Air Velocity Sensor
The waterproof amperometric dissolved oxygen sensor offers professional-grade precision for fish farms and seafood tanks. Designed for global aquaculture markets, this stable amperometric dissolved oxygen sensor features a rechargeable battery and
Features a dual-display color screen with high-definition LED technology for clear visibility in all lighting conditions. The intuitive interface provides real-time monitoring
Powered by an advanced 32-bit CPU that optimizes energy consumption and extends battery life. Features intelligent auto-shutdown functionality that conserves power during idle periods while maintaining data integrity and sensor calibration.
Product Features
Intelligent Power Management
Low Maintenance Design
FAQ
How does the amperometric dissolved oxygen sensor working principle affect accuracy?
The amperometric dissolved oxygen sensor working principle involves a chemical reduction of oxygen at the cathode, generating a current proportional to the oxygen concentration. This ensures high sensitivity and rapid response times for a stable
amperometric dissolved oxygen sensor experience.
Is the electrode on the NPT-DO601 replaceable?
Yes, it is designed as a low maintenance amperometric dissolved oxygen sensor. The electrode head can be unscrewed and replaced easily by the user, significantly extending the service life of the device in industrial settings.
How do I charge the waterproof amperometric dissolved oxygen sensor?
The device features a hidden USB charging port under the top battery compartment cap. It utilizes a 3.7V Li-ion battery, making it a convenient waterproof amperometric dissolved oxygen sensor for field technicians.
What is the protection rating for use in wet environments?
The sensor is rated IP65. This ensures the waterproof amperometric dissolved oxygen sensor is protected against dust and low-
pressure water jets, making it suitable for splash-prone aquaculture environments.
Why is the 32-bit CPU important for fish farm owners?
The high-speed CPU allows for faster data processing and more accurate temperature compensation. This ensures that the stable amperometric dissolved oxygen sensor provides consistent readings even as water temperatures fluctuate throughout the day.
