Automatic Industrial Ammonia Nitrogen NH4 Sensor PH Electrode For Water Pollution

Industrial Ammonia Nitrogen Sensor Can Be Equipped With A Reference Electrode, PH Electrode, NH4+ Electrode, ORP Or K+ (choose One Of The Two), And The Electrode Is Automatically Temperature-compe

1.Introduction to the New KNF-107A+ Ammonia Nitrogen Sensor
KNF-107A+ Ammonia Nitrogen Sensor Up to four electrochemical electrodes can be installed, namely a reference electrode, a pH measurement electrode, an NH4+ electrode, and an ORP or K+ (choose one) electrode. All electrodes are supported for on-site replacement by users. They can automatically compensate for NH4+, pH and temperature, and calculate the ammonia nitrogen (NH4-N) value.

2.Advantages and Features of the KNF-107A+ New Ammonia Nitrogen Sensor
1. The samples do not require pretreatment and are suitable for continuous online monitoring
2. The NH4+ ion electrode and the polyester liquid contact reference electrode (unconventional porous liquid contact) have a longer service life and less drift.
3. RS485 output, supporting Modbus RTU protocol.
4. Built-in isolator, with better anti-interference ability.
5. Support water leakage alarm.
6. Waterproof rating IP68
Note: Ion electrodes are only suitable for freshwater applications and are not applicable to seawater or Marine aquaculture.

3. Technical indicators

4. Introduction to the Water Quality Monitoring Software Cloud Platform (DATAIO)

All the water quality/water level related equipment produced by our company can be connected to the Kainafu water quality monitoring cloud platform! It can realize the reception, display, statistics, automatic analysis, storage, download and release of monitoring data from various water quality sensor devices. Generate visual calculation result charts intuitively on the display terminal of the monitoring management center.

▪ Desktop WEB page (login address: ion.onetestinc.com. Contact the product owner for a trial account to obtain it)
▪ Apple APP, Android APP
Wechat Official Account/Mini Program

 Shenzhen Kainafo Technology Co., Ltd. is a technology-based enterprise integrating R&D, production, sales, technical services, and after-sales support, focusing on technological innovation and system integration in the field of water quality sensors and water quality monitoring.

    Adhering to the mission of "focusing on water quality and caring for health," the company is committed to providing highly reliable and intelligent monitoring equipment and overall solutions for ecological and environmental protection. Based on years of deep industry experience, Kainafo has built a comprehensive water quality sensing system covering multiple scenarios, including water sources, water supply networks, sewage treatment, river and lake basins, and industrial emissions.

It can accurately monitor key water quality parameters such as pH, conductivity, dissolved oxygen, turbidity, residual chlorine, ammonia nitrogen, COD, ORP, oil in water, blue-green algae, and chlorophyll, and simultaneously supports intelligent sensing and uploading of hydrological elements such as water level and flow rate to the Internet of Things cloud platform. This enables the reception, display, statistics, automatic analysis, storage, download, and publication of monitoring data from various water quality sensor devices.

   The core R&D team is composed of several senior experts in water quality sensing technology and system integration engineers, with core members having over ten years of industry experience. The company has passed the ISO9001 quality management system, possesses its own intellectual property rights for water quality monitoring cloud platform software and multiple invention patents, and has the full-stack technical capabilities ranging from the development of low-level sensors to multi-parameter fusion, remote transmission, and data analysis.

    Looking ahead, Kainafo Technology will continue to promote the integration of water quality sensing technology with the Internet of Things and edge computing, creating a smarter, more efficient, and greener environmental monitoring ecosystem, contributing technological strength to safeguarding water safety and building ecological civilization.