Hober Solar Pump Inverter | Full Catalog & Model List
A walk through the inverter range and the models listed under each series.
Resources / Videos
Clips from the HOBER YouTube channel: the guides to the inverter and the pumps, the range and model lists, the settings installers ask us about, and the equipment working on site. Every card plays on this page, and nothing is loaded from YouTube until you press play.
The equipment the clips show working
01 / Video library
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How the HOBER products work as a system — the inverter, the pumps and the water they move — for the installer or contractor who wants an overview before selecting one.
A walk through the inverter range and the models listed under each series.
The submersible and surface pump range, series by series.
The DC pump range and the models recorded in it.
An AC pump conversion on site: the inverter driving a pump that was already there.
The working principle behind a solar water pumping system.
A short demonstration of a hybrid solar water pumping system.
An AC pump solarized with the pump kept in place.
A close look at the HOBER solar pump inverter and its product details.
The remote control the inverter offers from a phone or a computer.
Converting an AC water pump to solar with the HOBER inverter.
A short overview of a HOBER DC solar pumping system.
The IP65 solar pump inverter.
The hybrid inverter switching between solar and AC power.
A demonstration of the HOBER hybrid MPPT solar pump inverter.
Practical installation guidance: the wiring, the sensors, the first start-up and the system check.
The inverter manual read through on the bench: the terminals, the parameter groups and a first start-up.
A longer training session on putting a pump set together, from the array to the water.
The DC pump's own manual, with the installation steps it sets out.
A submersible pump installation.
What the solar combiner box does in a pumping system.
Converting a borehole pump to solar.
Converting a surface pump to solar.
Parameter setting on a HOBER solar pump inverter: output frequency, output voltage, phase, current, the tank sensor, acceleration time and the borehole timer.
Setting the tank timer on the inverter's own keypad.
Where the low-power protection the inverter applies to the array is set.
The inverter starting and stopping the pump on its own.
Set the inverter AC output frequency for the connected pump motor.
Configure the inverter AC output voltage for the connected water pump.
Using the inverter's hybrid function.
Controlling a BLDC solar pumping system from a phone.
Select the inverter output phase configuration required by the pump motor.
Set the inverter maximum output current according to the pump motor requirements.
Adjust acceleration time for a smoother pump motor start-up.
The common solar pumping faults and the settings behind them, so an installer can settle a system without an unnecessary site visit.
Checking the inverter status with a load connected.
Check AC output phase-loss settings and the related inverter configuration.
Measuring a submersible pump's winding resistance.
Checking the inverter with no pump connected.
Systems running on site, and the factory the equipment is built and tested in.
Production, assembly and testing before shipment.
Systems running on site: river, irrigation, surface water and hybrid pumping.
Water lifted from a river to a drip irrigation line higher up the slope.
A hybrid set running on beyond the solar window.
A solar pumping system operating with a river water source.
A 1.1 kW solar water pumping system operating for irrigation.
A 30 kW solar pumping system drawing from a river.
A solar pump on a surface water duty.
A reel of HOBER solar pumping projects.
A BLDC solar aerator running on a fish pond.
02 / Technical support
Send us the pump and the project data. Our technical team answers on:
Next step
Installation, commissioning, troubleshooting and project clips are published on the HOBER channel. A clip shows the equipment running; your site decides the configuration, so the water source, the flow and the total head are what the answer is built from.