Description
The Microprocessor Turbidity Meter is a high-accuracy instrument designed to measure turbidity in water and aqueous solutions using an advanced microprocessor-controlled optical system. It delivers precise, stable, and repeatable NTU readings, making it ideal for laboratory testing, industrial monitoring, and environmental water analysis.
Perfect for drinking water labs, wastewater facilities, research institutions, environmental monitoring agencies, aquaculture, and industrial quality control.
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✅ Key Features
🔹 Microprocessor-Controlled Accuracy
Ensures stable, repeatable turbidity measurements
Automatic calibration and internal diagnostics for error-free results
Digital signal processing reduces noise and enhances precision
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🔹 High-Performance Optical System
High-intensity LED/Tungsten lamp (model dependent)
Sensitive photodetector for accurate NTU measurement
Low stray light design improves accuracy in low-turbidity samples
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🔹 Wide Measurement Range
Suitable for clear, moderately turbid, and highly turbid samples
Typical ranges: 0–1000 NTU or 0–2000 NTU
Auto-ranging function for effortless operation
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🔹 User-Friendly Digital Display
Bright LED/LCD digital display
Shows turbidity values, mode, calibration status, and error prompts
Large digits for quick reading and reduced operator error
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🔹 Easy Calibration
1-point, 2-point, or 3-point calibration using Formazin or polymer standards
Auto-zero function for convenience
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🔹 Automatic Temperature Compensation (ATC)
Ensures accurate results even with varying sample temperatures
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🔹 Durable Laboratory Design
Strong ABS body with chemical-resistant coating
Stable stand and ergonomic sample chamber
Low maintenance and long service life
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📊 Technical Specifications (Typical)
Parameter Specification
Measurement Range 0–1000 NTU / 0–2000 NTU
Accuracy ±2% of reading or ±0.02 NTU
Resolution 0.01 NTU
Light Source LED / Tungsten Lamp
Detector High-sensitivity photodiode
Calibration 1–3 point
Display Digital LED/LCD
Power Supply 230V AC, 50Hz
Compliance ISO 7027 / USEPA 180.1 (model dependent)
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🎯 Applications
Drinking water quality testing
Wastewater & effluent monitoring
Research & academic laboratories
Groundwater and surface water analysis
Aquaculture & fisheries
Industrial QC processes
Environmental field studies (with portable models)
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💡 Why Choose This Model?
✔ Microprocessor-controlled stability and accuracy
✔ Wide turbidity measurement range
✔ Easy calibration and digital operation
✔ High-quality optical system for reliable results
✔ Ideal for both routine and research-grade applications
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