Your field waters itself. You just check your phone.
Tanks that fill and stop on their own. Valves that open zone by zone to a schedule. Motors you can start from another district. And a dry-run cut-out that quietly saves your pump on the day the bore runs low.
Nobody should be watching a tank
Somebody in every house has run up to the terrace to see if the tank is full, or come home to a pump that has been dry-running for two hours. A level controller ends both problems for good.
- Motor starts automatically when the tank drops below the low sensor
- Motor stops the instant the tank reaches the high sensor — no overflow
- Refuses to start when the sump is empty, which is what kills most pumps
- Works with 1-phase, 2-phase and 3-phase motors
- Wired or wireless float switches, or continuous ultrasonic sensing
- Real-time clock for filling only during your preferred hours
Three levels of automation, one good layout
The field design underneath is the same either way. How much of it runs by itself is your choice — and you can start manual and upgrade later without touching the pipework.
Full Automation
Large farms and anyone who isn't on site daily
The system runs itself to a calendar. Zones open in sequence, the pump starts and stops with them, and a rain sensor skips a cycle when the sky has already done the job. You get a notification, not a chore.
- Calendar and time-based scheduling
- Rain, flow and pressure sensor driven decisions
- Automatic pump and valve sequencing
- Water usage analytics and graphical reports
- Fault alerts before a dry zone becomes a dead crop
Semi Automation
Farmers who want control but not the walking
You decide when to irrigate — from your phone. Tap a zone, it opens and the pump starts. Tap again, or set a run time and it closes itself. No schedule to trust, no valve to walk to.
- On-demand zone control from the mobile app
- Per-zone run timers
- Manual override always available
- Live pump and valve status
- SMS and IVRS control where data is weak
Manual
Smaller plots and tighter budgets
A properly engineered drip layout with manual valves and a protected starter. No app, no subscription — but laid out correctly, with filtration and pressure compensation done right, so it can be automated later without redoing the field.
- Correct mainline, sub-main and lateral sizing
- Filtration and flushing arrangement
- Pressure-compensating emitters where the land slopes
- Motor protection still included
- Upgrade path to semi or full automation
Everything we can automate
Mix and match — most sites use two or three of these together, controlled from the same app.
Automatic Water Level Control
TankThe controller watches the sump and the overhead tank. It starts the motor when the tank drops, stops it the moment the tank is full, and refuses to start at all if the sump is dry — which is what actually kills most motors.
- Wired or wireless float switches
- Works with 1-phase, 2-phase and 3-phase motors
- Automatic, manual, cyclic and clock-based modes
- Real-time clock for scheduled filling
- Dry run, overload, high/low voltage, single phasing and phase reversal protection
- Full-touch display with multi-colour status indication
App & GSM Motor Control
MotorStart and stop your pump from your phone, from the field or from another district. Where mobile data doesn't reach, SMS and IVRS calls still work — so the system doesn't stop being useful when the signal drops.
- Wi-Fi and GSM operation, cloud connected
- Single and dual pump control, 1-phase and 3-phase
- Supports pumps up to 50 HP
- Live status, running hours, voltage and current
- Instant fault alerts by app, SMS and push notification
- Multiple users with role-based permissions
Valve Automation
ValveEvery zone gets its own valve, and the controller opens them one after another to your schedule. Zone 1 for twenty minutes, then zone 2, then zone 3 — while you're asleep or somewhere else entirely.
- Motorised ball, solenoid and motorised butterfly valves
- Automatic, manual and calendar-based scheduling
- Triggered by tank level, pressure, flow, rain or time
- Configurable open/close timing per valve
- Slave modules add up to 10 more valves each
- Event logging with fault notifications
Multi-Tank Management
TankOne controller across several tanks in several locations. It fills the critical tank first, rotates stored water so nothing sits stagnant, and alternates between duty and standby pumps so they wear evenly.
- Priority-based filling for critical tanks
- FIFO water management to prevent stagnation
- Dual pump control: 1 working + 1 standby
- Hydrostatic level sensors or economical float switches
- Solar-powered sensor option for remote tanks
- Centralised alerts by app, SMS and IVRS
Motor Protection & Starters
MotorA burnt motor is a week of lost irrigation and a rewinding bill. Protection relays and smart starters cut supply the instant something is wrong, and tell you why.
- Dry run, overload and single phasing protection
- Phase reversal and voltage imbalance detection
- High and low voltage cut-out with auto restart
- DOL and star-delta variants up to 50 HP
- Manual bypass for emergencies
- Wide-voltage 'flexi' starters for weak rural supply
Appliance & Supply Protection
HomeEverything downstream of a bad supply is at risk. Auto phase selectors, voltage cut-outs and earth-leakage devices keep the house running on the healthiest phase and cut it when it isn't safe.
- Auto phase selector, 20 A and 130 A models
- Runs on a single healthy phase during phase failure
- 1-phase and 3-phase voltage cut-outs, 5–50 kVA
- Neutral cut protection
- Earth leakage protection against shock
- Plug-in protectors for individual appliances
What the system listens to
Automation is only as good as what it can sense. These are the inputs we integrate depending on what you're trying to control.
Ultrasonic level sensor
Continuous tank level without contact
Hydrostatic linear sensor
Accurate depth reading in deep tanks
Float switch
Economical high/low level detection
Flow sensor
Litres delivered per zone, leak detection
Pressure switch
Boost pump start/stop, line integrity
Pressure transmitter
Analogue pressure for constant-pressure control
Rain sensor
Skip an irrigation cycle after rainfall
Weather feed
Live forecast surfaced in the app for decisions
Describe your layout. We'll design the automation.
How many zones, how many tanks, how many motors, and how much of it you want to run by itself. We'll work out the controller, the valves and the sensors.