Post RFQ
The core advantages of this municipal water meter include Class 1 high measurement accuracy, meeting the highest level of national metering standards, ensuring accurate statistics of large-flow water consumption. It supports 4G and Ethernet dual communication modes, which can meet the needs of different network environments, and realizes real-time data transmission and remote control. The large LED touch screen can display detailed water consumption data, flow rate and equipment status, facilitating on-site debugging and management. It is equipped with a backup lithium battery, ensuring normal operation during power outages, avoiding data loss and metering interruption. The cast steel body with anti-corrosion coating has strong impact resistance and corrosion resistance, suitable for long-term buried or outdoor installation.

Product specifications: Nominal diameter range DN100 ~ DN1000, flow range 50m³/h ~ 5000m³/h, meeting ISO 4064 Class 1 accuracy requirements. Adopts flanged connection installation, matching the standard municipal water pipeline flange specifications. The overall size varies with nominal diameter, for DN300 model, the length is 1200mm, diameter is 450mm, net weight is approximately 800kg. Powered by AC 380V mains power, with a 12V 100Ah backup lithium battery, supporting more than 72 hours of independent operation. Protection grade IP68, suitable for buried pipeline environments. It supports dynamic flow calibration and can be customized according to user needs. It has passed GB/T 778, CE and ISO 9001 certifications, meeting national and international municipal metering standards.

This product is mainly applicable to municipal water supply main pipelines, water plant water intake and drainage pipelines, large-scale park water supply networks and other large-flow water metering scenarios. Municipal water supply departments can use it to accurately count the total water consumption of the entire water supply network, analyze water pipe network losses and optimize water distribution plans. Water treatment plants can use it to monitor the intake and discharge of water, providing data support for production management and environmental protection inspection. It can also be connected to the municipal smart water platform to realize unified management of the entire water supply system.