Remote Engine Control & Monitoring
Pumps, wind machines, power units, and generators are just a few of the applications running on controllers. Murphy by Enovation Controls provides the right mix of features for your application — and combined with Ranch Systems telemetry, controlling and monitoring engines has never been easier.
Integrated Hardware
PowerCore®
TEC-10
RS130
Telemetry Node
Why Ranch Systems for my remote solution
Most engines can be retrofitted with a modern controller, such as the PowerCore® TEC-10 from Murphy by Enovation Controls. Paired with a Ranch Systems telemetry node, that turns an ordinary engine into one you can watch and run from your phone.
Add-on flow-meter monitoring is available for any flow meter with a pulse or 4–20mA output, so water delivery is tracked alongside engine performance.
How the control works
A Murphy controller connects to a Ranch Systems node over RS-485. The node pulls engine data at regular intervals and delivers it to the online application over cellular. When you start or stop — manually, on a schedule, or by an automated rule reacting to another sensor — the command travels back to the node and to the controller, typically in under a minute.
Engine status current within 5–10 minutes: RPM, temperature, oil pressure, battery, run hours, discharge pressure, and intake level indicators.
Start/stop delay under 5 seconds when pre-programmed, or under a minute ad-hoc, with remote throttling where the controller supports it.
Program auto start/stop based on other sensors and critical conditions — frost, low water, soil moisture — as part of a full irrigation automation solution.
Common Questions
Most engines can be retrofitted with a modern controller, such as the PowerCore® TEC-10 from Murphy by Enovation Controls. Paired with an RS130 or RS330 telemetry node, that turns an ordinary engine into one you can watch and run from your phone.
More than start/stop. Supported remote control modes include RPM, pressure maintain and pressure start/stop, and level maintain and level start/stop, depending on what the controller supports.
Under 5 seconds for a pre-programmed start/stop, and under a minute for an ad-hoc command sent from the app — with remote throttling available where the controller supports it.
Yes. Rule-based automation can trigger auto start/stop from other sensors and critical conditions — frost, low water, soil moisture — as part of a full irrigation automation solution rather than a standalone switch.
Yes. Add-on flow-meter monitoring is available for any flow meter with a pulse or 4–20mA output, so water delivery shows up in the same dashboard as engine status.
Engine status stays current within 5–10 minutes: RPM, temperature, oil pressure, battery, run hours, discharge pressure, and intake level indicators — plus custom reports on usage and performance over time.