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Modèle d’onduleur

HSPH11KH

An 11 kW HOBER solar pumping inverter for a triphasé AC pump on a 380/400/440 V supply. Pour pompes de puits profond, pompes de surface et les services d'irrigation courants, en coffret mural.

  • 11 kW
  • 380/400/440 V
  • Triphasé
  • IP65
  • 3 Phase 380/400/440V
Variateur solaire de pompage HOBER, vue de face

7.5–15 kW · IP65

What this model is

HSPH11KH is a solar pumping inverter for a 11 kW triphasé AC pump: not a pump and not a panel, but the drive that stands between the two. The array’s DC comes in, the drive holds the array at its maximum power point, and what leaves it for the pump is AC at the voltage and the frequency the motor was built for. The frequency follows the array rather than a fixed supply, so the pump turns at the speed the sun can pay for at that moment, and the day’s water is pumped while the sun is up. This model also states an AC input: grid or generator is switched in while solar is low, and switched out again as solar recovers. Nothing is stored in a battery: the energy is stored as water in a tank or a reservoir.

An existing 11 kW AC pump does not have to be replaced to run on solar. It needs the right drive in front of it, and HSPH11KH is that drive: the motor, the pipework and the wiring stay where they are.

For this model the datasheet states an array window of 400V minimum Vmp and 900V maximum Voc, 35A of rated input current over 2 strings, MPPT at up to 99%, an output of 380/400/440 V at 50-60 Hz (support program range 15 to 60Hz) and an IP65 enclosure for mounting on a wall outdoors.

What that buys is a pumping day with no meter running: the fuel bill or the grid bill that used to arrive with every hour of pumping goes, and the pump that was already paid for keeps working. The protections are built in rather than added — Solar DC input Low/Over Voltage, Solar DC input Reverse Polarity, Over Flow of Tank, Against Lightning, AC input / Output Phase Lost, Dry-Run (detecting by Sensor or Software), AC Output Short-circuit, AC Output Over Current, Over Temperature, Over Load — so a dry well, a low array or a hot afternoon costs a shutdown rather than a motor. The array is not guessed either: the array window is what the string has to sit inside, and the sizing is read from the pump’s duty point rather than from a rule of thumb.

To confirm this model against your pump, send the nameplate details — power, voltage, phase and rated current — and we check them against this model’s own figures before anything is ordered. The code to quote is HSPH11KH.

Where it sits in the range

Three-phase 380/400/440 V input · 7.5–15 kW pump output · IP65

Pour pompes de puits profond, pompes de surface et les services d'irrigation courants, en coffret mural.

Other models in this family

The datasheet for this model

Every row is a row of the source datasheet, read from this model’s own column, in the sections and the order the source prints them. A row the source does not state for this model carries an em dash rather than a figure borrowed from the model beside it.

Solar Input

Solar Input, HSPH11KH
Paramètre HSPH11KH
Max Voc Voltage 900V
Min Vmp Voltage 400V
Recommend DC Input MPPT Voltage Pure solar input mode: DC input Min Vmp >500V, DC input Max Voc <800V
Hybrid DC/AC input mode: DC input Min Vmp >540V, DC input Max Voc <800V
Max MPPT Efficiency 99%
Rated Input Current 35A
Number of Strings 2
Note Automatic MPPT Function to Identify the Voc and Vmp of Solar Panel, no need programming

AC Input

AC Input, HSPH11KH
Paramètre HSPH11KH
Voltage 3 Phase 380/400/440V
Rated Input Current 25A
Hybrid Mode AC supplement automatic when solar low power and AC disconnect automatic while solar power recovery

AC Output for Pump (AC Induction Motor)

AC Output for Pump (AC Induction Motor), HSPH11KH
Paramètre HSPH11KH
Max Adapted AC Pump Horse Power 15 HP
Max Adapted AC Pump Power 11KW
Drive Mode Variable Frequency Drive 3Phase
Max Output Voltage 380/400/440V
Max Output Frequency 50-60 Hz (support program range 15 to 60Hz)
Rated Output Current 25A

Other Characteristics

Other Characteristics, HSPH11KH
Paramètre HSPH11KH
Max Efficiency 99%
Water Level Sensor Yes
4G/WiFi Monitor & Control Optional
Display LCD display
Waterproof IP65
Noise <50dB
Cooling Method Force Cooling by Fan (IP68)
Protection Solar DC input Low/Over Voltage; Solar DC input Reverse Polarity; Over Flow of Tank; Against Lightning; AC input / Output Phase Lost; Dry-Run (detecting by Sensor or Software); AC Output Short-circuit; AC Output Over Current; Over Temperature; Over Load

Operating Environment

Operating Environment, HSPH11KH
Paramètre HSPH11KH
Operating Environment Temperature -10 to 60°C; above 60°C need to derate load
Max Humidity 95%RH
Using Altitude <3000m; above 3000m need to derate load
Installation Restrictions Direct sunlight, thick dust, corrosive gas or oil mist, flammable gas, liquid, etc.

Package

Package, HSPH11KH
Paramètre HSPH11KH
Size (L×W×H) 500×350×220mm
Weight 10KG

Modèle d’onduleur

Order HSPH11KH

Send the pump nameplate details and we confirm this model, the array it needs and the supply it expects.

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