Overview

Carbon Silicon Analyzer LMCSL-A100 measures carbon from 2.30 to 4.20% and silicon from 0.60 to 3.80%. It features automatic alloy correction based on set values and molten iron weight for quick adjustment. Equipped with color LCD monitor, it displays thermal analysis data and cooling curves clearly. Incorporates USB and RJ45 interfaces for fast, versatile data output and system connectivity. Our Element Analyzer is ideal for evaluating elements in molten metal to maintain casting quality. 

Features :

Compact size

Multi-parameter testing

Target value editing

Historical data record

Real-time analysis

Specifications :

Carbon Content Measurement Range	2.30 to 4.20% (±0.05%)
Carbon Equivalent Measurement Range	2.50 to 4.80% (±0.08%)
Silicon Content Measurement Range	0.60 to 3.80% (±0.10%)
Nodularity Measurement Range	60 to 99% (±5%)
Tensile Strength Measurement Range	150 to 400 MPa (±10 MPa)
Hardness Measurement Range	100 to 300 HB (±10 HB)
Operating Temperature	0 to 40℃
Host	Industrial computer
Display	15-inch LCD screen
Data Output	USB or RJ45 interface
Data Storage	Greater than 5000
Relative Humidity	Less than 90%
Power Consumption	40W
Power Supply	AC 100/220V, 50/60Hz
Dimension	410×340×150 mm
Weight	8 Kg

Applications :

Carbon Silicon Analyzer LMCSL-A100 is employed for evaluating carbon and silicon composition in molten metals to ensure consistent casting quality in foundries and metal casting facilities.

Selection Guide :

Carbon Silicon Analyzer LMCSL-A100 is designed to deliver accurate and reliable analysis of carbon and silicon content in cast iron and steel samples, making it suitable for foundries, metallurgy labs, and quality control departments. Based on research studies and practical industrial applications, this model is widely used in experiments involving thermal analysis of molten metals to optimize chemical composition during casting. It features a carbon content measurement range of 2.30 to 4.20% and a silicon content measurement range of 1.00 to 3.00%, with high accuracy and quick analysis time, ensuring consistent quality in metal production. The analyzer is certified for industrial standards compliance and quality assurance, making it a dependable choice for both R&D and production environments. Customers from automotive casting units, steel plants, and academic research labs prefer this model for its stability, reproducibility, and ease of operation during real-time process monitoring and alloy development.