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Zenith IoT Remote Photoelectronic Valve Controlled Direct Drinking Water Meter
The Zenith IoT Remote Photoelectronic Valve Controlled Direct Drinking Water Meter uses optical character wheel recognition for accurate readings with remote valve control for automatic closure during overdue payments. Built with 304 stainless steel and IP65 protection, it delivers over 6 years of battery life with strong anti-interference capability.
Supporting NB-IoT connectivity, this meter features comprehensive alarms and volumetric structure with ±0.5% accuracy. The photoelectric direct reading ensures real-time data consistency with Q3/Q1 ratio of 200, while the maintenance-free design requires no wiring for easy installation. Specification
Model: DN15
Communication: NB-IoT
Power: DC 3.6V Battery (8700mAh ER26500)
Standby Current: ≤5uA
Protection Level: IP65
Base Material: 304 Stainless Steel
Sampling Method: Photoelectric Direct Reading
Temperature Level: T30 (Cold water)
Q3/Q1 Ratio: 200
Electronic Reading: 0-999999L
Flow Rates: Q3: 1.0 m³/h, Q2: 0.008 m³/h, Q1: 0.005 m³/h
The Zenith IoT Remote Photoelectronic Valve Controlled Direct Drinking Water Meter uses optical character wheel recognition for accurate readings with remote valve control for automatic closure during overdue payments. Built with 304 stainless steel and IP65 protection, it delivers over 6 years of battery life with strong anti-interference capability.
Supporting NB-IoT connectivity, this meter features comprehensive alarms and volumetric structure with ±0.5% accuracy. The photoelectric direct reading ensures real-time data consistency with Q3/Q1 ratio of 200, while the maintenance-free design requires no wiring for easy installation. Specification
Model: DN15
Communication: NB-IoT
Power: DC 3.6V Battery (8700mAh ER26500)
Standby Current: ≤5uA
Protection Level: IP65
Base Material: 304 Stainless Steel
Sampling Method: Photoelectric Direct Reading
Temperature Level: T30 (Cold water)
Q3/Q1 Ratio: 200
Electronic Reading: 0-999999L
Flow Rates: Q3: 1.0 m³/h, Q2: 0.008 m³/h, Q1: 0.005 m³/h