Remote Pump Connectivity
Real-Time Data Communication
Secure Remote Access
Scalable for Multiple Sites
The Challenge
Pumping stations may be located in remote areas with limited wired broadband
Multiple pumps, sensors and controllers may need to communicate from one site
Sites may require 4G/5G, Ethernet, fiber or other suitable communication links
Field equipment may use different communication interfaces or protocols
Remote troubleshooting can be difficult when local manpower is limited
Reliable communication is important for monitoring and operational visibility
Multiple distributed pumping sites may need a common connectivity architecture
Network equipment must suit the environmental and installation conditions of the site
Solution Architecture

WHAT NEEDS TO BE CONNECTED?
Pumps and motor controllers
Pressure sensors and other field instruments
PLCs / RTUs / field controllers
Energy meters and electrical monitoring devices
Water level sensors
Local Ethernet or serial devices
Flow meters
APPLICATION OVERVIEW
Water supply, wastewater and pumping operations often involve equipment distributed across multiple field locations. Pumps, motors, level sensors, flow meters, pressure sensors and controllers may need to communicate with a central SCADA, cloud or monitoring platform.
Candrin helps system integrators and utility solution providers design the connectivity layer required to move field data reliably from pumping stations to the systems used for monitoring, alerts, diagnostics and operational management.
Key Benefits
Reliable communication from remote pumping stations
Centralized visibility of pump and field data
Reduced dependence on manual site visits for basic monitoring
Flexible wired and wireless connectivity options
Secure remote access where required
Scalable architecture for additional pumping sites
Multi-brand technology choices
Technical and product-selection support from Candrin
