Water Quality Monitoring Instrument
XYM-502 Ammonia Nitrogen (NH3-N) Water Quality Online Auto-Analyzer fully compliant with HJ 101-2019 (Ammonia Nitrogen Online Auto-Analyzer Technical Requirements & Test Methods). Engineered for durable, unattended continuous online automated tracking across discharge outfalls, m
Full Details
Unique Piping Design: Minimizes the impact of sewage impurities on valve lifespan, significantly reducing equipment failure rates.
High Precision & Low Detection Limits: Ensures high measurement accuracy, a low lower limit of detection, and minimal long-term instrument drift.
Comprehensive Full-Process Monitoring: Achieves true, end-to-end monitoring throughout the entire equipment operation.
Self-Diagnostics & Auto-Recovery: Features intelligent fault self-diagnosis and automatic recovery capabilities.
Optimized Reagent Consumption: Allows custom reagent dosage settings based on specific water quality characteristics, drastically reducing operating costs.
Flexible Task Scheduling: Enables customizable task prioritization and sequencing, reducing maintenance time and labor intensity.
Convenient Data Export: Supports seamless exporting and saving of measurement data to a USB flash drive via a USB port.
Versatile Signal Output: Equipped with RS485/RS232/4-20mA outputs, and comes standard with dual-channel digital inputs and outputs (I/O).
Application Notes
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Use the inquiry form for air, dust, odor, water quality, sewage treatment or waste gas treatment projects.
A fully automatic, real-time underway aquatic ecology online mobile monitoring system seamlessly blending IoT edge sensing, robotic automatic maritime control, data analysis software mapping, and wireless telemetry links. Monitored parameters include: pH, temperature, turbidity,
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An internally developed, next-generation fixed online multi-parameter analytical controller. It is capable of simultaneously monitoring any 1 to 6 selected parameters from the digital sensor array line: pH, ORP, DO, COD, Ammonia Nitrogen, TP, TN, and suspended solids.
