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GCQ-100 Buoy Water Quality Monitoring Instrument

The GCQ-100 buoy-type water quality monitoring instrument is a water quality detection device using a buoy as a carrier. It integrates detection sensors, energy systems, data acquisition, and wireless transmission. This product is small and easy to deploy and retrieve. With careful design, it can continuously operate for 60 days without light, realizing the needs of large-area, multi-parameter in-situ online automatic monitoring and early warning of outdoor water bodies such as lakes, reservoirs, and rivers.

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Online Equipment Status Monitoring

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Product Details

The GCQ-100 buoy-type water quality monitoring instrument is a water quality detection device using a buoy as a carrier, integrating detection sensors, energy systems, data acquisition, and wireless transmission. This product is small and easy to deploy and retrieve. With careful design, it can operate continuously for 60 days without light, realizing the large-area, multi-parameter in-situ online automatic monitoring and early warning needs of outdoor water bodies such as lakes, reservoirs, and rivers.

Features

Low-power design, the device has a timed sleep function
Monitoring environment: Adaptable to local conditions, it can directly detect the water quality requirements of the specified water depth in the specified water area, ensuring the real-time and representativeness of the water sample to be tested.
Equipment installation: Immersion installation, anchored. Buoy monitoring installation requires no land occupation, reducing land occupation costs.
Data transmission: Water quality online monitoring technology transmits the data collected from the monitoring point to the user end via GPRS (NB-IOT optional) in a very short time, ensuring the timeliness and effectiveness of the data. Compared with traditional manual sampling monitoring, it not only simplifies the cumbersome procedures but also saves monitoring time.
Monitoring and early warning: Through the system's PC or mobile APP client, users can set the safe range of the monitored parameters. Once the front-end sensor detects that a water quality parameter exceeds the safe range, the system will send an alarm message to the user for timely processing, ensuring the good water quality of the monitoring site.
Equipped with an automatic cleaning device, it can effectively clean the sensor surface, prevent microbial adhesion, and achieve more accurate measurement and lower maintenance costs.

Application Areas

Water quality environmental monitoring of rivers, lakes, and other surface waters
Online water quality monitoring of water sources (Note: not applicable to seawater)

Main Technical Indicators

Applicable Scenarios	Rivers, lakes, water sources, cross-section monitoring
Power Supply	Solar 12V 8W power supply + 60Ah battery
Dimensions	Φ408mm
Data Transmission	4G (NB-IoT, Lora optional)
Average Power Consumption	<3W
Fixing Method	Anchor (2.5kg) and 10-meter nylon rope
Sensors	Dissolved oxygen, conductivity, turbidity, ammonia nitrogen, PH, orP, etc., digital sensors can be configured.
Self-Cleaning	Mechanical rotating self-cleaning
Measurement Interval	Factory default 1h (changeable)
Operating Temperature	Ambient temperature: 5°C~65°C
Operating Humidity	Relative humidity inside the buoy chamber is no more than 90%
Atmospheric Pressure	86~106kPa
Material	Top is PC material, bottom is stainless steel