Galvanised 75-132 kW IP55 Solar Irrigation Cabinets

The TommaTech 75-132 kW irrigation-cabinet package is designed for higher-capacity agricultural pumping. Four exact cabinet codes support 75 kW, 90 kW, 110 kW and 132 kW SPI inverter options, corresponding to officially listed motor classes from 55 kW to 110 kW.

This range is suitable for deep wells, major reservoir-filling systems, large sprinkler networks and installations with higher flow or pumping-head requirements. The pre-assembled Metal DKP cabinet provides IP55 protection, switch-based control and an organised electrical distribution layout around the irrigation inverter.

These systems should be selected as engineered projects. Hydraulic calculations, motor current, cable runs, PV design, AC input requirements, thermal conditions and cabinet placement must be reviewed before quotation.

Key Features

• Four exact cabinet models from 75 kW to 132 kW
• Compatible motor range from 55 kW to 110 kW
• Metal DKP enclosure
• IP55 protection rating
• Pre-assembled switching and distribution layout
• Published cabinet size and empty-panel weight
• Progressive connector-hole options from 32 to 54
• DC and AC input support through the compatible SPI inverter
• Suitable for high-flow and high-head irrigation projects

Recommended Applications

• Large and deep agricultural wells
• High-flow pumping systems
• Projects requiring higher total dynamic head
• Large sprinkler and centre-pivot supply systems
• Reservoir and elevated-tank filling
• Large orchards, plantations and commercial farms
• Agricultural water-transfer installations

Selection Guidance

Use the 75 kW cabinet route for the officially listed 55 kW motor class, 90 kW for 75 kW motors, 110 kW for 90 kW motors and 132 kW for 110 kW motors, subject to rated current and engineering confirmation. All four variants share the same published panel dimensions and empty-panel weight, while connector-hole quantities differ by model.

Package Advantages

• Provides a clear high-capacity range for large agricultural pumping projects.
• Common published cabinet dimensions simplify layout planning across four power options.
• Increasing connector-hole quantities support the progressively larger electrical arrangement.
• The cabinet protects and organises a pump-inverter platform that would otherwise require a separately engineered enclosure.