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This product uses lead-free food-grade brass material, which is non-toxic and meets drinking water safety standards. The vane wheel sensing structure has high sensitivity, capable of detecting a minimum flow of 0.03m³/h to solve the problem of traditional water meters failing to measure dripping water. The backlit LCD display makes it easy to check readings at night, and the built-in 30-day flow data storage allows temporary meter reading without on-site visits. The battery life can reach 18 months under normal use, reducing maintenance costs. The IP68 waterproof rating allows it to be submerged in 1.5 meters of water for 30 minutes without damage, making it suitable for underground pipeline installation. It also supports simple plug-and-play installation without complex debugging.

Nominal Diameter: Available in DN15, DN20, DN25; Accuracy Class: Complies with ISO 4064 Class B metering standards; Rated Working Pressure: 1.0MPa; Operating Temperature Range: 0℃ to 40℃; Display: Backlit LCD digital display showing current flow, cumulative usage, and battery level; Power Supply: 2 × AA alkaline batteries (up to 18 months of service life under normal usage); Body Material: Lead-free food-grade brass; Flow Range for DN15 model: 0.03~10m³/h; Protection Rating: IP68 waterproof; Installation Orientation: Horizontal or vertical installation; Data Storage: Stores 30 days of historical water usage data; Dimensions: DN15 model: 120mm in length × 80mm in diameter.

This basic electronic water meter is suitable for small-scale water usage scenarios such as family homes, small convenience stores, and rental apartments. It can replace traditional mechanical water meters, used in pilot projects for remote meter reading by water utilities, personal household water consumption management, and property household metering and charging. It features easy installation without complex debugging, and is compatible with domestic civil water supply pipeline specifications, helping property managers and water utilities improve management efficiency and reduce operational costs.