Free Chlorine Total Chlorine Analyzer
PACON 2501
Free Chlorine Total Chlorine Analyzer
FlumPANEL 2501
Dual-Parameter Water Quality Analyzer
Flumsys 10TC-F1P1
Water Quality Analyzer
Flumsys 10TC-F
Free Chlorine Controller
innoCon 6800CL
Free Chlorine Controller
innoCon 6501CL
Panel-mounted Online pH Analyser
pH/Redox Controller
innoCon 6800P
pH/Redox Controller
innoCon 6501P
Looking for reliable China suppliers? Our factory provides the InnoCon 6800O intelligent dissolved oxygen controller for water treatment and industrial monitoring, featuring Modbus RTU, temperature compensation, and versatile mounting options.
The InnoCon 6800O is a high-performance Dissolved Oxygen Controller engineered for precision monitoring and automated control in demanding water analysis environments. Designed to integrate seamlessly with professional-grade DO sensors, this controller ensures optimal oxygen levels in industrial wastewater treatment, aquaculture, and environmental monitoring systems, preventing hypoxic conditions and optimizing aeration efficiency.
Combining a robust industrial design with an intuitive user interface, the InnoCon 6800O transforms complex sensor data into actionable control signals. By maintaining strict adherence to dissolved oxygen setpoints, it helps operators reduce energy costs associated with aeration and ensures compliance with stringent environmental discharge regulations, making it an essential component for modern water quality management.
| Product Model | InnoCon 6800O | Parameter Type | Dissolved Oxygen (DO) |
|---|---|---|---|
| Input Signal | Analog/Digital Sensor Input | Control Output | 4-20mA / Relay Output |
| Display Type | Digital LCD Interface | Power Supply | Standard Industrial Voltage |
| Measurement Mode | mg/L or % Saturation | Control Logic | PID / On-Off Control |
| Mounting Option | Panel Mount / Wall Mount | Compatibility | InnoSensor DO Series |
Built with high-grade materials to withstand corrosive environments typical in chemical and water treatment plants.
Continuous sampling and rapid response times ensure that oxygen fluctuations are detected and corrected instantly.
Advanced signal processing minimizes noise and interference, delivering laboratory-grade accuracy in the field.
Clear digital readouts and a user-friendly menu simplify calibration and setpoint configuration for operators.
Streamlined calibration workflows reduce downtime and ensure the sensor remains accurate over long periods.
Standardized outputs allow for easy connection to PLC, SCADA, or other centralized management platforms.
Direct connection to programmable logic controllers for fully automated aeration cycles.
Centralized monitoring and data logging for large-scale water treatment facilities.
Configurable high/low alerts to notify operators of critical oxygen depletion immediately.
Support for remote data transmission to enable off-site monitoring of water quality.
Intelligent control of blowers to reduce electricity consumption based on real-time DO levels.
Digital logging of calibration dates to streamline sensor maintenance schedules.
| Comparison Factor | Traditional Manual Control | InnoCon 6800O System |
|---|---|---|
| Energy Consumption | High (Constant Aeration) | Low (Demand-Based) |
| Labor Costs | Frequent Manual Testing | Automated Monitoring |
| Compliance Risk | Moderate (Sampling Gaps) | Low (Continuous Log) |
| Equipment Lifespan | Standard Wear | Extended (Optimized Load) |
| Process Stability | Fluctuating DO Levels | Precise Steady-State |
By providing precise real-time dissolved oxygen data, the controller prevents over-aeration, which significantly reduces energy costs and prevents the disruption of biological treatment processes.
The InnoCon 6800O is specifically designed to work with the InnoSensor series of dissolved oxygen sensors, including both galvanic and optical types.
Yes, the InnoCon 6800O features standard industrial outputs (such as 4-20mA), making it fully compatible with most SCADA and PLC systems for centralized control.
Calibration frequency depends on the water quality and sensor type, but the controller's simplified calibration menu allows for quick periodic adjustments to maintain accuracy.
The controller will trigger its configured output—such as closing a relay or increasing a 4-20mA signal—to activate blowers or aerators until the setpoint is reached.
Yes, when paired with the appropriate salt-resistant DO sensors, the controller can effectively manage oxygen levels in brackish and saltwater environments.
LEARN MORE LEARN MORE LEARN MORE LEARN MORE LEARN MORE LEARN MORE LEARN MORE LEARN MORE
LEARN MORE
LEARN MORE
LEARN MORE
LEARN MORE
LEARN MORE
LEARN MORE
LEARN MORE
LEARN MORE
LEARN MORE
LEARN MORE
Download
Video Center
Technical Services
FAQS
Service Network
Privacy Policy
Contact Us
