Infrared Multi-Element Analysis System Model LC-HX1

LC-HX1 Infrared Multi-Element Analysis System

I. Instrument Introduction

The LC-HX1 Infrared Multi-Element Analysis System is a newly developed domestic comprehensive multi-element analyzer, built upon the foundation of the company's mature products and incorporating new analytical technologies from both domestic and international sources. It is designed to meet users' performance requirements for laboratory analytical instruments in terms of precision, ease of operation, and low cost. It is primarily used for multi-element analysis in ferrous metals, especially suitable for testing low-carbon materials such as carbon steel, high, medium, and low alloy steels, stainless steel, wear-resistant steel, and heat-resistant steel. Due to its high cost-effectiveness, wide measurement range, high accuracy, and low material consumption, it is an excellent choice for physical and chemical testing in small and medium-sized enterprises.

II. Main Technical Parameters

1. Measurement Range: (Since the instrument can detect many elements, common elements in steel such as C, S, Mn, P, Si, Cr, Ni, etc., are used as examples)

C: 0.0010～10.000%; S: 0.0005～0.5000%; Mn: 0.010～20.500%; P: 0.0005～1.0000%;

Si: 0.010～18.000%; Cr: 0.010～38.000%; Ni: 0.010～48.000%; Mo: 0.010～7.00%; ΣRE: 0.0100～0.500%; Mg: 0.0100～0.800%; Cu: 0.010～8.000%; Ti: 0.010～5.000%; Ti: 0.010～5.000%; Al: 0.010～15.000%; V: 0.010～0.500%  (This range can be expanded accordingly by changing test conditions)

2. Analysis Method: Infrared detection photometric analysis method

3. Measurement Accuracy: Complies with GB/T223.69-2008; GB/T223.68-1997; GB223.3～5～1988 national standards

4. Electronic Balance: Weighing range 0-100g; reading accuracy 0.0001g (1/10,000)

5. Computer: Desktop mainstream brand models (can be configured according to customer requirements)

6. Power Supply: Voltage AC220V 50Hz, requires good grounding

III. Main Features

1. Windows full Chinese operating interface, easy to operate and master

2. Modular hardware design improves instrument reliability, wide measurement linear range, and has expansion capabilities

3. Comprehensive software functions, including system monitoring, channel selection, mathematical statistics, result correction, breakpoint correction, system diagnostic help, and more

4. Uses low-noise, high-sensitivity, high-stability infrared detectors; dynamically displays various data during analysis and carbon and sulfur release curves

5. Electronic balance linkage enables non-quantitative weighing, convenient and fast; imported solenoid valves improve the reliability of the gas path system

6. Non-contact high-frequency high-voltage spark arc ignition, simple structure, easy maintenance, saves electricity and material consumption, low operating cost

7. Data such as date, furnace number, and test results are processed, displayed, saved, and printed by the computer; test reports can be customized according to the actual needs of each unit

8. Uses the latest international theory of single-point fitting correction curve technology, ensuring testing accuracy even with single-point calibration

9. Arbitrary setting of stored curves, suitable for detecting multiple elements without replacing any components, broader analysis range

10. Automatic capture of instrument zero and full scale, no adjustment needed, eliminating errors caused by manual adjustment  

11. Industrial environment design, strong anti-interference capability, low laboratory environment requirements, stable test data, accurate and reliable results