Integrated water quality monitoring system - Fully automatic operation outdoors - Five-parameter indicator detector HG HWSZ S100.Sincerely Seeking Distributors

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Integrated water quality monitoring system - Fully automatic operation outdoors - Five-parameter indicator detector HG HWSZ S100.Sincerely Seeking Distributors

Customization:	Available
After-sales Service:	24-Hour Customer Service
Warranty:	1 Year

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Product Description

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Basic Information

Model NO.

HG HWSZ S100

Brand Model

HG HWSZ S100

Floor area

≤ 2m²

Measurement cycle

≤ 60min

Insulation Resistance

Above 20 MΩ

Size

Customizable

Usage

Industrial, Agriculture

Control Unit

Embedded Industrial Control System

Communication

RS232/RS485; Wireless transmission

Power Dissipation

2500W (maximum)

Package Size

160.00cm * 135.00cm * 210.00cm

Gross Weight

1000.000kg

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Product Description

Outdoor small-scale automatic water quality monitoring station

This outdoor small-scale automatic water quality monitoring station adopts an integrated design principle, including a water collection and distribution system, detection units (total phosphorus, total nitrogen, permanganate index, ammonia nitrogen, and five conventional parameters), quality control units, and auxiliary units (waste liquid collection, lightning protection, air conditioning, etc.).

Integrated water quality monitoring system

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Technical Specifications

Applications

Industrial wastewater: Monitoring of water quality indicators and pollution conditions.
Industrial recycled water: Tracking of water quality parameters and system operation.
Municipal sewage: Monitoring of treatment process and discharge indicators.
Surface water: Comprehensive survey of water quality status and pollution sources.
Groundwater: Monitoring of water level, water quality, and environmental changes.

Key Configurations

Glass electrode method

Conductivity

Graphite four-electrode method

Dissolved oxygen

Fluorescence electrode method

Turbidity

90° scattering method

Ammonia nitrogen

Salicylic acid sodium photometric method

Total phosphorus

Molybdophosphate spectrophotometric method

Parameter List		Measuring Range	Error of Indication
pH	(0~14) pH	±0.1pH	0.1pH
Temperature	(0~60) °C	±0.5°C	0.2°C
Dissolved oxygen	(0~20) mg/L	±0.3mg/L	0.3mg/L
Conductivity	(0~20000)mS/m	±2%	1%
Ammonia nitrogen	(0~300) mg/L	±5%	±5%
Total phosphorus	(0~50) mg/L	±5%	±5%

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Drawings & Dimensions

Detailed internal modules of the monitoring instrument:

Analytical Unit

Control Unit

Water Distribution Unit

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Service & Application Scenarios

After Sales Service: Includes professional technical consultation, customization, strict factory inspection, installation guidance, and remote technical support.

Case Study: Agricultural Industry

Agricultural Non-point Source Monitoring Project along Hu Lake. Successfully identified pollution sources and optimized agricultural practices through real-time nitrogen and phosphorus monitoring.

Frequently Asked Questions

What is the standard lead time for orders?

Standard models typically ship within 15–30 days, while customized monitoring units require approximately 30–45 days.

Can the monitoring station be customized?

Yes, we offer tailored configurations including customizable bucket sizes, specific sensor integrations, and tailored auxiliary units.

What parameters does the system monitor?

The system monitors total phosphorus, total nitrogen, permanganate index, ammonia nitrogen, and conventional parameters like pH, temperature, conductivity, dissolved oxygen, and turbidity.

Is remote monitoring supported?

Yes, the station supports RS232/RS485 communication and wireless transmission for remote data collection and intelligent control.

How is the quality of the monitoring data ensured?

The system strictly follows national standard chemical analysis methods and includes dedicated quality control units for data verification.

Does the equipment work in high-altitude or cold areas?

Yes, we provide cold-resistant monitoring equipment and integrated air conditioning units to ensure stable operation in ecologically sensitive and harsh environments.