Expert in Water Quality Measurement and Water Treatment Project Since 2007
Latest Total Ammonia Nitrogen Sensor Highly Rated for Paper Textiles
Product Overview
Here’s a summary of the key points regarding the "Latest Total Ammonia Nitrogen Sensor Highly Rated for Paper Textiles":
Product Features
**Product Overview**: The BOQU Digital Ammonia Nitrogen Sensor (model BH-485-NH) is designed to measure ammonia nitrogen concentration in water using an ion-selective electrode method. It features a reliable construction with imported materials, ensuring consistency in performance across various applications, particularly in wastewater treatment.
Product Value
**Product Features**: The sensor utilizes a combination of an ammonium ion selective electrode, optional potassium ion sensor, pH electrode, and temperature electrode to measure multiple parameters. It offers a measuring range of 0.1-1000 mg/L for NH4N and 0.5-1000 mg/L for K+. The device communicates via RS485 Modbus RTU and provides real-time data transmission, enhancing monitoring capabilities.
Product Advantages
**Product Value**: This sensor stands out for its high precision, stability, and resistance to interference, making it suitable for critical applications in various industries, including drinking water, fertilizers, and refrigerants. The integrated design facilitates long-term stable measurements and accurate data collection.
Application Scenarios
**Product Advantages**: BOQU's sensor features a high degree of accuracy (±5% or ±0.2 mg/L), a wide working temperature range (0-45°C), and robust protection (IP68/NEMA6P). It is user-friendly due to its RS485 digital output for easy integration into existing monitoring systems, and it supports extensive cable lengths (up to 100 meters).
**Application Scenarios**: The sensor is widely applied in environments such as sewage treatment plants, industrial engineering, and river water quality monitoring. It is particularly useful for nitrification treatment and aeration control in wastewater treatment, allowing for effective management of ammonia levels in various water bodies.
