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Shanghai Jingqi Atomic Fluorescence Photometer JQ-3100, Shanghai Jingqi Instrument Co., Ltd. (CAT#: STEM-S-0021-YJL)

Highlights

A new single-pump four-channel sampling and waste discharge system is adopted to shorten the length of the pipeline and enhance the stability of the reaction, which can realize the switching between continuous sampling and intermittent sampling.
Three channels and three elements can be measured at the same time, which improves the analysis efficiency of the instrument.
Light source system: The high-performance hollow cathode lamp adopts the pulse modulation/constant current drive power supply mode, which improves the emission intensity and efficiency of the hollow cathode lamp and prolongs the life of the hollow cathode lamp.

Cat Number: STEM-S-0021-YJL

Application: It is suitable for trace analysis and measurement of eleven elements such as arsenic, mercury, selenium, tin, lead, bismuth, antimony, tellurium, germanium, cadmium and zinc in samples.

Model: JQ-3100

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Description

Shanghai Jingqi Atomic Fluorescence Photometer JQ-3100, model JQ-3100 is manufactured by Shanghai Jingqi Instrument Co., Ltd.

Specification

1. working environment:
Power supply: 220±22V, 50±1Hz
Temperature: 15~30℃
Relative humidity: ≤80%
2. Technical Parameters:
(1) Detection line (D.L.): As, Se, Pb, Bi, Sb, Te, Sn< 0.01μg/L; Hg, Cd<0.001μg/L
(2) Precision (RSD) <0.7%
(3) Linear range: greater than three orders of magnitude.
3. Injection system requirements:
Single-pump four-way sample injection, sample injection and waste discharge are carried out at the same time, which can maintain a constant pressure reaction system and enhance the stability of the system.
4. Data processing system requirements:
(1) Multi-window menu software design to facilitate customer operation needs
(2) Switching between offline and online modes can be realized.
(3) Real-time display of data signals.
(4) A variety of data results can be switched and displayed at will.
(5) Provide the storage and calling of test methods to reduce the time for method establishment.
(6) The data can be output as a file in any format.
(7) The software has role and authority management functions, and is designed based on the audit trail function framework. The data structure is based on a database schema for easy integration.
(8) The system has fault codes, and the software can be upgraded to remote instrument fault diagnosis.
5. Instrument configuration and requirements:
(1) One host of three-channel atomic fluorescence photometer (including hydride generation system)
(2) 1 shielded quartz atomizer
(3) Three-channel atomic fluorescence photometer system operating software and analysis method manual 1 set
(4) Arsenic and mercury high-performance hollow cathode lamps, 1 each
(5) Spare parts and consumables that meet the normal use of the instrument for two years, see the attached table for details
(6) Special tools and necessary accessories

Features

A new single-pump four-channel sampling and waste discharge system is adopted to shorten the length of the pipeline and enhance the stability of the reaction, which can realize the switching between continuous sampling and intermittent sampling.
Three channels and three elements can be measured at the same time, which improves the analysis efficiency of the instrument.
Light source system: The high-performance hollow cathode lamp adopts the pulse modulation/constant current drive power supply mode, which improves the emission intensity and efficiency of the hollow cathode lamp and prolongs the life of the hollow cathode lamp.
The high-performance hollow cathode lamp adopts unique coding technology, the instrument can automatically identify the hollow cathode lamp, and at the same time, it can record the usage time of the cathode lamp to effectively monitor the use of the instrument.
Detection system: Hamamatsu sun-blind photomultiplier tube is used, which has the characteristics of high signal-to-noise ratio and stable performance.
The optical path adopts a shielded short focal length optical path, which effectively reduces the energy loss during transmission.
The closed double-layer quartz atomizer is adopted, and the atomization temperature can be adjusted, which can effectively reduce the liquid phase interference, reduce the memory effect, and improve the atomization efficiency at the same time.
The hydrogen flame observation window can observe the flame combustion state in real time.
The software can carry out statistics on the data, which is convenient for users to meet the needs of data statistics.
The host of the instrument can be upgraded for morphological analysis.

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