Remote Pump Control and Monitoring
Reduce site visits. Prevent downtime. Control pumps from anywhere.
Why Remote Pump Monitoring Matters
Remote pump monitoring helps prevent costly failures, reduce unnecessary site visits and improve operational reliability. Whether you’re managing irrigation, mining, dewatering or water transfer, early visibility of problems allows faster decisions and better outcomes.
Low fuel
Running dry
Overflow
Fuel theft
Missed service
Left in manual after service
Failed to start
Uknown water use
BENEFITS
Whether you’re managing one pump or hundreds across multiple sites, remote monitoring gives operators the information they need to reduce travel, improve reliability and respond to problems before they become failures.
Reduce Site Visits
View status, fuel level, pressure and alarms remotely before travelling to site.
Prevent Downtime
Receive alerts and resolve problems before they become costly failures.
Reduce Maintenance Costs
Schedule maintenance based on actual operating hours.
Monitor and Control Remotely
Monitor pump status and remotely start or stop equipment from anywhere.
Improve Operational Efficiency
Track flow, pressure, level and water usage to optimise pump performance.
TYPICAL applications
From irrigation to mining, pumping systems have different operational requirements. Senquip provides a common monitoring platform that can be adapted to each application.
Irrigation pump
Monitor water use, automate irrigation, and reduce unnecessary trips to remote pump sites.
Mine dewatering
Prevent flooding by detecting pump faults before water levels rise dangerously.
Diesel fire pump
Monitor pump readiness, log compliance testing, and receive immediate alerts when faults occur.
Water transfer pump
Track flow, pressure and runtime to improve efficiency and keep water moving reliably.
Rental pump
Track location, utilisation and operating hours to reduce losses and simplify fleet management.
WHAT YOU CAN MONITOR
Engine
Engine hours
Engine Speed
Fuel level
Oil pressure
Coolant temperature
Battery voltage
Fault codes
Pump
Flow
Pressure
Vibration
Runtime
Start count
Seal leakage
Efficiency
Site
Tank level
Water level
Water usage
Rainfall
Solar power
GPS location
Ambient temperature
WHAT YOU CAN Control
Remote Start/Stop
Auto/Manual Control
Start and stop pumps remotely using outputs, Modbus or CAN. Commands can originate from the Senquip Portal, your SCADA system or your own cloud platform.
If a pump is accidentally left in Manual after servicing, it can be remotely returned to Auto from the Senquip Portal, restoring normal automatic operation without a site visit.
Speed Control
Level Control
Start and stop pumps remotely using outputs, Modbus or CAN. Commands can originate from the Senquip Portal, your SCADA system or your own cloud platform.
If a pump is accidentally left in Manual after servicing, it can be remotely returned to Auto from the Senquip Portal, restoring normal automatic operation without a site visit.
Dry-Run Protection
Overflow Prevention
Start and stop pumps remotely using outputs, Modbus or CAN. Commands can originate from the Senquip Portal, your SCADA system or your own cloud platform.
If a pump is accidentally left in Manual after servicing, it can be remotely returned to Auto from the Senquip Portal, restoring normal automatic operation without a site visit.
WORKS WITH YOUR EXISTING EQUIPMENT
Integrate with your existing engines, controllers and instrumentation. No rip and replace required.
ENGINE MANAFACTURES
ENGINE CONTROLLERS
INTERFACES AND PROTOCALLS
J19139
CAN Bus
Modbus RTU
Modbus TCP
RS232
RS485
4-20mA
Digital I/0
MQTT
TYPICAL PUMP MONITORING AND CONTROL ARCHITETURE
The diagram below shows a typical pump monitoring and control architecture using a Senquip device. While every installation is unique, most systems consist of a combination of engine interfaces, pump instrumentation, level and flow sensors, digital I/O, and remote communications. Senquip brings these inputs together to provide monitoring, alarms, automation and remote control from a single platform.
Products
Senquip ORB
For remote, power-constrained sites where assets are exposed to heat, dust, and vibration and must run unattended. Learn More
Senquip QUAD
For complex industrial machines and mixed fleets where deep integration and control across multiple networks is required. Learn More
Senquip UNI
Cost-effective telemetry for OEMs and fleets. Ideal for repeatable machine designs deployed at scale Learn More
Senquip Portal
A secure portal for viewing data, data storage, remote configuration, firmware updates, and user account management. Learn More
Useful RESOURCES
CASE STUDY
Irrigation pump fleet water allocation
How a grower cut site visits 60% and stayed within allocation. Learn More
CASE STUDY
Electric rental pump fleet telemetry
How a UK rental fleet diagnosed pump faults remotely and repaired them in a single trip. Learn More
TECHNICAL GUIDE
Irrigation pump fleet water allocation
How a grower cut site visits 60% and stayed within allocation. Learn More
Contact us
Corporate Office
755 Hunter St,
Newcastle West, NSW 2302,
Australia
Delivery Address
Unit B, 15 Soldiers Point Road,
Soldiers Point, NSW 2317,
Australia