Dissolved Oxygen Sensor Meter 316L Stainless DO Probe

Short Description:

● Antimicrobial DO Sensor LMS-DO100C with stainless steel construction, engineered for aquaculture!

● Biofouling-resistant fluorescent membrane ensures long-term stability in harsh aquatic environments by inhibiting microbial growth.

● Delivers ±0.3mg/L accuracy with built-in temperature compensation. Low-maintenance monitoring via RS-485/MODBUS output, slashing operational costs in biofilm-prone waters.

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Product Detail

Product Tags

Features

① Antibacterial Membrane Technology:

Features a chemically - treated fluorescent membrane with antimicrobial properties, suppressing biofilm growth and microbial interference in aquaculture waters for long - term measurement stability.

② Harsh Aquaculture Optimization:

Tailored for harsh aquaculture environments (e.g., high salinity, organic pollution), resisting fouling and ensuring consistent DO detection accuracy.

③ Rapid & Precise Response:

Delivers <120s response time and ±0.3mg/L accuracy, with temperature compensation (±0.3°C) for reliable data across dynamic aquatic conditions.

④ Protocol - Friendly Integration:

Supports RS - 485 and MODBUS protocols, compatible with 9 - 24VDC power, enabling seamless connection to aquaculture monitoring systems.

⑤Corrosion - Resistant Construction:

Built with 316L stainless steel and IP68 waterproofing, withstanding immersion, saltwater, and mechanical wear in harsh aquatic settings.

Product Paramenters

Product Name	Dissolved Oxygen Sensors
Model	LMS-DOS100C
Respond Time	> 120s
Range	0～60℃、0～20mg⁄L
Accuracy	±0.3mg/L
Temperature Accuracy	<0.3℃
Working Temperature	0～40℃
Storage Temperature	-5～70℃
Power	9-24VDC（Recommend12 VDC）
Material	Polymer Plastic/ 316L/ Ti
Size	φ32mm*170mm
Sensor Interface Supports	RS-485, MODBUS protocol
Applications	Special for aquaculture online, suitable for harsh water bodies; Fluorescent film has the advantages of bacteriostasis, scratch resistance,and good anti-interference ability. The temperature is built in.

Application

① Intensive Aquaculture:

Critical for high - density fish/shrimp farms, RAS (Recirculating Aquaculture Systems), and mariculture, monitoring DO in real - time to prevent fish kills, optimize growth, and reduce mortality.

② Polluted Water Monitoring:

Ideal for eutrophic ponds, wastewater - drained water bodies, and coastal aquaculture zones, where anti - biofouling capability ensures accurate DO data despite microbial loads.

③ Aquatic Health Management:

Supports aquaculture professionals in diagnosing water quality issues, adjusting aeration systems, and maintaining optimal DO levels for aquatic species’ health.