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- sales@hannibalpt.com
- 24/7 Customer Support
- sales@hannibalpt.com
- 24/7 Customer Support
- USA, Spain, Turkey
Hannibal’s 3-Phase 110V Industrial Rectifiers are designed to deliver reliable DC power for demanding industrial applications. Using advanced SCR or IGBT technology, these rectifiers ensure precise voltage and current control under heavy loads, offering high efficiency for critical operations. Engineered for rugged environments, these systems can be used as thyristor rectifiers for EPC projects, redundant DC power systems, or as battery chargers in power plants. They support both Nickel-Cadmium and Lead-Acid battery charging with full galvanic isolation, ensuring stable power supply for utilities and industrial infrastructures. The rectifiers come with digital control panels, communication options for remote monitoring, and a compact design for easy installation, making them perfect for mission-critical installations.
Industrial-Battery-charger.pdf
This is particularly common in settings where machinery is imported from regions with distinct electrical standards. Frequency converters can be static, using electronic circuits, or rotary, employing a motor-generator setup. Besides enabling compatibility across different regions, they also offer benefits such as improved energy efficiency, reduced wear on equipment, and enhanced control over motor speed, contributing to smoother and more flexible industrial operations.
Strengthened reliability:
Increased availability:
Industrial grade inverters
Hannibal system range is based on SCR/IGBT technology with proven digital control. It is available from 2.5 to 250 kVA in single-phase output version and from 5 to 600 kVA in three-phase output version. It is configurable with a set of industrial options such as custom protection devices, bypass transformer and/or stabilizer, various communication solutions, etc.
Designed as an industrial system, it includes most frequently specified features as default, for example dual cooling channel, input and output transformers, conformal coating of all printed circuit boards, halogenfree flame retardant internal cables.
The architecture of the system allows the segregation of different pre-defined functions that help to increase personnel safety on site as well as improve overall system availability.
| Technical Data | Ratings | |
|---|---|---|
|
Input Transformer |
Galvanic isolation Transformer , class F (Class H Optional) |
|
|
AC voltage
• Single phase |
1 x 230 V (220, 240) |
|
|
AC voltage
• Three phase |
3 x 400 V (380, 415) |
|
|
Voltage tolerance |
+/- 15 % |
|
|
Neutral configuration |
with or without neutral |
|
|
Frequency |
50 Hz (60 Hz) |
|
|
Frequency tolerance |
+/- 5 % |
|
|
Frequency range
(temporary) |
45 Hz to 65 Hz (with 50 Hz nominal) |
|
|
Total harmonic current
distorsion (THDI) |
< 30 % (6-pulse version)
< 12 % (12-pulse version)
<5% (IGBT version) |
|
|
Inrush current |
< 15 x In (for 6-pulse and 12-pulse) |
|
| Technical Data | Ratings | |
|---|---|---|
|
Nominal DC voltage |
24 V 48 V 110-125 V 220-240 V 400 V |
|
|
Output DC voltage range |
17-40 V 36-75 V 88-160 V 176-300 V 296 550 V |
|
|
AC voltage
• Three phase |
3 x 400 V (380, 415) |
|
|
Voltage stability (in stabilized floating mode, input within tolerance) |
||
|
Unitary system |
+/-1 % |
|
|
Parallel systems |
+/-1 % to +/-2 % |
|
|
Voltage ripple |
≤ 1 % RMS, in float mode, battery disconnected |
|
| Technical Data | Ratings | |
|---|---|---|
|
Type |
Lead acid or nickel cadmium, vented or recombination |
|
|
Autonomy |
From few minutes to several hours, on request |
|
|
Battery current limitation
(typical, float & boost
modes) |
1. 0.1 C (lead-acid battery)
2. 0.2 C (nickel-cadmium battery) |
|
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