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Industrial UPS PL Series

Industrial UPS PL Series

Description

Hannibal Industrial UPS Systems ensure uninterrupted power for mission-critical operations in oil & gas, healthcare, airports, and industrial facilities. Using double-conversion technology and IGBT inverters, they offer stable output with low ripple and distortion. These systems are built for long-term reliability and seamless performance during power fluctuations or failures, and are designed for rugged environments.

Options

  • 12-pulse rectifier
  • IGBT Rectifier
  • Harmonic filter on 12P for THDi ≈5 % (+/- 1pt)
  • Other input voltage (3 x 190 to 3 x 690 VAC)
  • Surge and/or lightning protections
  • Rectifier output switch
  •  Battery reversed polarity detection
  • Battery low-voltage disconnection
  • DC earth fault detection
  • Battery black start
  • Battery room temperature sensor
  • Battery cabinet / rack
  • Dual distributed parallel con guration with
    one or two reserve lines
  • Input / output isolators
  • AC distribution
  • AC earth fault detection or monitoring
  • Internal cabinet lighting
  • Anti-condensation heater
  • UPS cabinet temperature monitor
  • Bypass isolator(s)
  • Bypass transformer (H class)
  • Bypass stabilizer (servo-controlled)
  • Backfeed protection
  • Surge and/or lightning protections
  • Front panel analogue meters (72×72, class 1.5)
  • Transducers 4-20mA
  • Additional volt-free contacts
  • Modbus / TCP
  • IEC61850 protocol
  • monitoring software
  • Mimic panel:
  • Passive mimic of the system
  • Active mimic with integrated LEDs Lamp
    indicator on front panel (22 mm diameter)

details

Documents

Hannibal Industrial

Industrial-UPS-PL.pdf

Monitoring Software
  • Windows
  • MAC
  • Linux

product overview

Industrial Uninterruptible Power Supply (UPS) is a critical component in various sectors, designed to provide reliable backup power and ensure the continuity of operations during power outages or fluctuations.
Industrial UPS systems are engineered to handle high power demands and are often equipped with advanced features such as real-time monitoring,
battery management, and scalability to meet the growing needs of an operation. By stabilizing power supply and protecting sensitive equipment from voltage spikes or drops, industrial UPS units play a vital role in maintaining operational efficiency and safeguarding critical processes.

Strengthened reliability:

  • Streamlined cooling design for airflow optimization Reduced operation temperature of critical components.

Improved maintainability:

  • “True” front access to all replaceable components to reduce MTTR
  • Simplified design of major subassemblies to allow complete replacement in minutes
  • Easier maintenance of paralleled systems thanks to unique Hannibal
  • Smart Parallel Switching function.

Increased availability:

  • Multiplied redundanc.with Hannibal Smart Parallel Switching function that dynamically controls paralleled systems
  • built- in static and manual bypass switch and LCD display.
  • Remote support from experts to efficiently update settings as required

Industrial grade inverters:

  • Industrial grade inverters are based on transformer based on transformer technology for robustness and endurance. The output isolation transformer protects the semiconductors against peak currents and distortion, supplying short circuit currents and filtering noise. Transformer based technologies offer therefore a longer service life and higher degree of protection.

Hannibal is a system range based on SCR/ICBT technology with proven digital control. It is available from 2,5 to 250 kVA in single-phase output version and from 5 to 500 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 6 communication solutions, etc. Designed as an industrial system, it includes most frequently specified features as default, for example dual cooling channel, input and output of conformal coating of all printed circuit boards, halogen-free 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, As part of Hannibal solution, we offer the calculation and set up of a system with various industrial style batteries (VRLA, sealed, Li-Ion, Sodium) as well as low-voltage electrical distribution systems.

  • Output Power factor 0.8 / 0.9
  • Inverter bridge with IGBT technology
  • Output galvanic separation transformer
  • No DC component can be present on the output
  • Designed based on industry requirement
  • Fault tolerant in control and power
  • Best price / Performance ratio
  • Highest reliability
  • Possibility of customization
  • Operation
  • Battery operation
  • General Alarm
  • Inverter failure
  • DC Voltage High
  • DC Voltage Low
  • High Temperature
  • Bypass out of limits
  • Output out of limits

technical

details

Input

Technical Data Ratings
Rectifier Bridge Topology
” Thyristor 6 Pulses – Standard ” ” Thyristor 12 Pulses- Optional ” ” IGBT – Optional “
Input Voltage -Single Phase
110/120/200/220/240/277 V
Input Voltage -Three Phase
208/220/240/380/400/415/480 V
Voltage tolerance
+/- 15 %
Frequency
50 Hz (60 Hz)
Efficiency
90%
Power Factor
0.8
THD
<30% for 6 pulses Rectifier – <12% for 12 Pulses version
Inrush current
≤ 10 x In
Float Voltage
” 2.17-2.27 V/cell VRLA ” ” 1.4-1.42 V/cell Ni cd “
Boost Voltage
” 2.25-2.4 V/cell VRLA ” ” 1.55-1.65 V/cell Ni cd “
Ripple
<5% 1Ph <2% 3Ph

output

Technical Data Ratings
Inverter Bridge Topology
IGBT with output isolation Transformer
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)
AC Voltage Tolerance
1%
Frequency
50 Hz (60 Hz)
Frequency Tolerance
+/- 0.05 %
Inverter overload capability 1 Minute
150 % of nominal power
Inverter overload capability 10 Minute
125 % of nominal power
Short circuit clearance (in % of nominal current) 1-ph output
250 % / 100ms – 175% / 5s
Short circuit clearance (in % of nominal current) 3-ph output Ph-N
315 % / 100ms – 220% / 5s
Short circuit clearance (in % of nominal current) 3-ph output Ph-Ph
190 % / 100ms – 135% / 5s
Power Factor
0.8
Efficiency
90 %
Allowable crest factor
up to 3/1
Static Transfer Switch
SCR Type
Static Bypass transfer Time
<4 ms
Maintenance Bypass switch
Isolator

Battery

Technical Data Ratings
Type
Lead acid or nickel cadmium, vented or recombination
Autonomy
From few minutes to several hours, on request
Battery current limitation
1- 0.1 C (lead-acid battery) 2- 0.2 C (nickel-cadmium battery)

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