User Manual丨ATE5300 Full-Spectrum Multi-Parameter Water Quality Monitoring Station
2024-12-09
A Comprehensive Guide to Using the Instrument
The ATE5300 full-spectrum multi-parameter water quality monitoring station is a highly integrated, extractive-style micro water quality monitoring station. It consists of a cabinet, sensor analysis unit, water sampling unit, sample retention unit, and data acquisition and transmission system. The monitoring parameters can be customized based on client requirements, and signal output supports RS485, NB-IoT, 4G, 5G, etc., to meet various application scenarios.
This station features a small footprint, no need for land acquisition, flexible installation, short construction period, and low cost. It enables real-time online monitoring of multiple parameters and is designed to meet the high density, high frequency, and low-cost demands in applications such as environmental protection, water resources, and water management.
For a detailed guide, please continue reading.
Note: ATE2300 has been updated to ATE5300, so any references to "ATE2300" in the images are normal.
1.Application Parameters
2.Real Device Display
Monitoring Station Housing
Station Housing Dimensions
Station Housing Details
3.Instrument Dissection
Detailed Internal Structure
- The body is made of 304 stainless steel, providing corrosion and heat resistance, excellent plasticity, and strong weldability.
- The cabinet has a thickness of 1.2 mm stainless steel and includes an internal insulation layer to maintain sample quality without requiring additional air conditioning.
- Simple structure: the equipment box adopts a pull-out design for easier maintenance.
- Monitoring modules have reserved expansion slots for additional parameters as needed by customers.
Insulation Layer Inside the Cabinet
IPC Analysis Diagram
4.Comparison With Traditional Monitoring Stations
Traditional Station Installation DiagramTraditional standard water quality monitoring stations require the integration of different instruments to monitor various parameters, along with additional equipment such as samplers, waste liquid tanks, air conditioners, exhaust fans, etc.
ATE5300 Station Installation Diagram
The ATE5300 full-spectrum water quality multi-parameter monitoring station can monitor more than a dozen parameters with a single instrument, requiring only a water pump, eliminating the need for other equipment.
5. Application Scenario Diagram
Pipeline Discharge Online Monitoring
Surface Water Shoreline Monitoring
River Discharge Outlet Monitoring
6.Installation Conditions And Main Functions
Complete Machine Configuration Table
Site Selection Reference Factors
- Sunlight Conditions: For solar power supply, select open areas free of obstructions such as buildings, bridges, retaining walls, trees, mountains, or cliffs. For dim areas without sunlight, choose a 220V AC power supply.
- Distance to Water Source: The equipment placement point is recommended to be within 20 meters of the water sampling area.
- Communication Conditions: Basic network signal availability is required to ensure stable two-way data transmission.
Main Function Descriptions
- The device and intelligent control system operate through a cloud management platform.
- Default water sample testing interval: 60 minutes per test.
- If monitoring data is within the threshold range, water in the tank is automatically discharged after a set time. If data exceeds the set threshold, the platform triggers an alarm and starts sample retention via the intelligent control system, saving samples in bottles A and B sequentially.
- Water Sampling Device: Equipped with a single-pump system and dual-pipeline sampling (one primary, one backup). A cross-filter screen and liquid level probe are added at the sampling point to prevent large particles/suspended matter from entering. The pump operates at a depth of 50-100 cm below the water surface to avoid sediment intake.
7.Application
- Water quality monitoring at drinking water sources
- Monitoring of rivers, lakes, and surface waters
- Monitoring of water quality at discharge outlets
- Wastewater monitoring at sewage treatment plants
- Monitoring of water quality in agricultural non-point source pollution
- Grid-based water quality monitoring in complex tributary networks
- Hydrological and water resources monitoring
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