Smart water management systems help commercial facilities monitor water usage, temperature, and equipment conditions through connected sensors and automated controls. For buildings that require remote access to these systems, the Teltonika RUT241 industrial LTE router provides cellular connectivity between onsite equipment and remote management platforms.
A water management solution developed by SCHELL, featured in a Teltonika Networks use case, demonstrates how the RUT241 can support this application in facilities such as schools and hospitals.
How Connectivity Supports Smart Water Management
Large facilities often have multiple water fixtures distributed across different floors and buildings. Monitoring these systems manually can make it difficult to identify leaks, track water usage, or respond promptly to changing conditions.
Smart water management systems address these challenges through connected equipment, sensors, and centralized controls.
However, monitoring and automation also depend on communication between the equipment and the systems used to manage it.
This is where industrial networking equipment plays an important role.
Application Example: SCHELL’s Smart Water Management System
SCHELL developed its SWS Water Management System to support centralized monitoring and control of electronic sanitary fittings.
The system connects equipment such as sinks, showers, toilets, and urinals through SWS bus extenders. It also integrates temperature sensors and leakage protection valves.
An SWS server collects and processes information from the connected devices.
In the application documented by Teltonika Networks, the RUT241 connects to the SWS server through Ethernet, providing 4G LTE connectivity for remote access and management.
This arrangement allows authorized personnel to access water management information and support functions such as:
• Monitoring water usage and temperature
• Identifying potential leaks and equipment issues
• Managing automated flushing cycles
• Accessing system information remotely
• Supporting remote configuration and maintenance
The SWS system handles water monitoring and automation, while the RUT241 provides the network connection that supports remote access.
FIGURE 1 — ORIGINAL TELTONIKA NETWORK TOPOLOGY
Image credit: Teltonika Networks. Source: Mobile Router for Sustainable Water Management.
What Does the Teltonika RUT241 Contribute?
The RUT241 serves as the connectivity component within the wider water management system.
4G LTE Connectivity
The router provides cellular network access, allowing the onsite water management server to communicate with remote systems without depending exclusively on a fixed wired internet connection.
Ethernet Integration
With two Ethernet ports, the RUT241 can connect to compatible networking equipment, including the SWS server used in SCHELL’s solution.
Automatic WAN Failover
The RUT241 supports automatic WAN failover between configured connections. When a primary connection becomes unavailable, the router can switch to an available backup connection.
This capability is useful for installations where maintaining remote access is an important operational requirement.
Remote Management Through Teltonika RMS
The RUT241 is compatible with the Teltonika Remote Management System (RMS).
With the appropriate configuration and licensing, RMS enables authorized personnel to remotely manage the router and access supported connected equipment for monitoring and troubleshooting.
What Should Facilities Consider Before Deploying a Similar Solution?
The SCHELL application illustrates how industrial cellular connectivity can support building water management. However, selecting the router is only one part of the network design.
For similar installations, several requirements should be considered:
• Equipment compatibility: How the water management controller or server connects to the network.
• Cellular coverage: Whether suitable network service is available at the installation location.
• Remote access: Which devices and management functions need to be accessible remotely.
• Network resilience: Whether a backup connection is required and how failover should operate.
• Security: How remote connections and authorized access will be managed.
Addressing these requirements helps determine the appropriate connectivity configuration for each facility.
Industrial Connectivity Solutions from Elevate Wireless
Smart water management is one example of how industrial cellular routers support remote equipment monitoring and management.
The Teltonika RUT241 is available through Elevate Wireless, along with other industrial networking products for remote monitoring, automation, and infrastructure applications.
Elevate Wireless helps customers evaluate connectivity requirements and select suitable networking equipment for their installations.
Explore the Teltonika RUT241 at Elevate Wireless: https://www.elevatewireless.com/product/teltonika-rut241-lte-router/
C. Frequently Asked Questions
What is the role of the Teltonika RUT241 in smart water management?
The RUT241 provides cellular connectivity between compatible water management equipment and remote systems. In the SCHELL application, it connects to the SWS server through Ethernet, enabling remote network access over 4G LTE.
Does the RUT241 measure water usage or detect leaks?
No. Those functions are performed by connected water management equipment and sensors. The RUT241 provides network connectivity so authorized personnel can access information from the system remotely.
Can the RUT241 provide backup connectivity?
Yes. The RUT241 supports automatic WAN failover when multiple connections are configured and available. The effectiveness of failover depends on the network setup.
Can the RUT241 be managed remotely?
Yes. The router supports Teltonika RMS, which provides remote device management capabilities. Supported functions depend on the configuration and applicable licensing.
Application Reference & Attribution
This article references SCHELL’s SWS Water Management System, as featured in Teltonika Networks’ published use case, Mobile Router for Sustainable Water Management.
Original Teltonika Networks case study: https://www.teltonika-networks.com/use-cases/smart-city/mobile-router-for-sustainable-water-management
The SCHELL application is presented as a manufacturer-documented example, not an Elevate Wireless customer project.