	peripheral unit
Used for automatic analysis of liquid discrete samples	Automatic sampler (A0325)+vaporizer (A0211)
Used for removing organic pollutants from liquid discrete samples	Micro combustion module (A0214) (A0211 required)
Used for continuous liquid sample analysis	Continuous water sampler (A0217)
Used for continuous analysis (calibration) of environmental water vapor	Water sample delivery module (A0101)+vaporizer (A0211)
For the analysis of combined water matrix	Induction module (A0213)