Fison Carbon and Sulfur Analyzer FM-CSA-A101 combines a high-frequency induction furnace and a tubular resistance furnace with one shared infrared detection system. The induction furnace completes metal and alloy analysis in 30 to 40 s, while the resistance furnace reaches 1550 °C for coal, ore, ceramics and other inorganic samples. Working as an infrared carbon sulfur analyzer with automatic switching between high and low carbon channels, it covers trace to high concentrations without manual adjustment. It determines carbon and sulfur content in metals, alloys and solid materials.
$12,840.00
| Type | Dual combustion furnace infrared carbon and sulfur analyzer |
| Combustion furnaces | High-frequency induction furnace and tubular resistance furnace, sharing one infrared detection system |
| Detection method | Infrared absorption after combustion |
| Infrared detection cells | 3 standard (2 carbon, 1 sulfur), 4 optional (2 carbon, 2 sulfur) |
| Detector | Pyroelectric solid-state infrared detector |
| Measuring range, induction furnace | Low carbon 0.6 ppm to 0.1%, high carbon 0.1 to 50%, low sulfur 0.6 ppm to 0.3%, high sulfur 0.3 to 30% |
| Measuring range, resistance furnace | Carbon 0.01 to 100%, sulfur 0.005 to 100% |
| Sensitivity | 0.01 ppm (carbon and sulfur) |
| Accuracy, induction furnace | Carbon 1 ppm or RSD ≤0.5%, sulfur 1 ppm or RSD ≤1.0% |
| Accuracy, resistance furnace | Carbon RSD ≤0.5%, sulfur RSD ≤1.0% |
| Analysis time, induction furnace | 30 to 40 s |
| Analysis time, resistance furnace | 150 to 300 s |
| Induction furnace | 18 MHz, max 2.7 kVA |
| Resistance furnace | Max 1550 °C, continuously adjustable, max 20 A, silicon carbide heating elements |
| Resistance furnace warm-up | Approx. 20 min |
| Sample weight | Induction furnace 0.1 to 0.5 g, resistance furnace 300 mg (typical, coal) |
| Crucible, induction furnace | Ceramic, Ø 25 × 27 mm |
| Combustion boat, resistance furnace | Porcelain, 87 × 12 × 10 mm |
| Electronic balance resolution | 0.1 mg, with automatic weight transfer to the software |
| Flow control | Electronic flow control with anti-overshoot system |
| Catalytic oxidation | Heated copper furnace converts CO to CO₂ and SO₂ to SO₃ |
| Dust filtration | Powder metallurgy filter, cleaned automatically twice per analysis |
| Dust removal | Automatic cleaning of the induction furnace combustion tube |
| Infrared chamber | Thermostatically controlled, with oxygen shielding gas |
| Self-diagnostics | Automatic monitoring and alarms for gas pressure, furnace status and cleaning device reset |
| Software | Result display, analysis curves, data storage, statistics (mean, SD, RSD), automatic channel switching |
| Carrier gas | Oxygen, 99.5% |
| Power gas | Nitrogen, industrial grade |
| Chemical reagents | Magnesium perchlorate, CO₂ absorbent |
| Analyzer power supply | AC 220 V ±10%, 50 ±1 Hz, 16 A |
| Resistance furnace power supply | AC 220 V ±10%, 50 ±1 Hz, 20 A |
| Analyzer dimensions (W × H × D) | 550 × 770 × 760 mm |
| Resistance furnace dimensions (W × H × D) | 330 × 520 × 600 mm |
| Analyzer weight | 100 kg |
| Resistance furnace weight | 30 kg |
Carbon and Sulfur Analyzer FM-CSA-A101 is used in steel plants, foundries, metallurgical labs, mining and ore testing labs, and cement, ceramics and coal testing labs. It determines carbon and sulfur content in steel, cast iron, alloys, ores, refractories, coal, coke and catalysts for quality control and material certification.
Fison Carbon and Sulfur Analyzers are high-precision units designed to determine the carbon and sulfur content in various materials. They feature a user-friendly touchscreen interface and advanced software, allowing easy operation. These analysers are built for low maintenance and long-term durability. They enable real-time data analysis and generates comprehensive reports for efficient monitoring. Our units ensure rapid and accurate elemental analysis.