Modular UPS PLRM SERIES
PLRM
The PLRM Series is a scalable, redundant modular UPS system designed for high-density data centers and critical applications.
- Output – Inverter Bridge Topology
- IGBT with output isolation Transformer
- Input – AC voltage (Single phase)
- 100 KVA/Kw
- Battery – Type
- Lead acid or nickel cadmium, Li ion
- Output – AC Voltage
- 380/400/415VAC
- Input – AC voltage (Three phase)
- 380/400/415 V
- Battery – Autonomy
- From few minutes to several hours, on request
Overview
The PLRM Series is a scalable, redundant modular UPS system designed for high-density data centers and critical applications. It features True Online Double Conversion, advanced DSP control, and a modular architecture that scales power and runtime as needed. With N+X parallel redundancy, it ensures clean, uninterrupted power, protecting sensitive devices from network issues.
PLRM Series is a scalable, redundant Modular UPS system designed to cost-effectively provide high level availability for high-density data centers and critical applications. True Online Double Conversion and advanced DSP control technology. Modular Architecture can scale power and runtime as demand grows or as higher levels of availability are required. Combines the modular design with the N+X parallel redundancy technology. As a result, all unwanted situations that may occur in the network are filtered by the online UPS, and your sensitive devices are fed with clean energy.
Key features
- 01Redundant parallel operation
- 02Potential free output voltage
- 03Full redundant control architecture
- 04Very fast dynamic response time
- 05Output short circuit proof
- 06Wide range of ratings with IP protection up to 56 as standard
- 07Low voltage ripple to prolong battery life time
- 08Intelligent battery charge and monitoring control
- 09Lithium Ion Battery charging options ready and available
- 10IGBT rectifier at the core of the best-in-class reliability
- 11Modular Compact Cabinet Design contains maximum 6 slots
- 12<3% THDI
- 13Smart access to UPS data via a large color touchscreen with 2000-event exportable log
- 14Modular design, up to 3 units in parallel online hot-swappable N+X redundancy
- 15Excellent performance on non-linear loads (computer and switching power supplies)
- 16Input and output 50hz, 60hz, frequency optional
- 17Intelligent power module based on IGBT technology full reliability
- 18DSP (digital signal processor) control
- 19Low output distortion factor
- 20High efficiency
- 21Audible alarm
- 22User-friendly control panel
- 23Modular design with swappable power module
Technical specification
| Input – AC voltage (Single phase) | 100 KVA/Kw |
|---|---|
| Input – AC voltage (Three phase) | 380/400/415 V |
| Input – Voltage tolerance | 323~478Vac |
| Input – Power Factor | 0.99 |
| Input – Frequency | 50 Hz (60 Hz) |
| Input – Frequency tolerance | 40Hz~70Hz |
| Input – Efficiency | 99% |
| Input – Total harmonic distortion (THD) | <3% |
| Input – Inrush current | ≤ 10 x In |
| Input – Float Voltage | 2.17-2.27 V/cell VRLA | 1.4-1.42 V/cell Ni Cd |
| Input – Ripple | <1% |
| Output – Inverter Bridge Topology | IGBT with output isolation Transformer |
|---|---|
| Output – AC Voltage | 380/400/415VAC |
| Output – AC Voltage Tolerance | 1% |
| Output – Frequency | 50 Hz (60 Hz) |
| Output – Frequency Tolerance | +/- 0.1 % |
| Output – Inverter overload capability (1 minute) | <150% |
| Output – Inverter overload capability (10 minute) | <125% |
| Output – Inverter overload capability (1 Hour) | <110% |
| Output – Harmonic voltage distortion (100% linear load) | < 3 % |
| Output – Harmonic voltage distortion (100% non-linear load) | < 5 % |
| Output – Power Factor | 0.97 |
| Output – Static Transfer Switch | SCR Type |
| Output – Static Bypass transfer Time | <4 ms |
| Battery – Type | Lead acid or nickel cadmium, Li ion |
|---|---|
| Battery – Autonomy | From few minutes to several hours, on request |
| Battery – Battery Voltage | ± 240VDC |
| Battery – Charge Power | Up to 15 % from System Power |
| Standards | IEC62040-1:2017, IEC62040-2:2016, IEC62040-3:2011, IEC60529:1989 +AMD1:1999 |
|---|
Applications
- Oil and Gas
- Power Plants
- Data center
- Mining Industry
- Transport