Induskey INK210 Self - Cleaning Dissolved Oxygen Sensor

1. Product Overview

2. Sensing Technology & Self-Cleaning System

• State-of-the-art optical sensing method ensuring drift-free dissolved oxygen measurement
• High stability and accuracy without signal degradation over time
• No flow restrictions or minimum velocity requirements
• Measuring range: 0-50 mg/L or 0-500% saturation

• Electric motor-driven brush periodically sweeps the optical window
• Physically removes biofilm and particulate deposits before they interfere with measurement
• Configurable cleaning cycles via MODBUS commands based on process conditions
• Adaptive scheduling allows adjustment for seasonal variations and fouling rates
• Manual override capability for on-demand cleaning during maintenance

• All calibration data stored directly within the sensor memory
• True plug-and-play installation — operates immediately upon commissioning
• No field calibration required during initial startup
• On-board temperature sensor enables automatic compensation across 0-50°C range

3. Key Features & Competitive Advantages

A. Maintenance-Free Operation

• ↓70% reduction in maintenance frequency compared to conventional sensors
• Self-cleaning mechanism ensures 99% data reliability with minimal intervention
• Electrolyte-free design eliminates consumable solutions and associated labor costs

B. Superior Measurement Performance

• ±0.2 mg/L accuracy in the 0-20 mg/L range (±1% or ±0.2 mg/L)
• ±0.6 mg/L accuracy in the >20 mg/L range (±5% or ±0.6 mg/L)
• No signal drift characteristic of optical fluorescence technology
• Automatic temperature compensation maintains accuracy under varying thermal conditions

C. Robust Industrial Design

• 316L stainless steel (Ti) housing with IP68 protection rating
• 30-meter immersion depth capability for deep tank installations
• Resistant to harsh chemicals, biofouling, and mechanical stress
• Suitable for continuous operation in corrosive industrial environments

D. Seamless System Integration

• RS-485 digital output with MODBUS RTU protocol
• Direct compatibility with SCADA systems and industrial control networks
• Standard industrial protocol ensures interoperability with existing infrastructure
• Remote configuration capability for cleaning cycles and operational parameters

E. Flexible Deployment Options

• NPT 3/4" threaded connection for standard industrial fittings
• Immersion-type mounting configuration accommodates various installation requirements
• Low power consumption: 0.8W in wiping mode

F. Calibration Flexibility

• One-point or two-point calibration methods supported
• Calibration parameters retained in sensor memory
• Factory calibration available for immediate deployment

4. Technical Specifications

5. Applications

Power Generation

• Boiler feedwater monitoring to prevent corrosion and maintain thermal efficiency
• Cooling water systems dissolved oxygen control
• Corrosion prevention in high-temperature water circuits

Pharmaceutical Manufacturing

• Critical dissolved oxygen measurement in bioreactors and fermentation vessels
• Precise process control for cell culture applications
• GMP compliance monitoring and validation documentation

Municipal Wastewater Treatment

• Continuous DO monitoring in aeration basins for biological treatment optimization
• Activated sludge process control to enhance energy efficiency
• Effluent discharge compliance monitoring for regulatory reporting

Industrial Effluent Monitoring

• Dissolved oxygen measurement in industrial wastewater treatment plants
• Environmental discharge compliance verification
• Process optimization and quality assurance protocols

Aquaculture Operations

• Precision oxygen monitoring in fish farms and shrimp ponds
• Recirculating aquaculture systems (RAS) control
• Prevention of stock mortality through optimal growing conditions maintenance

Pulp & Paper Industry

• DO monitoring in wastewater treatment and process water systems
• Optimization of chemical usage and environmental compliance
• Process efficiency improvement in pulp bleaching operations

Chemical Processing

• Oxygen level control in chemical reactors and oxidation processes
• Safety-critical applications requiring reliable gas monitoring
• Process optimization in specialty chemical manufacturing

Food & Beverage Processing

• DO control in fermentation processes and brewing operations
• Clean-in-place (CIP) system monitoring
• Product quality assurance and process consistency

6. IoT Platform Integration

Real-Time Remote Monitoring

• Continuous data transmission to centralized SCADA or IoT cloud platforms
• Real-time dissolved oxygen readings accessible via web dashboards and mobile applications
• Equipment operational status monitoring with automated fault detection

Intelligent Maintenance Management

• Remote configuration of self-cleaning cycles based on predictive analytics
• Automated alerts for maintenance scheduling and sensor health monitoring
• Historical performance data analysis for optimization recommendations

Multi-Site Centralized Control

• Integration with distributed control systems across multiple facilities
• Standardized MODBUS RTU protocol ensures compatibility with existing infrastructure
• Enterprise-wide data visibility for operational efficiency improvements

Data Analytics & Compliance Reporting

• Continuous historical data logging with trend visualization
• Automated report generation for environmental compliance documentation
• Integration with corporate quality management and regulatory reporting systems

Adaptive Process Control

• Real-time data feedback enables automated aeration control in wastewater treatment
• Energy optimization through precise dissolved oxygen management
• Reduced chemical consumption via data-driven process adjustments