Semi-Industrial UPS PLM Series

Industrial UPS PLM

Description

The PLM Series UPS is a flexible and highly reliable online double-conversion UPS, delivering high-availability power for critical infrastructure, oil & gas EPC projects, and other demanding applications. Featuring advanced load-sharing capabilities and SNMP monitoring, this power protection system ensures seamless, uninterrupted operation for sensitive and mission-critical equipment. Designed for longevity, the PLM Series offers a durable, cost-effective solution with an expected lifetime of over 20 years, making it the ideal choice for environments where reliability and uptime are non-negotiable.

Options

  • Harmonic filter
  • Surge and/or lighting protections
  • Battery circuit protection box
  • Battery reversed polarity detection
  • Battery low-voltage disconnection
  • DC earth fault detection
  • Battery black start
  • Battery room temperature sensor
  • Battery cabinet / rack
  • Inverter with or without bypass line
  • Parallel configurations
  • Bypass isolators(s)
  • Bypass transformer (H class)
  • Bypass stabilizer (servo-controlled)
  • Backfeed protection
  • Surge and/or lightning protections
  • Additional vol-free contacts
  • Modbus / TCP
  • IEC61850 protocol
  • Monitoring software
  • Specified color of panels
  • Special feet height (200mm or 300mm)
  • Special keylock
  • Non-magnetic gland plate (brass or aluminium)
  • Specified cabinet identification (tag, nameplate)

details

Hannibal Industrial

Semi-Industrial-UPS-PLM.pdf

Monitoring Software
  • Windows
  • MAC
  • Linux

product overview

The state-of-the-art, double-conversion topology and “building block” design of the Uninterruptible Power Supply (UPS), PLM series is flexible. The system ensures the continuous availability of power and safe operations for all types of critical
loads.
With an expected lifetime of at least 20 years, the PLM Series is a robust,
cost-effective solution.

  • 6IGBT rectifier at the core of the best-in-class reliability
  • Reduced inrushe current ≤ 10xln to avoid oversizing upstream protection and 2-step strat-up
  • <3% THDI .
  • Smart access to UPS data via a large color touchscreen with 2000-event exportable log.
  • Unmatched overload and short-circuit capacity at 315% for 100ms*
  • Data center
  • Telecom
  • Financial services
  • Security and surveillance system
  • Automatic control system
  • Building management
  • Manufacturing process control
  • Petro Chemical Industry

technical

details

Input

Technical Data Ratings
Rectifier Bridge Topology
IGBT
Input Voltage
380/400/415 V
Voltage tolerance
+/- 15 %
Frequency
50 Hz (60 Hz)
Frequency tolerance
+/- 5 %
Efficiency
99%
Power Factor
0.99
THD
<3%
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
<1%

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
0.1 C (lead-acid battery)- 0.2 C (nickel-cadmium battery)
DC Bus Voltage
480 VDC

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
– 3-ph output Ph-N:
315 % / 100 ms – 220 % / 5 s
– 3-ph output Ph-Ph:
190 % / 100 ms – 135 % / 5 s
Harmonic voltage distortion
With 100 % linear load
< 3%
With 100 % non-linear load
< 5%
Power Factor
0.9
Efficiency
95%
Allowable crest factor
up to 3/1
Static Transfer Switch
SCR Type
Static Bypass transfer Time
<4 ms

Standards

Technical Data Ratings
IEC62040-1:2017
Uninterruptible power systems (UPS) – Part 1: Safety requirements
IEC62040-2:2016
Uninterruptible power systems (UPS) – Part 2: Electromagnetic compatibility (EMC) requirements
IEC62040-3:2011
Uninterruptible power systems (UPS) – Part 3: Method of specifying the performance and test requirements
IEC61439-1:2011
Low voltage switchgear and controlgear asse blies – 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