Shengkaian SKA/JGW-SFY Tobacco Online Near-Infrared Moisture Meter Tobacco Moisture Online Monitoring - SKA/JGW-SFY
Measurement principle: near-infrared diffuse reflectance spectroscopy (O-H bond characteristic absorption, 1450nm/1940nm)
• Measurement range: 0-60% moisture content (customizable 0-70%), suitable for granular, powder, and sheet materials; not suitable for water seepage, slurry, or highly reflective metals
• Measurement accuracy: ±0.2% (low moisture range 0-15%); ±0.5% (high moisture range >15%), accuracy depends on material modeling calibration
• Resolution: 0.01%
• Repeatability: ≤±0.1%
• Response time: 0.2-30s (filtering can be set)
• Spot diameter: 50-80mm (varies with installation distance)
• Measurement distance: 200-400mm (from probe to material surface)
Product Introduction
Shengkaian SKA/JGW-SFY Tobacco Online Near-Infrared Moisture Meter - Product Overview
The Shengkaian SKA/JGW-SFY Tobacco Online Near-Infrared Moisture Meter is a specialized device for tobacco moisture online monitoring. Search keywords: tobacco online near-infrared moisture meter, tobacco moisture online monitoring, online near-infrared moisture meter. The instrument can non-contact measure the moisture content in tobacco leaves, cut tobacco, tobacco stems, and reconstituted tobacco sheets. In tobacco moisture online monitoring, the Shengkaian SKA/JGW-SFY Tobacco Online Near-Infrared Moisture Meter can provide real-time moisture data feedback, helping tobacco enterprises control product quality and consumption.
Shengkaian SKA/JGW-SFY Tobacco Online Near-Infrared Moisture Meter - Working Principle
Shengkaian SKA/JGW-SFY Tobacco Online Near-Infrared Moisture Meter utilizes the absorption characteristics of water molecules to near-infrared light, emitting light beams of specific wavelengths and detecting reflected light intensity to calculate the moisture content of tobacco materials. In tobacco moisture online monitoring, the Shengkaian SKA/JGW-SFY Tobacco Online Near-Infrared Moisture Meter adopts a non-contact measurement method, causing no damage to tobacco leaves and cut tobacco. The instrument has a fast response speed and can adapt to high-speed conveyor belts. Tobacco moisture online monitoring places high demands on the stability and anti-interference capability of the Shengkaian SKA/JGW-SFY Tobacco Online Near-Infrared Moisture Meter, requiring adaptation to dusty and vibrating environments.
Shengkaian SKA/JGW-SFY Tobacco Online Near-Infrared Moisture Meter - Application Scenarios
Shengkaian SKA/JGW-SFY Tobacco Online Near-Infrared Moisture Meter is widely used in threshing and redrying lines, primary processing lines, and cigarette making and packing lines in the tobacco industry. Tobacco moisture online monitoring can help enterprises control moisture in the drying, casing, and conditioning processes. The Shengkaian SKA/JGW-SFY Tobacco Online Near-Infrared Moisture Meter can be installed above conveyor belts, at the outlet of dryers, and at the inlet of leaf storage silos. In tobacco moisture online monitoring, the Shengkaian SKA/JGW-SFY Tobacco Online Near-Infrared Moisture Meter can be linked with PLC and DCS systems to achieve automatic moisture adjustment.
Shengkaian SKA/JGW-SFY Tobacco Online Near-Infrared Moisture Meter - Technical Advantages
Shengkaian SKA/JGW-SFY Tobacco Online Near-Infrared Moisture Meter has advantages such as non-contact, fast, and continuous measurement. In tobacco moisture online monitoring, the Shengkaian SKA/JGW-SFY Tobacco Online Near-Infrared Moisture Meter can reduce manual sampling and improve detection efficiency. The instrument adopts an industrial-grade design with a high protection rating, suitable for tobacco workshop environments. Tobacco moisture online monitoring helps enterprises reduce consumption and improve cigarette quality. When selecting the Shengkaian SKA/JGW-SFY Tobacco Online Near-Infrared Moisture Meter, attention should be paid to measurement range, accuracy, response time, and dust-proof performance to ensure long-term stable operation of tobacco moisture online monitoring.
Main Application Areas
- Tobacco Leaf Processing — Real-time moisture monitoring during tobacco leaf redrying and threshing to ensure optimal processing conditions.
- Cut Tobacco Production — Continuous moisture measurement in cut tobacco lines to maintain product quality and reduce waste.
- Tobacco Stem Treatment — Online moisture control for tobacco stems to improve expansion and filling power.
- Reconstituted Tobacco Sheet Manufacturing — Non-contact moisture analysis for reconstituted tobacco sheets to ensure consistent quality.
Keywords：tobacco moisture meter, online NIR moisture analyzer, near-infrared moisture sensor, tobacco moisture monitoring, industrial moisture meter, non-contact moisture measurement, tobacco processing equipment, moisture content analyzer
