In many international residential projects, water meters are located in hard-to-access underground manholes, basement vaults, or behind thick concrete walls. For utilities, this creates a logistical nightmare and a safety hazard—health guidelines often require two staff members to enter a shaft to take a single reading.
The Connectivity Challenge
While NB-IoT relies on cellular coverage, which is often spotty in basements, LoRaWAN operates on license-free ISM bands (e.g., US915, EU868, AS923). The TS10W smart water meter is designed to penetrate these challenging environments, supporting transmission distances of up to 15 km or more in open areas. It connects seamlessly to existing LoRaWAN gateways without the need for complex programming, offering a true “Plug & Play” experience.
Dual Material for Diverse Conditions
Plastic Housing: For regions with high humidity or corrosive soils, the nylon body offers superior corrosion resistance and is significantly lighter to transport and handle.
Brass Housing: For markets prioritizing mechanical strength and longevity, the brass variant ensures dimensional stability under high temperatures (up to 90°C) and mechanical stress.
Factory-First Quality Control
When you source from us, you benefit from a vertically integrated manufacturing process. We oversee everything from the material sourcing to the final IP68 sealing (submersible up to 1 meter). This ensures that whether you choose the robust brass or the cost-effective nylon TS10W smart water meter, you receive a device that meets international standards for drinking water safety (NSF/ANSI 61) and accuracy (AWWA standards).
A significant reduction in operational costs, no more safety risks from sending staff into manholes, and accurate billing data delivered daily to your AMI platform.
📩 Contact us to learn how the TS10W smart water meter can transform your water network.
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