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Parallel DC/AC inverter INVERTRONIC
digitalthree-phasesingle-phase

Parallel DC/AC inverter - INVERTRONIC - Benning - digital / three-phase / single-phase
Parallel DC/AC inverter - INVERTRONIC - Benning - digital / three-phase / single-phase
Parallel DC/AC inverter - INVERTRONIC - Benning - digital / three-phase / single-phase - image - 2
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Characteristics

Type
parallel
Electrical characteristics
digital, three-phase, single-phase
Applications
for industrial applications, for telecommunications equipment
Other characteristics
redundant, IGBT
Certifications
IEC
Power

Max.: 200,000 W

Min.: 10,000 W

Output power kVA

Max.: 200 kVA
(271.924231 hp)

Min.: 10 kVA
(13.596212 hp)

Output voltage

Max.: 480 V

Min.: 120 V

Voltage

Max.: 400 V

Min.: 110 V

Description

Inverters Single- and Three-Phase Systems – 
INVERTRONIC Range Far-reaching budgeting and financial repercussions can arise as the result of faults in the area of power supply. Due to loads on public power supply system caused by repercussions from large-scale consumers, and due to energisation events during peak consumption periods – or in the event of lightning strike – it’s impossible to prevent irregularities from arising. These will result in voltage dips, overshoots and transients in the public grid voltage. These may exert a considerable influence on the availability of connected consumers, giving rise to process faults or production failures. For the supply of power to consumers requiring AC power which is independent of faults arising on the public grid, BENNING offers very robust, single-phase and three-phase inverter systems – in the form of the INVERTRONIC power inverter – for the tough applications that come up in industry, typically for: the power stations sector the oil, gas and petrochemical industry the processing industry These are connected up to AC power grids that are supported (e.g. by batteries) and provide a reliable source of good quality electrical power to critical consumers. General Features use of existing battery & 
rectifier infrastructure available inverter apparent output power depending on power factor fail-safe circuit design digital controller Maximum Availability static bypass switch service bypass extensive signalling and
monitoring functions different operating modes available galvanically isolated high quality of output power 
(parameters) Highest Economic Efficiency scalable energy-efficient

Exhibitions

Meet this supplier at the following exhibition(s):

Intersolar 2026
Intersolar 2026

23-25 Jun 2026 Munich (Germany) Hall B3 - Stand 490

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    *Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.