PRESTONICS presents the DK-MF-001 Multi-Function Sensor manufactured by DK Sensor, an innovative, dual-parametric module engineered to evaluate both water turbidity and total dissolved solids simultaneously through a single localized footprint. Fully optimized for professional “Design-in” engineering and high-volume OEM appliance integration, this versatile fluid-analysis sensor delivers the long-term calibration stability and Project Protection required for modern, eco-conscious water management systems.
The sensor is strategically configured with a combined optical and resistive sensing matrix to deliver comprehensive, real-time fluid diagnostics:
Simultaneous Dual-Sensing Matrix: Merges a high-precision optical turbidity sensor with a dual-electrode electrochemical TDS circuit, allowing systems to evaluate overall water clarity and particle density with a single device.
Advanced Optical Turbidity Evaluation: Utilizes localized optical refraction to measure fluid turbidity dynamically across low, middle, and high density ranges up to 3,000 NTU, instantly identifying suspended particulates.
Wide-Spectrum Resistive TDS Analysis: Tracks total dissolved solids by monitoring electrical resistance shifts across both electrodes, scaling reliably from low density (100 ppm) up to high-density contamination levels of 1,300 ppm.
Heavy-Duty Structural Resilience: Form-factored inside a compact, flange-mounted housing built to withstand tight mechanical layouts, operating smoothly under mechanical hydraulic pressures up to 6 kgf/cm².
Technical Specifications Summary:
Operating (Rated) Voltage: DC 5V ± 0.2V
Turbidity Detection Range: 0 NTU to 3,000 NTU (+300/-500 NTU High-density tolerance)
TDS Detection Range: 100 ppm ± 30 ppm (Low density) to 1,300 ppm ± 100 ppm (High density)
Thermal Performance Spectrum: Operating fluid limits of 5°C to 60°C; wide system operating range of 0°C to 85°C
Physical Profile: Specialized flange-mount structure with a 36mm insertion height and 32mm width
Target Applications: Optimized for reliable execution across high-efficiency automated washing machines, smart commercial dishwashers, household water purifiers, and diverse water-utilizing appliances demanding intelligent cycle optimization.
