In the past, chlorophyll a detection relied heavily on discrete handheld devices, resulting in severe data silos. Nowadays,Chlorophyll a analyzerWith the ability of "multi protocol communication+cloud platform docking", it has become a key sensing node for the water ecological Internet of Things.

itsFlexible and diverse data forwarding methods：

• Connect to local PLC or data collector via RS485;

• Push data to the environmental monitoring platform through Wi Fi/4G;

• Integrate with smart water management system through HTTP API.

cooperate, coordinate, collaborateSupports protocols such as Modbus, JSON, ASCII, etcIt can be seamlessly integrated into existing monitoring networks. For example, in a smart city project, the device is linked with a water quality multi parameter buoy. When chlorophyll a suddenly increases, it automatically triggers the camera to capture algal blooms on the water surface and pushes warnings to the river chief APP.

Technical parameters reflect professionalism:

• The screen adopts MIPI DSI high-speed interface, with high refresh rate and low power consumption;

• Support IPv6 and adapt to the next generation Internet;

• The software supports OTA remote firmware upgrade and its functionality continues to evolve.

Chlorophyll a analyzerNot only is it a detection tool, but it is also the fundamental unit of the "digital twin" of water environment.