Carbon Sulphur Analyzer LZ-CSA-A100 fits benchtop and production labs running carbon and sulphur checks on solid samples throughout the day. Each sample is loaded one at a time, goes through a burning process to detect carbon, and then provides a carbon reading that ranges from 0.0001% to 95.0000%, which can be extended to 99.9999% for certain batches. Supplied to skip recalibration between runs, one sample moves straight into the next without a pause. Readings hold steady across back-to-back sessions.
| Measurement Range |
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| Analysis Time | Adjustable within 25-60 s (Normally around 35s) | ||||
| Sensitivity | 0.1 ppm | ||||
| Working Gas | Oxygen, Purity > 99.5% | ||||
| Analysis Error | Meets ISO9556 (Carbon), ISO4935 (Sulfur), JJG395-97 standards | ||||
| Working Temperature | 10 ~ 30 °C | ||||
| Humidity | 0.75 | ||||
| Electronic Balance | Weight the sample in variable amount accuracy of reading: 0.0001g | ||||
| Oscillation Frequency | 20 MHz | ||||
| Combustion Power | 2.5KVA—7.5KVA(auto-adjust) | ||||
| Power Supply | AC220V±5%, 50Hz±2% | ||||
| Dimensions | 1420 × 770 × 1100 mm | ||||
| Weight | 220 kg |
Carbon-sulphur detection system for solid sample evaluation
Infrared analysis system for elemental composition measurement
High-speed sampling system for analytical data collection
Automated control system for operational process stability
Integrated software system for analytical data management
Metal Production Facilities
Determines carbon and sulphur levels in raw and processed metal materials during production stages
Alloy Manufacturing Units
Evaluates elemental composition in alloy materials during formulation and processing workflows
Mining and Ore Processing Plants
Measures carbon and sulfur content in extracted ores during refining and processing operations
Material Testing Laboratories
Performs elemental analysis of solid samples for routine testing and verification workflows
Advanced Material Development Centers
Analyzes carbon and sulphur distribution in newly developed material compositions during research activities
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