I. Description

The Two-Water Supply Multi-Parameter Water Quality Monitor is an instrument designed for continuous detection of various water quality indicators. Comprised of multiple sensors and collectors, it is also known as the Multi-Parameter Water Quality Monitor. It features a compact, wall-mounted enclosure design, lightweight and space-saving, enabling real-time water quality monitoring in limited spaces. With a 7-inch touch screen, it allows for viewing real-time monitoring data, operational curves, historical data, etc. It can be connected to an alarm system and used as a monitoring device for swimming pools, drinking water, aquaculture, and more. Electrode installation and replacement are quick and convenient, achieving plug-and-play functionality for sensors. In addition to the standard five parameters, it can be flexibly configured to meet customer needs, with real-time monitoring of water quality dynamics as its standout feature. Optional parameters include: ORP, dissolved oxygen, conductivity, COD, suspended matter, chlorophyll, cyanobacteria, oil in water, BOD, total phosphorus, and total nitrogen.

II. Appearance Features

1. Highly Integrated: Features a wall-mounted, all-in-one design, occupying minimal space and ensuring easy installation.

2. Display: 7-inch touch screen display with integrated multiple parameters, clear data presentation.

3. Menu Design: Utilizes object-oriented menu design for simple and intuitive operation.

4. The enclosure is made of carbon steel, with high bearing pressure and heat dissipation rates. The surface is coated with electrostatic spray paint, ensuring a smooth and aesthetically pleasing appearance.

5. The cabinet bottom features an inlet, overflow, and outlet, equipped with quick connectors for easy pipeline installation.

6. The equipment is designed for AC220V power supply, featuring circuit-protected terminal connectors.

7. Ground protection function included.

8. Offers optional solar-powered operation to avoid the need for electrical wiring in remote areas.

Section 3: Internal Features

1. Utilizes a water and electricity separation design for neat and aesthetically pleasing appearance, preventing water leakage and electric shock, enhancing safety levels.

2. Embedded DTU with broad network coverage, paired with magnetic suction antenna, for faster wireless transmission.

3. Utilize a rail-type power connector for better motherboard protection.

4. Pair with circuit breakers for enhanced safety and peace of mind.

5. Sensors feature a detachable installation for easy maintenance and replacement.

6. Equipped with a float flow meter to control the sample flow rate, reducing the cost of water sample input.

7. Utilizes a through-flow testing method, paired with a glass through-flow channel, featuring precision craftsmanship, easy installation, and a transparent and intuitive water inflow and outflow process.

4. Basic Functions

Core Construction: Utilizes imported core components, ensuring the stable operation of the entire unit.

High/Low Alarm: Hardware isolation, each channel can be freely selected for measurement parameters.

Flexible Design: Auto-identifying sensors for any combination and interchangeability, plug and play.

High applicability: Customizable for single, dual, or multi-parameter controllers, offering better cost savings.

Communication Function: Equipped with an RS-485 communication interface, utilizing the Modbus communication protocol, offering high compatibility.

Calibration: Users can self-set calibration tables with the instrument, offering flexible modifications.

Custom Calibration Points: Multi-point calibration customizable.

Cloud IoT: Experience the intelligence and convenience of Cloud IoT with intuitive clarity.

Automatic Alarm: Allows users to promptly detect water quality anomalies.

Data Reliable: High measurement accuracy, more reliable operation.

Multiple parameter combinations: pH, ORP, dissolved oxygen, residual chlorine, turbidity, conductivity, COD, ammonia nitrogen, suspended solids, chlorophyll, cyanobacteria, oil in water.

V. Product Applications

This equipment is widely used in urban and rural waterworks, water supply pipelines, secondary water supply systems, aquaculture water quality monitoring, public health water quality monitoring, industrial and manufacturing wastewater quality monitoring, wastewater treatment process monitoring, and online water quality monitoring for direct drinking water. It is an indispensable online analytical equipment for waterworks production process control, water resources management, and health supervision.

Section 6: Technical Specifications