X-twitter Youtube Instagram Facebook-f

Industrial Inverter

Industrial Inverter

Description

Hannibal Industrial Inverters provide efficient and reliable DC to AC power conversion for critical loads in manufacturing, power generation, and data centers. Designed for 3-phase industrial use, they feature IGBT inverter bridges with PWM, galvanic isolation for safety, and low harmonic distortion (<3%) for clean sine wave output. Built to handle high-capacity loads with consistent performance, and are ideal for demanding and harsh environments.

Options

  • Automatic precharge of capacitors
  • AC distribution
  • Inverter oversizing
  • Bypass transformer (H class)(3)
  • Bypass stabilizer (servo-controlled)
  • Backfeed protection (standard option)
  •  Inverter with or without bypass line
  • Parallel con gurations
  • Earth fault detection or monitoring
  • Internal lighting
  • Anti-condensation heater
  • Cabinet temperature monitor
  • Bypass isolators(s)
  • Bypass transformer (H class)
  • Bypass stabilizer (servo-controlled)
  • Backfeed protection
  • Surge and/or lightning protections
  •  External ingress protection up to IP42
  • Top cable entry
  • Specified color of panels
  • Special feet height (200mm or 300mm)
  • Special keylock
  • Non-magnetic gland plate (brass or aluminum)
  • Lifting eyes
  • Specified cabinet identification (tag, nameplate)
  • Anti-seismic design on demand
  • Front panel analogue meters (72×72, class 1.5 or class 1)
  • Transducers 4-20mA
  • Additional volt-free contacts, 5 in standard, up to 20 in option
  • Modbus RTU (RS232 or RS485)
  • Modbus / TCP
  • Pro bus
  • IEC61850 protocol
  • PPV is monitoring software
  • Mimic panel on front:
    – Passive mimic of the system
    – Active mimic with integrated LEDs Lamp indicators on
    front panel (22 mm diameter)

details

Documents

Hannibal Industrial

Industrial-Inverter.pdf

Monitoring Software
  • Windows
  • MAC
  • Linux

product overview

In the dynamic world of industrial applications, Hannibal industrial
inverters stand out as essential components for converting direct current (DC) into reliable alternating current (AC). Designed to manage high power loads, they are integral to manufacturing, Power generation, and large-scale data centers.
Experience enhanced energy efficiency and operational continuity with our advanced inverters, featuring remote monitoring, fault diagnosis, and automated control. Their robust design ensures stability in fluctuating conditions, making them indispensable for your industrial systems.

Unrivalled adaptability to existing site conditions, thansk to the wide input DC voltage range:

  • Comptatibility with any battery configuration already installed on site
  • Optimum operation with DC bus having a wide voltage excursion

Technical and budgetary optimization of the battery

On greenfield or brownfield projects where battery may represent an important part of the system total price, the wide input

DC voltage range allows:

  • Optimization of the number of battery cells as per the input tolerance of the loads to be secured.
  • Optimizatin of the battery capacity and therefore the price, as per the required autonomy

Smart access to inverter data

  • User interface with large, colour touchscreen,
  • Embedded event logger (up to 2000 events) and capability to export recorded events via USB stick.

Easy maintenance and serviceability:

  • full front access for easy maintenance and a very low mean time to repair (MTTR),achieving the highest possible availability.

Features

  • Reliability: Unique design which allows the UPS to continuously operate for at least 20 years at full load at 40 °C.
  • Robust mechanical design: thesystem withstands vertical and horizontal acceleration stress tests 0.5g as standard
  • Galvanic isolation: output transformer is included as standard
  • Remote monitoring solutions: Modbus, Profibus, Ethernet, IEC61850, volt-free contact, monitoring software

Hannibal inverter converts a DC input voltage (from batteries or from a DC bus) into a perfect sinusoidal output voltage to provide power to critical AC loads.

It uses the patented digital Vector Control technology which increases the performances of power components, enables an active conditioning of the loadand allows personalized system settings. The result is improved reliability for the process and enhanced safety for the personnel.

Hannibal range offers a wide choice of DC input voltages (from 110 Vdc to 240 Vdc) and of output voltages. It is available from 5 kVA to 250 kVA in single-phase output configuration, and from 5 kVA to 320 kVA in three-phase output configuraiton.

Hannibal inverter is also available with 400 Vdc input. To further improve load availability and process reliability, Hannibal is able to operate in dual parallel configuration, with centralized or distributed reserve line, and can include an AC bus-tie.

technical

details

Input

Technical Data Ratings
AC Bypass Voltage
1 x 230 V (220, 240) ; 1 x 110 V (115, 120) ; 3 x 400 V (380, 415) ; 3 x 220 V (200, 208, 230)
DC voltage
24/48/110/125/220/384 VDC

output

Technical Data Ratings
AC Voltage- Single phase
1 x 230 V (220, 240) ; 1 x 110 V (115, 120)
AC Voltage- Three phase
3 x 400 V (380, 415) ; 3 x 220 V (200, 208, 230)
Frequency
50 Hz (60 Hz)
Frequency stability- With internal oscillator
+/- 0.05 %
Frequency stability- With reserve synchronism
+/- 3 % (from 1 to 5 % adjustable)
Voltage stability (for 0 to 100 % load variation) – Static
+/-1 % (+/-2 % for parallel systems)
Voltage stability (for 0 to 100 % load variation) – Dynamic
VFI SS 11 as per IEC/EN 62040-3:2021, class 1
Inverter overload capability – 1 minute
150 % of nominal power
Inverter overload capability – 10 minutes
125 % of nominal power
Short-circuit clearance (in % of nominal current) – 1-ph output Ph-N
250 % / 100ms – 180% / 5s
Short-circuit clearance (in % of nominal current) – 3-ph output Ph-N(ik1)
315 % / 100 ms – 220 % / 5s
Short-circuit clearance (in % of nominal current) – 3-ph output Ph-N(ik2)
190 % / 100 ms – 135 % / 5s
Short-circuit clearance (in % of nominal current) – 3-ph output Ph-N(ik3)
225 % / 100 ms – 135% / 5 s
Harmonic voltage distorsion- With 100 % linear load
< 3 %
Harmonic voltage distorsion- With 100 % non-linear load
SS as per IEC/EN 62040-3
Allowable power factor
0,5 lagging to 0,5 leading
Allowable crest factor
Up to 3/1

Standards

Technical Data Ratings
IEC62040-1:2017 +AMD1:2013
Uninterruptible power systems (UPS) – Part 1-2: General and safety requirements for UPS in restricted access locations
IEC62040-2:2016
Uninterruptible power systems (UPS) – Part 2: Electromagnetic compatibility (EMC) requirements
IEC62040-3:2017
Uninterruptible power systems (UPS) – Part 3: Method of specifying the performance and test requirements
IEC61439-1:2011
Low voltage switchgear and controlgear assemblies – Part 1: General rules
IEC60529:1989 +AMD1:1999
Degrees of protection provided by enclosures (IP Code)
IEC60076-11:2004
Power transformers – Part 11: Dry type transformers

About Us

We are Hannibal, we will find everything you want like a supplier or create a new one. 

applications

visit us

Social Media

X-twitter Youtube Instagram Facebook-f
© 2025 Hannibal PT. All rights reserved. Designed and developed by Napster Agency.