CDT-1T6B Residual Chlorine Sensor

Specifications

CDT-1T6B Specifications

ItemTechnical Specification
Range2mg/L,8mg/L,20mg/L
Accuracy±0.05mg/L
Resolution0.001mg/L
Supply12-24VDC
OutputRS485 4-20mA
Pressure resistance<0.4MPa
Measuring principleOptical
Power consumption<0.2W
Operating temperature0-+60℃
Diapason choosingautomatically
DimensionΦ30*145mm
Main material316L ABS
RelayTwo-way relay

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Description

CDT-1T6B Residual Chlorine Sensor

CDT-1T6B Residual chlorine sensor widely utilizes itself. It applies in wastewater monitoring, chemical fertilizer, metallurgy, sewage treatment, scientific research, biochemistry, food, and tap water fields to conduct continuous numerical monitoring. It features an intelligent temperature compensation system that helps obtain better measurement data.

Dimnsion & Mounting

Residual Chlorine Sensor

 

Application

Drinking water treatment:

◉In drinking water treatment plants, Residual Chlorine sensors are key equipment to ensure the safety of drinking water. Chlorine gas or chlorine-containing disinfectants are commonly used to kill bacteria, viruses and other pathogens in water. The residual chlorine sensor can detect the residual chlorine content in water in real time.

◉In the urban water supply network system, workers install residual chlorine sensors at different nodes to monitor the decay of residual chlorine. As water flows through the pipe network, organic matter and other reducing substances in the water gradually reduce the residual chlorine through reaction. If the residual chlorine level is too low, it may lead to bacterial growth.

 

Swimming pool water treatment:

◉In swimming pool, sensor is an important tool to maintain water quality and health. Pool water needs to maintain a certain residual chlorine concentration to kill bacteria and viruses introduced by swimmers.

 

Aquaculture:

◉In aquaculture, we can use residual chlorine sensors to monitor the disinfection of aquaculture water bodies. When we add new water to the aquaculture tank or disinfect the water body, we need to control the residual chlorine content to avoid harming aquaculture organisms. For example, for most freshwater fish, residual chlorine levels above 0.02mg/L may cause damage to their gill tissue.

 

Environmental monitoring and sewage treatment:

◉In wastewater treatment plants, operators use residual chlorine sensors to evaluate the effectiveness of wastewater disinfection. Before discharging sewage, they usually need to disinfect it to kill pathogens in the sewage. The sensor can detect the residual chlorine content in the sewage after disinfection to ensure that the sewage meets the discharge standard.

 

Residual Chlorine Sensor News

Water Treatment Solution

Additional information

Model

CDT-1T6B

OEM/ODM

Available

MOQ

1PCS

Lead Time

5-7 days

Certification

CE-EMC, RoHS, ISO9001

Size

15cm*4cm*4cm

Weight

0.58KG

Payment

T/T, L/C or Credit-card

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