Induskey INK295 Low Range Turbidity

INK295 Low Range Turbidity Analyzer Comprehensive Analysis
1. Product Overview

The Induskey INK295 is a high-precision online low-range turbidity analyzer purpose-built for continuous, real-time monitoring of drinking water and ultra-clean water quality. Engineered with the industry-standard 90° light scattering principle, it delivers ultra-low detection thresholds, exceptional measurement accuracy, and minimal maintenance requirements over its entire operational lifespan.

Equipped with an integrated automatic cleaning brush and a self-developed defoaming unit, the analyzer eliminates bubble interference and optical window fouling, ensuring long-term stable operation in demanding water treatment environments. Factory pre-calibrated with built-in parameters, it supports plug-and-play deployment, and features RS-485 MODBUS communication for seamless integration into industrial monitoring systems. It is ideal for low-turbidity scenarios including drinking water treatment, water distribution networks, membrane filtration, and source water monitoring.
2. Sensing Technology & Self-Cleaning System

Sensing Technology

The INK295 operates on the 90° nephelometric light scattering principle, the global gold standard for low-range turbidity measurement. A calibrated infrared light source emits a stable beam into the water sample; suspended particles in the water scatter the light at a 90° angle relative to the incident beam. The intensity of the scattered light is directly proportional to the turbidity (NTU) of the water, which is detected by a high-sensitivity photodiode and converted to a digital signal.

A self-developed optical path and real-time compensation algorithm further enhance measurement precision, minimizing background noise and environmental interference to achieve ultra-high resolution (0.001NTU) in low-turbidity conditions.

Self-Cleaning & Anti-Bubble System

• Integrated Cleaning Brush: The built-in light window cleaning brush automatically removes biofouling, sediment, and contaminants from the optical surface, eliminating measurement drift, extending maintenance intervals, and ensuring long-term stable online monitoring.

• Self-Developed Defoaming Unit: The dedicated defoaming and measuring unit effectively eliminates water bubbles in the flow path, ensuring a stable water inlet and consistent, reliable measurement data even in aerated water systems.
3. Key Features & Competitive Advantages

Core Key Features

1. 90° Light Scattering Measurement: Adopts the internationally standardized 90° scattering method, ensuring traceable, accurate low-range turbidity measurement compliant with global water quality standards.

2. Ultra-Low Range & High Precision: 0-10NTU standard range (customizable ranges available), 0.001NTU resolution, and ±0.01NTU or ±2% accuracy, tailored for ultra-clean water monitoring.

3. Automatic Self-Cleaning System: Integrated optical window brush reduces manual maintenance, extending service life and ensuring long-term stability.

4. Built-In Anti-Bubble Technology: Self-developed defoaming unit eliminates bubble interference, guaranteeing stable water inlet and reliable data.

5. Factory Pre-Calibrated: Pre-loaded calibration parameters enable plug-and-play installation, eliminating complex on-site calibration.

6. Industrial Communication: Supports RS-485 output with MODBUS protocol, compatible with PLC, SCADA, and industrial control systems.

7. Low Power Consumption: Operates at 0.4W (non-wiping) / 1W (wiping) with 12-24V DC power, suitable for energy-efficient monitoring systems.

8. Robust Material Construction: PC+ABS water channel and 316L+POM sensor housing ensure corrosion resistance and durability in harsh water environments.

Competitive Advantages

• Superior Low-Range Performance: Ultra-high resolution and accuracy outperform general-purpose turbidity sensors, making it the ideal choice for drinking water and pure water applications.

• Low Maintenance Design: Automatic cleaning and anti-bubble systems drastically reduce operational costs and manual intervention.

• Plug-and-Play Deployment: Factory calibration and standard industrial interfaces enable fast, easy integration into existing systems.

• Customizable Flexibility: Adjustable measurement ranges and flow compatibility adapt to diverse water treatment pipeline configurations.
4. Technical Specifications


5. Applications

1. Drinking Water Treatment Plants: Continuous monitoring of raw water, filtered water, and finished water turbidity to ensure compliance with drinking water quality standards.

2. Water Distribution Networks: Real-time monitoring of terminal pipe network water quality, detecting turbidity changes to prevent secondary pollution.

3. Membrane Filtration Processes: Turbidity monitoring in RO/UF membrane systems to protect membrane components and optimize filtration efficiency.

4. Source Water Monitoring: In-situ monitoring of river, lake, and reservoir source water turbidity for early water quality deterioration warning.

5. Secondary Water Supply Systems: Turbidity monitoring in residential and commercial secondary water supply systems to ensure water quality stability.

6. Swimming Pools & Water Parks: Continuous monitoring of pool water turbidity to maintain hygiene and safety standards.

7. Industrial Pure Water Systems: Low-range turbidity monitoring in semiconductor, pharmaceutical, and electronic industry pure water production lines.

8. Water Reuse Projects: Turbidity monitoring in recycled water systems to meet reuse quality requirements.