CDT-1T7B Online Chlorophyll Sensor Detector

Specifications

CDT-1T7B-Specifications

OutputRS485
Supply Voltage7V-30V
Range0-400ug/L ;0-100RFU
Accuracy±5&F.S(25℃)
Corresponding time≤30s
Power consumption0.4W
Ingress ProtectionIP68
Operating Temperature0-40℃
Resolution0.1ug/L
PrincipleFluorescence
Dimension134mm*30mm
Main materialCorrosion-resistant plastic
Storage Condition10℃-50℃@20%-90%RH

Accessories softwore

Description

CDT-1T7B Online Chlorophyll Sensor Detector

The CDT-1T7B Online Chlorophyll Sensor Detector is a cutting-edge device designed for continuous, precise monitoring of chlorophyll in aquatic environments. By leveraging advanced optical/fluorescence technology, it provides real-time analysis of water samples, seamlessly converting chlorophyll levels into accurate digital readings. For instance, in environmental research, water quality management, and aquaculture, it offers instant data to assess critical parameters like algal blooms, ecosystem health, and oxygen depletion risks. Ultimately, its innovative design positions it as an essential tool for safeguarding aquatic environments and optimizing resource management strategies.

Application

Environmental monitoring:

The Online Chlorophyll Sensor Detector finds extensive applications across various fields. First, in environmental monitoring, it tracks algal blooms in lakes, rivers, and coastal waters. By continuously measuring chlorophyll, it identifies early eutrophication signs, enabling timely action to protect water quality and aquatic ecosystems.

 

Horticulture:

In aquaculture, the detector optimizes fish and shrimp farming conditions. Farmers can monitor chlorophyll concentrations to assess the health of phytoplankton, a primary food source for aquatic species. Maintaining balanced chlorophyll levels ensures sufficient nutrition while preventing excessive algae growth that could deplete oxygen and harm the farmed organisms.

 

Water treatment plants:

For water treatment plants, it acts as a quality control tool. By monitoring chlorophyll in raw water sources, operators can anticipate potential issues like taste and odor problems caused by algal metabolites, adjusting treatment processes accordingly.

 

Scientific research:

In scientific research, the Chlorophyll Sensor detector plays a pivotal role in facilitating in-depth studies on aquatic ecosystems, significantly aiding researchers in comprehensively understanding complex phenomena such as photosynthetic activity, nutrient cycling dynamics, and the far-reaching impacts of climate change on water bodies. With advanced real-time data collection, the sensor supports meticulous long-term ecological trend analysis, becoming an indispensable asset for environmental scientists studying aquatic ecosystems.

 

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Additional information

Model

CDT-1T7B

OEM/ODM

Available

MOQ

1PCS

Lead Time

5-7 days

Certification

CE-EMC, RoHS, ISO9001

Size

134mm*30mm

Weight

0.5kg

Payment

T/T, L/C or Credit-card

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