Radar Level Transmitter:
Provides accurate, contactless level measurement of the Elevated Storage Reservoir using 80 GHz radar technology.
Electromagnetic Flow Meter (with/without In-Built Pressure Transmitter):
Measures inlet and outlet water flow with high precision. The optional built-in pressure transmitter allows simultaneous monitoring of flow and pressure from a single compact device.
Pressure Transmitter:
Monitors pressure within the ESR distribution system to maintain stable operation that may affect system efficiency.
An Optional Central Power System (Solar):
Ensures continuous power supply to all instruments, operating via an optional solar energy setup for sustainable operation in energy-variable environments.
Telemetry Communication System:
Transfers aggregated field data (level, flow, and pressure) to centralized monitoring systems or cloud-based dashboards, supporting seamless integration into digital water infrastructure.
IoT Connectivity (Optional RTU with RS485 Communication):
For IoT connectivity, an optional RTU (Remote Terminal Unit) with RS485 communication input along with Analog & Digital input enables seamless data monitoring and configuring on the IoT-based web app (SenSphere).
Continuous Monitoring:
Real-time data monitoring with an optional RTU (Remote Terminal Unit) with RS485 communication input along with Analog & Digital input
Energy-Efficient and Cost-Saving Option:
Solar-ready configuration reduces dependency on grid power, minimizing long-term operational costs.
Integrated Multi-Parameter Monitoring:
Accurately measures level, flow, and pressure, ensuring precise visibility of ESR operations and water distribution efficiency.
Telemetry-Based Communication:
Supports data exchange with monitoring systems or cloud-based dashboards through RTU with RS485 communication, enables monitoring and configuration.
Data Monitoring:
Enables data acquisition and visualization through telemetry links, optimizing operational monitoring and performance tracking.
Industrial and Process Plant Water Storage Systems
Municipal Water Supply and Distribution Networks
Smart Infrastructure and Utility Management Projects
Power Plants and Manufacturing Facilities
Housing Societies and Commercial Building Water Systems
Institutional and Government Inf rastructure Projects
Large Industrial Estates and Special Economic Zones (SEZs)
Integrated Water Resource Management (IWRM) Systems
Outcome
- SBEM’s ESR Management System with powered devices ensure continuous and reliable operation through electric or an optional solar energy, offers monitoring solution for industrial and municipal inf rastructures.
- With high-performance transmitters, optional RTU integration (IoT connectivity), and telemetry connectivity, it provides accurate insights into system performance and resource efficiency.
- The solution enhances operational visibility, supports IoT-based integration, and contributes to long-term sustainability and optimized water distribution efficiency across large-scale and powered installations.
Radar Level Transmitter:
Provides accurate, contactless level measurement of the Elevated Storage Reservoir using 80 GHz radar technology.
Electromagnetic Flow Meter (with/without In-Built Pressure Transmitter):
Measures inlet and outlet water flow with high precision. The optional built-in pressure transmitter allows simultaneous monitoring of flow and pressure from a single compact device.
Pressure Transmitter:
Monitors pressure within the ESR distribution system to maintain stable operation that may affect system efficiency.
An Optional Central Power System (Solar):
Ensures continuous power supply to all instruments, operating via an optional solar energy setup for sustainable operation in energy-variable environments.
Telemetry Communication System:
Transfers aggregated field data (level, flow, and pressure) to centralized monitoring systems or cloud-based dashboards, supporting seamless integration into digital water infrastructure.
IoT Connectivity (Optional RTU with RS485 Communication):
For IoT connectivity, an optional RTU (Remote Terminal Unit) with RS485 communication input along with Analog & Digital input enables seamless data monitoring and configuring on the IoT-based web app (SenSphere).
Continuous Monitoring:
Real-time data monitoring with an optional RTU (Remote Terminal Unit) with RS485 communication input along with Analog & Digital input
Energy-Efficient and Cost-Saving Option:
Solar-ready configuration reduces dependency on grid power, minimizing long-term operational costs.
Integrated Multi-Parameter Monitoring:
Accurately measures level, flow, and pressure, ensuring precise visibility of ESR operations and water distribution efficiency.
Telemetry-Based Communication:
Supports data exchange with monitoring systems or cloud-based dashboards through RTU with RS485 communication, enables monitoring and configuration.
Data Monitoring:
Enables data acquisition and visualization through telemetry links, optimizing operational monitoring and performance tracking.
Industrial and Process Plant Water Storage Systems
Municipal Water Supply and Distribution Networks
Smart Infrastructure and Utility Management Projects
Power Plants and Manufacturing Facilities
Housing Societies and Commercial Building Water Systems
Institutional and Government Inf rastructure Projects
Large Industrial Estates and Special Economic Zones (SEZs)
Integrated Water Resource Management (IWRM) Systems
Outcome
- SBEM’s ESR Management System with powered devices ensure continuous and reliable operation through electric or an optional solar energy, offers monitoring solution for industrial and municipal inf rastructures.
- With high-performance transmitters, optional RTU integration (IoT connectivity), and telemetry connectivity, it provides accurate insights into system performance and resource efficiency.
- The solution enhances operational visibility, supports IoT-based integration, and contributes to long-term sustainability and optimized water distribution efficiency across large-scale and powered installations.