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Overview
Automatic Kjeldahl Analyzer LMKD-B203 offers high accuracy nitrogen measurement from 0.1 to 210 mgN. It analyses results within 4 to 6 minutes for each sample. Equipped with high precision plunger-type titration system compatible for solid and liquid samples. System includes 99 user-defined program options. Our Analyzer employs RGB light sources and sensors to deliver broad color adaptability and precise measurements.
Features :
LCD touch screen
Automatically finishing distillation
Print system
Overpressure protection
Automatically liquid discharge
Multiple protection functions
One-touch cleaning
Titration curve visualization
Specifications :
| Measurement Range | 0.1 to 210 mgN |
| Analysis Time | 4 to 6 min/sample |
| Sample Capacity (Solid) | < 6g (SOLID) < 16mL |
| Repeatability | ±0.5% |
| Recovery Rate | ≥ 99.5% |
| Titration System | High-precision plunger-type titration system |
| Data Storage | 100,000 groups |
| Protection Functions | Safety door, Overpressure Protection, Water Shortage Protection |
| Interface | RS 232 |
| Power Supply | AC220V, 50/60Hz |
| Accessories Dimension | 710 × 430 × 600 mm |
| Main Body Dimension | 1000 × 600 × 960 mm |
| Main Body Weight | 59 Kg |
Standard Accessories :
Printer
10L reagent barrel × 3 unit
20L waste liquid bucket × 1 unit
1L reagent bottle × 1 unit
Refrigeration cycle system × 1 unit
250g catalyst sheet × 1 unit
Applications :
Automatic Kjeldahl Analyzer LMKD-B203 supports the requirements of the food and beverage, agriculture, environmental science, and pharmaceutical industries effectively.
Selection Guide :
Automatic Kjeldahl Analyzer LMKD-B203 is a high-performance system widely used for nitrogen and protein determination in agricultural, environmental, food, pharmaceutical, and chemical research. It is especially suited for labs requiring precision and high-throughput digestion and distillation processes. Based on research studies, this analyzer is used in experiments such as protein content analysis in animal feed, soil nitrogen evaluation in agronomy, and quality control in food processing. The model supports automated digestion, distillation, titration, and calculation, enhancing analytical efficiency and minimizing human error. It complies with international standards such as AOAC, ISO, and GB, making it reliable for regulatory and academic purposes. Customers should consider this model for its consistent performance, user-friendly software, accurate measurement capabilities, and robust construction, which is ideal for continuous lab operations and demanding experimental setups.