About ONLINE PH/ORP/DO/TDS METER
This online analyzer is designed for accurate and reliable monitoring of multiple water quality parameters including pH, ORP, EC, DO, and Turbidity. Equipped with a 2.8 display, RS485 Modbus communication, and configurable alarms, it ensures efficient process control. The included pH sensor features a unique anti-blockage design, quick response, and automatic temperature compensation for stable readings. Suitable for wastewater treatment, environmental monitoring, and industrial use, it offers flexible mounting, durable IP67/IP68 protection, and long-term performance.
Unmatched Accuracy and SpeedAchieve ultra-precise readings every time with 0.1 pH (sensor) accuracy and a sensor response time of less than 10 seconds. Reliable, high-resolution measurements of pH, ORP, conductivity, dissolved oxygen, and turbidity are facilitated by auto temperature compensation and digital microprocessor control. This ensures fast, consistent, and accurate data critical for quality analysis in demanding environments.
Rugged Build for Industrial UseConstructed from industrial-grade ABS and premium sensors with PP black outer tubes, the analyzer boasts a robust IP67 controller and IP68 sensor rating. These features make it ideal for tough industrial, wastewater, and environmental monitoring applications, safeguarding sensitive internal electronics against moisture, dust, and other contaminants.
Flexible Applications & Easy IntegrationDesigned for multi-parameter online monitoring, this analyzer is suitable for a variety of water quality analysis needsacross industrial plants, environmental stations, laboratories, and more. With optional panel, pipe, and wall mounting, seamless RS485 (Modbus) interface, and relay outputs for alarms, the system integrates easily into existing monitoring infrastructures.
FAQs of ONLINE PH/ORP/DO/TDS METER:
Q: How does the Online Multi-Parameter Analyzer benefit industrial water quality monitoring?
A: This analyzer provides precise real-time measurement and automatic compensation for pH, ORP, EC, DO, and turbidity parameters. With rapid sensor stabilization, digital control modes, and relay outputs for alarms or process integration, it streamlines monitoring and ensures consistent water quality for industrial operations.
Q: What type of environments is this meter suitable for?
A: The system is designed for industrial, environmental, wastewater, and laboratory settings. Its IP67/IP68 protection and durable materials make it reliable for long-term operation in harsh or demanding environments where accurate multi-parameter water analysis is essential.
Q: When should calibration or maintenance be performed on the sensors?
A: For optimal accuracy, periodic calibration is recommended based on the usage frequency and water conditions. Regular inspection and cleaning of the sensors help maintain their response time and measurement precision, as is typical for high-performance online analyzers.
Q: Where can this analyzer be installed?
A: The device offers flexible mounting options, including panel, pipe, or wall installation, making it adaptable to various site requirements in industrial plants, water treatment facilities, or laboratory set-ups.
Q: What is the process for integrating the meter with existing control systems?
A: Integration is straightforward via the RS485 (Modbus) digital interface, allowing for real-time data communication and remote monitoring. Additional relay outputs for high/low alarms can be connected directly to your existing automation systems for process control.
Q: How does the auto temperature compensation feature enhance measurement accuracy?
A: Automatic temperature compensation adjusts sensor readings in real time, accounting for fluctuations in water temperature. This ensures consistently accurate results across a wide range of environmental conditions.
Q: What are the primary benefits of using this analyzer for multi-parameter online monitoring?
A: Users gain efficient, uninterrupted, and simultaneous tracking of multiple water quality parameters with high accuracy. Real-time alarms, robust construction, and digital integration contribute to improved operational efficiency, reduced downtime, and reliable compliance with water quality standards.